Many studies at home and abroad show that many patients will leave behind health problems after Covid-19’s infection turns negative, and proper and moderate physical activity is of great positive significance for patients to recover their health. The concept of "exercise is a good doctor" mainly advocates the prevention, treatment and promotion of rehabilitation after illness through physical exercise. Physical exercise plays a very positive and irreplaceable role in accelerating the recovery of the negative effects of some acute and chronic diseases. A few days ago, novel coronavirus Sports Training Center compiled the "Guide to Returning to Sports after Infection-turned-negative ("Yangkang "personnel)" (hereinafter referred to as the "Guide"), which collected the opinions of experts and scholars in different fields such as sports medicine, physiology and biochemistry, and physical training, and summarized relevant clinical experience, aiming at helping and guiding the people with infection-turned-negative ("Yangkang" personnel) in Covid-19 to return to the sports field step by step, and helping the target population to speed up the pace of recovering their health. If you are a member of the asymptomatic or mild Covid-19 infection-turned-negative population, you can read the Guide carefully and follow it, develop correct exercise habits and a good and healthy lifestyle, and be the first responsible person for your own health.

　　Proper exercise is beneficial to restore health.

　　The early stage of Covid-19 infected patients is characterized by lung damage, which leads to impaired exercise endurance. Appropriate respiratory training, stretching training and yoga training can effectively combat the virus and the decline of physical abilities such as flexibility and strength brought by bed rest, and delay the deterioration of cardiopulmonary function, enhance human immunity and accelerate the recovery process after illness.

　　Exercise training and inspiratory muscle training are helpful to skeletal muscle and respiratory function of patients with Covid-19 infection, and are very important in overcoming respiratory dysfunction, lack of cardiopulmonary endurance and limitation of daily functional activities, and are important means for lung rehabilitation of patients with Covid-19 infection.

　　Covid-19’s infection has adverse effects on some patients’ hearts, and exercise therapy, as the core of cardiac rehabilitation, has exact benefits in correcting the risk factors of cardiovascular diseases, improving the exercise endurance and quality of life of patients with cardiovascular diseases, and reducing the mortality rate of cardiovascular diseases.

　　The research shows that home exercise training has a remarkable effect on the exercise endurance and lower limb muscle strength of discharged patients with Covid-19 infection, which provides a basis for the clinical application and promotion of physical exercise training in the treatment and rehabilitation of patients with Covid-19 infection.

　　Applicable people and pre-exercise state evaluation

　　The purpose of health screening and evaluation before returning to exercise is to determine individual medical contraindications and exclude people with contraindications to exercise; Second, before the start of the exercise program, select individuals who meet certain medical evaluation standards or can complete the exercise test; The third is to increase the safety in exercise testing and exercise; The fourth is to formulate and implement a targeted, safe and effective exercise prescription.

　　This guide is suitable for people who are asymptomatic or mild novel coronavirus infection and enter the recovery period (meet any of the following requirements and other symptoms are obviously improved): the nucleic acid test is negative for two consecutive times, and the Ct value is ≥ 35； The results of antigen testing for three consecutive days were negative; After 7 days of home isolation, the fever symptoms subsided for more than 24 hours without using antipyretics.

　　Regarding the state evaluation before exercise, you can first complete the Borg(6MWD) subjective fatigue perception evaluation of the 6-minute walking test.

　　6MWD evaluates the functions and coordination of various systems of Yangkang personnel, including lung, heart, systemic circulation, peripheral circulation, blood, neuromuscular units and muscle metabolism, by measuring their walking distance on the flat ground for 6 minutes.

　　Absolute contraindication: unstable angina pectoris or acute myocardial infarction in recent months. Relative contraindications: resting heart rate is greater than 40% of the age of 220- (beats/minute); Systolic blood pressure is greater than 180mmHg, and diastolic blood pressure is greater than 100mmHg；; Under the condition of no oxygen inhalation, the resting SpO2 is less than 88%; Fatigue or dyspnea after exercise caused by unexpected factors such as arthritis; Patients with mental and neurological diseases; Malignant arrhythmia.

　　Evaluation criteria:

　　1. Normal people walk more than 450m (450m-700m) in 6 minutes, and their Borg score is generally below 11, and their heart rate is 110 beats/min. You can start to resume exercise according to the Yangkang exercise guide.

　　2. If the 6-minute walking distance is less than 450 meters, suggesting that exercise tolerance is declining, please consult a clinician, and further check the cardiopulmonary function before determining the appropriate exercise program.

　　(1) Mild motor impairment: the walking distance is 300-450m.

　　(2) Moderate motor ability decline: the walking distance is 150m-300m.

　　(3) Severe decline in athletic ability: the walking distance is less than 150m.

　　"Exercise Prescription" for Yangkang Personnel

　　To return to sports, Yangkang personnel must follow the basic principle of "all-round development, individual differences and gradual progress", and be divided into three stages, starting from low intensity and gradually progressing. Everyone can choose suitable sports according to their exercise habits and preferences, pay attention to heart rate monitoring and subjective fatigue feeling during exercise, and exercise time and frequency can be added or subtracted according to their recovery after exercise.

　　In addition, the "Guide" also puts forward matters needing attention for "Yangkang" personnel to return to sports.

　　First, all physical exercises should follow the principle of gradual and personalized, and the load and load intensity will gradually increase during the process of resuming physical activities.

　　Second, in the process of sports activities, we should monitor the changes of heart rate and subjective feeling in time. When new symptoms (including cough, dyspnea, chest tightness, palpitation, fever, etc.) recur or appear, we should immediately stop the process of resuming sports activities, seek medical help if necessary, and conduct physical assessment after no symptoms.

　　Thirdly, generally speaking, it takes three times as many days for an infected person in novel coronavirus to return to the original state of exercise as it did in novel coronavirus (for example, it takes 30 days to return to the original state of exercise after 10 days of infection with Covid-19).

　　Fourthly, it is necessary to pay special attention to those who have long-term fitness habits. Generally speaking, they think that they have good physical fitness, strong exercise ability and good immunity, and they do high-intensity exercise when their bodies are not fully recovered, thus causing repeated illness. Therefore, in the recovery period of "Yangkang", blind self-confidence and excessive exercise should be avoided.

　　For more detailed information, such as terminology explanation, please refer to Guangzhou Daily APP Sports+Channel and Xinhuacheng APP Universiade Channel.

　　Expert voice: safety first

　　Fang Jianhui, president of Ersha Sports Hospital, introduced the highlights of the Guide to the reporter.

　　National health and mass sports are the foundation of competitive sports, and athletes should shoulder their social responsibilities. It is necessary to remind and assist the general public in special times, which is one of the original intentions of the Guide. At the same time, many experts involved are members of the Guangdong Sports Protection Association, and it is their duty to provide sports protection, evaluation and rehabilitation services for the public.

　　The core of the Guide is "safety first" and "safety first", so it is as rigorous as possible. The first thing is to avoid the risk of exercise. The questionnaire is universal in the world. It is necessary to assess whether you can exercise responsibly. If not, you should go to a doctor. Then, the Guide will also test your exercise ability, level and intensity. If you don’t meet the standard, you need to continue to rest. You must meet the standard before you can enter the "exercise prescription" with advanced intensity.

　　Dean Fang pointed out that there are three principles of exercise: first, comprehensiveness (strength, flexibility, coordination, etc.), second, individual differences, and third, gradual progress. At present, many exercise guides in the workshop will simply say "What do you do in the first few days", but in fact, "everyone’s situation is different", so there is no standard menu. You must do it according to your actual situation to see if you are suitable and what level you are. Therefore, Finally, Dean Fang also said that the Guide actually wants to remind two kinds of people, one is people who don’t exercise, and the other is self-righteous "sportsmen". Did you get it? (Guangzhou Daily reporter Zhou Yuqi)

　　Recently, the 7th China Intangible Cultural Heritage Expo was held in Shandong. Male prostitute, Peking Opera Mask, Tai Ji Chuan, Guangshan Huagu Opera, Tang Sancai Burning Skills, Xuzhou Xiangbao, Miao Xiu and other representative non-legacy skills, new works and special performances from all over the country were exhibited. A total of 332 non-legacy inheritors and 284 non-legacy projects participated in the exhibition.

　　At present, 42 non-legacy projects in China have been selected into UNESCO’s non-legacy list and roster, making it the country with the largest number of non-legacy projects in the world. Behind this achievement is the unknown efforts and efforts of non-genetic inheritors in previous dynasties. Intangible cultural heritage, as an important symbol of the historical and cultural achievements of the country and the nation, not only bears the unique national memory, but also survives in the people’s lives in the process of generation replacement, which is of great significance for building a socialist cultural power.

　　China is rich in intangible cultural heritage resources. Up to now, there are more than 100,000 intangible cultural heritage projects at all levels. With the joint efforts of the whole society, many intangible cultural heritages have re-emerged with new vitality. However, compared with many traditional cultures and traditional skills that are facing the risk of cutting off their inheritance, how to protect and explore the intangible cultural heritages so that they can "survive" and "catch fire" is still the top priority of our intangible cultural development.

　　The key to let the non-legacy "survive" and "fire up" is to work hard to train the inheritors. China’s intangible cultural heritage projects are all amazing to the world, and once the skills of ancestors appear age or technical fault, there is a risk of being lost. Faced with the stringent requirements of intangible cultural heritage achievements, only a handful of people can bear the title of "non-genetic inheritor" with excellent skills after big waves. And if you want to inherit and carry forward the glorious legacy, you can’t do it quickly. Undoubtedly, the process of learning non-legacy skills has to endure hardships and loneliness. It is often necessary to concentrate on studying for several years or even more than ten years, carefully carving day after day, and silently sticking to the initial intention and persistence of non-legacy. A few days ago, the General Offices of the General Office of the Central Committee of the CPC and the State Council issued the "14th Five-Year Plan for Cultural Development", which clearly stated that "strengthening the cultivation of non-genetic inheritors." It can be said that the key to strengthening the inheritance of intangible culture lies in people, and it is urgent and imperative to cultivate more non-genetic inheritors.

　　Cultivating more non-genetic inheritors requires more policy support. At the government level, it is necessary to refine the relevant policies and give comprehensive guidance. Improve the record system of intangible cultural heritage investigation, grasp the overall situation, focus on representative projects, start with the identification and system of inheritors, explore the standards and methods of identification, and form policy support for the cultivation of non-genetic inheritors.

　　At the social level, it is necessary to strengthen the education of non-legacy science, especially from dolls, and set up non-legacy education bases to make more children interested in non-legacy. In addition, it is necessary to carry out the communication activities of intangible cultural heritage in various ways, and plant the concept of "non-inheritance is great and glorious" in people’s hearts, so that young people engaged in the study of intangible cultural heritage can gain more understanding and respect from society and families.

　　It is necessary to "fire up", but also to expand the market, to actively embrace new technologies and glow with new vitality. We see that with the organic combination of new technologies and intangible cultural heritage, the spread of intangible cultural heritage has completely broken through the geographical restrictions. With the help of new opening methods such as internet plus and VR, intangible cultural heritage IP has become fashionable among young people. For example, a martial arts game combined with Xijiang Qianhu Miao Village, the first Miao village in the world, and three representative non-genetic inheritors of Miao nationality, added Miao cultural elements to the plot, architecture and costumes, which made more young people interested in exploring non-heritage students. The essence of ancient culture from China also entered the homes of ordinary people and passed down imperceptibly in the digital age.

　　Chinese excellent traditional culture is the root and soul of the Chinese nation, and intangible cultural heritage, as an indispensable part of it, should be passed down through generations while continuing its glory. It is believed that with the continuous expansion of the market, more talents will join the team of inheritors and the team of protecting intangible heritage, so that intangible heritage can be better integrated into the daily life of Chinese and inject new vitality into the protection and inheritance of intangible heritage.

In December 1930, the Red Army captured the "half radio station" of the Kuomintang army.

foreword

The People’s Signal Corps started from the captured half of the radio station and grew rapidly in the war, becoming an important combat force of our army. Red radio waves transmit the party’s voice and issue the party’s orders, which plays a vital role during the revolutionary war. From the agrarian revolution in single spark can start a prairie fire to the arduous Long March, from the war-torn War of Resistance against Japanese Aggression to the magnificent war of liberation, and then to the war to resist U.S. aggression and aid Korea, red radio waves ensured the battlefield command and communication and ensured the coordinated and efficient actions of our army; Opened up a hidden battlefield and strengthened intelligence reconnaissance and confrontation against the enemy; Establish a publicity window for public opinion and expand the political influence of our party and army. In order to let more readers know about the development history of our army’s signal soldiers and radio undertakings, this edition has launched a series of manuscripts of "Never-Gone Red Radio Waves" from today, so please pay attention.

In 1931, the first radio communication team of the Chinese Workers and Peasants Red Army was established in the Central Soviet Area. Since then, the Red Army has used battlefield capture, class training and real-time application to overcome the difficulties of radio equipment shortage, lack of communication talents and lack of experience in application, and has developed and strengthened the radio communication cause of our party and army, providing effective information and communication guarantee for the central government to make decision-making arrangements and the troops to move flexibly and quickly, which is of great significance for breaking through the enemy’s military blockade and winning the war.

"Half Radio Station" lays the foundation

When organizing the "encirclement and suppression" of the Red Army, the Kuomintang already owned a long-wave radio station and used Morse code to send messages, while the Red Army mainly relied on sports communication and simple signal communication such as riding horses, messengers, whistles and bugles. Mao Zedong once said with emotion, "Without radio communication, the troops could not communicate, which seriously affected the operational command". Since October 1930, Chiang Kai-shek has mobilized more than 100,000 troops to carry out the first large-scale "encirclement and suppression" of the Central Soviet Area. At the end of December, two brigades of the 18th enemy division went deep into Longgang, the hinterland of the Soviet area. During the battle, the Red Army took advantage of the enemy’s shaky foothold, seized the favorable fighter plane, concentrated its superior forces to wipe out the enemy in one fell swoop, captured its teacher Zhang Huizan alive, and seized a 15-watt radio station with a spring lamp holder. The receiver and charger of the radio station were in good condition, but the transmitter was damaged and normal communication could not be carried out. Radio operators such as Wang Qian, Wu Rusheng, Wei Wengong, Liu Yin and Liu Shengbing, who were mobilized to join the Red Army voluntarily, became the first operators of the Red Army. Three days later, the Red Army annihilated the enemy’s 50th Division in the battle of Dongshao and seized an intact 15-watt radio station. On January 3, 1931, Mao Zedong and Zhu De cordially received Wang Chen and others, and ordered Wang Chen to set up the first radio station team of the Red Army. Zhu De pointed to the captured radio station and said, "No matter what weapons and equipment the White Army has, the Red Army will have them. If not, the enemy will’ send’ them to us."

On January 6, 1931, the East Room of the General Staff Office of the Red Army was arranged as a "newspaper room", and Wang Chen and others installed and tested this radio station for the first time. At this time, this radio station cannot establish radio communication, and can only be used to copy the news and telegrams of the Kuomintang Central News Agency. After debugging, the radio station received the first speeding radio wave. Mao Zedong praised the telegraph news sent by the radio for the first time: "This is a newspaper without paper!" Since then, the Red Army began to use this radio station to capture enemy radio signals and understand the enemy’s movements, which provided a strong guarantee for the Red Army to grasp the fighters, make correct decisions and win by surprise.

In mid-January, 1931, the Red Army set up its first radio team in Xiaobu Town, Ningdu, Jiangxi Province, with Wang Chen as the captain and Feng Wenbin as the political commissar. Later, the Central Committee of the Communist Party of China sent Wu Yunfu, Zeng San and Tu Zuochao from Shanghai to the Central Soviet Area to strengthen the radio team. Mao Zedong, Zhu De and other leading comrades attached great importance to and strongly supported radio work. Zhu De almost goes to the radio station after supper every day to ask if there is any news. Mao Zedong also attaches great importance to radio communication. In the third anti-encirclement campaign, the Red Army assembled from western Fujian to Xingguo in southern Jiangxi. In order to break through the encirclement of the enemy, it was necessary to use the night to jump out from the gap about 20 kilometers apart between the two enemies. After the operation began, commanders and political cadres at all levels went deep into the company and demanded strict confidentiality of the operation. As the general political commissar of the Red Army, Mao Zedong is keenly aware that there is another loophole that may expose the whereabouts of the Red Army in the night-the radio signal of the radio station. He immediately asked the radio staff and learned that the radio station could not work without the key. So he sent someone to collect the call keys and give them to the guards and told them: No one is allowed to take them away until they reach their destination!

In view of the technical personnel who used to work in the Kuomintang army, Mao Zedong repeatedly instructed that we should do a good job in the unity of radio personnel, trust them politically, and even personally appointed Wang Wei to attend the Soviet Congress. For the business management and living arrangements of radio technicians, even if the Red Army was short of funds and supplies at that time, the monthly allowance for radio technicians was only much more than that of ordinary soldiers, and transport horses were given priority. With the concern of the Red Army leaders, the radio communication team has gradually grown.

Cultivate talents from scratch

After the establishment of the red army radio team, it mainly relied on retaining the technical personnel of the former Kuomintang army. The headquarters of the Red Army realized that in order to give full play to the role of radio stations, radio technicians were urgently needed. On January 28th, 1931, Mao Zedong and Zhu De jointly issued the Order of Selecting and Transferring Students to Learn Radio, and organized the first radio training in Ningdu, Jiangxi. Mao Zedong, Zhu De and other Red Army leaders often take time out to make situation reports and give political lessons to training classes. Mao Zedong encourages everyone to build an air bridge as soon as possible to connect the divided Soviet areas with radio waves. Zhu Deze encourages everyone to be not afraid of difficulties in building the Red Army’s radio communication career. At that time, the teaching conditions of the training class were very simple. The students used the shade as a classroom, the slate as a table, and the thumb of their left hand as an electric key to practice. The pencils could not be pinched with their fingers, and they were put on a small bamboo tube to continue to use. In four months, Wang Chen taught telegraphy and maintenance for the students, made electric keys from wood blocks and iron sheets, and made training equipment such as code trainers from old copper wires for 17 students to practice, and trained the first batch of radio communication personnel.

At that time, due to the tight blockade of the Central Soviet Area by the Kuomintang, the material conditions for the production of communication equipment were difficult. Wang Chen mobilized everyone to use local materials, smelt copper coins into thin copper plates for processing and manufacturing electrical components, and ground the horns into powder and pressed them into bakelite substitutes. With the unremitting efforts of the officers and men of the radio team, the Red Army finally formed the the Central Committee of the Communist Party of China Radio Communication Network.

Since then, the training team has been expanded into the Red Army Communication School. Until the eve of the Long March, 11 radio training courses have been held, which have trained more than 2,100 communication personnel in telegraph, maintenance, telephone, company number and semaphore, which has had a far-reaching impact on the future development of China revolution.

Make a name for yourself in the fight against "encirclement and suppression"

In the complicated and fierce struggle against "encirclement and suppression", Wang Chen proposed that the telegraph could be used to intercept enemy electricity to obtain information. He asked the communication class to put the antenna on the top of the mountain after dark to improve the communication effect and withdraw it before dawn to avoid exposure. At that time, the Kuomintang army’s telegraph translator and commander had not realized the importance of radio secrecy. Every time the radio station started to contact, they asked the other party where and who was in the main direction. Wang Chen and the members of the radio communication team listened and captured the useful information of the enemy radio station day and night. Wang Chen is familiar with the call sign of the Kuomintang army radio station and the methods used by radio operators to send telegrams, so he can judge the name of the sender from the signal of the receiver, and then judge the arrival time, place, serial number, distribution and action intention of the enemy, and master the information of the enemy’s action direction, retreat route, arrival position and command order, which provides an important basis for the leaders of the Red Army headquarters to make strategic decisions. Relying on this important information, the Red Army concentrated its forces and made a breakthrough from the relatively weak enemy forces, which directly contributed to the great victory of the second and third counter-campaign against "encirclement and suppression".

The Red Army’s good news came frequently, and Mao Zedong said happily in the military-civilian rally in the Soviet area, "We, the Red Army of workers and peasants, also have clairvoyance and ears.". In May, 1931, the Red Army seized a 100-watt radio station of the Gong Bingfan Department of the Kuomintang Army in the second anti-encirclement campaign. Radio technicians got in touch with the Central Committee of the Communist Party of China through this radio station. On November 7, 1931, the first National Congress of the Chinese Soviet opened in Yeping Village, Ruijin, Jiangxi. In several earthen houses not far from the meeting place, technicians of the Red Army Radio Station, such as Wang Chen and Liu Yin, broadcast the text through the previously seized 100-watt radio station. The news that the first national congress of the Chinese Soviet was held in Ruijin soon turned into airwaves and spread to the distance. The earliest news agency "Red China News Agency" (the predecessor of Xinhua News Agency) established by the Communist Party of China (CPC) in the revolutionary base area was announced. For the first time, our party crossed the enemy’s "iron wall" through radio, and announced to the whole country the good news of the establishment of the provisional central government in chinese soviet republic and the election of Mao Zedong as the chairman of the provisional central government, which spread the good news of victory to the people of the whole country.

(Source: China Military Network)

Premier Li Keqiang left Beijing for Macau by special plane on the morning of 10th. During his stay in Macau, Li Keqiang will attend the opening ceremony of the Fifth Ministerial Conference of the China-Portuguese-speaking Countries Economic and Trade Cooperation Forum together with the Prime Ministers of Portugal, Cape Verde, Guinea-Bissau, Mozambique and representatives of the governments of Brazil, Angola and Timor-Leste, hold bilateral meetings with leaders of some participating countries, and will inspect the Macao Special Administrative Region. [detailed]

I believe many friends will know which variety show Miss Tucao is talking about after reading the title, namely "Star Detective" launched by Mango TV (the idea comes from "Crime Scene" of JTBC TV in South Korea), and the mode is that the star plays the role in the case and looks for clues to solve the case.

The broadcast volume of "Star Detective" is good. In the second quarter, when seven cases were launched, the broadcast volume has exceeded 1 billion, but the degree of topic always seems to be in short supply until the case of "Horror Nursery Rhyme" was launched. With the plot that scared many people, the program gained a wave of topics. It is no exaggeration to say that the first and second episodes of "Horrible Nursery Rhyme" have surpassed the vast majority of domestic horror films that are probably funny in plot layout and atmosphere creation.

At the beginning of the horror nursery rhyme case, the elements of "blizzard closing the mountain" and "castle" quickly went online, forming the "blizzard mountain villa" model in reasoning literature. In this closed environment, anyone can be killed and anyone can be a criminal.

After the brief appearance of the characters, a strange nursery rhyme sounded (this nursery rhyme is really shocking, and it is guaranteed that you will "reverberate around the beam" for several hours after watching the program):

"One, two, three children,

Four, five, six children,

Seven, eight, lovely children,

Together, hand in hand, play snowball.

A book, a book, on page eight,

A song, a ballad, after the fourth sentence,

……”

The audience who know a little about mystery novels should react quickly. The plot is inspired by Agatha’s no one lives, and this nursery rhyme should be a death notice. As expected, the first deceased appeared, and there was a book on his desk, just turning to page 8.

At this time, Sa Beining, who plays the role of detective in this issue, began to organize the investigation, from time line arrangement to on-site evidence search, from combing the relationship between characters to deducing the motive of committing crimes. The emerging clues make the relationship between characters more complicated, and everyone seems to be hiding a huge secret behind them.

Scenes arranged by the program group.

And just after they caught the murderer, the murderer was killed after singing four nursery rhymes, indicating that the death notice was not over …

The episode of "Horrible Nursery Rhymes" came to an abrupt end here. With many unsolved mysteries, we have ushered in the next episode of "Horrible Nursery Rhymes". In the previous search, we found a report that the orphanage was slaughtered and only one person survived. On the other hand, after opening the new map of the orphanage, we found seven tombstones.

Tombstone information reveals that almost all tomb owners died on the same day, and in the process of communication, players witnessed each other’s deaths, that is …

That’s right … All the characters on the scene are actually dead … I won’t go through the drama here, because the case has now entered another dimension, and it is also a tribute to another classic movie.

Originally, I was only going to watch the episode of "Horrible Nursery Rhyme" casually, but I didn’t expect to watch it for four hours in a row.

Personally, Sister Tucao thinks that "Horror Nursery Rhyme" definitely belongs to the excellent work of "Star Detective". First of all, in terms of story, the screenwriter team has mixed the program setting with many classic works quite well, with full characters and three-dimensional plot, and there is no dog blood problem in the plot that has been criticized in many previous periods.

At the same time, the program has taken great pains to create a horrible atmosphere. Repeatedly played nursery rhymes foretell killings, which, to a certain extent, has caused a conditioned reflex to players and audiences, so that every time nursery rhymes are suddenly played, everyone will naturally think of death and get goose bumps all over. Star players are also driven by the plot, and their reaction has a secondary impact on the audience, which enhances this horrible atmosphere.

Terror elements permeated in props are everywhere. For example, dolls in castles can talk. Mechanized voices and fragmented sentences can definitely drive people crazy.

The doll itself, because of its sense of disobedience similar to and incompatible with human beings, can easily trigger the valley of terror effect. I believe that many people will feel inexplicable tension when they see dolls or clowns, such as ↓↓↓

I’ll just give two examples at random, but I’m afraid to do more. I’m scared.

Another example is the "orphanage" element that pervades the program. Let’s look at this photo of the orphanage, black and white. The children are wearing uniforms, but they can’t see their faces clearly.

Stupid, disobedient, and a little uneasy caused by ambiguity make this photo have a strange feeling. Similarly, orphanages are also frequent visitors to horror movies and TV works.

Then there are those institutional props in the program. There are all kinds of cellars and secret doors in the scene. The key is that you never know what surprises will come when you open them …

Like opening the cellar above …

Welcome the skeleton …

Of course, there are sound effects. I just said, I dragged the progress bar back and forth for the screenshot, and I felt that the sound track was not broken, and I also worked hard to create an atmosphere later.

Although the reasoning part of these two programs is still short-board, the story layout and atmosphere creation are absolutely up to standard. I highly recommend you to watch them.

Finally, we returned to the variety show itself. The first season and the second season of "Star Detective" scored 8.6 and 8.8 respectively on Douban, and it was also recognized by many original Korean fans. It is really a work of conscience.

First of all, the screenwriter has a strong ability to control the plot of the program. From the first season to the second season, he maintained a consistent ups and downs of the "dog blood" style, and the theme did not overlap. Every star will get a very detailed story of the characters, and they are intertwined with the stories of the dead, forming a story network of events, and this story network is basically connected in time line and character relationship. With the advancement of the program, there have also been serial cases, multiple murderers, and cases in the case. It is a rare program that can maintain its standard or even improve in the second season.

Secondly, the props group really made great efforts, and the scenes were carefully arranged according to the theme (you can see the two issues of "2046" with a sense of the future and "Please Answer 1998" with a sense of the times), and the food props in it were all edible, even the game consoles could play.

On one occasion, a real person’s body was introduced, and the actor lay motionless at the crime scene for several hours.

However, as a mystery program, Detective Star still has some problems.

First, the reasoning part is insufficient.

So far, the proportion of story and reasoning in Star Detective is not balanced enough, and the reasoning part is still too weak compared with the plot. Clues are almost straightforward written hints (such as IOUs and love letters), and the character setting and relationship are mainly typical "black and white".

The routine set is too obvious. Basically, everyone has no alibi, and they all have similar motives for killing. Even many times, all suspects plan to kill the victim on the same day. As a result, players often analyze a whole Qiong Yao play, but it is of little use, because there is no strict logic, which means that everything is back to the starting line, which leads players to solve crimes mainly by guessing and feeling, not reasoning.

What is used to testify against the murderer is usually extremely simple physical evidence. Moreover, the murderer will always leave key evidence at the scene or take it with him, but almost no one can find it.

This is naturally a trade-off for the program’s viewability, but Miss Spitter still hopes to make a breakthrough. The logic lines of many programs are not strict. Even if the truth of the crime is decrypted, it is not convincing enough, but it seems to be "forced explanation".

Second, audience participation is low.

Participation is originally the advantage of this program, and viewers can follow the clues to find the murderer. But as mentioned above, through the analysis of the existing clues, only one result can be obtained. Everyone has the time and motive of committing a crime, and the degree is similar, and the audience has no direct access to the on-site evidence. Therefore, for the audience who like reasoning, this program can only play the role of scratching the boots.

Third, the situation of "jumping into the theater" is frequent.

This point can’t be completely considered as a shortcoming. The main way to make jokes is for guests to jump back to their original identities from time to time, such as "racing" at every turn and calling Sa Beining cheap.

But for the audience who pay attention to the reasoning part, this really affects the overall atmosphere and bring in.

Generally speaking, Detective Star is a very successful variety show, which can be regarded as a detective drama. After all, it is a combination of dog blood plot and reasoning game. Besides, it’s enough for entertainment to occasionally get on the two "big" cars, Sa Beining and He Jiong.

The people’s governments of all prefectures and cities, the Administrative Committee of Central Yunnan Industrial New District, and the provincial committees, offices, departments and bureaus:

In order to thoroughly implement the spirit of the 18th National Congress of the Communist Party of China, the Third and Fourth Plenary Sessions of the 18th Central Committee and the 7th, 8th and 9th Plenary Sessions of the 9th Provincial Party Committee, thoroughly implement the innovation-driven development strategy, stimulate the enthusiasm and creativity of scientific and technological personnel in the province, and give full play to the supporting and leading role of science and technology in economic and social development, the provincial people’s government decided to reward those scientific and technical personnel and organizations that made outstanding contributions to the province’s scientific and technological progress and economic and social development in 2014.

Awarded the Outstanding Contribution Award of Zhu Youyong Yunnan Science and Technology Award; Awarded the special prize of Yunnan Natural Science Award for the achievement of "Chemical Research on Schisandra chinensis"; Awarded the first prize of Yunnan Natural Science Award for the achievement of "observation and research of exoplanets and small-mass celestial bodies with double stars"; Awarded the second prize of Yunnan Natural Science Award for eight achievements, such as "Molecular mechanism of panicle character development of rice"; Awarded the third prize of Yunnan Natural Science Award for 10 achievements such as "evaporation and expansion of pesticide droplets on plant leaves and its influencing factors"; Awarded the first prize of Yunnan Technological Invention Award for the achievement of "recycling refractory germanium-bearing materials and preparing high-purity products"; Awarded the second prize of Yunnan Technological Invention Award for two achievements, such as "R&D and application of key technologies for energy dissipation and transportation of large-drop slurry pipeline"; Awarded the third prize of Yunnan Technological Invention Award for three achievements, such as "New Product Development of High Resistant Starch Rice with hypoglycemic function"; Awarded the first prize of Yunnan Science and Technology Progress Award for 10 achievements such as "Establishment and Integrated Demonstration of Key Technologies of Yunnan Mutton Sheep and Beef Cattle Industrialization"; Awarded the second prize of Yunnan Science and Technology Progress Award for 28 achievements, such as "Research and Application of Technology for Dealing with Trade Barriers of Wild Edible Fungi"; Awarded the third prize of Yunnan Science and Technology Progress Award for 115 achievements such as "Research and Demonstration of Key Technologies of Solar Photovoltaic Water Extraction".

It is hoped that the vast number of scientific and technological workers in the province will learn from the winners, emancipate their minds, be determined to innovate, overcome difficulties, strive for more outstanding scientific research achievements, promote the transformation of scientific and technological achievements into real productive forces, and make new and greater contributions to accelerating the construction of innovative Yunnan and writing a good chapter of the Chinese dream in Yunnan.

Attachment: List of Science and Technology Award Projects (People and Organizations) in Yunnan Province in 2014

Yunnan Provincial People’s Government

February 12, 2015

(This piece is publicly released)

attachment

2014 Yunnan Science and Technology AwardList of projects (people, organizations)

Outstanding contribution award (1 person)

Zhu Youyong (Yunnan Agricultural University)

Natural Science Awards (20 items)

Grand prize (1 item)

1. Chemical study of Schisandra chinensis.

Sun Handong (Kunming Institute of Botany, Chinese Academy of Sciences), Yang Zhen (Peking University), Li Rongtao (Kunming Institute of Botany, Chinese Academy of Sciences), Wei Lie Xiao, Pu Jianxin, Huang Shengxiong (Kunming Institute of Botany, Chinese Academy of Sciences) and Chen Jiahua (Peking University).

First prize (1 item)

1. Observation and research on exoplanets and small-mass celestial bodies with binary stars Qian Shengbang, Zhu Liying, Liu Liang, Dai Zhibin, Liao Wenping, He Jiajia and Li Linjia (Yunnan Observatory, Chinese Academy of Sciences).

Second prize (8 items)

1. Molecular mechanism of panicle traits development in rice.

Luo Qiong (Yunnan Agricultural University), Cheng Zhukuan (Institute of Genetics and Developmental Biology, Chinese Academy of Sciences), Zhu Lihuang (Institute of Genetics and Developmental Biology, Chinese Academy of Sciences)

2. Study on the hydraulic characteristics and physiological functions of woody plants in the northern tropical margin under monsoon climate.

Cao Kunfang, Chen Junwen, Hao Guangyou, Zhang Jiaolin and Zhu Shidan (Xishuangbanna Tropical Botanical Garden, China Academy of Sciences)

3. Study on laser and laser spectrum in microcavity

Pu Xiaoyun, Zhang Yuanxian, Yang Rui, Angelnan, Yu Wenhua (Yunnan University)

4. Study on the existence and multiplicity of solutions for infinite dimensional Hamiltonian systems by variational methods.

Zhao Fukun and Wu Xian (Yunnan Normal University)

5. Breeding and research of Banna miniature pig inbred line.

Zeng Yangzhi, Huo Jinlong, Pan Weirong, Rong Zeng, Li Youping (Yunnan Agricultural University)

6. Study on phase structure and properties of rare noble metal alloy system

Xie Ming (Kunming Institute of Precious Metals), Chen Jingchao (Kunming University of Science and Technology), Zhao Jiuzhou (Institute of Metals, Chinese Academy of Sciences), Chen Yongtai and Hu Jieqiong (Kunming Institute of Precious Metals).

7. Self-piercing riveting-bonding composite connection method for light metal plates.

He Xiaocong (Kunming University of Science and Technology)

8. Study on genetic susceptibility of 8.Leber hereditary optic neuropathy

Yao Yonggang, Zhang Amei, Dandan Yu and Bi Rui (Kunming Institute of Zoology, Chinese Academy of Sciences)

Third prize (10 items)

1. Evaporation and spread of pesticide droplets on plant leaves and its influencing factors.

Yu Yang, Wang Sui, Chen Xiuhong (Yunnan Agricultural University)

2. Diversity and conservation biology of truffles in southwest China.

Liu Peigui, Wang Yun and Wang Xianghua (Kunming Institute of Botany, Chinese Academy of Sciences)

3. Preparation of nano-silver and its surface-enhanced Raman spectroscopy.

Siminzhen (Chuxiong Teachers College)

4. Fish community structure and functional process

Kang Bin, Fu Kaidao and Deng Junming (Yunnan University)

5. Study on cold adaptation mode and ecological adaptation characteristics of small mammals in Hengduan Mountain area of Yunnan Province.

Wang Zhengkun, Zhu Wanlong and Cai Jinhong (School of Life Sciences, Yunnan Normal University)

Study on Structure and Biological Properties of 6.Ag/TiO2 Nanocomposites

Wen Ming, Guan Weiming and Li Yanqiong (Kunming Institute of Precious Metals)

7. The physiological and ecological effects of enhanced UV-B radiation caused by 7.O3 attenuation on plants and its molecular mechanism.

Li Yuan, Zu Yanqun, He Yongmei (Yunnan Agricultural University)

8. Multi-directional differentiation and immunological characteristics of mesenchymal stem cells

Shi Mingxia, Dong Jian and Li Weijia (First Affiliated Hospital of Kunming Medical University)

9. Study on the Function of Small Molecular Derived Peptides of Human Semen Coagulation Protein I

Zhao Hui, Li Wenhui and Shen Jihong (First Affiliated Hospital of Kunming Medical University)

10. the significance of nestin expression in mü ller cells in the development of retinal optic neuropathy in rats.

Xue Liping (Second People’s Hospital of Yunnan Province), Ding Peng (First Affiliated Hospital of Kunming Medical University) and Hu Min (Second People’s Hospital of Yunnan Province).

Technical Invention Award (6 items)

First prize (1 item)

1. Recycling refractory germanium-containing materials and preparing high-purity products.

Pu Shikun, Bao Wendong (Yunnan Lincang Xinyuan Germanium Industry Co., Ltd.), Zhu Zhiguo (Yunnan Dongchang Metal Processing Co., Ltd.), Lan Yaozhong (Yunnan University), Hui Feng (Yunnan Zhongke Xinyuan Crystal Material Co., Ltd.), Mi Jiarong, Hu Decai, Ping Huang and Liu Tinglong (Yunnan Lincang Xinyuan Germanium Industry Co., Ltd.).

Second prize (2 items)

1. R&D and application of key technologies for energy dissipation and transportation of slurry pipeline with large drop.

Pu Guangyue (Yunnan Dahongshan Pipeline Co., Ltd.), Wang Changyong (Kunming Iron and Steel Holding Co., Ltd.), Wu Jiande (Kunming University of Science and Technology), Pan Chunlei, Huang Chaobing, Liu Hongwei and Wang Jinkun (Yunnan Dahongshan Pipeline Co., Ltd.)

2. Development of Dipoer instant Pu ‘er tea treasures

Yan Xijun, Liu Shunhang, Li Changwen, Jia Lihui (Yunnan Tasly Diboer Biological Tea Group Co., Ltd.), Fan Kai, Huang Song, Ma Jizhong (Tianjin Tasly Modern Chinese Medicine Resources Co., Ltd.)

Third prize (3 items)

1. Development of new products of high resistant starch rice with hypoglycemic function.

Zeng Yawen, Yang Shuming, Du Juan, Yang Tao, Pu Xiaoying (Institute of Biotechnology and Germplasm Resources, Yunnan Academy of Agricultural Sciences)

2. Research and industrialization of key technologies of cast copper rotor for small and medium-sized high-efficiency motors.

Qin Wang, Liang Dong, Yang Xu, Bu Yi and Yang Hongmei (Yunnan Copper Technology Development Co., Ltd.)

3. Tea wine production process

Liu Weiliang, Bai Chongxin, Fei Weifu, Li Xinrong, Xiong Guangyue (Yunxian Jiameng Tea Wine Co., Ltd.)

Science and Technology Progress Award (153 items)

First prize (10 items)

1. Establishment and integrated demonstration of key technologies of Yunnan mutton sheep and beef cattle industrialization.

Yunnan Agricultural University, Yunnan Academy of Grassland Animal Science, Yunnan Academy of Animal Husbandry and Veterinary Sciences, Longling County Animal Husbandry and Veterinary Bureau, Weishan Yi and Hui Autonomous County Animal Husbandry and Veterinary Bureau, Yunnan Taihua Food Co., Ltd., Yongsheng County Animal Husbandry and Veterinary Bureau, Tengchong County Animal Husbandry and Veterinary Bureau, Malong County Animal Husbandry and Veterinary Bureau.

Ge Changrong, Mao Huaming, Huang Bizhi, Hong Qionghua, Zhao Guorong, Lu Xiaoping, Chen Jihong, Wang Youwen, Calm, Pan Yongqing, Peng Xuekun.

2. Integrated demonstration of main bulb flower germplasm innovation and industrialization key technologies.

Yunnan Academy of Agricultural Sciences Flower Research Institute, Yuxi Mingzhu Flower Co., Ltd., Yunnan Flower Industry Federation, Yuanjiang Zangjian Flower Technology Development Co., Ltd., Dali Runsen Flower Development Co., Ltd., National Ornamental Horticultural Engineering Technology Research Center, Ministry of Agriculture Flower Product Quality Supervision, Inspection and Testing Center (Kunming), Kunming Danhui Calla Lotus Flower Co., Ltd., Yunnan Gesang Huahui Co., Ltd.

Wang Jihua, Cui Guangfen, Wang Xiangning, Wu Lifang, Qu Suping, Li Qijiang, Zhang Yiping, Zhang Hao, Wu Xuewei, Jia Wenjie, Cao Hua

3. Research and industrialization of lignite efficient direct gasification technology and equipment.

Yunnan Coal Chemical Industry Group Co., Ltd., Yunnan Jiehua Clean Energy Development Co., Ltd., Yunnan Xianfeng Chemical Co., Ltd.

Chloe Wang, Xiang Jun, Ma Zhiwei, Duan Hong, Xu Yu, Zhang Yushu, Peng Fuyuan, Li ShuHua, Song Junjie, Zhang Liancong, Youlin Wang

4. Fast and customizable flexible scheduling production logistics system

Kunming University of Science and Technology, Yunnan Zijin Trade Co., Ltd., Yunnan University

Wang Feng, Deng Hui, Liang Bo, Zhao Lihong, Yang Jianfeng, Peng Wei, Wei Bing, Xu Zhiyong, Wan Hongtao, Yuan Meiyu, Zhao Yunbin.

5. Technology and demonstration of pollution control and ecological restoration of rivers entering lakes in the early stage of eutrophication

Shanghai Jiaotong University, Kunming University of Science and Technology, CCCC Shanghai Waterway Survey and Design Institute Co., Ltd., Dali Bai Autonomous Prefecture Institute of Environmental Science, Dali College.

Kong Hainan, Wang Xinze, Ning Ping, Zhang Qingbo, Wu Deyi, Shen Yuanying, Zhao Ming, Li Xudong, Zhang Jun, He Xiaojuan and Hu Xiaozhen.

6. Research and application of cardiovascular and lung cancer biomaterials against bacterial infection

The Third Affiliated Hospital of Kunming Medical University, west china hospital, the Second Affiliated Hospital of Kunming Medical University.

Yunchao Huang, Shi Yingkang, Ye Lianhua, Zhang Eryong, zhou yun, Lei Yujie, Zhao Guangqiang, Li Yanxing, Chen Ying and Xu Geng.

7. Research and clinical application of minimally invasive diagnosis and treatment technology in urology.

The Second Affiliated Hospital of Kunming Medical University

Li Jiongming, Liu Jianhe, Chen Jian, Yang Delin, Li Zhipeng, Jiang Yongming, Zhang Jinsong, Yan Yongji, Qiu Xuede, Fang Kewei, Wang Guang.

8. Micro-innovative technology research and clinical application of spinal metastases

Kunming General Hospital of Chengdu Military Region, Third Affiliated Hospital of Kunming Medical University, Kunming Institute of Zoology, Chinese Academy of Sciences, Second Affiliated Hospital of Kunming Medical University, and First People’s Hospital of Kunming.

Yang Ruozhang, Xu Yongqing, Yuan Tao, Chen Yongbin, Sun Hongpu, Jiaping Wang, Zhang Jianhua, Zhang Jing, Zhang Hongqing, Xu Lei, Yang Yihao.

9. Research and clinical application of warming yang and dredging collaterals in the treatment of rheumatoid arthritis Yunnan Provincial Hospital of Traditional Chinese Medicine, Yunnan College of Traditional Chinese Medicine.

Peng Jiangyun, Wu Shengyuan, Li Zhaofu, Wan Chunping, Tang Xiaohu, Di Pengtao, Wu Yang, Wu Jingjin, Pu Yongbin, Liu Weichao, Zhou Weijian

10. Kunming University of Science and Technology Metallurgical Energy Conservation and Emission Reduction Innovation Team

Kunming University of Science and Technology (KUST)

Second prize (28 items)

1. Research and application of coping technology for export trade barriers of wild edible fungi.

Inspection and Quarantine Technology Center of Yunnan Entry-Exit Inspection and Quarantine Bureau, Institute of Quality Standards and Testing Technology of Yunnan Academy of Agricultural Sciences, Institute of Biotechnology and Germplasm Resources of Yunnan Academy of Agricultural Sciences.

Peng Yunxia, Li Qiwan, Ma Xiaogang, Li Yunfei, Liu Hongcheng, Zhao Yongchang, Li Shuhong, Wang Yigeng, Yin Hong.

2. Yunnan minority agricultural biological resources investigation and sharing platform construction.

Institute of Biotechnology and Germplasm Resources of Yunnan Academy of Agricultural Sciences, Institute of Crop Science of Chinese Academy of Agricultural Sciences, Institute of Horticultural Crops of Yunnan Academy of Agricultural Sciences, Institute of Tea of Yunnan Academy of Agricultural Sciences, Institute of Grain Crops of Yunnan Academy of Agricultural Sciences, Institute of Tropical and Subtropical Economic Crops of Yunnan Academy of Agricultural Sciences, Institute of Sugarcane of Yunnan Academy of Agricultural Sciences.

Dai Luyuan, Huang Xingqi, Liu Xu, Li Lihui, Cai Qing, Xu Furong, Hu Zhongrong, You Chengli, A Xinxiang.

3. Development of high-quality tobacco leaves with Dali characteristics

Yunnan Tobacco Company Dali State Company, Hunan Agricultural University

Fan Zaidou, Li Wenbi, Yang Cheng, Wang Xinzhong, Zou Jiaming, Wang Dexun, Xu Fahua, Su Jiaen, Zhou Jiheng

4. Construction and application of technical system for efficient utilization of characteristic wild edible fungi resources.

Kunming Edible Fungi Research Institute of All-China Federation of Supply and Marketing Cooperatives, Jilin Agricultural University, Yunnan University, Inspection and Quarantine Technology Center of Yunnan Entry-Exit Inspection and Quarantine Bureau, Institute of Microbiology of China Academy of Sciences, Beijing Institute of Technology, Chuxiong Honggui Green Food Co., Ltd.

Gui Mingying, Ma Shaobin, Tu Ligur, Yang Lingchun, Guo Yonghong, Liu Bei, Yao Yijian, Zhu Ping, Huang Qing.

5. Research and application of key technologies for prevention and control of major animal diseases in large-scale pig farms in Yunnan Province.

Yunnan Academy of Animal Husbandry and Veterinary Sciences, Yunnan Animal Disease Prevention and Control Center, Baoshan Biopharmaceutical Factory of Zhongmu Industry Co., Ltd.

Li Huachun, Song Jianling, Zhang Wendong, Miao Haisheng, Li Fuxiang, Yao Jun, Liao Defang, Wang Jihua, Zhu Jianbo

6. Stability monitoring and slope instability prediction of high and steep slope in open pit mine

Kunming University of Science and Technology, Jianshan Phosphate Branch of Yunnan Phosphate Group Co., Ltd.

Hou Kepeng, Li Tianhua, Sun Huafen, Cheng Xinghe, Li Biao, Ni Hongwei, Yan Huang, Yang Shifei, Jiang Chenfang.

7. Key technologies and industrialization of smelting and dressing of refractory polymetallic oxide ore with fine gold, silver and iron.

Yunnan Gold Mining Group Co., Ltd., Guangzhou Nonferrous Metals Research Institute

He Bin, Ye Fuxing, Liu Zhibin, Tang Yuhe, Gao Qifang, Fu Hua, Yang Desheng, Song Baoxu, Gao Yang.

8. Analysis and application of important inorganic elements in tobacco

Yunnan Tobacco Research Institute, Yunnan Tobacco Agricultural Research Institute

Yang Guangyu, Miao Mingming, Chen Zhangyu, Wu Yuping, Wang Lan, Yang Liu, Kong Weisong, Zhang Chengming, Zhang Tao.

9. Development and application of seismic performance technology of hot rolled ribbed steel bars

Yuxi Xinxing Iron and Steel Co., Ltd., Wuhan Iron and Steel Group Kunming Iron and Steel Co., Ltd.

Wang Peiwen, Chen Wei, Zhang Weiqiang, Wu Guangyao, He Zhijun, Dai Yuangui, Zou Rong, Deng Guanping and Cao Zhong.

10. Development and application of Yunyan (Dazhong Jiu) series products.

Yunnan China Tobacco Industry Co., Ltd.

Feng Bin, Zhang Tiandong, Zhao Yingliang, Zhou Bo, Wang Xinlin, Yan Keliang, Ying Yang, Li Geng, Hu Weiyao.

11. Research and construction of high-precision electrical parameter standard group

Yunnan Electric Power Experimental Research Institute (Group) Co., Ltd. Electric Power Research Institute, Yunnan Power Grid Corporation Technology Branch, Guangzhou Gening Electric Co., Ltd.

Cao Min, Li Bo, Bi Zhizhou, Feng Ye, Cao Kunnan, Tan Min, Li Yi, Zhang Jianwei, Wang Xin.

12. Research and application of hierarchical energy-saving and consumption-reducing optimization coordination management and control technology for hydro-thermal generator sets in the whole network.

Yunnan Electric Power Research Institute (Group) Co., Ltd., Yunnan Electric Power Dispatching and Control Center, Yunnan Power Grid Corporation Technology Branch, North China Electric Power University, Kunming Nengxun Technology Co., Ltd.

Wenyun Li, Zhao Ming, Cai Huaxiang, Cai Jianzhang, Zhai Weixiang, Zhou Liukun, Liang Junyu, Shen Farong, Qiu Yalin

13. development and application of d19tci national electronic control common rail diesel engine

Kunming Yunnei Power Co., Ltd.

Yang Yongzhong, Song Guofu, Yue Kaiguo, Peng Jinsong, Yang Yunhai, Dai Guoxiong, Wang Yanfeng, Chen Youcai, Fan Huijun

14. Application and industrialization demonstration of functional polycarboxylic acids in major projects of Kunming New Airport.

Yunnan Construction Engineering Concrete Co., Ltd. (now Yunnan Construction Engineering Group Co., Ltd.), East China University of Science and Technology, Shanghai Sanrui Polymer Materials Co., Ltd.

Li Zhangjian, Zheng Baicun, Fu Lefeng, Ma Minchao, Liang Limin, Li Xincheng, Gan Yonghui, Lin Heng, Zhao Yan

15. Evolution of extreme weather and climate in Yunnan and its application in climate change prediction.

Yunnan Climate Center, Yunnan Institute of Meteorological Science

Zhang Wancheng, Huang Wei, Zheng Jianmeng, Wan Yunxia, Tao Yun, Mona Lee, Zhang Mingda, Ren Juzhang, Duan Changchun.

16. Key technology upgrading and new product development of Qixuekang R&D.

Yunnan Baiyao Group Wenshan Qihua Co., Ltd.

Su Bao, Chen Yanxin, Yang Wenfen, Sun Xiaofang, Luo Qingwei, Tao Shanggui, Yin Chonggao, Zhao Yun, Shen Shasha

17 public health emergencies risk assessment system construction research and application.

Yuxi disease prevention control center

Li Shunxiang, Zhang Hongjun, Wu Qiang, Yang Rusong, Zhang Hongqiang, Gao Liangmin, Zhao Jinxian, Li Xiaoan, Li Liujiu

18. The function and application of chemokine SLC and its receptor CCR7 in solid tumor metastasis.

The Third Affiliated Hospital of Kunming Medical University, Cancer Hospital of China Academy of Medical Sciences.

Yang Runxiang, Ma Fei, Qian Haili, Li Mei, Wang Haijuan, Zhang Shuren, Ren Hongxuan, Lynne, Dong Chao

19. Clinical application of comprehensive assessment of myocardial ischemia in coronary heart disease.

Kunming General Hospital of Chengdu Military Region, Second Affiliated Hospital of Third Military Medical University.

Wang hong, Jin Jun, Huang Lan, Hua Pihong, Su Yong, Liu Xiaoli, Song Mingbao, Yu Shiyong, Yang Haijie

20. Basic research and clinical application of reversing epigenetic mutation and increasing radiosensitivity of osteosarcoma.

Kunming General Hospital of Chengdu Military Region

Li Yi, Chen Hong, Wang Yunlai, Julia, Lin Xu, Liu Yue, Kang Baoguo, Ji Hua, Chen Yuying.

21. Mechanism and clinical application of hyperthermia for oral and maxillofacial tumors.

Kunming Medical University, West China College of Stomatology, Sichuan University

He Yongwen, Liang Xinhua, Bian Li, Tang Yaling, Jin Kewei, Fei Jimin, Tang Ruizhu, You Dingyun

22. Training and application of nursing technical specifications in peacetime and wartime in subtropical areas

First People’s Hospital of Yunnan Province, Kunming General Hospital of Chengdu Military Region, Yunnan Cancer Hospital, School of Nursing of Yunnan College of Traditional Chinese Medicine.

Feng Yan, Qin Yahui, Yang Shunqiu, Hou Shaofen, Zhang Jing, Jin Lifen, Shang Yanxia, Li Ruohui, Bi Huaimei

23. Policy research on further freeing scientific and technological talents and promoting accelerated economic and social development.

Yunnan province science and technology development research institute

Wang Zehua, Chen Qingyun, Liu Nini, Xu Yue, Li Wen, Sun Xiangqian, Gao Yumei, Wang Shangwen, Wang Ruifang

24. Comprehensive application research and demonstration of energy-saving technology for expressway operation in Yunnan Province

Yunnan Highway Development and Investment Co., Ltd., Yunnan Yunling Expressway Traffic Technology Co., Ltd., Highway Science Research Institute of the Ministry of Transport

Mao Jibin, Li Quan, Dong Ruichang, Xiao Xiang, Li Ruijuan, Sun Hongxian, Niu Mo, Tang Pingxiang, Bao Zuojun

25. Research on fatigue limit design method of asphalt pavement

Yunnan Provincial Transportation Planning and Design Institute, Chongqing Jiaotong University, Yunnan Wukun Expressway Construction Headquarters

Zhang Fachun, Liang Naixing, Chen Ling, Cao Yuanwen, Li Xiao, Yang Yubao, Li Zhihou, Duan Menggui, Fang Rui.

26. Research on integrated technology and integrated equipment for disaster early warning of mountain highway tunnels.

Yunnan Highway Development and Investment Co., Ltd., Tongji University, Yunnan Mengxin Expressway Construction Headquarters, Yunnan Yunling Expressway Maintenance and Greening Engineering Co., Ltd., Yunnan Plateau Mountain Bridge and Tunnel Reinforcement Engineering Technology Research Center, Yunnan Chuguang Expressway Construction Headquarters, Yunnan Provincial Transportation Planning and Design Institute.

Xie Fengyu, Zhou Yingxin, Huang Hongwei, Yang Qiang, Ma Yun, Xie Xiongyao, Li Guofeng, Zhang Ruwen, Aric.

27. Key technologies of rail welding heat treatment

Kunming railway administration Kunming Public Works Machinery Section, Kunming Naiwei Technology Co., Ltd.

Niu Daoan, Yang Xiong, Zhang Xinjin, Tang Lihua, Shang Ming, Li Yanghui, Yin Jie, Jun Chen, Zhang Yunqing.

28. Comprehensive construction technology of water-rich complex geology and environment for double-line extra-long tunnel of high-speed railway

China Railway 16th Bureau Group Co., Ltd., Beijing Jiaotong University

Ma Dong, Tan Zhongsheng, Li Tao, Zhu Weidong, Sun Mingbo, Chang Zhijun, Huang Lixin, Liu Gaiying, Wang Qinrong.

Third prize (115 items)

1. Research and demonstration of key technologies of solar photovoltaic water intake.

Yunnan province countryside science and technology service center

Ma Zaibo, Zhou Ziwei, Shiping Li, Jun Gao, Deng Bin, Liu Zuming, Wei Li

2. Breeding and popularization of stable corn variety Chudan 7.

Weichu agricultural science research extension office

Li Xiguo, Huang Guanghe, Zhang Yunfeng, Fan Yinghu, Wei Yongkang, Li Changyuan, Ouyang Jun.

3. Breeding and application of new japonica rice varieties "Fengdao 21 and Fengdao 23" with high altitude.

Dali baizu autonomous prefecture agricultural science promotion research institute grain crops institute

Song Tianqing, Zhao Huizhu, Guo Ronghui, Yang Jipeng, He Zhangwei, Liang Yan, Liu Guanglu

4. Research on Hongta brand-oriented guarantee system of Yuxi characteristic tobacco raw materials

Yunnan province tobacco company Yuxi company

Tian Zehua, Ji Sigui, Zhang Limeng, Jiao Yongge, Li Jiangzhou, Gu Xinghui, Bai Zhigao

5. Breeding, popularization and application of a new broad bean variety "Fengdou 13" with high quality, big grain and high protein yield.

Dali baizu autonomous prefecture agricultural science promotion research institute grain crops institute

Chen Guochen, Chen Aina, Yin Xuefen, Wang Guiping, Wen Xianqin, Ma Yuyun, Dong Kaiju

6. Breeding and application of high-yield and high-quality tartary buckwheat variety "Diku No.1" in Diqing Tibetan area

Yunnan province Diqing Tibetan Autonomous Prefecture Agricultural Science Institute

Min Kang, Tang Shiwen, Tibu, He Lixiu, Li Zhuo Ma, Wang Wenjun and Long Liyi.

7. Collection, identification, evaluation and innovative utilization of Yunnan tea germplasm resources

Yunnan Academy of Agricultural Sciences Tea Institute

Liu Benying, Xu Mei, Tang Yichun, Wang Yungang, Yi Bing, Song Weixi, Li Youyong

8. Breeding and application of a new japonica rice variety "Yunyujing 8" with high yield, wide adaptability and new plant type.

Institute of Grain Crops, Yunnan Academy of Agricultural Sciences, Yuxi Academy of Agricultural Sciences

Yuan Pingrong, Li Guiyong, Zhang Junyun, Pu Bo, Xia Qiongmei, Kou Shuyan, He Xiaoying

9. Key techniques and application of propagation of dominant natural enemy of Plutella xylostella, Apodemus semiclosed.

Institute of Agricultural Environmental Resources, Yunnan Academy of Agricultural Sciences, Kunming Plant Protection and Plant Inspection Station, Yuxi Plant Protection and Plant Inspection Station.

Chen Fushou, Chen Zongqi, Li Xiangyong, Li Zhimin, Yan Wang, Zhang Hongmei, Wang Shuming.

10. Breeding and application of a new peanut variety "Yunhuasheng No.3" with red skin and small grain for both oil and food.

Yunnan Academy of Agricultural Sciences Economic Crops Research Institute, Yanshan County Economic Crops Workstation, dehong autonomous prefecture Agricultural Technology Extension Center, Yanjin County Agricultural Technology Extension Center, lincang Agricultural Technology Extension Station.

Fu Minglian, Wang Jianli, Yuan Xiaoyan, Feng Guangyong, Wei Shengguang, Lu Jianmei, Lin Ansong.

11. Breeding and application of a new japonica rice variety "Yunjing 19" with high quality, multi-resistance and wide adaptability.

Yunnan academy of agricultural sciences grain crops institute

Zhu Zhenhua, Zhao Guozhen, Su Zhenxi, Shi Rong, Jiang Cong, Zou Qian, Kou Shuyan.

12. Breeding of new silkworm varieties "Yuncan No.9, Yuncan No.10 and Yunsang No.3" and application of supporting techniques.

Yunnan Academy of Agricultural Sciences Institute of Sericulture and Bees, Yunnan Meiyu Sericulture Technology Development Co., Ltd., Xiangyun County Tea Mulberry Workstation, luliang county Silkworm Mulberry Station, Heqing County Tea Mulberry Fruit Medicine Station.

Chen Song, Shen Zhenglun, Chu Yining, Ping Huang, Chai Jianping, Zhang Jinxiang, Ding Shanming

13. Research and application of high-yield and high-sugar technology in Yunnan sugarcane sugar base

Sugarcane Research Institute of Yunnan Academy of Agricultural Sciences, lincang Sugarcane Technology Extension Station, dehong autonomous prefecture Sugarcane Research Institute of Yunnan Province, Yunnan Yunzhe Technology Development Co., Ltd., Baoshan Sugarcane Science Research Institute.

Deng Jun, Yin Xingxiang, Liu Shaochun, Yang Hua, Dong Youbo, Fan Xian, Li Rudan.

14. Breeding and popularization of a new castor variety "Dianbi No.2"

Institute of Economic Crops, Yunnan Academy of Agricultural Sciences, Institute of Quality Standards and Testing Technology, Yunnan Academy of Agricultural Sciences

Li Wenchang, Gao Mei, Deng Jianchuan, Zhang Jianhua, Guo Rong, Jiang Huiqiong, Liu Haigang

15. Breeding and application of new indica hybrid rice "Liangyou 2161" in Guangshi, Yunnan.

Institute of Grain Crops of Yunnan Academy of Agricultural Sciences, Institute of Rice of Fujian Academy of Agricultural Sciences, Yunnan Tian Rui Seed Industry Co., Ltd., Fujian Wangsui Seed Industry Co., Ltd., Longyang District Agricultural Technology Extension Institute of Baoshan City.

Li Zhengfang, Zhao Mingfu, Lu Hongbin, Zheng Jianhua, Chen Shaoting, Tao Jiajin, Zheng Yanping.

16. Introduction and breeding of new flue-cured tobacco varieties NC102 and NC297 and development and application of supporting technologies.

Yunnan China Tobacco Industry Co., Ltd., Hongyun Honghe Tobacco (Group) Co., Ltd. and Hongta Tobacco (Group) Co., Ltd.

Yao Qingyan, Tong Rongkun, Ma Jianxiong, Luo Huayuan, Li Yongping, Ma Wenguang, Wang Hongyun.

17. Comparative study on tobacco leaves from new tobacco-growing areas in Yunnan Province and Zimbabwe.

Yunnan Tobacco Agricultural Research Institute, Wenshan Prefecture Company of Yunnan Tobacco Company, Baoshan Company of Yunnan Tobacco Company, Pu ‘er Company of Yunnan Tobacco Company and lincang Company of Yunnan Tobacco Company.

Lu Xiuping, Deng Jianhua, Li Junying, Yi Tao, Wu Xingfu, Li Tianfu, Cui Guomin.

18 Chinese cigarette brand Yunnan high-quality tobacco raw material production technology research and development and application

Yunnan Tobacco Agricultural Science Research Institute, Yunnan Tobacco Company Qujing Company, Yunnan Tobacco Company Yuxi Company, Yunnan Tobacco Company Kunming Company, Yunnan Tobacco Company Pu ‘er Company.

Xu Zhaoli, Liu Guoqing, Yi Ke, Zhang Shutang, Liu Jiahong, Duan Yuqi, Jin Yan.

19. Screening of excellent blueberry varieties and integration and application of cultivation techniques in high altitude areas of Yunnan.

Institute of Alpine Economic Plants of Yunnan Academy of Agricultural Sciences, Yunnan Jiapin Blueberry Planting Co., Ltd.

He Jiawei, Yang Zhengsong, Yang Yanlin, Zhu Lan, and Wen Jia, Wang Chaowen and Li Yan.

20. Research and demonstration on the development and supporting technology of famous and excellent tea with characteristics in Honghe Prefecture.

Huazhong Agricultural University, Liangxinzhai Tea Farm in Niujiaozhai Township, Yuanyang County, Lubao Tea Co., Ltd. in Pingbian County, Dashuigou Ecological Tea Co., Ltd. in Luchun County, and Jinping Nine Treasures Tea Co., Ltd.

Ni Dejiang, Yuqiong Chen, Lu Zhihe, Yu Zhi, Tang Haiyan, Qin Anhong, Wang Jiafa

21. Integration and application of improved varieties breeding and high-yield cultivation techniques of Camellia oleifera in Yunnan mountainous areas

Yunnan Provincial Forestry Technology Extension Station, Honghe Hani and Yi Autonomous Prefecture Forestry Technology Extension Station, Dehong Prefecture Forestry Bureau Yinglin Station, Yimen County Forestry Bureau, Jianshui County Haoye Agriculture and Forestry Industry Co., Ltd.

Cha Guisheng, Su Zhiliang, Shi Bin, Zhao Yongfeng, Chu Yongxing, Yang Zhenghua, Ma Shuangxi.

22. Research and demonstration of key techniques for breeding special-purpose Illicium verum seeds and efficient cultivation in mountainous areas.

Yunnan Academy of Forestry, Bajiao Institute of Funing County, Forestry Science Institute of Pingbian Miao Autonomous County.

Ning Delu, Zhang Yu, Li Yongjie, Liao Yongjian, Geng Shuxiang, Zhang Yanli, Chen Haiyun.

23. Development and application of Chinese plant species information database.

kunming institute of botany, chinese academy of sciences

Wang Yuhua, Li Dezhu, He Yanbiao, Zhuang Huifu, Zhou Bing, Li Tuo Path, Zhang Yu.

24. Establishment and application of high-quality and high-efficiency apple cultivation technology system in Yunnan Plateau

Southwest Forestry University, Institute of Horticultural Crops of Yunnan Academy of Agricultural Sciences, Zhaotong Fruit Technology Extension Station, Xishan Tea Sangguo Station of Kunming City, Lijiang Horticultural Station.

Shi Zhuogong, Ma Jun, Li Yunguo, Shao Fumin, He Runxi, Huang Wenjing, Ma Xuelin.

25. Study on artificial domestication and reproduction technology of Fuxian four-bearded culter.

Yuxi Aquatic Products Workstation, Jiangchuan Aquatic Products Technology Extension Station, Yuxi PaleoecologyAnti-wave fish scientific research protection center

Zhang Sichun, Xia Liliang, Zhang Peiqing, Zhang Youcun, Wang Baoyun, Yang Chongbao, Liang Yongben

26. Study on infection syndrome of canine distemper virus in rhesus monkeys in China

Chinese people’s liberation army Chengdu military region disease prevention control center

Zheng Ying, Qiu Wei, Fan Quanshui, Zhang Fuqiang, He Hongbin, Hu Tingsong, Cai Wei

27 Yunnan subtropical forage breeding and industrialization demonstration.

grassland animal science research institute of yunnan province

Zhong Sheng, Wu Wenrong, Huang Meifen, Yu Mei, Li Qiaoxian, Xue Shiming, Liao Xianglong

28. Research and application of new immunization technology of three kinds of vaccines in pigs at two points (321)

Yunnan Animal Disease Prevention and Control Center, Baoshan Animal Disease Prevention and Control Center, Baoshan Biological Pharmaceutical Factory of Zhongmu Industry Co., Ltd., Wenshan Animal Disease Prevention and Control Center.

Zhou Jianguo, Zhang Yingguo, Pu Yonghua, Zhu Mingwang, Peng Zhengqi, Zhao Min, Duan Bofang

29. Investigation, evaluation and application of geological disasters in Yunnan Province

Yunnan Geological Environment Monitoring Institute, Yunnan Geological Engineering Second Survey Institute, Yunnan Geological Engineering Survey and Design Institute, Yunnan Geotechnical Engineering Survey and Design Institute, Southwest Nonferrous Kunming Survey and Design (Institute) Co., Ltd.

Zhang Hongbing, Yang Yingdong, Ren Jian, He Yong, He Huaizhong, Yan Xiang Province, Xiumei Yang

30. Study on Restoration Mechanism and Application of Degraded Landscape in Karst Geological Ecosystem

Yunnan Normal University, Xishuangbanna Tropical Botanical Garden, China Academy of Sciences, Shilin Geopark Administration.

Li Yuhui, Shen Youxin, Liang Yongning, Liu Wenyao, Zhou Linchun, Wang Yunlong, Zhang Zhiying

31. Three soft coal seam reciprocating fully mechanized mining technology

Yong ‘an Coal Mine, Zhaoyang District, Zhaotong City, Shandong University of Science and Technology, Liupanshui Teachers College

Wang Xiaoyong, Guo Zhongping, Song Xiwei, Wang Fada, Ed Chun, Huang Wanpeng, Zhang Jisheng

32. Database construction and resource development evaluation of mineral resources in six countries of Indochina Peninsula.

Yunnan Provincial Bureau of Geology and Mineral Exploration and Development

Li Dingping, Zhao Jin, Yin Guanghou, Cheng Lu, Li Linghui, Ma Teng, Xie Yunhong

33. Development and application of determination method of calcium carbonate in cigarette paper.

Yunnan Tobacco Quality Supervision and Inspection Station, Yunnan Tobacco Research Institute, Yunnan Hongta Lanying Paper Co., Ltd., Hongyun Honghe Tobacco (Group) Co., Ltd., Hongta Tobacco (Group) Co., Ltd.

Peng Lijuan, Wang Shuhua, Li Ling, Hu Qun, Zhu Zizhong, Wang Jiajun, Lu Sheming.

34. Research and application of rapid identification and safe disposal of special chemicals

Yunnan University, Drug Control Bureau of Yunnan Provincial Public Security Department

Wang Yunsong, Jiang Mingdong, Yang Jinghua, Deng Jianlin, Xu Hongyi, Zhang Hongbin, Ding Zhongtao

35. Green series brazing new materials for solar cells and their industrialization

Kunming San Park Jung Su Technology Co., Ltd., Kunming University of Science and Technology.

Zhu Xiaoyun, Liu Lu, Cao Mei, Li Zhiping, Long Jinming, Liu Yazhou

36. Research and application of stable production technology for aged aluminum reduction cells

Yunnan aluminum co., ltd

Ding Jilin, Liu Yongqiang, Li Jun, Wang Xinhua, Chen Guangheng, Liu Qiang, Li Zhao.

37. Research and industrialization of efficient and clean technology for producing refined cadmium from low-grade copper-cadmium slag

Yunnan Chihong Zinc Germanium Co., Ltd., Kunming University of Science and Technology, Kunming Dingbang Technology Co., Ltd.

Yang Bin, Sun Chengyu, Su Bin, Jia Zhuhong, Fan Zefei, Yan Xiangshu, Nathan Chen.

Production technology development and industrialization of 385,000 tons/year stainless steel composite plate (coil)

Yunnan Kungang New Composite Material Development Co., Ltd.

Zhang Zhuming, Wang Junhong, Ning Deyu, Zhao Yu, Zhang Weiqiang, Li Zhigang, Du Shunlin

39. Deep processing and industrial development of canned French green beans for export.

Kunming kingdom food group co., ltd

He Bo, Zhao Suliu, Zhao Ruowen, Zhao Shubao, Yao Meixiu, Zhao Xianghui, Li Baogui

40. Application research and experimental demonstration of drying technology of Panax notoginseng in solar greenhouse

Wenshan city Miaoxiang Sanqi Industry Co., Ltd., Wenshan Sanqi Research Institute of Wenshan University.

Yu Yuqi, Chen Zhongjian, Wei Meili, Yu Ziwei, Wei Fugang, Wang Song, Zhou Yong.

41. Industrialization development of engine expanding and breaking connecting rod assembly

Yunnan xiyi industry co., ltd

Dong Shaojie, Deng Wei, Zhang Yong, Zhang Yong, Yang Jianhui, Yang Haixiang, Cai Yonghong

42. Research on the application of characteristic silk processing technology supporting the "sweet and fragrant" category of Yunyan.

Yunnan China Tobacco Industry Co., Ltd.

He Banghua, Zeng Xiaoying, Feng Bin, Liu Ze, Wang Xianguo, Shen Xiaofeng, Zhu Yong

43. Construction and application of Yunnan Zhongyan cigarette material quality control system

Yunnan tobacco science study institute

Chen Yongkuan, Zhang Chengming, Miao Mingming, Qin Yunhua, Chen Zhangyu, Wang Lan, Han Yi

44. International cooperative manufacturing and industrial development of shield tunnel boring machine

Yunnan Kungang Heavy Equipment Manufacturing Group Co., Ltd.

Dou Yongping, Wang Chuntao, Shi Chuxiang, Qin Xiangdong, Ding Guohong, Liu Yulin, Xiao Zhengming

Study on External Insulation Characteristics and Insulation Coordination of 45.500KV Jiantang Power Transmission and Transformation Project at High Altitude

Yunnan Power Grid Corporation Construction Branch, Wuhan Nanrui Co., Ltd., State Grid Electric Power Research Institute, Southwest Electric Power Design Institute of China Electric Power Engineering Consulting Group.

Xu Xiaoxi, Chen Yong, Yu Bo, Ye Yuming, Sun Xueqin, Wang Yuehui, Yang Yongkun.

46. Research and application of detection and evaluation technology for mechanical strength and vibration of post insulators.

Yunnan Electric Power Experimental Research Institute (Group) Co., Ltd. Electric Power Research Institute, Yunnan Power Grid Corporation Technology Branch

Wu Zhangqin, Zheng Xin, Wang Jin, Ai Chuan, Yang Yingchun, Liu Ronghai, Xia Chao.

Research and application of key technologies for operation and commissioning of 47.600MW supercritical W flame unit

Yunnan Electric Power Experimental Research Institute (Group) Co., Ltd. Electric Power Research Institute, Yunnan Power Grid Corporation Technology Branch, Yunnan Huadian Zhenxiong Power Generation Co., Ltd., Weixin Yuntou Yuedian Zhaxi Energy Co., Ltd. First Power Plant

Liu Youkuan, Shen Jianhua, Wang Hanwu, Zheng Ruxiang, Zhao Ming, Li Changgeng, Shen Yongqing

48. Research on insulation state detection technology and equipment of GIS equipment based on DC excitation

Yunnan Electric Power Experimental Research Institute (Group) Co., Ltd. Electric Power Research Institute, Yunnan Power Grid Corporation Technology Branch

Tan Xiangyu, Yang Zhuo, Cao Kunnan, Wang Ke, Zhao Xianping, Wang Dada, Xu Xiaowei

49. Key technologies and equipment of biomass gasification polygeneration (fixed bed)

Kunming dianyan new energy technology development co., ltd

Cai Zhengda, Wang Wenhong, Zhen Enming, Zhang Hua, Zhang Jian, Cha Shuqiang, Zhang Hui

50. Key technologies of power consumption and power generation dispatching in hydropower enrichment grid

Yunnan Electric Power Dispatching Control Center, Dalian University of Technology, Huaneng Lancang River Hydropower Co., Ltd. Centralized Control Center, Nanjing Jinshui Shangyang Information Technology Co., Ltd.

Gao Mengping, Yang Qiang, Cheng Chuntian, Cai Huaxiang, Cai Jianzhang, Li Xiufeng, Li Gang

51. Industrialization and R&D capacity building of YN series diesel engine products that meet the national emissions.

Kunming Yunnei Power Co., Ltd.

Yang Yongzhong, Fu Quan, Peng Jinsong, Yang Yunhai, Song Guofu, Peng Hu, Chen Jiwei

52. Research on the best business process in hongta group and its application practice of integration of industrialization and informatization.

Hongta Tobacco (Group) Co., Ltd.

Li Jianbo, Zeng Jianxin, Zhu Xuecheng, Wang Zhi, Li Yingguo, Li Linchun, Li Hongwei

53. Research and promotion of manufacturing execution system collectivization

Hongyun Honghe Tobacco (Group) Co., Ltd.

Xu Yueming, Zhang Xifa, Ge Wen, Li Ligang, Li Da, Zeng Xiaoying, Zhang Tao.

54. Research and Application of Integration of Financial Management Information Platform in Colleges and Universities

Yunnan agricultural university

Xu Kunlong, Rao Zhijian, Ma Fuyun, Sun Ningying, Yang Hongling, Huang Mei

55. Digital cable laying technology and application of Xiangjiaba Power Station in Jinsha River

China Three Gorges Corporation, Beijing Bochao Times Software Co., Ltd.

Du Jianguo, Lin Fei, Liu Kun, Tang Bojin, Chen Xiang, Luo Jianfeng, Xu Jun.

56. Research and application of comprehensive construction technology for ultra-long inclined shaft and deep buried tunnel

Yunnan Construction Engineering Water Conservancy and Hydropower Construction Co., Ltd., Yunnan Construction Engineering Group Co., Ltd., Yunnan Water Conservancy and Hydropower Survey and Design Institute

Shen Jiawen, Wang Jianfei, Li Zhengqiang, Wang Jiagui, Liu Jinrong, Zhao Qi, Zhuang Junguo

57. Comprehensive construction technology of medium and small cross-section long tunnel under complex conditions

China Water Conservancy 14th Engineering Bureau Co., Ltd.

And Sun Wen, Wang Laisuo, Chen Xiaohong, Li Weiquan, Gong Yougui, Yang Yunkun and Mei Zhenggui.

58. Key technology and engineering application of incomplete consolidation large-particle blasting rockfill dam

Yunnan Water Conservancy and Hydropower Survey and Design Institute, Hohai University

Xie Qingming, Du Chengbin, Cao Qingming, Jiang Shouyan, Mei Wei, Zhang Kunyong, Li Yasheng

59. Study on the application of internal support technology in deep foundation pit support in Kunming soft soil area

Yunnan Construction Engineering Group Co., Ltd., Yunnan Real Estate Development and Management (Group) Co., Ltd., Wuhan Design and Research Institute of China Coal Science and Industry Group, Yunnan Construction Engineering Water Conservancy and Hydropower Construction Co., Ltd., Kunming University of Science and Technology.

Shen Jiawen, Xu Yangqing, Wang Jianfei, Gui Yue, Gan Yonghui, Wang Xiaoyan, Cao Jing.

Research and application of key technologies for safety monitoring of 60.300m high arch dam

China Hydropower Consulting Group Kunming Survey and Design Institute Co., Ltd., Huaneng Lancang River Hydropower Co., Ltd.

Zou Lichun, Yang Guangliang, Wang Guojin, Zhao Zhiyong, Zhang Dexuan, Yu Jianqing, Zhang Libing.

61. Study on the characteristics and comprehensive preventive measures of geological disasters in southwest water conservancy and hydropower projects

Kunming Survey and Design Institute Co., Ltd., China Hydropower Consulting Group, Chengdu University of Technology.

Wang Zigao, He Wei, Wang Kun, Xu Qiang, Zhang Rui, Zhang Shuai, Chen Wei.

62. High-resolution freezing disasters and ice-covered power lines in Yunnan Province, climate zoning and forecasting techniques.

Yunnan Institute of Meteorological Science, Yunnan Meteorological Observatory

Duan Xu, Duan Wei, Qi Minghui, Ding Sheng, Tao Yun, Duan Changchun, Wang Man

63. Research and application of lightning automatic early warning and forecasting method in low latitude plateau.

Yunnan Meteorological Observatory, Yunnan Meteorological Information Center, Yunnan Institute of Meteorological Science.

Zhang Tengfei, Yin Liyun, Jason, Xie Yiran, Duan Xu, Zhu Tianlu, Chen Xiaohua.

64. Study on Chenghai Ecosystem

Yunnan Academy of Environmental Sciences, Chenghai Administration of Yongsheng County.

Dong Yunxian, Zou Rui, Zhang Shuxia, Tan Zhiwei, Zhu Xiang, Zhao Lei, Deping Kong.

65. Research on the Rescue Excavation and Arrangement of Hani Medicine

Puer nation traditional medicine institute

Fu kaicong

66. Study and application of genetic mechanism and drug reaction of chronic airway diseases in China population.

Kunming Institute of Zoology, Chinese Academy of Sciences, First Affiliated Hospital of Kunming Medical University, Yunnan University

Zhang Yaping, Dai Luming, Kayley Chung, Fu Weiping, Sun Chang, Zhao Zhihuan, Fang Lizhou.

67. Establishment and application of pre-pregnancy health care standard operating procedures (SOP)

Yunnan province population and family planning science and technology institute

Ye Hanfeng, Yuan Yanling, Su Cunmei, Wang Jianlan, Zhang Mingqiu, Chen Juanjuan, Li Genrui

68. Research and application of clinical main biochemical indexes and immune function of middle-aged and elderly people in Dali Prefecture

Dali Bai Autonomous Prefecture People’s Hospital

Ma Shungao, Sang Weihong, Wang Yufang, Cha Weiqin, Yang Guoshun, Zhong Guoliang, Qin Hongqun

69. Clinical application of laparoscopic minimally invasive technique in the treatment of liver diseases.

Qujing second people’s hospital

Liu Tianxi, Fang Denghua, Guan Binying, Li Yingxu, Wang Xingjin, Yang Guoji, Yang Haolei

70. The role and clinical significance of transcription factor Sox4 in the occurrence and development of female lung cancer in Xuanwei, Yunnan.

The Third Affiliated Hospital of Kunming Medical University

Zhou Yongchun, Yunchao Huang, Wang Xicai, Zhao Guangqiang, Chen Yan, Huang Youguang and Jin Congguo.

71. Application of histone deacetylation regulation in different molecular subtypes of breast cancer

The Third Affiliated Hospital of Kunming Medical University

Nie Jianyun, Tang Xueliang, Zou Tianning, Chen Dedian, Liu Xin, Chen Yangping, Liu Dequan.

72. Evaluation and application of quality of life and its influencing factors in patients with bladder cancer after orthotopic urinary diversion

The Second Affiliated Hospital of Kunming Medical University

Yang Mingying, Wang Jiansong, Ding Mingxia, Yang Qianrong, Wang Haifeng, Wang Liufang, Li Ning

73. Mechanism of prolonging the time window of cerebral ischemia-reperfusion treatment by ischemic postconditioning and its application and popularization.

The Second Affiliated Hospital of Kunming Medical University

Zhu Yuhong, Wang Ying, Li Chunyan, Li Yan, Xiong Jing, Han Jianhong, Yin Mei

74. The application of clinical prevention and treatment technology of cardiovascular diseases in critically ill patients during perioperative period.

The Second Affiliated Hospital of Kunming Medical University

Wan Linjun, Si Yongyu, Yue Jinxi, Wan Xiaohong, Tao Jianping, Zhu Weihua, Zhou Yun

75. Clinical application of treatment strategy and long-term follow-up of thoracic aortic dissection

The Second Affiliated Hospital of Kunming Medical University

Jiaping Wang, Yang Shaojun, Li Xu, Tong Yuyun, zhou yun, Xiang Li, Damon.

76. Research and application of health clinical nursing management mechanism

Kunming General Hospital of Chengdu Military Region

Ling Yunxia, Shang Yanxia, Li Ruohui, Huang Jing, Xu Xiaoyan, Yin Chunhong, Chung Ling

77. Study on influencing factors of quality of life of soldiers stationed in Yunnan and Tibet and application of intervention measures.

Kunming General Hospital of Chengdu Military Region

Mao Ping, Xu Xinming, Chloe Wang, Ye Tao, Ren Zhongwen, Li Jie, Li Jialu.

78. Construction and application of medical risk early warning mechanism

The First People’s Hospital of Yunnan Province

Li Yan, Chen Jun, Xiong Weiyun, Wu Kunhua, Liang Zhisong, Yao Xiaokang

79. Design and related research of bridge combined internal fixation system.

Yan ‘an Hospital of Kunming, Kunming General Hospital of Chengdu Military Region, First Affiliated Hospital of Yunnan College of Traditional Chinese Medicine.

Xiong Ying, Xu Yongqing, Li Qunhui, Wang Qi, Zhao Feng, Lu Jipeng, Liu Bailian.

80. HIV drug resistance detection system in Yunnan Province and its application in antiviral treatment

Yunnan Provincial Infectious Diseases Hospital, PLA Academy of Military Medical Sciences,

the chinese center for disease control and prevention sexually transmitted disease of aids prevention and control center

Li Huiqin, Yang Shaomin, Fan Yishan, Li Jingyun, Xing Hui, Zhong Min, Lao Yunfei

81. Pre-clinical study on Sangchan Zhike Ointment, six kinds of new drugs, traditional Chinese medicine and natural medicine, for the treatment of dry-heat cough.

Kunming Medical University, Yunnan Institute of Medicine

Bi Yun, Xiong Lijuan, Wei Danxia, Su Min, Li Jinyu, Mao Yong, Liao Wei.

82. Neurotoxic mechanism of drug abuse and its application in the field of drug control

Kunming Medical University, Department of Surgery, Chinese University of Hong Kong, Yunnan Institute of Public Security Criminal Science and Technology, Kunming Institute of Public Security Criminal Science and Technology.

Li Zhen, Li Lihua, Zeng Xiaofeng, Lu Gang, Xing Yuming, Qu Yongqiang, Yin Jianhua.

83. Study on Regional Health Planning and Health Resource Allocation Standards in Yunnan Province

Kunming medical university

Jiang Runsheng, Li Xiaomei, Wan Chonghua, Yin Jianzhong, Chen Ying, Meng Qiong, Xu Chuanzhi.

84. Evaluation of therapeutic effect and study on influencing factors of different pulmonary tuberculosis patients under 84.DOTS strategy.

Yunnan province disease prevention control center

Xu lin, Hua Jianzhao, Cha Shun, Hou Jinglong, Qiu Yubing, Mali, Wang Yun.

85. Clinical application of multiple serum protein factors in the diagnosis of schizophrenia.

The First Affiliated Hospital of Kunming Medical University, School of Life Sciences, Yunnan University

Peng Xiong, Ceng Yong, Xu Xiufeng, Wu Qiuxia, Li Guohua, Yu Min, Xu Fei.

86. Clinical application of routine preventive calcium supplementation after parathyroid protection in situ during thyroid surgery.

The First Affiliated Hospital of Kunming Medical University

Cheng Ruochuan, Su Yanjun, Gwan Chin, Diao Chang, Zhang Jianming, Ai Yangqing, Chen Huibin.

87. Clinical application of six antifungal drugs in the treatment of vulvovaginal candidiasis in pregnancy and non-pregnancy.

First Affiliated Hospital of Kunming Medical University, Obstetrics and Gynecology Hospital of Zhejiang University School of Medicine.

Qi Wenjin, Shi Yifu, Li Hongbin, Li Juanqing, Xu Miaoling, Li Bailuan, Hong Xiao.

88. Systematic clinical characteristics and application of AIDS complicated with deep fungal infection in Yunnan Province

The First Affiliated Hospital of Kunming Medical University, Shanghai Pasteur Institute of China Academy of Sciences, Yunnan Infectious Diseases Hospital.

Li Yuye, He Li, Wang Jianhua, Li Hongbin, Chen Wenying, Zhang Yungui, Huang Yunli.

89. Epidemiological investigation of Bai nationality’s eye diseases in Dali City, Yunnan Province

The First Affiliated Hospital of Kunming Medical University

Zhong Hua, Yuan Yuansheng, Li Jun, Shen Wei, Wei Dao, Zhou Hua, Cha Xueping.

90. The application of implantable ECG recorder in tracking the efficacy of radiofrequency ablation of atrial fibrillation.

The First Affiliated Hospital of Kunming Medical University

Li Shumin, Li Fang, Guo Tao, Yang Jun, Pu Lijin, Hua Baotong, Liu Zhongmei.

91. Clinical application of transumbilical single-port laparoscopy in hepatobiliary and splenic surgery.

The First People’s Hospital of Yunnan Province

Sun Zhiwei, Tang Jianzhong, Mo Yiyi, Li Xing Yue, Meng Chuncheng, Dong Kun, Xin Wang.

92. Related research and application of neural stem cells infusion into infrarenal abdominal aorta in the treatment of spinal cord ischemia.

The First People’s Hospital of Yunnan Province

Li Yanhua, Jinhua, Wu Shaoyuan, Guo Guangqiong, Zhao Qiang, Xiao Gaopeng, Li Yujin

93. The study and application of the influence of diabetes on bone integration and stability of artificial joint prosthesis.

The First People’s Hospital of Yunnan Province

Liu Wei, Meng Zengdong, Lei Yunkun, Qin Libo, Xie Xuhua, Lian Xingye, Chen Yicang

94. Study and application of correlation between HBV gene evolution and liver function damage in patients with hepatitis B.

The First People’s Hospital of Yunnan Province

Shen Tao, Yan Xinmin, Gao Jianmei, Zou Yunlian, Li Rong, Zhang Baoxiu, Dong Hong.

95. The establishment of three-level traceability system for blood cell analysis in Yunnan Province and the research and application of mutual recognition of test results.

The First People’s Hospital of Yunnan Province

Chen Ling, Niu Hua, Ping Zhuxian, Dong Yunhua, Ma Shungao, Sun Wu, Li Congfeng

96. Study on the correlation between adiponectin gene polymorphism and type 2 diabetes and essential hypertension in Dali Bai nationality and its application.

First People’s Hospital of Yunnan Province, People’s Hospital of Dali Bai Autonomous Prefecture

Kang Zhuang, Xue Yuanming, Su Heng, Zhao Huizhu, Zhang Yun, Yu Yanfang, Ou Yang

97. Establishment and application of standardized diagnosis and treatment system for infertility in Yunnan Province.

The First People’s Hospital of Yunnan Province

Ma Yanping, Li Yonggang, Wu Ze, Li Yunxiu, Deng Bo, Guan Jie, Zhang Ronghui.

98. Study on the Development Strategy of Modern Service Industry in Xishuangbanna

Peking University, Xishuangbanna Finance Bureau, Fudan University.

Xue Ling, Hong Guozheng, Weng Jin, Sun Tieshan, Wang Lingshong, Zhang Xiaozhang, Wu Chunping.

99. Research and Application of Tourism Standardization in Yunnan Province

Yunnan University, Yunnan University for Nationalities, Southwest Forestry University, china tourism academy, Yunnan University of Finance and Economics

Li Peng, Li Baiwen, Cheng Hai, Feng Yanbin, Yang Yanfeng, Bai Wen, Zhang Yiqun.

100. Mode and mechanism of scientific and technical personnel serving agriculture in frontier ethnic areas.

Yunnan agricultural university

Zhang Haixiang, Yang Linnan, Li Dexuan, Peng Errui, Xie Shiqing, Yang Jinjiang, Dai Bo

101. Construction and application of Yunnan Province’s agricultural science and technology cooperation and technology transfer service platform for Southeast Asian and South Asian countries.

Yunnan province countryside science and technology service center

Chen Hongdi, Li Wen, Jun Gao, Luo Yong, malei, Rui Danping, Li Ke

102. Power system planning of the Republic of Myanmar.

China Hydropower Consulting Group Kunming Survey Design & Research Institute Co., Ltd.

Zhang Ping, Chen Jiaheng, Min Lu, Qian Fang, Chen Ge, Zhou Lin, Wu Wenxing

103. Study on Forest Circulation of Collective Forest Land in Yunnan Province

Yunnan Provincial Forestry Department, Yunnan Provincial Forestry Investigation and Planning Ecological Branch

Xia Liuchang, Wang Zhe, Le Rong, Deng Xiaochun, Chen Lixian, Li Weiping, Li Jianyou.

104. Psychological assistance for road traffic accidents

Yunnan Communications Vocational and Technical College, Yunnan Lijiang Airport Highway Construction Headquarters, traffic police detachment of Baoshan Public Security Bureau, Yunnan Province.

Sun Yun, Sean, Bai Songping, Lei Xinwen, Huang Jing, Chen Dong, Ding Zisheng

105. Research on Key Technologies of Warm Mix Rubber Asphalt Mixture

Yunnan Highway Development and Investment Co., Ltd., Yunnan Yuanshuang Highway Construction Headquarters, Yunnan Highway Science and Technology Research Institute.

Yang Qiang, Li Xingquan, Zhou Bin, Yu Xianquan, Zhang Xiaofeng, Yan Shixiang, Jia Jingpeng.

106. The application and research of machine-rolled floodplain material for cement stabilized base.

Yunnan Provincial Highway Science and Technology Research Institute, Tengchong-Longchuan secondary highway construction headquarters, Xiaoheijiang-Lancang secondary highway construction headquarters, China Merchants Chongqing Traffic Research and Design Institute Co., Ltd.

Min Yang, Wang Huoming, Fude Province, Yang Zhigang, Chen Gang, Li Yinggui, Niu Chengdong.

107. Tengchong volcanic stone cement stabilized macadam base application technology research.

Yunnan Provincial Highway Science and Technology Research Institute, Tengchong-Longchuan secondary highway construction headquarters, Tengchong-Lushui secondary highway construction headquarters.

Zhou Bin, Yang Lidao, Li Yinggui, Jia Jingpeng, Yan Shixiang, Zhao Xiaojie, Tian Weiqun

108. Analysis of navigation environment and research on key technologies of navigation safety in Shuifu (Xiangjiaba-Hengjiang) reach of Jinsha River.

Yunnan Navigation Administration, Chongqing Jiaotong University

Wang Yunxiang, Wang Duoyin, Zhang Yue, Mingdong Chen, Yang Yanping, Yang Zhongchao, Tong Sichen.

109. Study on environmental protection and landscape technology of expressway construction in Gaoligongshan area.

Yunnan Provincial Transportation Planning and Design Institute, Yunnan Baoshan-Longling Expressway Construction Headquarters, Kunming University of Science and Technology, Yunnan Jinye Ecological Construction Group Co., Ltd.

Ruan Xuwei, Peng Saiheng, Li Lun, Yao Yong, Yang Bicong, Cao Yang, Fang Rui.

110. Railway safety risk management information system

Kunming railway administration Institute of Information Technology, kunming railway administration (Safety Supervision Office)

Wang Lei, Guo Xianghui, Pan Yunsong, Yang Yanzhong, He Zhongfa, Ouyang Yuming, Yang Changyong.

111. Anti-eccentric wear and anti-job-hopping pulley compensation device

Kunming railway administration Kunming Power Supply Section, Liuzhou Guitong Precision Casting Co., Ltd.

Wang Shujiang, Hu Xiandai, Chen Xiuting, Zou Yi, Wang Xionghuan, Liu Chongshan, Li Yonghai.

112. the network control system of SS3B fixed tandem car based on DETCS and TES06 platform.

Kunming railway administration Kunming Locomotive Depot, Zhuzhou CSR Times Electric Co., Ltd.

Liu Zhenfang, Li Jianping, Li Quanwu, Fang Wei, Li Xiaoping, Luo Jiguang, Well Lee

113. Yunnan Expressway Operation Risk Assessment Technology and Countermeasures Based on Subjective-objective Safety

Yunnan Institute of Transportation Science, Tongji University

Li Zhizhong, Guo Zhongyin, Yin Xiangyang, Zhou Xiaohuan, Ni Zhihai, Ji Guang, Wang Xiaoan.

114. Research on operation assessment and adaptation technology of new energy vehicles in plateau area

Kunming University of Science and Technology, Beijing Institute of Technology, Kunming Dongxun Technology Co., Ltd., Kunming Public Transport Group Co., Ltd., Kunming Yunnei Power Co., Ltd.

Yan Wensheng, Lin Cheng, Yi Hong, Shen Jiangwei, Yang Yongzhong, Xu Kun, Chen Shuqiao

115 rural environmental protection knowledge reader

Yunnan agricultural university

Zhang Naiming, Zhang Shiying, Shi Jing, Duan Yonghui, Xia Yunsheng, Duan Hongping and Jiang Zhilin.

On December 15th, 2024, the opening ceremony of Jiaxing Tengrui Experience Store was witnessed by leaders from Tengshi Automobile Headquarters, Jiaxing Dongjiang Automobile Group, car owners’ representatives and mainstream core media. The guests gathered at the opening ceremony and were very lively.

Mr. Han Fei, the operation manager of the second district of Tengshi East District, Zhejiang Province, expressed his gratitude and respect to the family of 300,000+car owners. I not only wish Jiaxing Tengrui Tengshi Experience Store a prosperous business, but also show the guests the recent achievements of Tengshi automobile brand.

Mr. Ying Shengjiang, general manager of Jiaxing Tengrui Tengshi Experience Store, delivered a speech of thanks, expounded the future development direction and marketing ideas, and announced the official opening of Jiaxing Tengrui Tengshi Experience Store.

Jiaxing Tengrui Tengshi Experience Store belongs to Dongjiang Group and is the first Tengshi dealer store in Jiaxing. After all-round careful transformation, it has met the opening conditions. The store devotes itself to creating a service experience space of nearly 900 square meters, which integrates a spacious and bright new car sales area, a professional and standardized after-sales maintenance area, a private and exclusive delivery area and a warm and comfortable guest rest area, and strives to create a Tengshi experience store that every Tengshi user is satisfied with, so that every Tengshi user can enjoy Tengshi’s exclusive and intimate service.

Tengshi Automobile was established in 2010 by BYD, the leader of new energy vehicles, and Mercedes-Benz, the inventor of fuel vehicles. At the beginning of its establishment, Tengshi Automobile adhered to the strategic positioning of providing only new energy luxury vehicles. In 2022, Tengshi launched D9, N7, N8 and other models one after another, aiming to bring new luxury and excellent travel experience to high-end family consumers and enter the "new potential" of new energy luxury cars. In 2023, the sales volume continued to dominate the list and remained at the peak. In 2023, it sold the annual sales champion of MPV in the whole market. Rewrite the market structure of luxury MPV, and become "China new energy luxury vehicle with the fastest delivery of 100,000 production vehicles". In 2024, Tengshi launched the heavy luxury hunting car Z9GT, which not only conforms to the aesthetics of the trend of the times, but also satisfies the pursuit of cutting-edge technology and the perfect imagination of every owner for technological luxury. In the future, Tengshi automobile brands will also launch models such as Z9 and N9 to meet the car purchase needs of different users.

Always share and create with users, and be grateful to 300,000+car owners and families. At the same time of the grand opening of Jiaxing Tengrui Tengshi Experience Store, it also ushered in a happy moment for the majority of Tengshi car owners-city tour and tasting.

Tengshi Z9 is a D-class smart luxury flagship car, with the ultimate elegance and exclusive space, equipped with BYD’s cutting-edge technology-Yi Sanfang.

In the future, Tengshi Automobile will use forward-looking black technology to create a full-scene smart car lifestyle and accelerate the intelligent second half.

Hello Tengshi, the opening ceremony of Jiaxing Tengrui Tengshi Experience Store came to a successful conclusion under the joint witness of leaders, guests, media friends and Tengshi users. After that, we will adhere to the brand proposition of "new scenes, new products, new services and new heights", open a new chapter of luxury travel for the majority of users, create a new experience of luxury new technology and bring more surprises to users.

For more product contents of Tengshi Automobile, please contact Jiaxing Tengrui Tengshi Experience Store and invite you to come. Address: Tengshi Automobile, No.29 Yonggao Road, Nanhu District, Jiaxing

1905 movie network news On January 3rd, in response to the question of plagiarism in the short film "Please Take Your Place", he claimed that the story in the short film "A Long Separation" was the personal experience of a friend of team screenwriter Zhang Peng. Bao Beier said that the whole process team also has a complete creative record. "Subsequent evidence can be presented in detail for everyone.".

Previously, Weibo user "Mi Tang mia333", who claimed to be a graduate student of Nortel’s director department, posted that Bao Beier had plagiarized his graduation work in the short film "Please Advise the Director", and took screenshots to prove that there were a lot of similarities with his graduation work from the relationship between the story characters, scenes and lines.

At present, the price of domestic refined oil continues to remain high. Although it has been reduced, the price of oil in our region is still stable at around 7.8 yuan per liter. This is not surprising. More and more people around me are considering switching to hybrid models to reduce the rising cost of using a car. In addition, reducing costs does not just mean buying a new car. Many car owners around me have also begun to consider replacing traditional fuel vehicles with hybrid models by means of used car sales or replacement in car stores. However, the price of hybrid models is usually 3 to 40,000 yuan higher than traditional fuel vehicles of the same level, which makes many car owners hesitant.

So if you are looking for a cost-effective and high-performance hybrid, is there any good option?

Of course, one of them is owned by Cyrus Group. In order to meet the demand for car purchases in the New Year, Blue Electric E5 is currently launching a limited-time special discount, and the enjoyment model can enjoy a direct drop of 40,100 yuan in cash, and the final price is only 99,800 yuan. Compared with traditional fuel vehicles, Blue Electric E5 has obvious green card advantages, which can not only save you 10,000 purchase tax, but also avoid the trouble of tail number restrictions in restricted cities.

For some family owners who own two five-seater gasoline vehicles, they can’t bring the whole family on every trip, so they are starting to consider changing to a larger model. Coupled with the current high oil prices, they are also considering buying a hybrid model, but the budget for a hybrid car is prohibitive. However, when they learned that the Blue Electric E5 became the first in the industry to achieve "the same price of gasoline and electricity", the price was close to or even lower than the traditional fuel model. At the same time, the Blue Electric E5 provided the low cost of electric vehicles and excellent experience, no longer worrying about battery life and charging anxiety, so they quickly took a test drive and made up their minds to buy a car.

In light of the shift from traditional gasoline vehicles to plug-in hybrid models, the electric driving experience and energy consumption performance become crucial.

The BluePower E5 is equipped with the same Freddy electric hybrid system as the current hot-selling BYD Song PLUS DM-i on the market, including a 1.5 high-efficiency plug-in hybrid dedicated engine and a DHT300 electric hybrid system. With careful tuning by BluePower engineers, the BluePower E5 successfully balances the needs of energy consumption, battery life, NVH (noise, vibration and stiffness), acceleration performance, and more. The maximum power of the engine reached 81 kW and the maximum torque was 135 Nm, while the electric motor achieved a maximum power of 130 kW and a maximum torque of 300 Nm. This allows the BluePower E5 to accelerate from 0 to 50 km/h in only 2.91 seconds, which is comparable to many cars with 2.0-liter turbocharged engines.

In addition, the blue electric E5 can achieve more than 80% pure electric drive in various driving situations, and in urban commuting situations, the pure electric drive ratio is even as high as 99%. This means that drivers can enjoy a quiet and comfortable driving experience comparable to pure electric vehicles. One owner shared that during driving, there is almost no wind noise, fetal noise and the sound of engine intervention in electric hybrid mode.

The entry-level model of the Blue Electric E5 already provides 100 kilometers of NEDC pure electric cruising range, which is enough to meet daily urban commuting and transportation needs. For many car owners, they can use the Blue Electric E5 as a pure electric vehicle and charge it every 3 days or so. One car owner shared his experience: "The charging cost is only 100 yuan per month, which is enough to meet my travel needs. This really saves 1,000 yuan in refueling costs. If you save more than 1,000 yuan a month, you can save 10,000 yuan a year, which is enough to pay for the children’s interest class for a year."

For a family to go out to play or go on a long trip, the Blue Electric E5 not only does not need to worry about battery life, but also can be used for both charging and refueling. Like traditional fuel vehicles, it only needs to be filled with fuel to set off. According to the screenshot of the APP provided by the owner, even when the fuel tank has been exhausted and the battery power is only 27%, the comprehensive cruising range of the Blue Electric E5 can still reach 1050 kilometers. This means that the owner can easily go on a long trip after a supplement, exceeding the official claim of 1150 kilometers of comprehensive cruising range, ensuring the user’s freedom of travel.

In addition, let’s take a look at the fuel consumption performance of the Blue Electric E5 when the battery is basically depleted. Normally, hybrid vehicles consume more fuel when the battery is depleted, but according to the owner’s description, the Blue Electric E5 shows fuel consumption of only 5.3 liters/100 kilometers after driving at a high speed of 150 kilometers. This is significantly lower than the fuel consumption of traditional fuel vehicles of the same class, which is usually as high as 8 to 9 liters/100 kilometers.

Overall, the Blue Electric E5 provides users with the convenience of "zero fuel consumption" for daily travel, and during long-distance travel, not only does it not need to worry about battery life, but also performs well in fuel consumption. This is undoubtedly a very wise choice for many home users, which really saves users considerable costs.

Considering today’s diverse family needs, the spatial layout of the vehicle has become crucial. The Blue Electric E5 is positioned as medium-sized, with a body size of 4760/1865/1710mm and a wheelbase of up to 2785mm, ensuring a spacious and livable interior. But more importantly, the Blue Electric E5 offers the option of 7-seat seats, adding more flexibility to the user’s daily use. Now, let’s hear what the owner of the Blue Electric E5 has to say about this car.

A car owner shared his car experience, his family not only has the elderly, but also children, so a 7-seat car can perfectly accommodate the whole family, no need to buy another car.

Another owner previously owned a car owned by the Cyrus Group. However, due to the large number of family members, he needed a model with seven seats and a spacious trunk to carry goods. He believes that the Blue Electric E5 meets his needs perfectly. The seven-seat layout of the Blue Electric E5 gives excellent flexibility in the interior space. When the family travels together, the seven seats are enough to accommodate each member. After the second row of seats is laid down, the trunk becomes very spacious, with a depth of 1860mm and a total capacity of 1432 litres, which makes it very easy to carry all kinds of goods.

In addition, compared with the previous traditional fuel vehicles, the Blue Electric E5 also has the function of external discharge. This means that during family outings or camping, you can use the electric energy of the vehicle to cook hot pot, barbecue and other delicacies, adding more fun to the whole family’s outings and friends’ gatherings. Overall, the Blue Electric E5 offers more convenience and entertainment options for modern families with its spacious space and versatility.

Finally, to sum up, owning a car that can drive like an electric car in the city and get rid of the trouble of fuel costs when traveling by car is indeed a beautiful experience. Not only does it save a lot of money, but it is also easy and enjoyable to drive, and the car is quiet and peaceful. The saved money can be used to buy new mobile phones, fashion clothes, etc., which is really a pleasure. In addition, the spacious interior space and optional 7 seats can meet the needs of cars in various scenarios. Have you been attracted to see that the quality of life has improved significantly after so many owners have replaced their traditional fuel vehicles with unlimited blue electric E5s? Maybe now is the time to consider switching to a more environmentally friendly, economical and practical way of driving!

Zhao Liying, for her work "Do You Know If You Should Be Green, Fat, Red and Thin," was nominated for both "Audience Favorite Actress" and "Best Actress" at the 30th China Television Golden Eagle Awards.

As soon as the list of winners was announced, the matter rushed into the hot search. After all, for Zhao Liying, who had won the Golden Eagle Award once before, the double nomination this time used her acting skills and works to prove that Zhao Liying’s strength and traffic coexist. For Zhao Liying, who just had a baby and came back, it is indeed a good thing to congratulate.

However, Zhao Liying is unlikely to become king in a battle. On the one hand, Zhao Liying once won the audience’s "Favorite Actress" award, and on the other hand, her competitors in the "Best Actress" are particularly strong.

Since China entered the 21st century, the actress with the best total audience rating of all works, this time relying on Jiang Wenli, nominated for "Little Woman Under Zhengyangmen", has not appeared in modern dramas for many years, this time playing the real estate agent in "Anjia" Sun Li, has won many awards with "Little Joy", called by Qin Hailu as "as long as you act" Xiao Tao Hong, finally got rid of the label of Xiao Zhang Ziyi, earned tears in the audience in "Big River" Tong Yao and in the eyes of many netizens, the name is a bit unfamiliar, the heroine of "Persimmon Red Every Year" Wang Qianhua.

And it is precisely this Wang Qianhua, whom many netizens do not know, that is the real queen of rural drama ratings. This actress’s play has never failed, even in broad daylight reruns, her TV drama audience rating can still break one.

Many viewers first knew that she was from the "Woman in Charge", which easily told a story in just 18 episodes. Her role as Zhang Juxiang showed the indomitable spirit of Chinese rural women, and she became famous all over the country with this work. The play also won the first prize of the first rural TV drama theme award. Wang Qianhua herself won the Flying Heaven Award for Outstanding Actress that year, and embarked on the road to the countryside.

This is also the second time she has been nominated for the Golden Eagle Award. She has already won the best actress once when she starred in the TV series "Women’s Village" with the theme of left-behind women and children in the new countryside. There are also a series of works such as "Wheat Goes to Town", "Nine Nine Nine", "Guanzhong Woman", "Party Daughter" and "Black Gold Land Woman", which have placed her firmly in the "Queen of Country Drama" position.

Her new TV drama "Moon is Hometown Ming" has been officially set on CCTV’s eight golden sets and premiered on September 19. The drama is themed on comprehensive reform and opening up, winning a well-off society in an all-round way, with the protagonist returning to his hometown to start a business, leading the villagers to poverty reduction and wealth as the main line, with the city Tuojiang New Gallery as the main scene, and the leading industry featuring capital blood oranges. It tells the story of the heroine Zhang Jinxiu returning to his hometown to start a business. With the support and help of relevant leaders and the first secretary of the village, he promotes the economic and cultural development of his hometown through planting blood oranges, and leads the whole village to a new journey of comprehensive well-off.

Look at the introduction of this drama, the elements contained can be no more, not only in line with the current mainstream theme, is a poverty alleviation drama, but also can show the unknown unique small city style, the broadcast time is about to enter the National Day schedule, the audience rating of this drama is not properly stable?

In fact, Wang Qianhua’s queen has not been easy all the way. She once aborted her own child for filming, and revealed that she took more than 200 shots to improve her appearance in order to get a young female character. Later, she gained 100 kilograms of hormones due to thyroid disease. After her first marriage failed, she did not give up her life and continued to pursue love. Her second marriage succeeded in catching up with the famous director.

In this way, life stories are rich and legendary, TV dramas are still broadcast on CCTV, audience ratings do not need to rely on their own hype, data does not need to be filled with water at all, in the world’s stars need to rely on overwhelming hot searches to help them sweep their popularity, without relying on hot searches at all She firmly grasps the remote control at home, this is the real queen