Liu Yongyan’s life history

In 1949, after the harsh winter, the earth ushered in the day of spring in 1950. Liu Yongyan was just four years old at this time. With little experience in the world, he lived an innocent life like all farm children under the blue sky of Japan.

In 1954, when Liu Yongyan was just 8 years old, he joined the Young Pioneers. Because he is smart, studious and hard-working, his academic performance is among the best in the class. His teachers like him and his classmates love him. On the International Children's Day in 1956, he was selected as an outstanding representative of the school's children and attended the county's Outstanding Young Pioneers Congress.

Liu Yongyan’s father was an intellectual with revolutionary enthusiasm, and his mother was an intellectual woman who participated in the revolution in her early years and later devoted herself to rural education. This kind of family education atmosphere created Xiao Yongyan's nature to pursue knowledge and love learning, especially his father's education and guidance in scientific and technological knowledge and small production. His father, who is extremely good at guiding, has always focused on reviving and developing his potential intelligence, focusing on comprehensively cultivating his various abilities and interests. Different from other educated families, his father has been boldly and earnestly enlightening, helping and correcting his growth on the road of science. On Yongyan's ninth birthday, his father gave him a copy of "One Hundred Thousand Whys". He couldn't put it down and read it carefully. It contained principles and production methods of radios, principles of generators, production methods of activated carbon, etc. In science On the road, in the vast west of the motherland, there is another tireless child. Because of his strong personality, good at using his brain, and special hobbies, the young Liu Yongyan often becomes the center of attention among the children in the village. Sometimes, children come in small groups or in groups to visit his homemade microscope. Through it, they can see clearly how the ants' mouths eat; they can also see the poisonous hairs on the caterpillars that sting people. hook. Once, several children gathered together. Liu Yongyan used his homemade mineral radio to receive the program of Sichuan People's Broadcasting Station. Everyone cheered excitedly. At that time, there was no electricity in the rural areas of western Sichuan. At night, there was only moonlight without lights. Finally one day, through his own research, he made a simple generator, which turned on the small light bulb used in the experiment. This finally brought the distance between dream and reality one step closer.

The small success gave him a strong desire: How nice would it be if the elementary school he attended had electricity at night? In that way, all the teachers in the school would not have to correct homework under dim soybean oil lamps; Students can read, review and do homework under bright lights without smelling the annoying smell of oil smoke. Later, this wish followed him and became his childhood dream.

My mother’s education for Yongyan’s siblings was traditional and strict, requiring them to do the best and most perfectly in everything. This also had a lifelong impact on Liu Yongyan. Today, he has become the chairman of the board of directors of a large economic group that attracts worldwide attention, and he still demands this of himself. My mother teaches at Pinggang Primary School in Xinjin County, and takes Liu Yongyan with her when she goes to the county to study intensively during holidays. When his mother was studying, he, who loved books, would dive into the library. Liu Yongyan learned a lot about the world from here.

In 1958, under the design and advocacy of 13-year-old Liu Yongyan, Chengdu No. 8 Middle School, where he attended junior high school, established an air battery factory, and he was elected as the director. After several experiments, it was almost successful, but a new problem emerged. When solving a technical problem, activated carbon was needed. For this kind of project raw material, let alone having no money to buy it, not to mention that activated carbon was not available at the time. I arrived, what should I do? The classmates were helpless around their little factory director. Suddenly Liu Yongyan had an idea, "Yes! Let's pick up some walnut shells. Won't the walnut shells become activated carbon when burned?" "Okay--!" The students cheered. After a lot of hard work, they finally lit up the lamp with a homemade battery. Traveling in the ocean of knowledge

Time flies, and the happy childhood passes quickly. In 1961, Liu Yongyan was admitted to the No. 9 Middle School, a key high school in Chengdu, with the first place in the school. On that particularly difficult day, Liu Yongyan, who was thinly dressed, hungry and cold, dove into the library of No. 9 Middle School.

Here, he extensively read books. At that time, when China was blindly studying the Soviet Union, the knowledge in the classroom was all the same, but the library was different. It was objective, comprehensive, systematic, and Selflessly showing everything it has to every reader, the knowledge Liu Yongyan learned here can be said to be used throughout his life. At the age of fifteen or sixteen, he had left behind the so-called Soviet experts and "Soviet studies", and the Michurin genetics that dominated China at that time, and conducted an in-depth study of Mendal Morgan's genetics and Darwin's theory of evolution...

With the changes in the domestic academic climate, people’s perspective has turned to the vast ocean of human knowledge beyond “Suzhou Studies”. Once, Liu Yongyan learned that there was a debate on genetics, and he was excited for several days. After getting a ticket through every means, he felt like a treasure. The time spent in the library was naturally the most beneficial to him in acquiring knowledge. When he graduated from high school, he had jumped from being an "inconspicuous person" when he entered the school to being one of the top honors students in the class.

However, he did not "take the exam" to go to college. Cartons and University

In 1964, Liu Yongyan was assigned to work at the Chengdu Electrical Machinery Factory. From then on, he officially entered society for the first time and began a truly independent life. Young Liu Yongyan bought a large cardboard box with 30 cents to put all his belongings in. He took his precious cardboard box to the electrical machine factory and settled down temporarily.

Although Liu Yongyan did not get admitted to Peking University as he wished, he regarded the less than ideal environment of the electrical machine factory as a university to hone himself, and his eagerness to learn, progress, and agility are still " Ready to move." He learned grinding and electrical machining. He watched and explored on his own, and soon became familiar with the master's craftsmanship. He also made a series of reforms on his machine tools, which greatly reduced the labor intensity on the machine tools and improved work efficiency.

Not long after he entered the factory, he basically mastered the front-line technology in the factory, and began to switch from passive learning to active attack on problems. At this time, he turned his attention to the problem in the electrical machining workshop that the entire factory has been unable to solve, the problem of the inability to properly control the temperature of the high-frequency furnace heating. For this reason, the factory produced a lot of defective and scrap products, which caused considerable losses to the factory. Liu Yongyan, who loves to think very much, used his brain. After countless experiments in his spare time, he finally found a temperature control material suitable for high-frequency furnaces. This invention used a certain temperature constant principle of ferromagnetic materials to control temperature. This invention was a huge technological breakthrough at the time and caused quite a shock in the entire factory. At the same time, this new technology was quickly promoted to the front line of production throughout the factory. In 1973, Liu Yongyan was selected to study at the University of Electronic Science and Technology of China. He was admitted to the Computer Science Department of this prestigious university with perfect scores. From then on, he began his real university career. When one's talents, hobbies, years of knowledge accumulation and opportunities are recombined, what a happy thing it is for a young man with a strong thirst for knowledge! ?

Liu Yongyan’s pursuit of scientific and technological knowledge is never-ending and he is never satisfied, especially in the “palace of knowledge” of the university. He advocated setting up a laboratory after school; he sometimes felt that the textbook was too shallow and that many aspects should be deepened, emphasized or made more systematic... All of this was contrary to the political environment at that time. At that time, there was one of the most popular students named Zhang Tiesheng. Because he turned in a blank test paper, he was being promoted and studied as a "hero" and "model" for candidates across the country. Against this background, Liu Yongyan advocated setting up laboratories in school and intensifying the study of professional courses. In those days, courage and perseverance were required. When his classmates went to the factory for internships, he was often mistaken for a teacher. This became a joke at the time. Liu Yongyan's class also became famous for its strong learning atmosphere. History has shown countless times that the trendsetters of the times are those who stand at the forefront of the tide and march forward bravely.

Once, the school sent him and another classmate to Hunan Computer Factory for internship. At that time, computers required a room of hundreds of square meters to accommodate them. A desktop computer had tens of thousands of transistors alone. Every time the computer was used, the transistors had to be tested before the computer was turned on. Each transistor test was done manually one by one. Measuring is time-consuming and labor-intensive and cannot be done accurately.

Seeing this situation, Liu Yongyan thought that if a special testing instrument was used for testing, the error would definitely be reduced and the efficiency would be greatly improved. The thought flashed through his mind and he immediately grabbed hold of it. Soon, his tester was developed. When testing a transistor, you only need to introduce the transistor into the instrument. Several required data will be immediately displayed on the fluorescent screen, and a red and green indicator area will be separated on the indicator light to indicate whether it is qualified or not. You will be informed immediately if you pass. This testing technology caused a huge sensation at the time and was quickly used by computer manufacturers everywhere. Eight years later, "Sichuan Daily" and "People's Daily" highlighted this technology on their front pages. Through detailed reports, the advanced nature and vitality of this technology are more fully demonstrated to the world. It is our duty to rejuvenate the country through science and technology

After several years of college life, Liu Yongyan returned to Chengdu Electric Machinery Factory. However, at this time, he was no longer an apprentice grinder, but an engineering technician with great achievements and respected by the whole factory. At this time, Mianyang Changhong Color TV Co., Ltd. encountered a big problem when producing TV antenna molds and found Chengdu Electric Machinery Factory. Liu Yongyan conducted a special study on this and concluded that the technical difficulty is a non-circular curve problem. He quickly solved this problem with his clever mind. As the news spread, many units came to ask for solutions to similar technical problems, which brought a lot of economic benefits to the factory. In order to make it easier for manufacturers who encountered similar problems to solve similar problems efficiently, he thought that there should be a special software to handle it. So, he started research and development in his usual style.

At that time, three generations and five members of his family were crowded into one room. How could anyone calm down and engage in scientific research? Liu Yongyan thought of renting a nearby private house to use as a studio, but after weighing the pitiful salary of 38 yuan he had on hand, he hesitated. 38 yuan is the "basic ration" for a family of five. At least half of the month must be spent. After discussing with his wife, she was very open-minded and said to him: "Let's rent it. It's okay for us to have trouble, but don't delay your career!" In this way, Liu Yongyan moved to a rented private house alone. There were many mosquitoes in the summer, and he no longer had money to buy a mosquito net, so he made a gauze net by himself. However, there was too little gauze, so he could only make a very small gauze. At night, he only protected his face and body. As for his hands and feet, there was nothing he could do. Just let the mosquitoes bite. It was under such conditions that he started his own software research.

In 1978, Liu Yongyan successfully developed the "BCD CNC Programming Software". The software was successfully tested in Chengdu Motor Factory and greatly improved productivity. However, there is still an arduous journey to go before the software can truly be brought to the market and its scientific research results can benefit the whole society. Liu Yongyan gritted his teeth, packed up the equipment he developed and set off. His goal was: places in all large, medium and small cities across the country that need this software.

At that time, not many people in China had seen computers, let alone how many people knew how to use computers and computer software. It was necessary to bring a computer software to the market and quickly transform it into a computer software. A valuable commodity is even more unimaginable. Values ??that transcend the times, just like values ??that lag behind the times, are often not understood or recognized by ordinary people for a period of time, even though it is a new thing that is extremely valuable and revolutionary to the contemporary era. This requires the inventor and creator of his invention to publicize its scientific and practical value. A good new thing often represents the direction of the times. The more advanced it is, the more difficult it is to be accepted temporarily. This is one of the many problems Liu Yongyan encounters. In the predicament, he had an idea and adopted a roundabout tactic. The first thing he says when he comes to the door is often not to sell the other party how his software can save money and effort, but to ask the other party, "Are there any problems that cannot be solved in production?" At this time, Liu Yongyan is no longer the child who used toothpaste peels and glass flakes. He made his own microscope or magnifying glass, and he has grown into a practical scientific inventor. For him, the problems often encountered in ordinary electronic machinery factories are already a piece of cake and easily solved. From this, he cleverly opened the door to promote self-developed software.

Today, more than 20 years have passed, and Liu Yongyan's software has become public property, and it is still used by companies including all motor factories in Chengdu. The National Defense University, the highest military institution in our country, still introduces it into the teaching materials. The facts once again strongly illustrate the advanced nature of Liu Yongyan's thinking and its huge scientific value.

The success of software development has brought huge social benefits, and also brought Liu Yongyan the first large amount of wealth in his life, his first car and the development of other products for more than ten years since then. The relevant costs largely depend on the "special" contribution of this software. This is the first step that Hope Group has taken in the high-tech field. Chinese farmers are full of gratitude to the Third Plenary Session of the 11th Central Committee of the Communist Party of China. The subsequent reform of the rural economic system has made hundreds of millions of farmers rich. In 1985, the reform of the urban economic system began. These two spring breezes merged into one, forming the rapid growth of China's economy. At this time, Liu Yongyan was leading several younger brothers and sisters to fight on the front line of economic reform. China is a large agricultural country, and Liu Yongyan clearly knows that in this land of China, economic development must first start with the agricultural economy. This is the only way to rejuvenate the country and enrich the people. One day, he saw from the information that the breeding industry has huge market potential and economic potential. It is a piece of virgin land in rural areas that needs to be developed urgently. He quickly focused his attention here. Under his leadership, five brothers and sisters - Yongyan, Yongxing, Yongmei, Yonghao and Yonghong - began their road to wealth. Soon the brother and sister Liu Yongyan set their sights on the feed industry. Under the guidance of their brother's technological advancement, they successfully developed the "Hope" using the profits gained from Liu Yongyan's software development and the money saved from raising quails with his technical support. feed". Nowadays, "Hope Feed" is well known in China and is a household name.

While the feed industry, known to the whole society, was booming, Liu Yongyan quietly turned to the scientific research career that he had loved since childhood. Regarding this, Liu Yongyan said frankly: "Saving money is not my original intention. It will be a lifelong regret for me that my talents are buried. In the past, I wanted to engage in scientific research because the environment did not allow it and there was a lack of funds. It is hard to describe the bitterness. Now everything is ready , I have no reason to give up my half-life pursuit. Rejuvenating the country through science and technology is my real career and purpose. I feel that knowledge and wisdom are my greatest wealth. In the first half of the 21st century, if I can transform the knowledge I have accumulated in this life into something useful. I will not hesitate to devote all my life to the productivity that is conducive to social progress. If I fail, I can start all over again, as long as I am human and have wisdom. "If this were the end of this article, you must think it is a slogan. ,No! This is by no means a slogan. What I will tell you below is a story related to these words. Addicted to high-tech development

In 1995, Liu Yongyan left the established Hope Feed and other industries to his younger siblings, while he focused on electronic research in his beloved high-tech field and founded the Hope Electronics Research Institute. In 1997, Continental Hope Group was founded with the development direction of high-tech and its industries. Today, two years later, two major science and technology-intensive products that mainland China hopes to put into large-scale production. Among them, the variable frequency speed regulator, known as the "vitamin of modern industry", has caught up with the latecomers and quickly seized the markets of large and medium-sized cities in East China, South China and the coastal areas, and competed with them. Japanese, European and American manufacturers, which already occupy 98% of the above-mentioned market share, are equally divided. The Green Energy Center is establishing a system demonstration area in Wonderful Garden.

The era of knowledge economy is characterized by knowledge-intensive development and knowledge-intensive products. The new century has put forward new requirements for mankind. Adapting to the challenges of the new economic era has become a severe life-and-death test for global enterprises. Liu Yongyan is well aware of this idea and hopes that Chinese people will be more aware of the power of knowledge and the great benefits that high-tech and its industries can bring to mankind. We will soon find out who will be the leader in economic development in the new century!