What are some examples of successful collaborative innovation?

Innovation is the driving force for world progress. With the spirit of innovation, there is hope for progress. Learn what you want from other people's successful innovation examples. I have carefully collected and compiled successful examples of innovation for everyone. Let’s take a look.

Examples of Successful Collaborative Innovation 1

Once upon a time, there was a disease. As long as people got this disease, there was no cure, and they could only slowly be tortured by the disease until they died. There was a chemist who unfortunately suffered from this disease. He sought medical treatment everywhere but could not cure the disease. One day, he heard that there was a well in a village that could cure this disease. As long as he drank the water from the well, he could cure the disease. The chemist was cured of his illness soon after drinking the water. Chemists became interested in well water and studied it. He discovered that the well water contained a chemical called Glauber's Salt, which had a miraculous effect on this disease.

There is a famous Chinese saying that is often doubted and is the beginning of innovation. The courage to solve doubts is his new motivation. That is to say, if a person can observe the surrounding phenomena with doubtful eyes, he will have the motivation to solve doubts. The villagers who drank well water all year round did not have any doubts about the well water's ability to cure diseases, but the chemists had doubts about the well water, and finally discovered the secret of the well water. If a chemist is just happy that well water cures diseases, he may never discover the secret. This fully demonstrates the importance of the spirit of innovation to us. Successful Cases of Cooperative Innovation Part 2

The Japanese Hitachi Company has a factory in Hokkaido that specializes in manufacturing electric fans. Due to the monotonous products and poor sales, it has been losing money. The manager of the factory found that many farmers here rely on plastic greenhouses. To grow crops, the greenhouses needed fans for ventilation, so they took it upon themselves to produce ventilation fans.

Once, the president of Hitachi came here for an inspection and saw this phenomenon of "not doing business properly" and asked what happened. The manager answered tactfully: This is also an electric fan.

The president didn’t pay much attention.

As a result, several years later, the factory became the only one in Japan that specializes in various industries. The only manufacturer of industrial-grade fans! Case Studies of Successful Cooperation and Innovation 3

In 1958, the world’s first instant noodles came out. Today, nearly 90 billion servings of instant noodles are consumed around the world every year.

Momo Ando, ??the founder of Nissin Foods, known as the "Father of Instant Noodles", was born in Chiayi, Taiwan, China in 1910, and his original name was Wu Baifu. In 1957, the credit union where Ando served as chairman went bankrupt, and other properties he ran were used to pay off debts, leaving only his private residence in Ikeda City, Osaka Prefecture.

At that time, Japan’s economy was in the initial stage of take-off and people’s pace of life was significantly accelerated. Ando decided to develop ramen noodles that could be brewed quickly and eaten. He set up a small hut at home and devoted himself to the development of instant noodles.

After many failures, Ando was inspired by his wife's fried "tempura" (a traditional Japanese fried food made of vegetables, shrimps, etc. wrapped in flour and deep-fried in a pan) and invented the "instant" method. "Hot oil drying method", when noodles are fried in this way, the water can evaporate quickly, and pores will appear on the noodles. When soaked in boiling water, the water can quickly penetrate into the noodles and restore the elasticity of the noodles.

Then, Ando repeatedly mixed the seasonings. On August 25, 1958, the world's first instant noodle "Chicken Ramen" was officially launched, priced at 35 yen. Judging from the price level in Japan at the time, instant noodles were expensive. However, thanks to marketing promotions, free tastings and other offensives, instant noodles quickly became a craze in Japan.

At the end of that year, 48-year-old Ando founded Nissin Foods Co., Ltd.

Instant noodles quickly became the darling of the times, and imitators continued to appear. Ando soon realized that the market had to be regulated in order to maintain the reputation of the new product. In 1961, he registered the "Chicken Ramen" trademark. In 1962, Ando obtained a patent for the "Method for Making Instant Noodles" and accordingly issued a warning to 113 peers. But by 1964, Ando established the Japan Ramen Industry Association and transferred the instant noodles patent to the industry. Ando said that this move is to expand the industry and provide cheap and high-quality instant noodles to the people.

When Ando visited the United States in 1966, he realized that European and American food did not include tableware commonly used by Easterners such as bowls and chopsticks. In order to adapt to the European and American markets, Ando invented "cup noodles" and "bowl noodles". In September 1971, the world's first "Cup Noodles" was launched, and a total of 20 billion copies of "Cup Noodles" have been sold so far.

In 2005, Ando ushered in another big blessing. In July of that year, Nissin's instant noodles boarded the American "Discovery" spacecraft together with Japanese astronaut Soichi Noguchi and became space food on the space station. Examples of successful cooperative innovation Part 4

One company had three high-tech products pass the provincial scientific and technological achievement appraisal in one day. The independent innovation route of Qingdao Baite Fiberglass Co., Ltd. created such a miracle. ?’s innovation story reporter Huo Feng

On August 16, three innovative high-tech products of Qingdao Baite FRP Co., Ltd.’s FRP sand-filled pipes, FRP inspection manhole covers, and FRP cable ducts simultaneously passed the According to the scientific and technological achievements appraisal of the Shandong Provincial Department of Construction, the technology and quality of the three products have reached the domestic advanced level. Experts from the Provincial Department of Construction who are familiar with the company said that this is a fruitful result of Baxter's insistence on independent innovation.

Baxter Company is a high-tech enterprise dedicated to the research, development and production of composite materials. The company has determined the direction of independent research and development since its establishment. They have cooperated with Wuhan University of Technology and East China University of Science and Technology. Through cooperation with well-known domestic universities, we have developed a number of domestically and internationally influential municipal construction materials. A little-known company has become a leader in the domestic industry in just two years.

Innovative? Anti-theft cover?

The fiberglass manhole cover that passed the scientific and technological achievement appraisal is very different from the cast iron manhole cover we often see on the road. It uses The material is lighter than cast iron but harder than cast iron, and has a longer service life than cast iron, but the cost and price are generally lower than cast iron. The key is that it perfectly implements the "anti-theft" function.

Tian Hongjian, chief engineer of Baxter Company, told reporters that the idea for this innovative research and development first came from the frequent theft of cast iron coulee manhole covers. Tian Hongjian said that because the price of scrap iron is relatively high, cast iron manhole covers commonly used in municipal construction are often stolen. In Qingdao City alone, more than 4,000 sets of coulee covers were stolen and damaged each year. It costs Qingdao more than 2 million yuan every year to repair the couliga. ?Is it possible to use fiberglass to make couli lids so that thieves lose interest in couli lids? Since the beginning of 2004, Tian Hongjian began to explore the technology of using fiberglass instead of cast iron to make couli lids, and worked with experts from Wuhan University of Technology Join forces to conduct research and development experiments. In the spring of 2005, the "glass fiber reinforced thermosetting resin manhole cover" developed with Tian Hongjian's participation was released.

The new Coulee cover is made of composite materials.

Composite materials are useless if stolen!? The new composite material used in the New Coulee cover has no recycling potential compared with cast iron materials. The value cuts off the desire of thieves from the motive of committing crimes. In addition, according to Tian Hongjian, the load-bearing capacity of the Coulee lids they produced is twice that of ordinary Coulee lids. The product has undergone performance tests such as compression resistance and impact resistance. A 50-ton road roller was installed in two newly installed The Guli Gai was rolled back and forth, but there was no abnormality in the Guli Gai. At the same time, compared with the "black face" of the current cast iron coulee cover, the new coulee cover can be freely matched with colors, and the cost is reduced by more than 30%, and the construction is also more convenient. In September 2005, the Coulee cover produced by the company was tried out for the first time on Jinsong 4th Road in Fushan New District. In December of that year, the anti-theft Coulee cover was also used in the renovation of Hangzhou Road. Relevant people from the 103 Project Department of the Second Municipal Company said that the new Coulee cover weighs only more than 50 kilograms, which is nearly half lighter than the cast iron cover. This brings great convenience to construction and installation. At the same time, due to the use of composite materials, the new Coulee cover is also lighter. It has the advantages of anti-wear, anti-corrosion and low noise.

What makes Tian Hongjian even more excited is that this high-tech project has aroused the interest of Qingdao Hairun Water Group. The two parties plan to jointly invest in building a water treatment plant with an annual output of 200,000 units in Chengyang. The new factory building built by Guli.

Excellent? Gray water pipe?

As a product after sewage treatment, gray water has now been used for urban green space irrigation, building flushing, industrial cooling, household toilet flushing, etc. alternatives to water. However, reclaimed water is corrosive to a certain extent and has special requirements for transportation pipelines. The fiberglass reinforced plastic sand-filled pipes developed by Baxter Company to meet this requirement are qualified for the task of conveying reclaimed water.

Zhang Guangwu, general manager of the company, told reporters that this new type of pipe is made of glass fiber impregnated with thermosetting resin, using a continuous winding molding method, and quartz sand impregnated with resin is added between the inner and outer winding glass fiber layers to form a sand sandwich layer. Multi-layer resin-based composite pipes are corrosion-resistant, hygienic and non-toxic, have smooth inner walls, are heat-resistant and anti-freeze, are light in weight, have high strength and can withstand large pressures. They are called ideal urban water supply, drainage and chemical pipelines by the industry. Especially suitable for the transportation of gray water.

In order to produce this product, Baxter Company has also specially developed a set of production lines with high technological content. The reporter saw at the scene that a large pipe mold was constantly rolling on the support, and it was wrapped with dozens of lines made of various materials. The scene was like weaving. In less than half an hour, A pipe with a diameter of tens of centimeters and a length of tens of meters is formed by winding it, which makes people wonder after seeing it. According to reports, the largest diameter of such resin pipes can reach 180 centimeters. Zhang Guangwu said that this is the power of technology.

Magical? Protection tube?

Baxter Company also passed the appraisal of the above two scientific and technological achievements at the same time as its fiberglass cable protection tube. This new type of pipe, which is also made from resin-based composite materials and developed using the winding method, has better solved the problem of electrical loss in some power lines. It is called "protection pipe".

Tian Hongjian said that especially in rural power grids, because the capacity of some distribution transformers is not suitable for the load of transmission lines, and the metering device equipped according to the transformer capacity has a relatively low metering sensitivity when the load current is small , leading to high power losses and low-voltage line losses in rural areas. After a large amount of data collection, technical analysis and economic comparison, Baxter Company decided to use fiberglass cable protection tube as an alternative product to the cable protection tube. They organized experts and technicians to boldly innovate the production equipment and processes of fiberglass cable protection tubes, introduced technology, independently developed and improved it, and produced a product with good insulation, high strength, light weight, no deformation, and an inner surface A new type of power pipe fiberglass cable protection pipe with many advantages such as smoothness, no electrical corrosion, good water resistance, and easy construction. At present, this product has been put on the market and is widely used.

It is precisely because of these independently innovative products that Baxter has risen rapidly and impressed domestic peers. The company's development potential has been very strong. Zhang Guangwu said that the company has purchased more than 100 acres of land in the Chengyang Export Processing Zone and is preparing to build an industrial park. Of course, independent innovation is still the main line of development of the industrial park.