The “two-in-one” carrier is playing an increasingly important role as an important support for “two-in-one” quality development. At present, chengdu high quality science space is being accelerated and the transformation of focused results has contributed to the development of enterprises. From high-quality science spaces to new urban communities, cheng is continuously strengthening industrial functioning areas to develop “engineers” to focus on shaping the future of cities。
The international center for the incubation of new and emerging industries (hereinafter referred to as the center for the incubation of national innovations) was awarded the “ten-ten-ten-ten-ten-tuan incubation incubator (2021)” in chongqing. Unlike other incubators, the centre is the only fully-funded platform for the conversion and industrialization of scientific and technological results established by the central college in the south-west, interfaced with more than 120 central colleges, linking resources such as the government, the market and others, and helping to market the technical results of the central college。
What kind of “chemical reaction” would occur when the “middle school” was combined with the “dubred” carrier? What are the new stories in this high-quality creative space in the center of the city? On the occasion of the national science and technology work day, we followed journalists into the “transit” of the results of this technology。
Focus outcome conversion
Over 140 iprs exported over three years
The national centre for innovation incubation, located in the western international financial centre of the jinjiang district of cheng city, is the only fully-funded platform for the conversion and industrialization of scientific and technological achievements established by the central institute of science and technology in the south-west, operated by the state innovation enterprise. A project road show was held at the entrance to the centre, with offices on the left and a small business product exhibition area on the right。
“we were officially launched in 2008 in cooperation with the government, the institute for the system of central schools and the leading industry enterprises, based on the brand name, science and technology, and human resources.” the director of state innovation introduced the new “policy research and innovation” platform that served the major strategies for industrial development in the new economy and industrial transformation. Through its three-year operation, innovation has continued to show its effectiveness in high-end projects, the introduction of talent and results, and the landing and nurturing of science and technology enterprises。
“the close integration of the transformation of science and technology and the incubation of innovative entrepreneurship are two things to focus on.” the director introduced the “transit point” for the scientific and technological achievements of the central college of sciences, which brought together the high-value technological achievements of the middle school and other institutions of higher learning and scientific research, in conjunction with the development of industrial innovation, the development of high-tech technologies and the upgrading of enterprises, in order to deepen the value of the results, match the needs of enterprises with the precision of the three links between “ip + capital + talent” in the transformation of results, provide a full chain of services for the transformation of results from technology matching, project incubation, commercial operations to industry, and promote institutional cooperation。
To date, the state innovation chengdu corporation has worked with more than 20 institutions of higher learning and more than 30 technical specialists, with a stock of more than 400 scientific and technological achievements, publishing and displaying more than 50 scientific and technological results, resulting in more than 10 projects and scientific cooperation; and incubating and entering 92 projects and enterprises, covering strategic and strategic priority industries such as smart manufacturing, biomedicine, integrated circuits, artificial intelligence, big data, etc., and exporting more than 140 intellectual property rights。
In addition, the incubator will provide site support and resource interfaces for the establishment. These interfaces include prior guidance on corporate architecture, site cost reductions, core resources of the linked central college, demonstration platforms for products, matching financing, etc。
“in the strategic design of creating high-quality spaces in urban centres, the incubation centre will take full advantage of the `intellectual engine' of the central college, focusing on the strategic objectives of the city as the new type of city most suitable for the growth of the new economy, targeting the major common needs and priority sectors of the new economy, and implementing such important initiatives as the precision introduction of new economic talent, the efficient transformation of scientific and technological results, the digital innovation operation.” the head of the centre introduced that, at present, the state innovation centre is actively promoting the development of research institutes, including the secondary school system, new technologies in higher education, the land-falling of new results, and the industrialization of the industry, and that, through five years of operation, the centre will gradually become the south-west area's “two-creative” technological advantage and brand influence, industrial incubators and high-tech development。
From the "living house" to "the street."
Hard-nuclear biotech enabling economy
As a representative enterprise of the incubation centre, middle ji-hung (sungdu) environmental technology ltd. (hereinafter referred to as “sing ji-hung”) has been stationed for over a year. The national strategic need to focus on the “disaggregated management of household waste” is supported by the biologically powerful technological achievements of the central institute of science and technology, which now has a number of technologies in place in chengdu and other cities。
"the services we provide cover the whole chain of waste disposal." shao hai, founder of the middle school, said that in the source category of waste, people were encouraged to participate actively in waste classification through “smart devices + cloud technology” and incentive systems。
People throw waste into smart devices, calculated by classifying weights, etc., which can be converted directly into money, cooking garbage can be measured, and points can be exchanged for community services, etc. Currently, the project has landed in chengdu and in the american community。
Localized waste disposal services are mainly for cooking garbage. Based on the science and technology institute's biotechnology, the centre has set up small distributed treatment centres in cities to treat cooking garbage harmlessly. The technology has now landed on several streets in chengdu jinjiang district。
“recycling of resources is important for cooking garbage.” shao hai described the use of smart equipment for the harmless disposal of cooking waste, methane from anaerobic fermentation processes, which can be routed to energy sources and power generated into the national network, and organic matter that can be reused and used to feed earthworms, cockroaches, black water, etc., in addition to returning to the field as organic fertilizer。
According to shawhai, the efficient use of cooking waste not only improves the habitat environment but also provides production resources for the circular economy industry. “the classification of wastes is eventually completed by drawing a stop in the circular economy industry.”
“the core technologies involved, including biotechnology, modern manufacturing technologies, air governance technologies, water treatment technologies, etc., are the results of the scientific research of the central institute.” shawhai said that in the future it was hoped to move in the direction of industrial networking, upgrading equipment and management intelligently, reducing costs and increasing efficiency. At the same time, the circular economy industry will be strengthened to help achieve the “bicarbon” goal。
I'm trying to fight the "crawl neck" problem
The school of secondary education has developed its own gps data. Library
The national centre for innovation incubation has not only companies with technical achievements at the central college of sciences, but also self-employment by the “hegemonic” graduates of the central college. One of them is the ceo zhou ming hsiung, a condensed quantum like cloud calculator limited (hereinafter referred to as “quantum like cloud calculator”)。
Founded in may 2019, the research and development area is a gpu-enabled database, not only sichuan's first local growth database company, but also the only gpu database company in the country。
The large-scale data generated today by the explosion of data, particularly in the areas of communications, finance and the internet, put unprecedented pressure on industry to store and access real-time data. It is difficult to meet immediate needs by relying on traditional cpu databases. The gpu database has high value for money, faster searching and advantages such as handling high-level complex calculations。
“for a simple example, large electrical platforms require multiple databases to support real-time data processing and historical data analysis, while our gpu database provides a one-stop service while processing real-time data and data analysis.” zhou myung-hung, after two years of research on the core engine of the product, the development of a single version of quantum cloud computing has now been completed。
"from the first line of the code, our gpu database is written by itself, so it's completely nationally owned." in 2018, zhou minghong said that the country had proposed 35 “crawling” techniques, of which the database was one. Today, “there is still a gap between the national production database and the leading international databases. So we need more research and development inputs to have more room for development.”
Currently, the bottom hardware of the gpu database, developed by quantum like cloud computing, is also dependent on imports, “we are also working with the `national team' to develop a one-stop high-performance database.” he said that by that time the whole product would be fully autonomous and manageable。
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