Jingyi Group 2016 Beijing Science and Technology Award Recommended List Publicity
[China Instrument Network Instrument R&D] On April 6th, Jingyi Group publicized the list of projects recommended for the 2016 Beijing Science and Technology Award. A total of "QGS-08 Series Online Intelligent Modular Gas Analyzer" and "SYX Series Communication "Development and Application of Magnetic Servo Motors" and "Development and Application of Intelligent Electrical Solutions for Semiconductor Lighting Crystal Fabrication" 3 items, deadline for publication on April 12th.
Project One:
Project Name: Candidates for QGS-08 Series On-line Intelligent Modular Gas Analyzers (with ordering): Beijing Beihe Maihaike Analytical Instrument Co., Ltd. Candidate (including ranking): Chen Wei, Wang Yi, Huang Zhengwei, Jiang Detao, Zhu Meiping , He Xiaohang Project Description:
This project belongs to the technical field of infrared optical instrument products. It is mainly used for gas quantitative detection or monitoring in industrial processes such as petroleum, chemical fertilizer, chemical industry, metallurgy, and iron and steel, and can measure the volume of a gas or several gases in a gas mixture. percentage. Infrared gas analyzer is an optical and electromechanical integration product.
The main problem solved by this project is to realize that an infrared gas analyzer can measure multiple gas components at the same time, and can be freely combined with any range according to the application and user's needs. Its free combination of features ensures that the QGS-08 series is widely used in various industrial measurement applications, from industrial boiler emissions monitoring, waste incineration control, biochemical gas analysis to various industrial process gas measurements. Up to 3 analysis modules can be assembled, three infrared components can be detected simultaneously, and one set of electrical components can be shared without the need for an external cable or housing, providing a compact, cost-effective instrument.
In order to achieve the above objectives, a simple optical mechanical structure is adopted to satisfy the optimal modular design of the entire system; a high-performance weak signal amplification and high-precision data acquisition system is designed and developed, and a high-performance and highly-integrated control system is used to make the entire circuit electrical. Simple and high-efficiency; high reliability design of the light source; using the external motor to drive two infrared light sources simultaneously to achieve dual-channel detection independent of the length of the air chamber; an efficient and accurate light cutting device can switch four kinds of filters in real time to meet specific ranges for special occasions The requirements of the instrument; an algorithm to eliminate long-term operation drift, a non-linear mapping and correction algorithm that improves linear expression accuracy, a temperature adaptive algorithm, and a noise removal algorithm.
The main technical innovation: lateral sensitivity compensation, can compensate for common measurement interference of various components. The mid-range function can realize non-zero starting range measurement. Standard RS232/485, Ethernet transmission, GPRS digital communication function measurement, remote monitoring of online instruments. The range is from 0 to 100%, the stability is better than 1%, and the linear error is better than 1%.
Social and Economic Benefits: This series of products has been transformed into finished products and put into the market. It is widely used in environmental monitoring such as atmospheric and pollution source emissions, industrial process control in petroleum, chemical, power stations and other industries, agriculture, medical and public health, scientific research, and laboratory combustion tests. Content determination, air monitoring in public places and other fields have achieved certain economic benefits and become new economic growth points for enterprises, while providing users with more product choices and better social benefits.
Project two:
Project Name: SYX Series AC Permanent Magnet Servo Motor Development and Application Candidates (Includes Sorting): Beijing Jingye Beiwei Energy Saving Motor Co., Ltd. Candidate (Includes Sorting): Ye Jinfeng, Yang Yimin, Liu Bingqing, Shao Weixun, Yang Li Project Description:
1. Research purposes At the same time as economic development and technological progress, humanity is also facing increasingly severe energy problems. In this era, permanent magnet motors have become the focus of motor research due to their superior performance and high efficiency and energy saving. Permanent magnet motors, especially rare earth permanent magnet motors, have many advantages such as simple structure, reliable operation, small size, light weight, low loss and high efficiency. From the perspective of market demand, permanent magnet motors have a wide range of uses, such as various types of electrical and mechanical industries such as numerical control equipment, printing and dyeing machinery, packaging machinery, and automated production lines, as well as other industrial automation fields. Therefore, the development of high precision and high performance permanent magnet AC servo motor has important theoretical significance and application value.
2. Main technological innovations The motor design of this project adopts the advanced finite element analysis magnetic circuit optimization design to optimize the electromagnetic parameters of the motor so that the motor parameters and new energy are completely matched with the servo driver. Effectively reduce product volume, reduce product cost, increase load rate and energy-saving effect.
The motor output feedback component of this project selected a high-precision new magnetoelectric encoder to achieve high-resolution (15-bit) and high-precision (14-bit, 16384-line) angular output, which meets the motor's high-precision position detection in harsh environments. The request.
In this project, the stator core of the motor adopts the design of N plug-in structure and cold extrusion shell (the surface is equipped with heat sink and heat dissipation corrugation), which makes the motor concentrated winding design, reducing the length of the winding end, and the winding coefficient is high. Less material, thus reducing the size of the motor. It is more convenient in terms of capacity planning, improving the ability of the product to adapt to the market, and its appearance is beautiful and delicate.
The motor of this project has applied for an invention patent and many utility model patents and has been authorized.
3. The value of the results produced With the strong support of superior companies, after years of technological accumulation and market exploration, market acceptance has gradually increased. In 2011, it was the only company in the same industry in Beijing that was included in the promotion catalog of the high-efficiency motor Huimin project of the National Development and Reform Commission and the Ministry of Finance. The products enjoyed a special subsidy of RMB 100 per kw, which was listed for several years in the list of energy-saving mechanical and electrical products promotion of the Ministry of Industry and Information Technology. Up to now, China has accumulatively received 5.55 million yuan in subsidies for national energy-saving products. Since 2014, the business unit has seen an explosive growth. The declared Huimin subsidy has exceeded 8 million yuan in excess of the sum of previous years. In 2015, it has been declining and is currently accumulating. Subsidy payments amounted to nearly 15 million yuan. With the increase in market acceptance, the number of manufacturers and customers seeking cooperation has increased.
Project 3:
Project Name: Development and application of intelligent electrical solutions for semiconductor lighting crystal preparation Candidate units (including sequencing):
Beijing Jingyi Instrument and Meter Research Institute Co., Ltd. Beijing Jiaotong University Beijing Jingyi Yushu Rectifier Co., Ltd. Candidate (Include order):
He wise, Duan Xuanxiang, You Xiaojie, Yang Xiaofeng, He Xiong, Dong Ning,
Li Jinzhi, Zheng Qionglin, Li Zhijun, Zhao Yuhui, Lin Zhiqin Project Description:
1. Research purpose:
Through the research on this project, we will focus on improving the reliability, stability, and intelligence of industrial electrical systems and control systems made of high-end crystals, and provide integrated solutions such as intelligent power distribution, power control, and expert process control libraries for crystal preparation. To realize the localization and large-scale industrialization of semiconductor lighting crystal growth core equipment such as large-size sapphire crystals and gallium arsenide.
2. Major technological innovations:
Innovation point 1: Provide a new integrated crystal growth solution, shorten the development cycle of crystal preparation;
Innovation point 2: Based on the modular design concept, change the traditional power supply module centralized control concept, add control systems for all power units, and achieve complete independent control between the modules. Each module adopts digital current sharing technology to realize the parallel connection of high-power power systems, making it possible to expand the ultra-high power modules indefinitely.
Innovation point 3: The patented high-frequency transformer scheme realizes various heat dissipation methods;
Innovation point 4: Implement sensorless IGBT current intelligent detection and improve protection functions;
Innovation point 5: Presented and studied the circulation model of a patented modular multilevel converter, which has the advantages of high modularity, low harmonic content of the output waveform, no need for power frequency transformers, etc., and is obtained in this high-power electrical system. application;
Innovation point 6: Study the application of patented multi-level circuit topology in high-power electrical systems, and achieve a capacitive voltage equalization protection method to reduce the power loss of switching devices;
Innovation point 7: A power quality comprehensive management scheme based on modular multilevel converters was studied to achieve functional flow between different phase legs and improve power quality.
3. The value of the results:
The implementation of the long-term strategy for this project is of far-reaching significance. First, improve the company's leading position in semiconductor lighting preparation fields such as sapphire, gallium arsenide, etc., and bring tens of millions of economic benefits to the company each year after it is put into operation, which has refreshed the history of the largest single order since the establishment of the enterprise; For the transformation and upgrading of enterprise products, high-end development has injected new vitality.
Second, to provide an integrated semiconductor crystal growth solution, shorten the customer's plant, equipment construction cycle, reduce customer construction risk, shorten the growth cycle of crystal preparation, reduce the customer's overall cost, improve its product rate, and improve our company The crystal growth system's popularity and market share.
Thirdly, improving the technical level of China's power electronic equipment has provided a good demonstration role for the development of domestic high-power power electronic technologies; it has added new vitality to the maintenance and development of state-owned enterprises' old brands.
Fourth, it successfully broke the technical barriers of the United States and Russia and raised the level of China's semiconductor crystal manufacturing. Among them, the sapphire crystal is an indispensable raw material for national defense. The large-size sapphire crystal produced has been successfully used in national defense science and technology and has played a positive role in promoting national security.
Fifth, the technological accumulation formed by the results can be promoted in military, nuclear, and other fields to form a highly competitive solution.
Project One:
Project Name: Candidates for QGS-08 Series On-line Intelligent Modular Gas Analyzers (with ordering): Beijing Beihe Maihaike Analytical Instrument Co., Ltd. Candidate (including ranking): Chen Wei, Wang Yi, Huang Zhengwei, Jiang Detao, Zhu Meiping , He Xiaohang Project Description:
This project belongs to the technical field of infrared optical instrument products. It is mainly used for gas quantitative detection or monitoring in industrial processes such as petroleum, chemical fertilizer, chemical industry, metallurgy, and iron and steel, and can measure the volume of a gas or several gases in a gas mixture. percentage. Infrared gas analyzer is an optical and electromechanical integration product.
The main problem solved by this project is to realize that an infrared gas analyzer can measure multiple gas components at the same time, and can be freely combined with any range according to the application and user's needs. Its free combination of features ensures that the QGS-08 series is widely used in various industrial measurement applications, from industrial boiler emissions monitoring, waste incineration control, biochemical gas analysis to various industrial process gas measurements. Up to 3 analysis modules can be assembled, three infrared components can be detected simultaneously, and one set of electrical components can be shared without the need for an external cable or housing, providing a compact, cost-effective instrument.
In order to achieve the above objectives, a simple optical mechanical structure is adopted to satisfy the optimal modular design of the entire system; a high-performance weak signal amplification and high-precision data acquisition system is designed and developed, and a high-performance and highly-integrated control system is used to make the entire circuit electrical. Simple and high-efficiency; high reliability design of the light source; using the external motor to drive two infrared light sources simultaneously to achieve dual-channel detection independent of the length of the air chamber; an efficient and accurate light cutting device can switch four kinds of filters in real time to meet specific ranges for special occasions The requirements of the instrument; an algorithm to eliminate long-term operation drift, a non-linear mapping and correction algorithm that improves linear expression accuracy, a temperature adaptive algorithm, and a noise removal algorithm.
The main technical innovation: lateral sensitivity compensation, can compensate for common measurement interference of various components. The mid-range function can realize non-zero starting range measurement. Standard RS232/485, Ethernet transmission, GPRS digital communication function measurement, remote monitoring of online instruments. The range is from 0 to 100%, the stability is better than 1%, and the linear error is better than 1%.
Social and Economic Benefits: This series of products has been transformed into finished products and put into the market. It is widely used in environmental monitoring such as atmospheric and pollution source emissions, industrial process control in petroleum, chemical, power stations and other industries, agriculture, medical and public health, scientific research, and laboratory combustion tests. Content determination, air monitoring in public places and other fields have achieved certain economic benefits and become new economic growth points for enterprises, while providing users with more product choices and better social benefits.
Project two:
Project Name: SYX Series AC Permanent Magnet Servo Motor Development and Application Candidates (Includes Sorting): Beijing Jingye Beiwei Energy Saving Motor Co., Ltd. Candidate (Includes Sorting): Ye Jinfeng, Yang Yimin, Liu Bingqing, Shao Weixun, Yang Li Project Description:
1. Research purposes At the same time as economic development and technological progress, humanity is also facing increasingly severe energy problems. In this era, permanent magnet motors have become the focus of motor research due to their superior performance and high efficiency and energy saving. Permanent magnet motors, especially rare earth permanent magnet motors, have many advantages such as simple structure, reliable operation, small size, light weight, low loss and high efficiency. From the perspective of market demand, permanent magnet motors have a wide range of uses, such as various types of electrical and mechanical industries such as numerical control equipment, printing and dyeing machinery, packaging machinery, and automated production lines, as well as other industrial automation fields. Therefore, the development of high precision and high performance permanent magnet AC servo motor has important theoretical significance and application value.
2. Main technological innovations The motor design of this project adopts the advanced finite element analysis magnetic circuit optimization design to optimize the electromagnetic parameters of the motor so that the motor parameters and new energy are completely matched with the servo driver. Effectively reduce product volume, reduce product cost, increase load rate and energy-saving effect.
The motor output feedback component of this project selected a high-precision new magnetoelectric encoder to achieve high-resolution (15-bit) and high-precision (14-bit, 16384-line) angular output, which meets the motor's high-precision position detection in harsh environments. The request.
In this project, the stator core of the motor adopts the design of N plug-in structure and cold extrusion shell (the surface is equipped with heat sink and heat dissipation corrugation), which makes the motor concentrated winding design, reducing the length of the winding end, and the winding coefficient is high. Less material, thus reducing the size of the motor. It is more convenient in terms of capacity planning, improving the ability of the product to adapt to the market, and its appearance is beautiful and delicate.
The motor of this project has applied for an invention patent and many utility model patents and has been authorized.
3. The value of the results produced With the strong support of superior companies, after years of technological accumulation and market exploration, market acceptance has gradually increased. In 2011, it was the only company in the same industry in Beijing that was included in the promotion catalog of the high-efficiency motor Huimin project of the National Development and Reform Commission and the Ministry of Finance. The products enjoyed a special subsidy of RMB 100 per kw, which was listed for several years in the list of energy-saving mechanical and electrical products promotion of the Ministry of Industry and Information Technology. Up to now, China has accumulatively received 5.55 million yuan in subsidies for national energy-saving products. Since 2014, the business unit has seen an explosive growth. The declared Huimin subsidy has exceeded 8 million yuan in excess of the sum of previous years. In 2015, it has been declining and is currently accumulating. Subsidy payments amounted to nearly 15 million yuan. With the increase in market acceptance, the number of manufacturers and customers seeking cooperation has increased.
Project 3:
Project Name: Development and application of intelligent electrical solutions for semiconductor lighting crystal preparation Candidate units (including sequencing):
Beijing Jingyi Instrument and Meter Research Institute Co., Ltd. Beijing Jiaotong University Beijing Jingyi Yushu Rectifier Co., Ltd. Candidate (Include order):
He wise, Duan Xuanxiang, You Xiaojie, Yang Xiaofeng, He Xiong, Dong Ning,
Li Jinzhi, Zheng Qionglin, Li Zhijun, Zhao Yuhui, Lin Zhiqin Project Description:
1. Research purpose:
Through the research on this project, we will focus on improving the reliability, stability, and intelligence of industrial electrical systems and control systems made of high-end crystals, and provide integrated solutions such as intelligent power distribution, power control, and expert process control libraries for crystal preparation. To realize the localization and large-scale industrialization of semiconductor lighting crystal growth core equipment such as large-size sapphire crystals and gallium arsenide.
2. Major technological innovations:
Innovation point 1: Provide a new integrated crystal growth solution, shorten the development cycle of crystal preparation;
Innovation point 2: Based on the modular design concept, change the traditional power supply module centralized control concept, add control systems for all power units, and achieve complete independent control between the modules. Each module adopts digital current sharing technology to realize the parallel connection of high-power power systems, making it possible to expand the ultra-high power modules indefinitely.
Innovation point 3: The patented high-frequency transformer scheme realizes various heat dissipation methods;
Innovation point 4: Implement sensorless IGBT current intelligent detection and improve protection functions;
Innovation point 5: Presented and studied the circulation model of a patented modular multilevel converter, which has the advantages of high modularity, low harmonic content of the output waveform, no need for power frequency transformers, etc., and is obtained in this high-power electrical system. application;
Innovation point 6: Study the application of patented multi-level circuit topology in high-power electrical systems, and achieve a capacitive voltage equalization protection method to reduce the power loss of switching devices;
Innovation point 7: A power quality comprehensive management scheme based on modular multilevel converters was studied to achieve functional flow between different phase legs and improve power quality.
3. The value of the results:
The implementation of the long-term strategy for this project is of far-reaching significance. First, improve the company's leading position in semiconductor lighting preparation fields such as sapphire, gallium arsenide, etc., and bring tens of millions of economic benefits to the company each year after it is put into operation, which has refreshed the history of the largest single order since the establishment of the enterprise; For the transformation and upgrading of enterprise products, high-end development has injected new vitality.
Second, to provide an integrated semiconductor crystal growth solution, shorten the customer's plant, equipment construction cycle, reduce customer construction risk, shorten the growth cycle of crystal preparation, reduce the customer's overall cost, improve its product rate, and improve our company The crystal growth system's popularity and market share.
Thirdly, improving the technical level of China's power electronic equipment has provided a good demonstration role for the development of domestic high-power power electronic technologies; it has added new vitality to the maintenance and development of state-owned enterprises' old brands.
Fourth, it successfully broke the technical barriers of the United States and Russia and raised the level of China's semiconductor crystal manufacturing. Among them, the sapphire crystal is an indispensable raw material for national defense. The large-size sapphire crystal produced has been successfully used in national defense science and technology and has played a positive role in promoting national security.
Fifth, the technological accumulation formed by the results can be promoted in military, nuclear, and other fields to form a highly competitive solution.
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