Founded in the mid-1980s, the Institute is one of the earliest units in China to carry out special research on linear motors. Since 1990s, people began to study the vertical transportation system of permanent magnet linear motor. With the support of national and provincial funds and key projects, 30 national, provincial and ministerial projects, such as "Theory and Control of Linear Motor Hoisting System", have been completed. Won the second prize of national scientific and technological progress 1, 2 first prizes of provincial and ministerial scientific and technological progress, 8 third prizes and more than 30 national patents. He has published more than 300 papers in domestic and foreign journals and international conferences, including more than 70 papers included in SCI and EI. Published monograph (translation) 14, textbook 1 1. Six doctors and more than 80 master students have been trained. The research team naturally formed in the long-term project research process, and was awarded as an innovative scientific and technological team in Henan Province in 2008. Innovative work has been done in the theory and control of linear motor vertical lifting system, the design and analysis of linear drive system, high-efficiency and energy-saving motor and so on.
Honorary Director: Yuan Shiying Director: Wang Xudong Deputy Director: Shangguan Feng Chen
History 1986, Jiaozuo Institute of Mining (now the predecessor of Henan Polytechnic University) established the Institute of Mining Motor and Application, and began the theoretical and applied research of mining motor and linear induction motor. 1987, Professor Yuan Shiying and Professor Jiao Liucheng cooperated with Shaanxi Linear Motor Equipment Co., Ltd. and Tongchuan Mining Bureau, and took the lead in developing mine linear induction motors and mine products such as mine coke pusher, which was listed as one of the "100 coke pusher projects" of the Ministry of Coal. 1988, supported by the national seventh five-year plan key project "small and medium-sized mines 10KV underground direct power supply". Yuan Shiying, the founder of the team, cooperated with Shanghai Branch of the General Research Institute of Coal Science and Jiaozuo Mining Bureau to carry out research on mine 10KV power supply technology, 10KV explosion-proof motor and electrical appliances (project 1938) 1989 was supported by the Coal Science Fund of the Ministry of Coal, "Research on improving the efficiency and power factor of mine linear induction motors (90/) With this project as the theme, Yuan Shiying and Jiao Liucheng cooperated to cultivate the first professional degree of linear motor in Henan Province (199 1 year). In the early 1990s, the idea of "vertical transportation system driven by linear synchronous motor" was put forward abroad. However, facing the challenge of major theoretical and technical problems, it has become a frontier topic in the field of linear motor research. If many problems in theory and technology are solved, the traditional hoisting system will undergo great changes. Cordless hoist will be another great breakthrough in the development history of linear motor and transportation technology, and become an ideal means of transportation comparable to maglev train in 2 1 century. The main research abroad focuses on elevators in high-rise buildings. 1992, the institute formally established the project of linear motor-driven mine hoisting system. 1993 was awarded the key project of the Ministry of Coal Industry, "Theoretical and Experimental Research on Mine Linear Motor Hoisting System (No.:94 108 17)". 1995 is supported by the National Natural Science Foundation "Research on the Theory and Control of Linear Synchronous Motor Hoisting System" (No.:6967402 1) and the key project of Henan Province, and it is also the only unit in China to carry out this special research at present. 1998 A mine hoisting test system device of permanent magnet linear synchronous motor with a height of 3m and a load of 50kg was built. The new lifting mode of "five noes" has been realized, and "the pioneering research work has been done in the lifting system of permanent magnet linear motor" (quoted from 1998 national annual meeting of linear motor). Professor Yuan Shiying is affiliated to China University of Mining and Technology, and has trained the first doctor-Jiao Liucheng (Ph.D. 65438-0998). In 2002 and 2003, he was awarded a number of national, provincial and ministerial projects, such as the National Natural Science Foundation project "Modeling Research on AC Servo System of Segmented Permanent Magnet Linear Motor (No.:60374034)" and "Experimental Research on Industrial Application of PMLSM Cordless Elevator (No.:0223025300)". Based on these projects, the horizontal transportation experimental system driven by PMLSM and the second generation linear motor mine hoisting experimental device driven by PMLSM are developed, which is three stories high and has a load of 65438 0300 kg, which is close to industrial practice and promotes the major transformation of large hoisting system from rope type to cordless type. Professor Yuan Shiying engaged in this research at Xi Jiaotong University, and trained the second doctor, Wang Xudong (received his doctorate in 2002). In 2003, the unified analytical theory research of electromagnetic field of linear motor 1D-3D was carried out with the support of Henan Outstanding Youth Science Fund project "Overall electromagnetic field prediction of linear motor non-sinusoidal engineering (No.:4 12002200)". In 2003, we cooperated with the Institute of Motor and Drive, University of Sheffield, UK to develop permanent magnet motor research. In 2004, the team cooperated with the University of Strasbourg in South Africa to study the air gap flux oriented vector control strategy of special motors. The results were published in IEEE Journal. In 2004, it was supported by the National Natural Science Foundation project "Research on Overall Modeling and Performance Control of Permanent Magnet Linear Motor (No.:60474043)". In 2005, he began to study the technology and application of high-efficiency linear electromagnetic pumping unit, which was funded by a major project of innovative talents training project in Henan Province: "Research on the technology and application of high-efficiency linear electromagnetic pumping unit". In 2006, a variety of linear (rotary) servo motors were designed and developed in cooperation with ASM international first-class chip equipment automation company. In 2008, he was awarded the title of "Linear Motor and Modern Drive" by Henan Innovation and Technology Team. In 2008, funded by the Research Fund for Returned Overseas Students of the Ministry of Education "Research on the Theory and Application of New Electromagnetic Pump Motor", the research and development of high-efficiency and energy-saving motor was started. In 2009, he was awarded the key research project of Henan Province, "Research on Key Technologies and Applications of Linear Motor Servo System for CNC Machine Tools (92 1022 10359)", and started the research and development of linear motor servo system for CNC machine tools. In 2009, he won the key technology and application research of cordless lifting system, a major project supported by outstanding talents in Henan Province, and began to develop the prototype of the third generation direct-drive elevator driven by PMLSM. In 20 10, 20 series of high-efficiency and energy-saving motor products such as high-efficiency asynchronous motor, self-starting permanent magnet motor and permanent magnet generator were developed. In 20 10, the first domestic direct-drive elevator prototype with completely independent intellectual property rights and rated load 150kg was built. On 20 10, a prototype of the third-generation linear motor high-speed elevator driven by PMLSM with completely independent intellectual property rights was built, with five floors and a load of 3000kg. 20 10 was supported by the National Natural Science Foundation project "Dynamic Performance Analysis and Control of Multi-vehicle Cordless Hoisting System with Permanent Magnet Linear Motor (6 1074095)", and the theoretical and experimental research on multi-vehicle vertical transportation system was started. 20 10 started the theoretical and experimental research on the multi-degree-of-freedom linear arc motor, which was funded by the doctoral research fund of the Ministry of Education. Research team:
The Institute of Linear Motor and Modern Drive of Henan Polytechnic University has 23 researchers, including 8 professors, 7 associate professors, 2 doctoral supervisors, and doctors 1 1.
Dr. Wang Xudong, Professor, Doctoral Supervisor
Professor Yuan Shiying, Doctoral Supervisor
Dr. Feng Chen, Shangguan, professor, tutor of master students.
Dr. Xu Baoyu
Wang Fuzhong, Ph.D., professor and tutor of master students.
Dr. Ai Yongle, professor, tutor for master students.
Professor Fu Ziyi, Master Supervisor
Professor Kang Runsheng, master tutor.
Professor Jing Shuangxi, Master Supervisor
Wu is a senior engineer and tutor of master students.
Dr. Wang Haixing, Associate Professor, Master Supervisor.
Dr. Si Jikai, Associate Professor, Master Supervisor.
Master, lecturer Xu Xiaozhuo
Masters and lecturers in Feng Haichao
Master of Zhang Hongwei, lecturer.
Dr. Zhu Jun, Associate Professor.
Dr. Zhu Yifeng, lecturer
Associate Professor Wang Shaohua.
Associate Professor Li Hui.
Dr. Wang Suling, Associate Professor.
Dr. Wang Guodong, Associate Professor.
Master and lecturer in Gao Caixia.
Construction and Development of Process Control Laboratory for Master Tutors in Zhang Zhan
The process control laboratory of the Institute of Electrical Engineering and Automation was established in 1993. Aiming at complex industrial process objects, the theories and methods of artificial intelligence, fuzzy control and neural network are applied to industrial process control system by using computer technology. Optimize process and develop process control system and equipment. The process control laboratory is an important part of the open laboratory of the key discipline of "Control Engineering" in Henan Province. It is the main research direction of key disciplines of control theory and control engineering in Henan Province. The laboratory has a long history, distinctive features and outstanding research results.
After more than ten years' efforts, we have made unremitting efforts in the modeling and control of complex systems such as industrial boiler distributed control, glass batching production line, yellow phosphorus batching production line, cement batching production line, intelligent execution device and power system monitoring, solved many control problems and key technologies, and made great contributions to industrial process automation, mine production automation and informatization. An innovative research team composed of doctoral supervisors, professors, associate professors and lecturers with master's and doctoral degrees has been formed and condensed. The research direction of industrial process control recruits 1 15 doctoral and master students every year.
Main research direction
Modeling of industrial process control system: intelligent control and optimization; Characteristic analysis of the controlled object; Complex system control theory and strategy; Intelligent control systems and devices, etc.
Research environment and experimental platform
It has a number of advanced scientific research equipment such as process control laboratory, distributed control system and advanced control technology test system, which can meet the daily scientific research and postgraduate training.
Main research results
Since its establishment, members of the laboratory have successively presided over and participated in the National Natural Science Foundation of China, the Natural Science Foundation of Henan Province, key research projects of Henan Province, etc. 15, 50 projects entrusted by enterprises and more than 20 reform projects. The appraisal of 30 project achievements has been completed, and some achievements have reached the domestic leading level.
Academic papers and monographs
Laboratory members have published more than 200 papers in China Journal of System Simulation, Journal of Coal Industry and Journal of Electrical Technology, among which more than 50 papers have been included in SCI, EI and ISTP. Editor-in-chief has published eight national planning textbooks and monographs, including Principle and Application Technology of Single Chip Microcomputer, Automatic Control System, Handbook of Coal Mine Electrician, Handbook of Practical Electrician Materials and Handbook of Building Electrical Engineers. The open laboratory of key disciplines of control engineering in colleges and universities in Henan Province was built on the basis of the original provincial key disciplines laboratory, and was approved by the Henan Provincial Department of Education in 2007. The laboratory covers three provincial key disciplines: control theory and control engineering, electrical machinery and appliances, detection technology and automation devices. Aiming at the development frontier of control science and technology, the laboratory carries out exploratory and innovative research on the basic theory and technology frontier in the field of control engineering, strives to popularize the application of control theory and technology in various fields of society, obtains the original innovation achievements and independent intellectual property rights in the field of control engineering, and builds the laboratory into an important base for academic research. The communication in the field of control engineering and the training of high-tech talents provide theoretical and technical support for the rapid and sustainable development of control science and technology and coal industry in Henan Province.
The laboratory always insists on "aiming at the frontier direction of basic research and highlighting original research;" Facing engineering, realizing technology and integrated innovation ". After years of construction, a lot of achievements have been made in theoretical research and engineering application, and five stable research directions have been formed, such as control theory, industrial process control, linear drive system and control technology, detection technology and automatic instrument, image processing and pattern recognition, which have certain characteristics and great influence both inside and outside the province.
Objective that total area of the laboratory is 2,000 ㎡, and the total equipment value is120,000 yuan. It has a number of advanced instruments and equipment such as DCS distributed control system, linear motor cordless lifting system, autonomous mobile robot, advanced motion control system, industrial robot, plane triple inverted pendulum control system, PXI virtual instrument, recording oscilloscope, DL7480/TDS7254B high-precision digital storage oscilloscope.
There are 27 researchers in the laboratory, including professors 12, postdoctoral doctors 13, doctors13, and 0 masters, forming a research team with reasonable structure. He has successively undertaken 26 vertical research projects at different levels, including the National Natural Science Foundation, major key research projects in Henan Province, outstanding youth science fund in Henan Province, innovative talents fund in Henan Province and natural science fund in Henan Province, and 25 enterprise engineering projects, with a total research funding of more than 20 million yuan. He has won scientific research awards at or above the provincial and ministerial levels 13, published more than 500 papers in core journals, including more than 200 papers retrieved by SCI, EI and ISTP.
The laboratory implements a relatively independent operation mechanism, and an academic committee is set up to take charge of academic guidance. Academician Wu Cheng of Tsinghua University served as the director of the Academic Committee. The Academic Committee holds 1 ~ 2 meetings every year to determine the annual open funded projects of the laboratory, and to study the long-term development plan and annual R&D plan of the open laboratory. The laboratory implements an open flow mechanism and establishes an open fund. Extensively carry out school-enterprise cooperation and jointly tackle key technical problems in enterprise production. At the same time, we will strengthen cooperative research and exchanges with relevant universities, research institutes and laboratories at home and abroad, and carry out in-depth cooperative research in the control field.
Award-winning situation of key discipline open laboratory of control engineering in colleges and universities in Henan province;
Representative achievements in the past three years
Project Name Appraisal and Award-winning Moderator Time WJPL Microcomputer batching control system Second Prize of Henan Province Science and Technology Progress Yu Fashan 2008 Third Prize of Henan Province Comprehensive Energy Saving Technology Research and Application Wang Fuzhong 2006 Second Prize of China Coal Association Science and Technology Progress Yu Fashan 2009 Research and Practice of Practice Teaching System Reform of "Three Electricity" Basic Course Yu Fashan, Henan Province Teaching Achievement Special Prize, 2009 PMLSM Cordless Elevator Industrial Application Test. In 2009, Wang Xudong, the first prize of scientific and technological progress of Henan Education Department, studied the fault diagnosis system of TBL 0 TBL 0KV line in rural power grid based on wavelet theory. Wang Fuzhong, the second prize of scientific and technological progress of Henan Education Department in 2008. Research on Bus-type Intelligent Electric Actuator Yu Fa-shan won the second prize of scientific and technological progress in Henan Provincial Education Department in 2009, and was awarded the National Natural Science Foundation Project Overall Modeling and Performance Control of Permanent Magnet Linear Motor in 2009 (Conclusion) Yuan Shiying was awarded the international advanced evaluation by the National Natural Science Foundation Project Modeling of Sectional Permanent Magnet Linear Motor AC Servo System in 2008 (Conclusion) The overall prediction research of non-sinusoidal electromagnetic field in Wang Fuzhong's electrical engineering in 2006 was appraised by the Provincial Science and Technology Department. Wang Xudong's patent achievements in recent three years in 2007 are exclusive and named as patent types. Patent number or application number of the designer. The method of measuring single-phase load power factor with AC voltmeter was invented by Dong Aihua in 2007TBL_00054TBL_007.4. A reluctance magnetic levitation device was invented by Wang Xudong (2009TBL_0006474). 2.x A cordless elevator with magnetic balance mechanism invented by Wang Xudong 2009TBL_00064740.0 A cordless circulating multi-car elevator invented by Wang Xudong and its circulating system 2009TBL_00064738.3 A pincer brake with force amplifier invented by Wang Xudong 2009TBL_00203TBL_077.0 is magnetic. The invention of the suspended car Wang Xudong 2009TBL_0006474TBL_0.5 A direct-drive scraper conveyor Wang Xudong 2009TBL_00064739.8 Atmospheric pressure dielectric barrier glow discharge reactor Sun Yanzhou 2008TBL_00TBL_04TBL_0588.7 Coal mine safety production monitoring simulation teaching department. General utility model Lei Naiqing's arc linear motor drive mechanism is used for rail electric telescopic door utility model Wang Xudong 200920088TBL_090. TBL_0 A Intelligent Control Device for Interlocking Protection of Underground Power Supply System in Coal Mine Utility Model Wang Fuzhong Direct Drive Multi-tank Car Inclined Shaft Transportation Device Utility Model Wang Xudong Remote Control Dispatching Command Device Utility Model Lei Naiqing Coaxial Tube Structure Dielectric Barrier Electric Corona Discharge Reactor of this utility model. A practical new type of power generation and energy storage device for road speed bumps Xu Xiaozhuo 200920090082.8.
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