Fan Shouwen, male, born in July 2005, 1968, professor and doctoral supervisor of University of Electronic Science and Technology of China. Member of Robotics Professional Committee of China Automation Society, candidate of academic and technical leader in Sichuan Province, expert of project exchange evaluation of National Natural Science Foundation, reviewer of China Mechanical Engineering, Computer Integrated Manufacturing System, Journal of Aviation, Journal of University of Electronic Science and Technology of China, etc.

Chinese name: Fan Shouwen

Nationality: China.

Date of birth: July 1968

Occupation: teacher

Graduate school: Sichuan University

Main achievements: won the first prize of Sichuan Science and Technology Progress 200 1.

Masterpiece: Research on Verifiable Design System of Electromechanical Products and Its Implementation Framework.

Title: Professor, University of Electronic Science and Technology of China

Position: Member of Robotics Professional Committee of China Automation Society.

Character experience

1992 and 2002 obtained the master's degree and doctor's degree from Sichuan University respectively; April 2007-April 2008: Visit the Robotics Center of Newcastle University, UK.

Main contribution

research results

Robotics and design automation. Up to now, we have applied for national invention patents 14 (9 of which have been authorized), and published more than 60 academic papers in academic journals at home and abroad (including MechanismandMachineTheory, Journal of Mechanical Engineering and Computer Integrated Manufacturing System). ) and international conferences, including more than 10 papers retrieved by SCI and EI.

project

1. "Theory and method of fault-tolerant and error-correcting design and its application in integrated circuit manufacturing equipment", supported by National Natural Science Foundation of China, 2008.1-2010.12, with a grant of 320,000 yuan.

2. "Research on Verifiable Design Theory and Method of Complex Mechanical Transmission System", the Open Fund of State Key Laboratory of Mechanical Transmission, 201.1-2012.12, with a grant of 80,000 yuan.

3. "Research on Fault-tolerant Principle and Error-correcting Method of Fluid Transmission and Control Application System", the Open Fund of State Key Laboratory of Fluid Transmission and Control, 201.1-2012, with a grant of 60,000 yuan.

thesis

1. Chen Xiaodong, Fan Shouwen. Research on fault-tolerant and error-correcting strategy and algorithm of satellite tracking platform. Journal of Astronautics, 20 1 1, 32(2):439-445.

2. Jing-qi Xiong, Fan Shouwen. Fault-tolerant and error-correcting strategy of radar antenna platform and its FPGA implementation. Journal of Aviation, 20 10/0,31(11): 2245-2252.

3. Zhang Xiaoli, Fan Shouwen. Simulation of fault-tolerant control based on adaptive thinking evolutionary algorithm. Journal of System Simulation, 2009,21(22): 7243-7247.

4. Shou Wenfan, Robert Bick. designandvalidationoffpgabased self-healing controllerforhybridmachinetools。 International Journal of Advanced Electromechanical Systems, 20 10/0,2 (12): 99-107.

5. Shao, Fan Shouwen. A fault detection method based on immune neural network. China mechanical engineering, 20 10/0,21(19): 2285-2291.

6. Chen Si, Fan Shouwen. Research on singular fault-tolerant and error-correcting strategy and method of four-degree-of-freedom spatial parallel mechanism. China mechanical engineering, 20 1 1, 22 (10):1143-148.

7. Chen Si, Fan Shouwen. Research on precise fault-tolerant model and method of spherical mechanism based on over-constrained redundant drive. China Mechanical Engineering (Received)

8. Fan Shouwen, Jing-qi Xiong. Research on verifiable design system of electromechanical products and its implementation framework. Computer integrated manufacturing system, 20 10,16 (6):1151157 (ei).

9. Fan Shouwen, Zhong. Research on fault-tolerant and error-correcting design system of electromechanical products and its basic framework. Computer integrated manufacturing system, 2007,13 (7):1275-1281(ei).

10. Lv Gang, Fan Shouwen. Design and implementation of constraint-driven dynamic associated assembly verification system. Computer integrated manufacturing system (received)

1 1. Xu, Fan Shouwen. Dynamic analysis model of a new parallel machine tool based on parallel computing. Journal of mechanical engineering, 2004,40 (4): 71-76 (ei)

12. Fan Shouwen, Xu. Forward position solution of spatial four-degree-of-freedom parallel mechanism based on digital symbol method. Journal of Mechanical Engineering, 2002,38 (9): 57-60 (EI)

13. Xu Liju, fan Hou Wen. Analysis model of power robot laboratory. Journal of Mechanical Engineering (English version), 1995, L8 (2): 168-.

14. Xu Liju, Fan Shouwen. Digital symbol robot robot robot. Mechanical principle,1995,30 (5): 645-652 (sci, EI)

15. Li-Ju Xu, Shou-Fan Wen. Analytical model method is used in dynamics. Mechanical principle, 200 1, 36 (11):1271-kloc-0/279 (sci, EI)

Patent status

Authorized invention patent

Up to now, national inventions 18 have been applied, of which 13 were authorized:

1. Xu, Fan Shouwen. Virtual axis machine tool based on parallel mechanism. China invention patent, patent number: ZL00 120604.4, date of authorization: July 9, 2003.

2. Xu and Fan Shouwen. Parallel-parallel five-degree-of-freedom virtual axis machine tool. China invention patent, patent number: ZL0 1 107247.4, date of authorization: August 6, 2003.

3. Xu and Fan Shouwen. Two-dimensional moving three-dimensional rotating five-axis virtual axis machine tool. China invention patent, patent number: ZL0 1 128904.x, date of authorization: 2004.26438+0.

4. Xu and Fan Shouwen. Hybrid micro robot. China invention patent, patent number: zl01128916.3, date of authorization: May 2006 10.

5. Fan Shouwen, AARON Li. Structure of parallel machine tool based on one-dimensional moving and three-dimensional rotating main feed mechanism. China invention patent, patent number: ZL03 135788. 1, date of authorization: May 24, 2006 (implementation license: Zhongshan Meijieshi Spray Valve Co., Ltd.).

6. Fan Shouwen, AARON Li. A precise docking device for optoelectronic device packaging. China invention patent, patent number: ZL20031010847.7, date of authorization: 2007. 1.3 1 (implementation license: Zhongshan Jingming Photoelectric Technology Co., Ltd.

7. Fan Shouwen, AARON Li. A new structure of precision micromanipulator. China invention patent, patent number: ZL20031010418.0, date of authorization: 2007. 10.3 1 (implementation license: Dongguan).

8. Fan Shouwen, Li, Hybrid machine tool with reconfigurable mechanical system and its fault-tolerant and error-correcting method. China invention patent, patent number: ZL2008 10046309.9, date of authorization: 20 10.6438+02.08.

9. Fan Shouwen, Li,. Fault-tolerant and error-correcting method for sensor input fault of parallel/parallel machine tool and its control device. China invention patent, patent number: ZL2008 10 147900.3, date of authorization: 2010.08.1.

10. Fan Shouwen, Jing-qi Xiong. Parallel robot device with fault tolerance and error correction function and fault tolerance and error correction method thereof. China invention patent, patent number: ZL2009 1026343 1.6, date of authorization: 201.06.438+.

1 1. Jing-qi Xiong, Fan Shouwen. Dynamic game platform with fault tolerance and error correction function and fault tolerance and error correction method. China invention patent, patent number: ZL201010512.9, date of authorization: 20 14.338+0.

12. Fan Shouwen, Wen Yang. A hydraulic reversing valve with dual functions of axial movement and rotation. China invention patent, patent number: ZL20121kloc-0/1504.6, date of authorization: 20 14.5438+00.

13. Fan Shouwen, Zhou, Universal dynamic seat for entertainment facilities. China invention patent, patentNo.: ZL201317335.6438+0, date of authorization: 2014.6438+02.50089.00000000106

Preside over scientific research projects

1. "Research on Theory and Method of Fault-tolerant and Error-correcting Design and Its Application in IC Manufacturing Equipment", general project of National Natural Science Foundation of China, 2008.1-2012, supported by 320,000 yuan (project approval number: 50775027).

2. "Research on the model and method of constraint-driven mechanical product design defect identification", a general project of National Natural Science Foundation, 2012.1-2015.12, with a grant of 570,000 yuan (project approval number: 51/)

3. "Research on Verifiable Design Theory and Method of Complex Mechanical Transmission System", open fund of State Key Laboratory of Mechanical Transmission, 201-2012.12, with a fund of 80,000 yuan (project number: sklmt-kfkt-20/kloc-0)

4. "Research on Fault-tolerant Principle and Error Correction Method of Fluid Transmission and Control Application System", Open Fund of State Key Laboratory of Fluid Transmission and Control, 201.1-2012.12, with a fund of 60,000 yuan (project number: gzkf-20)

5. "Research on Key Technologies of Verification-oriented Mechanical Product Design System", a key project of Sichuan Academic and Technical Leaders Training Fund, 201-2013.6438+02.

6. "Research and Development of Rapid Design Platform for Digital Prototype of Automatic Opening Device", a horizontal research project entrusted by Shenzhen Zhongguang Nuclear Engineering Design Co., Ltd., with a fund of 404,600 yuan, 2014.12-2015.38+02.

7. "Research on Dynamic Game Equipment and Its Application in Dynamic Racing Games", a major project of Guangdong Zhongshan Equipment Manufacturing Industry Research Institute, was funded by 400,000 yuan, 2012-2016.38+02.

Winning record

1. "CAM System for NC Machining of Sheet Metal" 1997 won the third prize of Chengdu Science and Technology Progress Award.

2. "Computer Integrated Manufacturing System of Dongfang Steam Turbine Factory" won the first prize of Sichuan Science and Technology Progress Award 200 1.