The system that calculating the intensity UVabsorption by fuzzy theory

 

 

MA Lixin, PU Rongjie, ZHANG Jun

 

(School of OpticalElectrical and Computer Engineering, University of Shanghai

for Science & Technology Shanghai 200093, China)

 

 

Abstract: In order to solve the problems of the phenomena of ultraviolet discharge are not easy to be discovered and the cost of UV imaging detection equipments is not cheap and the intensity of ultraviolet discharge can not be judged, high pressure discharge and wireless communication and the fuzzy theory wereebe siudied. To summarize the of ultraviolet Emissions, the system was designed that calculating the intensity UVabsorption by fuzzy theory. Three kinds of transmittal modes were used for different requests, one was cable transmission to the touch screen, another was wireless transmission to the near server and the last one was GSM transmission to the mobile phones of Monitor. The FBT in the TV was used to simulate high voltage partial discharge experiment. The experimental results show that the system can realtime monitor discharge state of high voltage equipment and it can judge the discharge intensity.

 

Key words: ultraviolet detection; wireless communication; fuzzy theory; LabVIEW