Innovative experimental method for online measurement and control teaching of optomechanical electronics

Abstract

The invention discloses an optical mechanical and electrical online monitoring and control teaching innovation experimental method. The optical mechanical and electrical online monitoring and control teaching innovation experimental method particularly comprises the following steps: 1) establishing an optical mechanical and electrical online monitoring and control teaching innovation experimental platform; 2) carrying out laser thickness measurement experiment on the innovation experiment platform; 3) carrying out CCD sensor defect detection experiment on the innovation experiment platform; 4) designing software for the optical mechanical and electrical online monitoring and control teaching innovation experimental platform; and 5) carrying out a development experiment on the optical mechanical and electrical online monitoring and control teaching innovation experimental platform. According to the invention, the design concept of combination of software and hardware is adopted, and based on the laser sensor triangulation measurement and the CCD sensor machine vision principle, an optical mechanical and electrical monitoring and control hardware platform and a processing software platform are constructed. According to different production line running states and measurement states, a targeted upper position machine and lower position machine processing algorithm is designed, so that the optical mechanical and electrical online monitoring and control teaching innovation experimental method for developing the modular basic training and comprehensive innovation ability synchronously is realized. The method has modularization, comprehensiveness, extensibility and innovation.

Description

technical field [0001] The invention belongs to the technical field of photoelectric measurement and control, and relates to an innovative experimental method for online measurement and control teaching of optoelectronics. Background technique [0002] In recent years, with the gradual rise of optoelectronic research technology, major universities have successively opened courses related to optoelectronic measurement and control. Such courses require students to master sensors, engineering optics, control engineering, computer control technology, error theory and data processing. , basic theoretical knowledge of signal analysis and processing, and requires students to be able to use measurement and control instrument technology, photoelectric test technology, automatic detection technology and Matlab software to solve some practical problems, such as the measurement of laser sensors, the use of lower computers to control motor rotation, the measured object Filter processing ...

AI Technical Summary

Problems solved by technology

At present, most of the teaching in colleges and universities only stays in the study of basic theoretical knowledge, and lacks students who personally use photoelectric measurement and control processing methods to comprehensively solve the detection problems in actual industrial production. The actual development practice, coupled with the lack of equipment and environment for students to carry out innovative experiments, seriously affects the quality and effect of teaching, which is not conducive to cultivating students' practical ability and innovative thinking ability

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