Multi-station welding measurement and control experiment platform based on mechanical automation teaching

Abstract

The invention discloses a multi-station welding measurement and control experiment platform based on mechanical automation teaching. The multi-station welding measurement and control experiment platform based on the mechanical automation teaching comprises a platform main body, a workbench, an upper computer, a welding arm, infrared distance measuring instruments, a distance measuring sensor and an ultrasonic locator, and manual welding can be replaced and teaching effect is achieved. The platform further comprises a frame body, sound-absorbing peaks, sound-absorbing cotton, silencer holes and the like, and noise generated in the welding process can be better blocked and reduced, and a relatively quiet experiment environment can be maintained. The platform further comprises an adsorption layer, draught fans, a ventilation hood, an exhaust pipe, an overturning shaft, a fixing groove, a fixing pin, a waste box, a vibration plate and high-pressure nozzles, and no person makes contact with waste, welding slag and waste gas in the whole process, and the potential safety hazard that skin of a person makes direct contact with metal and harm of harmful gas gathered in a laboratory to a respiratory system and a nervous system of a human body are effectively avoided. The platform further comprises a VR demonstration chamber, a VR head display and a simulation welding gun, wherein the simulation welding gun is operated through VR, and manual welding operation can be skilled while practical operation danger of students is avoided.

Description

technical field [0001] The invention belongs to the technical field of mechanical automation, and in particular relates to a multi-station welding measurement and control experiment platform based on mechanical automation teaching. Background technique [0002] Automation refers to the process in which machines or devices are automatically operated or controlled according to predetermined procedures or instructions without human intervention, while mechanical automation is the process in which machines or devices are automatically controlled by mechanical means. [0003] The purpose of existing mechanical automation teaching is to enable students to complete mechanical automation control through programming design. The multi-station welding measurement and control experimental platform is an experimental platform that uses program-controlled welding robots to automatically weld weldments, and the existing experimental platforms are all open The welding robot will produce a l...

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Problems solved by technology

[0004] The purpose of the present invention is to provide a multi-station welding measurement and control experiment platform based on mechanical automation teaching, so as to solve the problems of difficult manual operation and high risk factor in the existing welding experiments, and can also solve the problem of harmful gas, waste and slag during welding The problem

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