Pet cage machining method based on intelligent self-positioning high-frequency welding system

Abstract

The invention provides a pet cage machining method based on an intelligent self-positioning high-frequency welding system. The method comprises following steps: firstly, a metal rod for assembling of a pet cage is prepared; secondly, the intelligent self-positioning high-frequency welding system is adopted to assemble the metal rod into the pet cage, the intelligent self-positioning high-frequency welding system is composed of a vision positioning system and a high-frequency welding machine, the vision positioning system is composed of a three-dimensional laser scanning instrument and an industrial control machine, the three-dimensional scanning vision system is formed, determining of the position of the metal rod is achieved, the high-frequency welding machine is communicated with the industrial control machine through a DeviceNet bus, the industrial control machine controls the high-frequency welding machine to carry out high-frequency welding, and the metal rod is assembled into the pet cage. The pet cage machining method based on the intelligent self-positioning high-frequency welding system is high in production efficiency and capable of producing the pet cage meeting the standard.

Description

technical field [0001] The invention relates to a pet cage processing method based on an intelligent self-positioning high-frequency welding system, and belongs to the technical field of pet cage processing. Background technique [0002] High-frequency welding is a new welding process that uses the skin effect and adjacent effect generated by high-frequency current to connect steel plates and other metal materials. The emergence and maturity of high-frequency welding technology is a key process in the production of longitudinally welded pipes (ERW). The quality of high-frequency welding directly affects the overall strength, quality level and production speed of welded pipe products. High-frequency welding (high-frequency welding) uses solid resistance heat as the energy source. During welding, the resistance heat generated in the workpiece by high-frequency current is used to heat the surface of the workpiece welding area to a molten or close to plastic state, and then ap...

AI Technical Summary

Problems solved by technology

If the links of these metal rods are too tightly combined, it will be inconvenient for some parts to move left and right or up and down; and if the links are too loose, it will obviously affect the appearance of the pet cage on the one hand, and on the other hand will affect the production. the cage is not strong