Machining device for production of sprinkling irrigation device

Abstract

The invention discloses a machining device for production of a sprinkling irrigation device. The machining device comprises a pre-welding main body, a self-service fixing device, a segmentation type circulating welding device, a flexible impact type welding slag removing device, an embedded periodic paint spraying device and a circulating welding moving device. The invention belongs to the technical field of machining for production of the sprinkling irrigation device, and specifically relates to the machining device for production of the sprinkling irrigation device. An embedment principle (one object is embedded into a second object and then the two objects are embedded into a third object or a certain object penetrates through a cavity of another object) is creatively applied to the technical field of machining for production of the sprinkling irrigation device, and the embedded periodic paint spraying device with the embedded structure is creatively designed. While machining of multiple working procedures is conducted, it can be ensured that excessive space is not occupied, and the technical problem that the machining device needs multiple procedures and cannot have multiple procedures is solved.

Description

technical field [0001] The invention belongs to the technical field of processing for production of sprinkler irrigation devices, and specifically refers to a processing device for production of sprinkler irrigation devices. Background technique [0002] As a traditional craft and technology in the manufacturing industry, welding technology has developed very rapidly in industrial applications in recent years. In the prior art, during the circular seam welding of large quantities of stainless steel pipe fittings, pipe flanges and other workpieces, the assembled workpieces are usually rotated and welded manually or semi-mechanically by hand. In this way, welding positioning is more difficult, difficult to control, uneven welding, rough surface, low welding quality, and easy to cause deformation of the workpiece itself, high scrap rate, increased processing costs, and labor intensity of workers, low production efficiency, welding time The generated welding slag cannot be clea...

AI Technical Summary

Problems solved by technology

In this way, welding positioning is more difficult, difficult to control, uneven welding, rough surface, low welding quality, and easy to cause deformation of the workpiece itself, high scrap rate, increased processing costs, and labor intensity of workers, low production efficiency, welding time The generated welding slag cannot be cleaned up in time. In addition, the surface of the processing site is prone to moisture, oil stains, cement slurry and other pollution, resulting in corrosion of the welded joints of the pipes. The distance between each processing equipment is long, and a lot of time is wasted on transfer.

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