Stainless steel four-way pipe joint surface burr removing device

Abstract

The invention provides a stainless steel four-way pipe joint surface burr removing device, and belongs to the technical field of pipe joint surface burr removing. The stainless steel four-way pipe joint surface burr removing device comprises a machining base, a cross-shaped simulation through groove is formed in the machining base, and a plurality of corner limiting columns, a plurality of stable clamping plates and a plurality of bearing pieces are slidably connected to the groove wall of the simulation through groove in an embedded mode; the side, away from the corner, of the corner limiting column is connected with a sliding piece, the side, away from the connecting end, of the stable clamping plate is fixedly connected with a sliding block, the bearing pieces are symmetrically arranged below the connector connecting end, and the opposite sides of the symmetrical bearing pieces are connected with sliding plates. According to the surface burr removing device for the stainless steel four-way pipe joint, burr removing is conducted on the connecting end face of the joint in a synchronous grinding mode, the burr removing efficiency is high, meanwhile, the joint taking and placing process is optimized, the beneficial effects that the joint placing position precision is high, stability is good, the whole process is high in integration degree, and the structure is relatively simple are achieved.

Description

technical field [0001] A device for removing burrs on the surface of stainless steel four-way pipe joints The invention relates to the technical field of surface burr removal of pipe fittings, in particular to a surface burr removal device of a stainless steel four-way pipe joint. Background technique [0002] Stainless steel four-way pipe joint is a standard part commonly used in pipeline joints, generally in the shape of a cross, and is mainly produced in batch production. To avoid it affecting the effect of the joint connection and improve the quality of the joint, it needs to be deburred. [0003] The existing joint deburring process mainly uses grinding parts to grind the end faces of the joints in turn. During the grinding process, the position of the grinding parts or the joints needs to be switched constantly, which not only has low grinding efficiency, but also the whole grinding process is very cumbersome. , there are disadvantages of low processing convenience,...

AI Technical Summary

Problems solved by technology

[0003] The existing joint deburring process mainly uses grinding parts to polish the end faces of the joints in sequence. During the grinding process, it is necessary to switch the position of the grinding parts or joints continuously. Not only the grinding efficiency is low, but the whole grinding process is very cumbersome , there are disadvantages of low processing convenience, slow processing speed and poor processing effect. Secondly, in some deburring processes, multiple grinding parts are set to simultaneously grind the four end faces of the joint, which improves the grinding efficiency accordingly. , but it is necessary to align the four end faces of the joint with the corresponding grinding parts synchronously, which increases the difficulty of feeding accordingly. However, the existing feeding measures are mainly to send the joint to the processing area first, and then correct the position of the joint. Then grind, take out the connector after grinding, and then put in a new connector again to repeat the above process. The whole feeding process is not only complicated but also inefficient

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