Pipe double-end internal and external chamfering processing apparatus

Abstract

The invention relates to the technical field of pipe processing equipment, and specifically discloses a pipe double-end internal and external chamfering processing apparatus. The apparatus comprises a feeding mechanism and a pipe double-end internal and external chamfering processing mechanism. The feeding mechanism comprises two feeding devices oppositely arranged on the left and right sides. Each feeding device comprises a feeding plate and a bearing platform, and the bearing platform is provided with an initial falling point from which place the pipe falls. At an initial state, the portion, acting on the pipe, at the front end of each feeding plate is located behind the initial falling point. A front limiting top plate limiting the front part of the pipe is arranged at the position close to the front end of each bearing platform. A discharging plate through which the pipe is supported and discharged is arranged at the front end of each bearing platform. The pipe double-end internal and external chamfering processing mechanism comprises two internal and external chamfering processing devices which are oppositely arranged. Each internal and external chamfering processing device comprises a polishing means including an inner polishing head and an outer polishing head. A motor is arranged on the side, opposite to the pipe, of each polishing means. The pipe double-end internal and external chamfering processing apparatus is safe and stable in operation, high in efficiency and high in fluency, and has good positioning and processing effects.

Description

technical field [0001] The invention relates to the technical field of pipe material processing equipment, in particular to a pipe material internal and external chamfering processing equipment. Background technique [0002] During the processing of pipe materials, especially steel pipes, according to the needs of various industrial uses, it is necessary to process and chamfer both ends of the pipe materials, and before processing and grinding the chamfers, it is necessary to carry out the transportation and positioning of the pipe materials. Now Some mechanical equipment for pipe material conveying and positioning devices have poor stability, instability, poor positioning effect, and easy to affect subsequent processing operations. In addition, the existing pipe material conveying devices have low efficiency and poor fluency. Often stagnation or accidents occur, resulting in high time costs, and the existing chamfering device also has the problem of low efficiency. It is ne...

AI Technical Summary

Problems solved by technology

[0002] During the processing of pipe materials, especially steel pipes, according to the needs of various industrial uses, the two ends of the pipe materials need to be chamfered. Before grinding and chamfering, it is necessary to carry out the transportation and positioning of the pipe material. The mechanical equipment transportation of the existing pipe material transportation and positioning device has poor stability and instability, and the positioning effect is poor, which is easy to affect the subsequent processing operations. In addition, the existing The efficiency of the pipe material conveying device is not high, the fluency is not good, and stagnation or accidents often occur, resulting in high time costs, and the existing chamfering device also has the problem of low efficiency. The ends are processed separately, and then the internal and external chamfering and grinding operations are carried out successively. The positioning effect is not good enough, and the stability of the equipment is poor, so that the chamfering quality of the processed and polished pipe material is not good enough, which directly affects the quality of the pipe material. The equipment is also prone to accidents and stops working, and the time cost is high

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