Automatic pipe section end face edge planing equipment

Abstract

The invention relates to the field of production of plastic products and more specifically relates to automatic pipe section end face edge planing equipment. The automatic pipe section end face edge planing equipment comprises a rack, wherein the rack is provided with a bottom plate; the bottom plate is provided with a guide rod; two groups of edge planing working assemblies which are symmetrically arranged sleeve the guide rod; and each edge planing working assembly comprises an edge planing tool rest mechanism which can move along the axial direction of the guide rod, a lifting and movementmechanism which is fixedly connected to the inner side of the edge planing tool rest mechanism and is used for conveying a pipe and unloading the pipe, a pipe pressing mechanism for tightly pressing and fixing a pipe section and a pipe sliding mechanism for conveying the pipe. According to the automatic pipe section end face edge planing equipment provided by the invention, the pipe sliding mechanism and the lifting and movement mechanism can be used for realizing automatic pipe conveying and pipe unloading of the pipe section; and the pipe pressing mechanism is matched with the edge planing tool rest mechanism and an end face of the pipe section can be planed, so that a lot of labor cost needed by clamping and operation is saved, the working efficiency can be effectively improved and automatic production is realized.

Description

technical field [0001] The invention relates to the field of plastic product production, and more specifically relates to an automatic pipe end beveling device. Background technique [0002] The PP-R / PE and other pipes produced in the plastics industry are all standard lengths, and the pipe sections are cut manually by special pipe shears, cutting machines, hacksaws, etc. to obtain the required length. After cutting due to materials and other factors, different problems will occur on the end face of the pipe segment, such as a large number of burrs and burrs on the end face, unevenness of the end face cutting, resulting in that the pipe segment cannot be used directly. In order to make the pipe section free of burrs and smooth, the burrs and burrs are generally removed manually, and special deburring machines, flattening machines or machine tools are used for processing. In practical applications, a large number of pipe sections of different specifications and lengths are r...

AI Technical Summary

Problems solved by technology

In practical applications, a large number of pipe sections of different specifications and lengths are required, and both ends of the pipe sections need to be processed. The efficiency of manual processing is low and the processing effect is not good. The use of special deburring machines, flattening machines, and machine tools requires a large number of machines and manual clamping and operation. ; If a large number of pipe sections of different specifications and lengths are produced, the above several commonly used processing methods will have low production efficiency, high labor intensity for operators, and high production costs.

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