Steel pipe slide rail tail end collision prevention device

Abstract

The invention relates to a steel pipe slide rail tail end collision prevention device. The device comprises a slide rail frame, a steel pipe push slide rail, a slide rail tail end base and a collision prevention base, wherein the slide rail frame is fixed with the steel pipe push slide rail and the slide rail tail end base; the slide rail tail end base is fixed with the collision prevention base; the collision prevention base is positioned above the steel pipe push slide rail; and the front end surface of the collision prevention base is positioned in front of the tail end part of the steel pipe push slide rail. The device is simple in structure, convenient for manufacturing and excellent in collision prevention effect, effectively reduces the noise in collision between the collision prevention block and the push slide block, and promotes the working conditions of factories.

Description

technical field [0001] The invention belongs to the technical field of steel pipe production devices, and in particular relates to an anti-collision device at the end of a steel pipe slide rail. Background technique [0002] At present, the tube blanks of small-diameter steel pipes are usually obtained from the steel strip through the curling process and the argon arc welding process. After welding, the tube blanks must be cut according to the required length, and the steel tube sections produced after cutting must pass through the steel tube slide rails. , the steel pipe section is pushed into the steel pipe roller bed by the push slider. An anti-collision block is installed at the end of the existing steel pipe slide rail, but the front end face of the anti-collision block is located behind the end face of the steel pipe slide rail, and the anti-collision effect is poor. And the front end face of the anti-collision block is not equipped with a buffer device, so that when ...

AI Technical Summary

Problems solved by technology

The existing steel pipe slide rail is equipped with an anti-collision block at the end, but the front end of the anti-collision block is located behind the end face of the steel pipe slide rail, and the anti-collision effect is poor

Moreover, the front end of the anti-collision block is not equipped with a buffer device, so that a huge sound is generated when the anti-collision block collides with the push slider, causing noise pollution

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