A deep processing steel pipe anti-collision transmission device

Abstract

The invention discloses a conveying device for preventing deep processed steel pipes from being collided. The conveying device comprises a steel pipe translation bracket, a steel pipe discharging bracket A and a steel pipe discharging bracket B, wherein the steel pipe discharging bracket A and the steel pipe discharging bracket B are parallelly mounted and inclined along the moving direction of the steel pipe translation bracket; two steel pipe conveying chain plates are arranged between the steel pipe discharging bracket A and the steel pipe discharging bracket B; a steel pipe stable transition device is arranged on an end part at one end of the steel pipe discharging bracket A leaning on the steel pipe translation bracket. The two ends of a deep processed steel pipe can stably slide along the two corresponding parallel mounted steel pipe discharging brackets and are conveyed to a steel pipe unloading device under the driving of the two steel pipe conveying chain plates between the steel pipe discharging bracket A and the steel pipe discharging bracket B, and meanwhile, the working process of controlling oil or cutting fluid is completed. The phenomenon of damage to the external thread and zinc layer of the galvanized steel pipe caused by the collision in the process of conveying the steel pipes after deep processing can be avoided and the processing precision and quality of the deep processed steel pipes can be increased.

Description

technical field [0001] The invention belongs to a steel pipe anti-collision transmission device, in particular to a steel pipe anti-collision transmission device after deep processing. Background technique [0002] Water and cutting fluid need to be added during the deep processing of the original steel pipe. After the deep processing of the original steel pipe is completed, the liquid will remain in the inner cavity of the steel pipe, which makes the subsequent processing very troublesome. There are two main processing methods currently used: one is to use The cylinder lifts one end of the deep-processed steel pipe to make the liquid flow out from the lowest end; the other uses two transfer racks and tilts to one side of the transfer rack to transfer, and the deep-processed steel pipe is directly rolled into the inclined rack to make the liquid flow out naturally. However, if these two deep-processed steel pipe transmission methods are used on the steel pipe after threading...

AI Technical Summary

Problems solved by technology

However, if the two deep-processed steel pipe transmission methods are used on the steel pipe after threading processing, it is easy to directly cause the outer thread of the steel pipe after threading to collide, resulting in damage to the outer thread of the steel pipe. For galvanized steel pipe, it will also damage the zinc layer.

Images