Torque steel wire rope coiling block preventing joint of steel wire rope from being rubbed off

Abstract

The invention provides a torque steel wire rope coiling block preventing a joint of a steel wire rope from being rubbed off. The torque steel wire rope coiling block is mainly composed of a coiling block body assembly, a spiral spring assembly, a supporting seat and a pre-tightening device which are mounted on a main shaft. The joint of the steel wire rope on the block body is formed by locking one end of the steel wire rope in a G-shaped ring and is mounted above an arc-shaped partition plate in the coiling block body assembly, so that the joint of the steel wire rope on the block body is prevented from being rubbed off and the steel wire rope is conveniently replaced. In the metallurgical industry, connection, which is originally hard connection by directly using the steel wire rope or a chain, of looping cars in a strip steel continuous high-speed production unit is changed into energy-storing soft connection of a spring torque, so that the inertial impact of the loop cars in operation and the workload of maintenance personnel are reduced, and the product quality of the strip steel is improved.

Description

technical field [0001] The invention belongs to a spring torque coiling steel wire rope reel in the metallurgical industry, in particular to a torque steel wire rope reel for buffering and connecting between a looper and a looper for storing steel strips in a continuous steel strip production line. Background technique [0002] In iron and steel production or processing companies in the metallurgical industry, in order to meet the operation of continuous high-speed strip steel production units, multiple looper devices are added to store strip steel at the entrance and exit of continuous strip steel processing units. Currently, there are two methods for connecting between looper and looper. One is the direct connection of the wire rope, and the other is the direct connection of the chain. These two connection methods have the following disadvantages: [0003] 1. After the first looper is pulled in place, the second trolley is pulled out rigidly, which is easy to break the wi...

AI Technical Summary

Problems solved by technology

[0003] 1. After the first looper is pulled in place, the second trolley is pulled out rigidly, which is easy to break the wire rope or chain;

[0004] 2. The rigid connection has inertia, the torque is not stable, it is easy to deviate the strip steel, or even damage or break the strip steel, which affects the production progress and product quality

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