A slope anchor cable weaving processing platform

Abstract

The invention relates to a slope anchor cable braiding processing platform, comprising: a support platform for placing steel strands, the steel strands pass through a cutting device, a cable clamping device, a track and a cable device on the supporting platform in sequence; It is used to cut the steel strand; the clamping device is used to clamp the steel strand before cutting the steel strand; the track is used to guide the cable device; the cable device is used to pull out the steel strand, and the cable device is driven by the traction device. The release process of the steel strand is safe and efficient, with mechanized operation, less labor, and safety protection measures in place, which reduces potential safety hazards and prevents the steel strand from popping up from the rotating disk during the release process and hurting people.

Description

technical field [0001] The invention relates to the technical field of anchor cable processing, in particular to a slope anchor cable weaving processing platform. Background technique [0002] In the slope protection of the surrounding rock slope of the mountain, a structure of shotcrete + anchor cable + frame beam is mostly used. The anchor cable is generally braided by a plurality of steel strands, and the diameter of the bundle is generally 7-8cm. The quality of the anchor cable weaving process directly affects the tension effect of the anchor cable on the rock mass in the anchor cable protection method. [0003] According to the general requirements of the existing design drawings, the anchor cable is braided by steel strands, and the type of steel strands is generally Φ15.2, that is, the diameter of the steel strands is 15.2mm. A certain number of steel strands are woven together to form an anchor cable. The weaving is mainly composed of a stringing ring, a tight hoo...

AI Technical Summary

Problems solved by technology

Due to the characteristics of the steel strands, the steel strand release process is very easy to cause the steel strands to rotate during the operation. If there is no special tool for manual operation, the workers can only rely on the workers' hands to bear the friction caused by the rotation of the steel strands. There is a great security risk

In addition, after cutting, the coiled steel strands will have 1-3 meters of steel strands jump out of the coil under the action of losing force. If there is no stable equipment, it will cause safety accidents to the surrounding workers.

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