Power line binding coil making machine

Abstract

A power line binding coil making machine is provided. A left bracket and a right bracket are installed below a support plate. A guiding tube is installed on the left side of the support plate and hasa guiding hole therein. A left guiding wheel and a right guiding wheel are mounted on the support plate through pin rolls, and can rotate on the support plate. The upper middle part of the support plate has an open slot. An adjustment block is provided with an adjustment slot and is welded behind the support plate to make the open slot correspond to the adjustment slot. A shaft rod passes throughthe center hole of a pressing wheel, the open slot, the adjustment slot. The tail end of the shaft rod is connected with a nut. An adjustment screw passes downwards through the middle hole on the upper part of the adjustment block. The external threads on the adjustment screw are in threaded connection with the internal threads on the shaft rod in the adjustment slot. A central shaft on the rear end of a winding cylinder is mounted on the right side of the support plate, and can rotate on the support plate. The cylinder of the winding cylinder has a gap. A binding wire is inserted from the left side of the guiding tube. The winding cylinder is rotated so that the binding wire is wound around the winding cylinder to form a binding coil.

Description

technical field [0001] The invention is an electric power installation and maintenance equipment, and is a power line binding coil manufacturing machine. Background technique [0002] In the daily power installation and maintenance construction, some work is to work in high altitude or small space, and long and wide equipment cannot be used. Therefore, in order to facilitate the installation and maintenance of power lines, it is necessary to make the binding wires of the power lines into a ring shape. It's called a tied coil. The material of the binding wire is iron wire or aluminum wire, which has a certain hardness and rigidity. At present, the production of the binding coil is done by hand. The workload of making the binding coil is large, the work efficiency is low, and the binding wire cannot be straightened. Therefore, the production of the binding coil The quality of the wires is low, resulting in insufficient tightness of the binding of the power wires, resulting in...

AI Technical Summary

Problems solved by technology

The material of the binding wire is iron wire or aluminum wire, which has a certain hardness and rigidity. At present, the production of the binding coil is done by hand. The workload of making the binding coil is large, the work efficiency is low, and the binding wire cannot be straightened. Therefore, the production of the binding coil The quality of the wires is low, resulting in insufficient tightness of the binding of the power wires, resulting in a large contact resistance of the power wires, which is likely to cause electrical accidents and cause major economic losses

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