Aluminum tape winding method

Abstract

The invention discloses an aluminum armour tape winding method which comprises the following steps of enabling one end of an aluminum armour tape to penetrate through a hollow shaft, enabling one end, in the hollow shaft, of the aluminum armour tape to extend in the direction of the hollow shaft, wrenching a movable tooth section, rotating the hollow shaft to enable the hollow shaft to be aligned at a first opening, a second opening, a third opening and a fourth opening to form gaps, enabling a cable to penetrate into the hollow shaft through the gaps, closing the movable tooth section, using an auxiliary clamping rod to press and fix the aluminum armour tape and the cable in a hanging hook, then rotating an insulation crank to drive a first gear and a second gear to rotate through a rocker in an insulation barrel to further drive the hollow shaft to rotate along the axis of the hollow shaft, and tightly winding the aluminum armour tape on the periphery of the fixed cable. The aluminum armour tape winding method greatly improves applicability and safety of hot-line work, enables the hot-line work to be convenient and quick and achieves the purposes of improving power supply reliability and serving the society.

Description

【Technical field】 [0001] The invention relates to an auxiliary tool for network distribution, in particular to an aluminum tape winding method. 【Background technique】 [0002] During the live operation of 10KV distribution network lines, it is difficult to ensure the safe distance between the operator and the charged body (the minimum effective safe distance is 0.4m), and it is also necessary to consider different environments (such as high temperature, sandstorm, storm, ice and snow, radiation, etc.) It should also consider whether the distance to the operator after passing through the air is safe; the interface between the air and the insulator is most prone to surface discharge and threaten the operator; factors such as the operator's action range; make the live work change. Because it is extremely dangerous and unsafe, it has buried hidden dangers for the safety of students. [0003] When repairing the wires in the prior art, it is necessary for personnel to use the alu...

AI Technical Summary

Problems solved by technology

[0002] During the live operation of 10KV distribution network lines, it is difficult to ensure the safe distance between the operator and the charged body (the minimum effective safe distance is 0.4m), and it is also necessary to consider different environments (such as high temperature, sandstorm, storm, ice and snow, radiation, etc.) It should also consider whether the distance to the operator after passing through the air is safe; the interface between the air and the insulator is most prone to surface discharge and threaten the operator; factors such as the operator's action range; make the live work change. It is extremely dangerous, unsafe, and has buried hidden dangers for safety and health.

[0003] When repairing the wires in the prior art, it is necessary for personnel to use the aluminum wire to repeatedly wind the parts to be repaired through the winding method of the bird; The level of craftsmanship of the work is uneven and cannot be guaranteed

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