A power cord clamp

Abstract

The invention relates to the technical field of power line clamps, in particular to a power line clamp, which includes a ring plate, a release plate, a locking mechanism, a limit bolt, a yoke frame, a connecting frame and a connecting frame. The protrusion is slidingly set inside the annular groove. During the wire installation process, the pay-off plate is rotated according to the wire routing direction to move to the working position, and then the pay-off plate is fixed inside the ring plate by the limit bolt, so in the wire construction process The complexity of replacing the power line clamp is reduced, and the applicability of the power line clamp is increased; in the locking mechanism designed by the present invention, when the wire breaks, the moving rings on both sides drive the L-shaped plate to move through the compression frame to drive The pressing plate moves down, and then the electric wire can be locked and limited, which avoids the cumbersomeness of re-threading the electric wire during subsequent electric wire maintenance, and reduces the difficulty of maintenance.

Description

technical field [0001] The invention relates to the technical field of power line clamps, in particular to a power line clamp. Background technique [0002] The power line clamp is an iron or aluminum metal accessory that can be fixed on the wire and supports, supports and suspends the wire. Usually, one end of the power line clamp is fixed on the existing fixed structure power tower, wall, etc., and the other side of the power line clamp is One end is used to pass through the guide wire. Power line clamps are usually divided into tension line clamps, suspension line clamps, puncture line clamps and equipment line clamps. on the power tower. [0003] In extreme weather such as rain, snow, and strong wind, due to the long length of the wire erection and the large overhang, the wire may be at risk of breaking. After the wire breaks, it may slip through the suspension clamp. The traditional suspension wire is clamped when the wire breaks. Finally, the wires cannot be locked a...

AI Technical Summary

Problems solved by technology

[0003] In extreme weather such as rain, snow, and strong wind, due to the long length of the wire erection and the large overhang, the wire may be at risk of breaking. After the wire breaks, it may slip through the suspension clamp. The traditional suspension wire is clamped when the wire breaks. Finally, the wires cannot be locked and limited in time, causing the wires to slip, resulting in the need to re-thread the wires during subsequent wire maintenance, which increases the difficulty of maintenance

[0004] Traditional suspension clamps can support multi-strand wires, but the routing direction of the wires is fixed. When it is necessary to change the routing direction of the wires, it is necessary to replace different types of suspension clamps, which increases the complexity of wire erection.

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