Anti-loose wire-clamping device used for low-voltage electric appliance

Abstract

The invention discloses an anti-loose wire-clamping device used for a low-voltage electric appliance. The anti-loose wire-clamping device comprises a plate type clamp head and an adjustable fixing andconnecting device. The lower end of the plate type clamp head is connected with a shaft coupling through a rotation shaft. The shaft coupling is fixedly arranged on the inner wall of the adjustable fixing and connecting device. The left end of the adjustable fixing and connecting device is in hub connection with a fixing shaft. The plate type clamp head includes a stainless steel body, a moving clamping head and a static clamping head. A slide guide rail is arranged on the upper surface of the stainless steel body, the static clamping head is fixedly arranged on the left end of the slide guide rail, and the upper surface of the slide guide rail is in sliding connection with the moving clamping head. Through adoption of the adjustable fixing and connecting device, the entire anti-loose wire-clamping device can freely rotate 360 degrees, and has turning and fixing functions. Moreover, a control module is arranged inside the plate type clamp head to control joints to move, so the wire clamping control force is increased and over-tight or loosening situations during wire clamping can be overcame effectively.

Description

Technical field [0001] The invention relates to the technical field of anti-loosening wire clamping devices, in particular to an anti-loosing wire clamping device for low-voltage electrical appliances. Background technique [0002] With the development of economy and the progress of science and technology, people use more and more low-voltage electrical appliances, and there are certain problems in the wiring process of low-voltage electrical appliances: [0003] (1) The main problems existing in the current low-voltage electrical wiring are the direction change and the climbing operation. The vertical, horizontal and oblique angles make the traditional wire clamping device unable to be deep and fixed. There is an urgent need for a test connector that can freely adjust the angle of 360°; the traditional wire clamping device requires manual wiring, because the upper and lower equipment is cumbersome and the staff often Choosing to stay on the device and try it, posing a threat to p...

AI Technical Summary

Problems solved by technology

The vertical, horizontal, and inclined angles make it impossible for the traditional clamping device to go deep and fix. There is an urgent need for a test connector that can freely adjust the angle of 360°; the traditional clamping device requires manual wiring. Choose to stay on the device to try, which poses a threat to personal safety;

[0004] (2) The traditional clamping device mostly adopts the spring type. This clamping device is not easy to combine with the motor, and it is difficult to realize the remote control process. Once the staff is too far away from the connection point, the clamp will be too tight and burn the motor or be too loose. Poor wiring and other phenomena are not conducive to the layout and wiring of voltage appliances

Images