Cable connecting device with firm connection

Abstract

The invention relates to the technical field of cable connection, in particular to a firm-connection cable connecting device which comprises a fixing shell, connecting mechanisms are installed in the two ends of the fixing shell, two protection mechanisms are installed on the fixing shell, two closing mechanisms are installed on the fixing shell, and abutting mechanisms are installed on the closing mechanisms. Two groups of locking mechanisms are mounted on the fixed shell; through cooperative installation of the connecting mechanism and the fixing shell, two cables can be conveniently clamped and connected, and the cables are firmly connected and are not easy to loosen. Through the cooperation of the protection mechanism and the connection mechanism, the connection mechanism is not easy to loosen and clamp and fasten, through the cooperation of the closing mechanism and the abutting mechanism, the cable can be wound on the fixing shell in a J shape, the anti-pulling effect is achieved, the cable connection part is broken and slipped by reducing the pulling force, and the service life of the cable is prolonged. The importance of the locking mechanism is beneficial to locking protection of the closing mechanism, and cable loosening and breaking caused by opening of the closing mechanism are prevented.

Description

Technical field [0001] The present invention relates to the field of cable connectivity, and in particular, a cable connecting device for connecting. Background technique [0002] In the convection of the electric power, the transmission of the electric power is transported to ensure the normal delivery of electricity, and it has also played the role of mounting protection. When connecting to the break, it is necessary to connect two cables to the two cables. Guarantee the normal delivery of electric power. [0003] However, traditional cable connections are directly coupled to the cable connection, lack of protective measures, which is easy to cause the bolts to fall after the cable is released, and the cable swing produces tensile pulling under external force. The connection of the two cables will be slidotronized by the pulling of two straight lines, and the cable falls very unsafe in the ground. Inventive content [0004] For problems in the prior art, the present invention ...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional cable connector directly connects the two cables in the horizontal direction when connecting the cables, lacks protective measures, and easily causes the cable to fall off after the bolt is loose, and the cable swings under the drive of an external force to generate a pulling force. The connection of the two cables will be pulled by two straight lines to cause slippage and disconnection, and it is very unsafe for the cables to fall on the ground

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