Outer shell telescopic rotary network cable connection end joint structure

Abstract

A connecting end joint structure of a shell telescopic revolving mesh cable is provided, comprises a mount holding compartment and a crystal connector, A cable mount seat is arranged inside that contain bin of the mounting seat, A line groove is arrange on that upper end surface of the cable mounting seat, At that right end of the cable mount seat, a circular arc contact end is arranged, the circular arc contact end is provided with a circular arc bonding piece connected with the wire groove, The crystal connector comprises a crystal head shell, the left end of the crystal head shell is provided with a circular arc-shaped conductive head, and the crystal head shell and the circular arc contact end are connected through an adjustable connecting rod, so as to realize the adjustment of the adhesion force between the circular arc bonding piece on the circular arc contact end and the circular arc-shaped conductive head on the crystal head shell, thereby preventing the problem of bad contactaffecting the network transmission; corresponding upper and low parts of the right end of the mounting base holding bin and the left end of the crystal head shell are connected through the semi-circular arc telescopic outer cover shell, the semi-circular arc telescopic outer cover shell can expand and contract with the contact rotation of the cable mounting base and the crystal joint, thereby playing the role of telescopic protection cover shell, and will not be interfered with the rotation angle.

Description

technical field [0001] The invention belongs to the technical field of network cable joints, and in particular relates to a joint structure of an outer casing telescopic rotating network cable connection end. Background technique [0002] The network cable connector refers to the connector that connects the network cable to the device. The network cable connector is mostly used for line arrangement in the field of network engineering. Most of the network cable connectors currently used are crystal connectors. The method of using the crystal connector is to insert the network cable into the crystal head according to the wiring requirements and clamp it with clamps. This clamping requires the use of clamps, and the crystal connector is just The cable is clamped, and after long-term plugging and unplugging, it is easy to cause the cable to loosen and cause poor signal of the network cable. Moreover, the angle of the existing network cable connector is not easy to adjust. When t...

AI Technical Summary

Problems solved by technology

Although the above-mentioned patent can make the network cable joint rotate, the soft joint cover structure it adopts will cause interference during the rotation and contraction process, which will affect the size of the rotation angle, and the rotation axis is connected to the crystal joint through the connection plate, so the rotation axis cannot be aligned. Adjusting the contact force between the disc-shaped joint piece on the top and the ball-shaped conductive head on the crystal connector may cause poor contact between the two, resulting in disconnection of the network cable and abnormal transmission of network signals

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