An automatic branching device for an eight-core network cable

Abstract

The invention discloses an automatic branching device for an eight-core network cable. The device comprises a main body box. A separation cavity is arranged in the main body box. The left side of theseparation cavity is communicated with a network cable through cavity with a leftward opening. The lower side of the separation cavity communicates with a sliding block cavity. A sliding block extending upwards into the separation cavity is connected into the sliding block cavity in a sliding fit mode. A first extension spring is fixedly connected between the right end surface of the sliding blockand the right end wall of the sliding block cavity. Four pairs of twisted pairs are dispersed through leftward movement of the top block, and limiting of the twisted pairs in the left-right directionis completed through the abutting plate and the left wall of the separation cavity, facilitating subsequent separation operation. The scattered twisted pairs are pushed into the corresponding networkcable positioning cavities through movement of the push plates, and the trigger blocks are extruded, so that separation of the twisted pairs is completed through popup of the separating blocks and upward movement of the sliding box, automatic branching of an eight-core network cable is realized, the workload of an operator is reduced, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of optical fiber, in particular to an automatic branching device for an eight-core network cable. Background technique [0002] The connection steps of the crystal head of the network cable usually include cutting off the rubber layer, splitting, threading and crimping. At present, the cutting off of the rubber layer and the threading and crimping are all assisted by relevant tools, but the splitting part is usually due to the internal structure of the common eight-core network cable. The 4 pairs of twisted-pair wires are intertwined with each other, so it is difficult to automatically complete the branching. At present, most of them use manual branching. However, when the demand is large, the efficiency of manual branching is low and it is easy to cause scratches on the hands of the operator. Contents of the invention [0003] Aiming at the deficiencies of the above-mentioned technologies, the present inv...

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Problems solved by technology

[0002] The connection steps of the crystal head of the network cable usually include cutting off the rubber layer, splitting, threading and crimping. At present, the cutting off of the rubber layer and the threading and crimping are all assisted by relevant tools, but the splitting part is usually due to the internal structure of the common eight-core network cable. The 4 pairs of twisted-pair wires are intertwined with each other, so it is difficult to automatically complete the branching. At present, most of them use manual branching, but when the demand is large, the efficiency of manual branching is low and it is easy to cause scratches on the hands of the operator.

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