Multi-type tail fiber tube penetrating device

Abstract

The invention relates to a multi-type tail fiber pipe penetrating device, and the device is provided with a pipe penetrating base, wherein one end of the pipe penetrating base is provided with a wire penetrating hole, and a pull ring is arranged in the wire penetrating hole. A winding rod is arranged at the other end of the pipe penetrating base, a plurality of steel wire ropes are tightly wound on the winding rod in the same direction and extend out of the lower end of the winding rod, the lower end of each steel wire rope is connected with a flange head, and the flange heads are used for being connected with tail fibers; all the flange heads are arranged in a staggered manner and are arranged in a sequentially extending and staggered manner from top to bottom. By designing the pipe penetrating device which is simple and easy to implement, multiple types of tail fibers can be pulled at the same time for pipe penetrating operation, the operation is more reliable and efficient, meanwhile, butt joint installation and connection of different tail fibers are facilitated, the tail fibers are hardly damaged, and the pipe penetrating device has good actual use and popularization value.

Description

technical field [0001] The invention relates to the technical field of optical fiber and cable operating tools, in particular to a multi-type pigtail threading device. Background technique [0002] At present, when the optical fiber is threaded through the pipe, due to the structure of the optical fiber cable itself, when the pigtail is installed through the pipe, it cannot be bent to avoid damage to the pigtail. At the same time, The existing pigtail threading operation is to use thin steel wires to pull the ends of the pigtails through the pipe one by one or in pairs. The efficiency of pipe threading is relatively low. There are many types of pigtails on the market today, such as APC, SC, LC, FC, ST, etc., when multiple pigtails of different types pass through the tube, it is difficult for the different pigtails to be aligned at the other end of the tube, which makes it difficult for the rear pigtails to be aligned. The installation has brought troubles, further reducing ...

AI Technical Summary

Problems solved by technology

[0002] At present, when the optical fiber is threaded through the pipe, due to the structure of the optical fiber cable itself, when the pigtail is installed through the pipe, it cannot be bent to avoid damage to the pigtail. At the same time, The existing pigtail threading operation is to use thin steel wires to pull the ends of the pigtails through the pipe one by one or in pairs. The efficiency of pipe threading is relatively low. There are many types of pigtails on the market today, such as APC, SC, LC, FC, ST, etc., when multiple pigtails of different types pass through the tube, it is difficult for the different pigtails to be aligned at the other end of the tube, which makes it difficult for the rear pigtails to be aligned. The installation has brought troubles, which further reduces the efficiency of pipe threading of multi-type pigtails

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