Indoor optical power composite cable capable of full-routing divergency

Abstract

The invention relates to an indoor optical power composite cable capable of full-routing divergency. The indoor optical power composite cable is characterized by comprising a center bundling piece andbranched optical power composite cables connected with the center bundling piece, wherein inlaid connecting grooves are formed in the center bundling piece along the periphery at intervals; each branched optical power composite cable comprises an inlaid hoisting belt; the lower part of each inlaid hoisting belt is connected to an outer sheath; each outer sheath is internally coated with an optical cable and a metal wire; and the upper end of each inlaid hoisting belt is provided with a flange to be in inlaid connection with the corresponding inlaid connecting groove. The indoor optical powercomposite cable is convenient to manufacture and flexible to use and lay, different quantities and different lengths of the branched optical power composite cables can be installed according to actually laid conditions, and when the indoor optical power composite cable is used, diverged extraction can be realized as the circumstances may require from vertical wiring of vertical shafts to indoor laid installation, so that full-routing divergency is realized; the indoor optical power composite cable is reasonable in structure arrangement and high in protective performance and reliability, the bundling structure can protect the optical cables inside the vertical shafts and pipelines, the optical cables can be arranged in order, the space is saved, and the cable is convenient to lay and manage.

Description

technical field [0001] The invention belongs to the technical field of indoor optical cables, and in particular relates to an all-route divergent indoor photoelectric hybrid cable. Background technique [0002] With the continuous popularization of optical fiber transmission and the promotion of FTTH projects, indoor optical cables have been greatly developed. Especially in large-scale use environments such as complex buildings, it is particularly important to route optical cables in the building. Although there are many types of optical cables for wiring in the building, there is still a lack of optical cables for certain purposes. For example, connecting an optical cable to an indoor wireless router. At present, indoor wireless routers use optical modems as the conversion medium. Optical modems require optical fiber access and power supply. As the coverage of wireless networks becomes wider and wider, the number of wireless routers is also increasing, and the location of...

AI Technical Summary

Problems solved by technology

In order to solve the above-mentioned problems, there have been optical-electrical hybrid cables with various structures, but most of the existing optical-electrical hybrid cables have the problem of not only reasonable structure, but also inconvenient use.

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