An optical fiber core butt matrix structure

Abstract

An embodiment of the invention discloses an optical fiber core butt joint matrix structure. The optical fiber core butt joint matrix structure is a hollow columnar structure, a plurality of parallelly arranged butt joint grooves are arranged on an outer side wall, and each butt joint groove is internally provided with a plurality of butt joint holes arranged along an extending direction of the butt joint grooves. During specific operation, a user only needs to connect tail fibers used for being connected with fiber cores of optical fibers to be butt jointed to two different first butt joint holes in advance, and then controls a linker that carries fiber cores of external line optical fibers to be butt jointed to transport the fiber cores of the external line optical fibers to be butt jointed to the positions of the first butt joint holes and insert the fiber cores of the external line optical fibers to be butt jointed into the first butt joint holes, and thus the butt joint of the fiber cores of the external line optical fibers can be completed. The design is reasonable, the operation is simple, artificial participation can be greatly reduced, and plenty of manpower and material resources are saved. Moreover, the horizontal occupied area of the optical fiber core butt joint matrix structure is greatly reduced on the premise of the same number of first butt joint holes.

Description

technical field [0001] The invention relates to the technical field of optical fiber communication, in particular to an optical fiber core butt matrix structure. Background technique [0002] With the rapid development of power grid construction and the continuous improvement of power system equipment automation, the optical fiber power communication network has also achieved unprecedented development. [0003] At present, as the basic bearer network for optical fiber communication transmission - optical fiber network, its operation and maintenance work is still in the original manual mode, that is, it usually needs to manually go to the site to perform fiber jumping operations to realize the docking and exchange between different optical fibers, but it is limited by Influenced by many factors such as geographical dispersion and cumbersome manual switching operations, such manual operations are huge and time-consuming in daily work. Therefore, how to realize simple and effic...

AI Technical Summary

Problems solved by technology

[0003] At present, as the basic bearer network for optical fiber communication transmission - optical fiber network, its operation and maintenance work is still in the original manual mode, that is, it usually needs to manually go to the site to perform fiber jumping operations to realize the docking and exchange between different optical fibers, but it is limited by Influenced by many factors such as geographical dispersion and cumbersome manual switching operations, such manual operations are huge and time-consuming in daily work. Therefore, how to realize simple and efficient fiber core docking and switching has become a matter of great concern to people.

Images