Graphene electric optical cable coupling and connecting device

Abstract

A graphene electric optical cable coupling and connecting device comprises a graphene electric optical cable coupling connector, graphene electric optical cable jacks, a graphene electric optical cable locking device, an optical fiber coupler, a graphene conductor connecting device, a digital signal output channel, a power output channel, a protective insulating layer, and graphene electric optical cables. The body of the graphene electric optical cable coupling and connecting device is the graphene electric optical cable coupling connector, one end of the connector is provided with the graphene electric optical cable jacks, and the other end of the connector is provided with the graphene electric optical cable jacks, the digital signal output channel and the power output channel. The graphene electric optical cable jacks are connected with the locking device, the graphene electric optical cables pass through the jacks and are fixed on the locking device, optical parts of the graphene electric optical cables are combined with the optical fiber coupler and are coupled with optical parts of the digital signal output channel for achieving digital signal transmission. Graphene conducting layers of the graphene electric optical cables are combined with the graphene conductor connecting device and are connected with the power output channel for achieving electric power transmission.

Description

technical field [0001] The invention belongs to the field of electric power and information transmission, and in particular relates to a graphene electric optical cable coupling connection device. Background technique [0002] Electric optical cable, also known as electric optical cable, refers to placing optical fiber in the ground wire of overhead high-voltage transmission line to form an optical fiber communication network on the transmission line. This structure has dual functions of ground wire and communication, and is generally called OPGW optical cable. , and there is another kind of optical cable that combines the optical fiber unit in the wire in the traditional phase line structure, which makes full use of the line resources of the power system itself, especially the power distribution network system, and avoids frequency resources, routing coordination, electromagnetic compatibility, etc. On the one hand, the contradiction with the outside world makes it have th...

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Problems solved by technology

[0005] Graphene has a good affinity with quartz, and graphene and optical fiber are combined to form a new graphene electric optical cable. The inventor has applied for a graphene electric optical cable technical solution, but the graphene electric optical cable coupling The adapter has not yet seen relevant technologies and reports, and the graphene electric-optic cable coupling adapter provides a good connection device for the practical application of graphene electric-optic cables, and is a good solution to solve the application problems of graphene electric-optical cables

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