On-site optical cable docking device and docking method

Abstract

The invention discloses a field optical cable butting device and butting method. The device comprises a pressing housing, a pressing sleeve, an outer sheath, an optical cable channel and an optical cable housing, wherein the outer sheath and the optical cable channel are arranged at the two ends of the pressing housing; the lower end of the pressing housing is connected with the pressing housing; an outer protective tube, an inner protective tube and an optical cable are arranged in the outer sheath in sequence; the optical cable channel is connected with the optical cable housing; a connector is arranged between the optical cable channel and the outer sheath; one end of the optical cable channel is connected with an optical cable lead-in head extending into the connector, and the other end of the optical cable channel is connected with a tube fitting sleeve which is positioned in the optical cable housing; a lead-in tube extends into the optical cable housing and is connected with an optical cable lead-in member; the pressing housing is provided with baffle plates; a transparent housing is arranged between every two baffle plates; a perspective cavity is arranged between the transparent housings and the connector. The optical cable butting device has the advantages of simple structure, easiness, quickness and effectiveness in optical cable butting operation, capability of performing accurate positioning, and high quality and stability and low energy consumption of butted cables.

Description

technical field [0001] The invention relates to the field of optical connection, in particular to an on-site optical cable docking device and a docking method. Background technique [0002] Broadband construction has been promoted to the level of national strategy, and the scale of fiber-to-the-home construction is increasing. The focus of broadband construction is to shift the construction site from outdoors to indoors, and the deployment and termination of optical cables is an extremely important link. [0003] The connectors in the prior art are installed on site in most cases. Because optical fibers are different from electric wires, as long as the wires are in contact with each other, they can be energized. The optical fiber quick connector does not require power conditions, and through simple manual mechanical operation steps on site, it can pass light when the two end faces to be connected are kept in complete close contact and completely centered. Since the optica...

AI Technical Summary

Problems solved by technology

If the optical path is not smooth, it will cause a lot of rework for network operators, waste manpower and material resources, and increase operating costs

So far, the first-time assembly success rate of the best connectors in the existing technology is relatively low, and it brings great troubles to the construction and opening of communication lines

Images