Optical fiber mix-melting integrated tray capable of being intelligently upgraded

Abstract

The invention provides an optical fiber mix-melting integrated tray capable of being intelligently upgraded. The optical fiber mix-melting integrated tray is not only suitable for a traditional optical fiber communication carrier tray but also suitable for the carrier tray capable of smoothly expanding intelligent optical fiber communication. The optical fiber mix-melting integrated tray can satisfy the use of a plurality of adapters and matched movable connectors, and includes a terminal tray, a melting tray, and a cover plate, wherein the terminal tray includes a melting tray supporting area, an adapter installation opening, rotating shaft bearers, and fiber-winding columns. The left and the right sides of the melting tray supporting area are respectively provided with upper convex bearing side walls. At least two groups of fiber-winding columns are respectively arranged in the melting tray supporting area. The two rotating shaft bearers are respectively arranged at two sides of the rear ends of the terminal tray and protrude upward. Gap structures are arranged at the oblique upward position inside the rotating shaft bears. Melting tray rotating shafts are arranged at the two sides of the rear ends of the melting tray. The melting tray rotating shafts are inserted in rotating shaft bearer installation holes under the corresponding position.

Description

technical field [0001] The invention relates to the technical field of optical fiber communication, in particular to an intelligent upgradeable optical fiber melting and matching integrated tray. Background technique [0002] As a labor-intensive industry of communication network operation, the use of intelligent products is gradually accepted by operators at home and abroad. The use of fiber optic connector e-ID requires a carrier that can support this smart device. [0003] In 2015, China Mobile also proposed in the technical specifications of its optical cable transfer box that its fusion integrated tray should have the function of intelligent upgrading and transformation. China's three major operators also have several pilot projects to promote the application of smart ODN. Under such circumstances, intelligent optical distribution products will be the future development direction. The internal structure and layout of the ODN product box must ensure the intelligent upg...

AI Technical Summary

Problems solved by technology

[0004] Existing product trays are not suitable for intelligent transformation, and cannot provide circuit board installation space and fixed space for special structures; traditional tray covers are mostly integral structures, and the cost of replacing cover plates during intelligent transformation is very high, which is not conducive to economy Consider; the terminal of the traditional product tray cannot be welded into the cable, and it is inconvenient to maintain when used as a distribution tray

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