Intelligent fiber distribution system with function of remote control, and control method for intelligent fiber distribution system

Abstract

The invention relates to an intelligent fiber distribution system with a function of remote control, and a control method for the intelligent fiber distribution system. The system comprises a near-end control platform and a far-end fiber distribution box. The near-end control platform carries out the signal control of the far-end fiber distribution box in a wireless or wired communication manner. The system is characterized in that the near-end control platform comprises a fiber distribution state management module and a near-end communication module; the far-end fiber distribution box comprises a mobile control unit, a user port fiber connection seat, a fiber port positioning hole, a mechanical arm assembly, a rebound-type or sliding-type fiber storage assembly, and a fiber connector; the mobile control unit receives signal control information which is transmitted by the near-end control platform in a wireless or wired communication mode; the mobile control unit is used for operating the clamping and moving operation of the mechanical arm assembly, thereby enabling the fiber connector and the fiber storage assembly to cooperate and be connected with each other for operation; and the connection or disconnection of a fiber in a box with a fiber outside the box can be completed through one-time fiber jump. The system can meet the demands of the miniaturization of a fiber distribution device.

Description

technical field [0001] The invention belongs to the technical field of optical fiber distribution, and in particular relates to an intelligent optical fiber distribution system with a remote control function and a control method thereof. Background technique [0002] With the rapid development of modern communication technology, optical communication networks are widely used, and optical fibers have covered every link of the communication network. At the same time, new and higher requirements are put forward for the maintenance and management of optical communication equipment. When the existing communication equipment needs to be reconfigured or fails, the network management system of the network management center can generally complete the reset and fault detection of the communication equipment, such as the network management system of SDH optical transmission equipment, PCM equipment network management system, and PBX network management system etc.; but for the opt...

AI Technical Summary

Problems solved by technology

This technical scheme of connecting two optical fibers on mutually orthogonal axes in a matrix manner obviously has the disadvantages of complex process, large equipment volume and high cost, and cannot meet the needs of miniaturization of optical fiber distribution frames.

To sum up, because the existing electromechanical control method is used to realize the optical fiber jumper in the box of the optical fiber distribution frame, the core technology of smart optical fiber distribution has not been well overcome, so its practical value is not high.

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