Intelligent optical cable transfer box and intelligent optical cable remote management method

Abstract

The invention discloses an intelligent cable splice box and an intelligent cable remote management method. The splice box comprises a box and a door. A monitoring management system is disposed in the box. A solar panel for powering the monitoring management system is disposed at the upper end of the box. The solar panel is electrically connected with the monitoring management system through a DC / DC (direct current / direct current) power switching circuit. The monitoring management system comprises an environment monitoring unit, an access control unit and a communication module. The environment monitoring unit is used for automatically acquiring environmental parameters in the splice box. The environment monitoring unit exchanges control information with a far-end control management platform through the communication module. The method includes: solar photovoltaic power generation is used to power the monitoring management system of the splice box so as to enable the monitoring management system to exchange control information with the monitoring management system, and accordingly remote access management, environmental monitoring and instruction transmission of the splice box are achieved. Remote management of the cable splice box can be achieved by the splice box and the method.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to an intelligent optical cable transfer box and an intelligent optical cable remote management method. Background technique [0002] Optical cable transfer boxes are widely used in optical networks, especially in the current large-scale construction of ODN networks, and have always played an important role. In the ODN network, the upstream of the optical cable transfer box is connected to the OLT equipment through cables, and the downstream is connected to the optical distribution boxes in many corridors through cables, and even directly connected to users. A large number of optical splitters in the ODN network are centrally placed in the optical cable transfer box, which is the most important part of the ODN network except for the OLT computer room. [0003] In the past, optical cable transfer boxes were used in metropolitan trunk lines or access networks. The number of op...

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Problems solved by technology

However, there are several practical problems in this method: 1. The electronic key has the highest control authority over the lock body of the optical cable transfer box, and cannot control and manage the access control in real time; 2. The key interface is easy to be damaged, and the anti-damage function is poor; 3. The current actual maintenance situation in China is not suitable for this kind of management

[0005] Now as the construction scale of ODN network continues to expand, network construction continues to focus on FTTH construction, a large number of optical cable transfer boxes will be used in the construction of ODN networks, and the capacity of optical cable transfer boxes will also be 288 cores or 576 cores. , and even with 1152 cores, the use of the original optical cable transfer box will change, the number of internal components will increase, the price will be expensive, and the hidden dangers of line safety will become increasingly prominent. Therefore, an automated optical fiber line is urgently needed , port management

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