Intelligent optical cable joint box management platform based on Internet of things technology

Abstract

The invention discloses an intelligent optical cable joint box management platform based on an Internet of things technology, and relates to the technical field of optical cable joint box information management. The intelligent optical cable joint box management platform comprises a network management platform and a remote sensing control module, wherein the remote sensing control module is mounted on an optical cable joint box and carries out information interaction with the network management platform through GPRS (general packet radio service) and a wireless network, and interaction is realized through a standardized interface of the network management platform; the network management platform consists of a network management platform server, a network management platform client and a mobile phone App; the network management platform server provides support for the remote sensing control module, the network management platform client and the mobile phone App. The intelligent optical cable joint box management platform fulfills the aims of intelligent electronic key realizing, entrance guard switch recording, alarming collecting and submitting and the like, and a relevant management enhancing code is output so as to provide effective guarantee for security management, engineering construction, daily maintenance management and resource management of dumb resources such as the optical cable joint box; therefore the operational maintenance efficiency and the security of a network are improved.

Description

technical field [0001] The present invention relates to the technical field of optical communication box information management, in particular to an optical communication box intelligent management platform based on Internet of Things technology. Background technique [0002] With the advancement of the construction work of China Mobile Communications Group, the mobile communication business has developed rapidly, and because the full-service optical communication box products are based on passive optical network equipment, simple and primitive management measures are still adopted at present. This management method has the following problems : [0003] (1) Optical box resources cannot be effectively managed: optical boxes are widely distributed in the city, and the cabinets are damaged or relocated. Managers cannot know the status of optical boxes in time; optical boxes are basically installed and maintained by maintenance companies, and some The company has even become a ...

AI Technical Summary

Problems solved by technology

[0003] (1) Optical box resources cannot be effectively managed: optical boxes are widely distributed in the city, and the cabinets are damaged or relocated. Managers cannot know the status of optical boxes in time; optical boxes are basically installed and maintained by maintenance companies, and some The company has even become a blind area of ​​management. The company's operation and maintenance personnel cannot fully grasp the resource information such as the serial number, model, location, and topology relationship of the optical communication box.

[0004] (2) Difficulty in mechanical key management: There are a large number of keys delivered to the box, and manual distribution management is difficult. There is an outstanding contradiction between convenient management and convenient construction. When the door of the bad box is open, it is difficult to locate and hold accountable

[0005] (3) The state cannot be monitored and managed in real time: the optical communication box is in a complex outdoor environment, and sometimes there will be continuous construction around, high or low temperature, flood immersion, tilting of the box, and the lock being picked, etc., often cannot be obtained timely processing

[0006] (4) The inspection quality cannot be guaranteed: the maintenance and repair records of the optical delivery box are entered manually, the data error rate is high, and the maintenance information in the database cannot be updated in time, making it difficult to keep consistent with the actual situation

[0007] (5) The accuracy rate of stock data of optical fiber core resources is low, new resources cannot be effectively controlled, and transmission faults are difficult to handle, which affects customer perception

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