Outdoor equipment monitoring system based on NB-IOT, and door opening method

Abstract

The invention relates to an outdoor equipment monitoring system based on NB-IOT, and the system comprises an optical cable cross-connecting box monitoring unit, a mobile phone terminal unit and a network management platform management unit. The optical cable cross-connecting box monitoring unit comprises an access control terminal, an electronic lock and a Bluetooth key, and the access control terminal comprises an optical cable cross-connecting box state detection module, a battery, an electric quantity detection module, a lock driving module, an access control state detection module, an NB-IOT module and a Bluetooth module, which are connected with a central processing module. The central processing module communicates with the network management platform management unit and the mobile phone terminal unit through the NB-IOT communication module and the Bluetooth module, and the central processing module outputs a door opening signal and provides a power supply for the electronic lock. The electronic lock has corresponding lock cylinder information, and the Bluetooth key is used for receiving the unlocking authorization information of the network management platform management unit or the mobile phone terminal unit and is inserted into the electronic lock to supply power to the electronic lock. The system is low in power consumption, can further improve the management efficiency, and reduces the maintenance cost.

Description

technical field [0001] The invention relates to an NB-IOT-based outdoor equipment monitoring system and a door opening method, belonging to the technical field of outdoor equipment monitoring. Background technique [0002] With the mass construction of the national optical fiber basic network, the work of service opening and equipment management is becoming more and more frequent. On this basis, higher requirements are put forward for the management of outdoor optical boxes for outdoor equipment. At present, the scale of optical delivery boxes is growing rapidly and data changes rapidly, resulting in poor accuracy of resources and difficulties in recording. Due to lack of management and control methods, fault location is difficult, the management and control of optical delivery box opening control keys is chaotic, and the authority management and distribution of optical delivery boxes is not clear. In addition, maintenance Frequent personnel changes make effective managemen...

AI Technical Summary

Problems solved by technology

At present, the scale of optical delivery boxes is growing rapidly and data changes rapidly, resulting in poor accuracy of resources and difficulties in recording. Due to lack of management and control methods, fault location is difficult, the management and control of optical delivery box opening control keys is chaotic, and the authority management and distribution of optical delivery boxes is not clear. In addition, maintenance Frequent personnel changes make effective management impossible, which leads to great difficulties in the distribution of authority, low maintenance efficiency, and great hidden dangers to the safety of outdoor equipment. At the same time, it also brings great inconvenience to the management and maintenance of equipment. Affects service quality and customer perception

The existing outdoor equipment monitoring system can improve the management efficiency of outdoor equipment, but there are problems such as high power consumption, insufficient door lock management, and unclear authority allocation, which cannot further improve the maintenance efficiency of the optical box

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