A wireless network well cover system and method for power joint well tube well

Abstract

The invention discloses a wireless networking manhole cover system and method for a power joint well tube well, a remote monitoring platform, a wireless networking manhole cover and an electronic label; the wireless networking manhole cover communicates with surrounding wireless networking manhole covers through a wireless unit. As a relay and management node, it communicates with the electronic label through the wireless unit; communicates with the cable sheath circulation monitoring, temperature monitoring, and water level monitoring terminals hanging under the communication unit; the electronic label is installed and fixed on the cable, and there is a loop stored in it. Name, geographic information, cable model, voltage level, installation and maintenance information; the wireless network manhole cover transmits the received comprehensive environmental information and the information uploaded by the electronic label to the remote monitoring platform in real time. Through the implementation of the system, the accurate information and positioning statistics of the inner route of the cable duct can be known in real time, as well as the running status of the joint, which ensures the safe operation of the cable and the stability and reliability of the power supply.

Description

technical field [0001] The invention belongs to the technical field of monitoring, and in particular relates to a wireless networking well cover system and method for a power joint well tube well. Background technique [0002] Due to its own structural characteristics, the joint wells and cross wells are independent and scattered, and there is no mains power on site and no remote power supply conditions. The statistics and management of line equipment and related resources are very difficult, and maintenance and replacement are difficult. Unable to implement unified monitoring. At present, offline, semi-offline and other wireless manhole cover lock control and outer cover monitoring products on the market can only manage the entrance of the joint well, and lack effective management and monitoring methods for important equipment such as lines and joints in the well, such as accurate line information and positioning statistics Information and the running status of joints are ...

AI Technical Summary

Problems solved by technology

[0002] There is a huge stock of cable pipe drainage trenches. Due to their own structural characteristics, joint wells and cross wells are independent and scattered. There is no mains power on site and conditions for remote power supply. It is very difficult to count and manage line equipment and related resources, and it is difficult to repair and replace. Unable to implement unified monitoring

At present, offline and semi-offline wireless manhole cover lock control and market outer cover monitoring products can only realize the management of the joint well entrance, and lack effective management and monitoring methods for important equipment such as lines and joints in the well, such as accurate information and positioning statistics of lines Information and the running status of joints are difficult points in maintenance and management in production

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