Application system of cellular-based narrowband IOT in medium pipeline monitoring

Abstract

The invention relates to an application system of a cellular-based narrowband IOT in medium pipeline monitoring, and can effectively realize the facts that a medium pipeline can be monitored and the pipeline use security can be ensured. The technical scheme is as follows: the information acquisition end of a pressure sensor is connected with the signal input end of an intelligent terminal; the intelligent terminal and an operator base station are in wireless communication connection; the operator base station and an operator server are in wireless communication connection; the operator serverand a data processing centre server are in wireless communication connection; and the data processing centre server and a mobile phone are in wireless communication connection. The application systemdisclosed by the invention is novel and unique in structure, and convenient to install and use; due to application in medium pipeline monitoring, real-time transmission between a terminal and a mobiledata terminal is realized through the narrowband IOT according to user requirements; the user use cost is reduced; the user use function is enhanced; the application system has the advantages of massive connection, deep coverage, ultra-low power consumption and low cost, and is an innovation of the narrowband IOT on pipeline application; and thus, the application system has great economic and social benefits.

Description

technical field [0001] The present invention relates to management equipment, especially a vertical application system of cellular-based narrowband Internet of Things (NB-loT) technology in media pipeline monitoring. Background technique [0002] The currently familiar Internet of Things technology mainly uses RFID technology, WIFI technology, Bluetooth technology, GPRS technology, etc. All kinds of technologies usually have their unavoidable defects, such as high power consumption, weak signal, short transmission distance, small number of connections, High cost and other defects. The battery cannot be used for a long time due to high power consumption, the weak signal cannot achieve good use effect under relatively complex environmental conditions, the short transmission distance cannot meet the effect of long-distance transmission, and the small number of connections makes the integrated system complex and costly. Solve the problem of short transmission distance and high ...

AI Technical Summary

Problems solved by technology

[0003] The management of urban water supply pipelines is a complex project. At present, most of them are manually inspected and repaired in time. With the gradual development of cellular-based narrowband Internet of Things (NB-IoT) technology, chips, base stations, and networks are becoming more and more perfect, and there has been no public report on the application of NB-IoT technology to the monitoring of media pipelines.

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