Low-power-consumption embedded intelligent well lid sensing terminal based on image processing and NBIOT

Abstract

The invention discloses a low-power-consumption embedded intelligent well lid sensing terminal based on image processing and NBIOT. The low-power-consumption embedded intelligent well lid sensing terminal comprises a camera, a gas sensor, an acceleration sensor, an illumination sensor, an environment sensor, an MCU, a memory and a battery. The MCU transmits a timing data acquisition instruction and a timing sleep instruction to the camera, the gas sensor, the environment sensor, the illumination sensor, the acceleration sensor, the battery and the memory through NBIOT signals; and the camera and the sensor are controlled to collect underground data, the uploaded data is compared through the MCU micro-control unit to give an abnormal alarm, and the uploaded data is automatically reported atthe same time.

Description

technical field [0001] The invention belongs to the field of smart manhole covers, in particular to an embedded smart manhole cover sensing terminal based on image processing and NBIOT low power consumption. Background technique [0002] As the country increases investment in infrastructure, the number of underground comprehensive pipe corridor facilities continues to increase, and the number of underground facilities for heating, gas, electricity, and communication comprehensive pipe corridors in cities is increasing, and the number of manhole covers has also increased significantly. The functions of the existing smart manhole covers are relatively simple, and the design scope is mostly for manhole cover anti-theft or detection of underground environmental indicators, and the uninterrupted detection of the underground conditions of the smart manhole cover will consume a lot of power. For the battery-powered smart manhole cover, the battery needs to be replaced frequently, wh...

AI Technical Summary

Problems solved by technology

[0003] The invention provides an embedded smart manhole cover sensing terminal based on image processing and NBIOT low power consumption to solve the technical problems that the current smart manhole cover has a single function, cannot simultaneously view the downhole environment, detect downhole data for pre-alarm, and consume a large amount of power for the smart manhole cover.

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