Buoyancy inspection shaft based on internet of things

Abstract

The invention relates to the field of drainage, in particular to a buoyancy inspection shaft based on the internet of things. The buoyancy inspection shaft comprises an inspection shaft base, an inspection shaft cover, a retractable annular filter screen and an internet of things unit; the internet of things unit comprises a power supply device, a liquid level meter, flow meters, a collector and an internet of things gateway; the liquid level meter is disposed on the bottom side of the inspection shaft cover, and the flow meters are disposed on the inner side of the inner edge; the collector and the internet of things gateway are both disposed on the inner side of an inner ring; the power supply device is used for system power supply; the liquid level meter is used for detecting the depthof accumulated water; the flow meters are used for detecting the instantaneous flow rate of drained water; the collector is used for receiving detection values output by the liquid level meter and theflow meters and sending the detection values to the internet of things gateway; the internet of thing gateway is used for uploading the detection values of the collector to a remote server. The buoyancy inspection shaft is high in drainage performance and convenient in management.

Description

technical field [0001] The invention relates to the field of drainage, in particular to an Internet of Things buoyancy inspection shaft. Background technique [0002] During the summer rainy season every year, heavy rains occur from time to time, especially in short-term heavy rainfall between cities, resulting in poor road surface water, and in severe cases, houses are flooded, and the defects of insufficient drainage capacity of inspection wells are fully exposed; The discharge of area water sometimes requires the manhole cover to be opened artificially; and the heavy rainfall causes too much water on the road, and the inspection well cover may be washed away directly by the rain; in addition, the inspection wells cannot work together to form a system, and the inspection well cannot be used. Real-time monitoring, low efficiency of inspection and maintenance work and high labor costs; [0003] In view of this, in order to overcome the above-mentioned defects, it is an urge...

AI Technical Summary

Problems solved by technology

[0002] During the summer rainy season every year, heavy rains occur from time to time, especially in short-term heavy rainfall between cities, resulting in poor road surface water, and in severe cases, houses are flooded, and the defects of insufficient drainage capacity of inspection wells are fully exposed; The discharge of area water sometimes requires the manhole cover to be opened artificially; and the heavy rainfall causes too much water on the road, and the inspection well cover may be washed away directly by the rain; in addition, the inspection wells cannot work together to form a system, and the inspection well cannot be used. Real-time monitoring, low efficiency of inspection and maintenance work and high labor costs;

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