An intelligent centralized control system for construction water

Abstract

The invention discloses an intelligent concentrated construction water control system. The intelligent concentrated construction water control system comprises a control cabinet, an automatic water taking terminal valve control device and a construction water supply system, wherein the automatic water taking terminal valve control device is connected with the control cabinet through a cable wire and a control wire, the control cabinet comprises a solenoid valve control circuit, a water current indication control circuit and an alarm control circuit, the construction water supply system comprises a water storage tank, a floating valve, a water pump, a galvanizing steel pipe, a water feeding vertical pipe and a main water supply control valve, the automatic water taking terminal valve control device comprises a flow divider arranged on the water feeding vertical pipe and a water current indicator and a solenoid valve which are arranged beside the flow divider. Through the system, intelligent concentrated control on temporary construction water supply is realized, the construction water is saved, operation is simple, and engineering cost is reduced.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to an intelligent centralized control system for construction water. Background technique [0002] At present, construction water on construction sites basically relies on the traditional "pure pipeline" water supply method. All water intake points use mechanical valves, which completely rely on human manual switches. Human waste caused by forgetting to close the valve and water loss caused by broken pipes. [0003] The technical difficulties in solving the above problems are: 1. How to realize the remote centralized monitoring of each water intake terminal, and grasp the water consumption of each water intake terminal in real time; 2. How to realize the on / off of each water intake terminal through the distance of a centralized control platform Operation; 3. How to intelligently detect and automatically alarm the phenomenon of "running, dripping, and leaking" in the w...

AI Technical Summary

Problems solved by technology

[0002] At present, construction water on construction sites basically relies on the traditional "pure pipeline" water supply method. All water intake points use mechanical valves, which completely rely on human manual switches. Human waste caused by forgetting to close the valve and water loss caused by broken pipes

[0003] The technical difficulties in solving the above problems are: 1. How to realize the remote centralized monitoring of each water intake terminal, and grasp the water consumption of each water intake terminal in real time; 2. How to realize the on / off of each water intake terminal through the distance of a centralized control platform Operation; 3. How to intelligently detect and automatically alarm the phenomenon of "running, dripping, and leaking" in the water supply pipeline at the first time; 4. How to assist management personnel to complete the forced shutdown of each water intake terminal "without leaving the house" , to achieve water control in each area

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