Intelligent water valve capable of realizing automatic control

Abstract

The invention discloses an intelligent water valve capable of realizing an automatic control. The intelligent water valve comprises a sensor group, a data acquiring and conditioning module, a controlling unit and an executing unit, wherein the sensor group comprises a hydraulic detecting sensor and an ultrasonic water level detecting sensor; the controlling unit comprises a parameter setting module, a converting module and a comparing module; the executing unit comprises a relay and an electromagnetic valve. The intelligent water valve can automatically judge whether the water is fed without a human intervention, and can quantitatively discharge water in real time or at fixed time, as well as automatically judge whether the water needs to be discharged. Furthermore, the intelligent water valve has an excellent human-machine interactive interface and an acoustic-optic prompting function. Owing to comparatively complete functions, the intelligent water valve can better satisfy the requirements of the users in the cities and in the villages which are in lack of water at the present time; the intelligent water valve not only can solve the problem of discharging the water by an appropriate amount at fixed time but can avoid the water resource waste in case that it forgets to turn off the water valve, thereby making a comparatively important significance.

Description

technical field [0001] The invention relates to the technical field of daily necessities, in particular to an intelligent water valve capable of automatic control. Background technique [0002] As a control element, the water valve is widely used in various occasions that need to control the flow of water, such as various faucets in daily life. The water valves in daily use are generally manually operated, which need to be opened and closed manually, and the water outlet time and water output can only be controlled manually. In some occasions, people need a smart water valve that can realize instant or regular, quantitative water discharge, and can automatically judge whether water needs to be discharged. For example, tap water has been installed in many rural areas now, but tap water in rural areas is not supplied 24 hours a day like in cities. Usually, water is supplied regularly for 1 to 2 hours a day, and water is not supplied at other times. This requires people to st...

AI Technical Summary

Problems solved by technology

This solution can realize regular water discharge, but it requires manual setting of the water discharge amount, and cannot automatically judge the volume of the water receiving container to realize quantitative water discharge; and the mechanical structure is relatively complicated, and it is prone to unreliability after long-term work

Images