Intelligent water quality purification and detection valve

Abstract

The invention discloses an intelligent water quality purification and detection valve. The intelligent water quality purification and detection valve comprises an electric control valve body, a waterinlet, a water outlet, water quality detection devices, a water quality purification device, a control device, a display device and an early warning device. The water inlet and the water outlet are each provided with a water quality detection device. A water cavity is further provided with the water quality purification device. The water quality detection devices are eight-in-one multi-parameter sensors and can detect multiple parameters in drinking water. The water quality detection devices, the water quality purification device, the display device and the early warning device are connected with the control device correspondingly. The control device can control switching on and switching off of the electric control valve body automatically and the work states of the water quality purification device and the early warning device. The intelligent water quality purification detection valve is good in purification effect, high in detection precision and capable of performing online detection in real time, and a user can be informed of the real-time detection result of the water quality through the display device and the early warning device and can use the water safely.

Description

technical field [0001] The invention relates to the field of valves, in particular to an intelligent water quality purification detection valve. Background technique [0002] In the prior art, valves are widely used in tap water pipelines, playing an increasingly important role; at the same time, with the improvement of living standards, people have higher and higher requirements for the quality of drinking water, so drinking water The water quality needs to be tested in time. At present, the main method of testing drinking water is to take samples at places where drinking water is used, and then conduct item-by-item testing. On the one hand, the drinking water pipelines are complex and numerous, which virtually brings a huge workload to the testing personnel. On the other hand, the traditional The detection is not real-time, and the user cannot know the water quality test results of drinking water in time, and cannot close the valve in time when the water quality is abnorm...

AI Technical Summary

Problems solved by technology

At present, the main method of testing drinking water is to take samples at places where drinking water is used, and then conduct item-by-item testing. On the one hand, the drinking water pipelines are complex and numerous, which virtually brings a huge workload to the testing personnel. On the other hand, the traditional The detection is not real-time, and the user cannot know the water quality test results of drinking water in time, and cannot close the valve in time when the water quality is abnormal.

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