Internet of Things monitoring system of water purifier

Abstract

The invention provides an Internet of Things monitoring system of a water purifier. The system comprises a water purifier, a water flow sensor, a detection plate, a rechargeable battery, a water flowgenerator and a cloud host. The water flow sensor is used for detecting the filtering amount of the water purifier and transmitting a water flow signal to the detection plate, the detection plate transmits the water flow signal to the cloud host through the Internet of Things technology, the cloud host acquires filtering amount data of the water purifier according to the water flow signal and transmits the filtering amount data to an electronic device for a manager to monitor the efficiency and the state of the water purifier, and the cloud host can calculate and judge whether the water purifier needs to replace a water purification filter element or not according to the filtering amount data, and transmits a warning signal to the electronic device to remind the manager in time.

Description

technical field [0001] A monitoring system that receives and analyzes water purifier data through Internet of Things technology, and then monitors the function and status of the water purifier. Background technique [0002] Water is a necessary substance for the human body to maintain normal functions, and nearly 70% of the human body is composed of water. With the improvement of the quality of life of modern people, people's requirements for drinking water quality are also gradually increasing. Manufacturers continue to develop and adapt to various Water purification filter elements for impurities, particulates, chlorine, organic matter, viruses or germs in water, such as activated carbon filter elements to filter out chlorine in aqueous solutions, reduce the odor and color of aqueous solutions; Viruses; ceramic anti-scaling filter elements filter out calcium carbonate and magnesium carbonate in aqueous solution, thereby meeting consumers' safety needs for drinking water. ...

AI Technical Summary

Problems solved by technology

[0004] However, the service life of the filter element is closely related to factors such as frequency of use, water purification volume, and water quality in the area of ​​use, and the frequency of use of the filter element is affected by human factors. The recommended replacement time of the filter element cannot accurately meet the usage conditions of each user. When the water quality in the area is relatively dirty or the frequency of use by consumers is high, the actual service life of the filter element is shorter than the recommended service life. If the filter element is not replaced in time, the safety of drinking water for consumers cannot be guaranteed; while the water quality in the area where the water purifier is used is clear Or when the frequency of use by consumers is not high, the actual service life of the filter element is longer than the recommended service life, and premature replacement of the filter element will easily cause waste of filter materials and increase the environmental burden

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