Modular electrolytic water maker mounted and used in multiple scenes, and using method thereof

Abstract

A modular electrolytic water maker mounted and used in multiple scenes is characterized in that a touch control screen is arranged at the middle of a mainframe body, a first water inlet is arranged inthe top of the mainframe body, a second water outlet, a power line interface, a signal transmission line interface, a water discharging port and a water inlet are arranged at one side of the mainframe body in a parallel manner from top to bottom, the first water inlet is arranged in the top surface of the mainframe body, a control module and an electrolytic tank are mounted in the mainframe body,a first water outlet solenoid valve, a second water outlet solenoid valve and a water discharging flow rate regulating valve are respectively connected with the electrolytic tank, the first water outlet is connected with the electrolytic tank through the first water outlet solenoid valve, the second water outlet is connected with the electrolytic tank through the second water outlet solenoid valve, and the water discharging port is connected with the electrolytic tank through the water discharging flow rate regulating valve. The water maker can be mounted in flexible and changeable manners, can adapt to multiple scenes to ensure that people drink healthy and purified electrolytic drinking water in all scenes, and has the advantages of convenience in mounting, and high operability.

Description

technical field [0001] The invention relates to the field of electrolyzed water machines, in particular to a modular multi-scenario installed and used electrolyzed water machine and a method of use. Background technique [0002] Electrolysis of water is to purify ordinary tap water to meet the national drinking water standard, and then through the positive and negative electrodes, under the action of electric field energy, the water molecular clusters are broken up, reduced, and rearranged, so that part of the water has a positive potential , the other part of the water has a negative potential, and finally the positive electrolyzed water and negatively electrolyzed water are obtained through membrane separation technology. With the advancement of science and technology, people pursue an increasingly simple and convenient lifestyle. Water dispensers, direct water dispensers, and electrolyzed water dispensers are becoming more and more convenient appliances for home life. Ord...

AI Technical Summary

Problems solved by technology

[0002] Electrolysis of water is to purify ordinary tap water to meet the national direct drinking water standard, and then through the positive and negative electrodes, under the action of electric field energy, the water molecular clusters are broken up, reduced, and rearranged, so that part of the water has a positive potential , the other part of the water has a negative potential, and finally the positive electrolyzed water and negatively electrolyzed water are obtained through membrane separation technology. With the advancement of technology, people are pursuing an increasingly simple and convenient lifestyle. Water dispensers, direct water dispensers, and electrolyzed water dispensers are becoming more and more convenient appliances for home life. Ordinary water dispensers are often installed in a single way and can only be installed indoors. Few of them can be installed outdoors or even be carried around. , it is impossible to provide people with drinking water anytime and anywhere, so there is a need for a modular multi-scenario installation and use of electrolyzed water machines and methods of use

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