Electrolysis water generator and using method thereof

Abstract

The invention relates to an electrolysis water generator comprising a source water purifying treatment device, a water mixing valve A1, an electromagnetic valve B1, an electromagnetic valve B2, a one-way valve, an acidulous water storage tank, an electrolyzed water tank, a purified water storage tank, an electrolysis subassembly, a water level sensor C1, a TDS sensor, an electromagnetic valve B3, a water level sensor C2, an electromagnetic valve B4, a water mixing valve A2, an alkaline water storage tank, a water level sensor C3, a water level sensor C4, a water level sensor C5 and a water level sensor C6 which are connected with each other through pipelines and connected with a power supply and SCM intelligent control device through electric wires; the using method of the electrolysis water generator comprises the following five steps: water storage, water generation, water accumulation, water intaking and electrolysis subassembly cleaning. The invention can prepare alkaline water and also prepare acidulous water and is suitable for preparing source water in various places, the concentration of the acidulous water/alkaline water is adjustable, and the electrolysis subassembly has simple structure, low cost and convenient cleaning.

Description

technical field [0001] The invention relates to water-making equipment, in particular to an electrolytic water-making machine and a using method thereof. Background technique [0002] Electrolyzed water, or commonly known as "ionized water", refers to electrogenerated functional water obtained by electrolyzing water containing trace amounts of electrolytes in a certain way. [0003] There are some deficiencies or inconveniences in the current commercially available civilian electrolytic water generators in use. For example, only two kinds of water, weak acid and alkali, can be prepared at the same time during water production, which consumes both water and electricity. Depending on the source water quality in different regions - the dissolved solids (TDS) in water is different, the acid / alkaline water can be prepared The effect is also different, and the prepared alkaline water should not be heated; [0004] The concentration of acidic water and alkaline water cannot be ad...

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Problems solved by technology

[0003] There are some deficiencies or inconveniences in the use of commercially available electrolytic water generators

For example, only two kinds of water, weak acid and alkali, can be prepared at the same time during water production, which consumes both water and electricity. Depending on the source water quality in different regions - the dissolved solids (TDS) in water is different, the acid/alkaline water can be prepared The effect is also different, and the prepared alkaline water should not be heated;

[0004] The concentration of acidic water and alkaline water cannot be adjusted independently;

[0005] While preparing alkaline drinking water, only weakly acidic water can be prepared but not strong acidic water for sterilization. To prepare strong acidic water with sterilization and disinfection, sodium chloride needs to be added to the source water to During electrolysis, e

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