Water ionizer capable of automatically identifying water quality

Abstract

The invention discloses a water ionizer capable of automatically identifying water quality. The water ionizer comprises a water channel, a water flow rate detection device, a controller, an electrolysis power supply, an electrolysis device, a water quality TDS and pH value detection device, a water quality pH value detector and a display screen, wherein the water flow rate detection device is used for detecting the flow rate of entering water and generating a corresponding flow rate value; the water quality TDS and pH value detection device is used for detecting the TDS value and the pH value of the entering water; the controller is used for controlling the electrolysis power supply to provide corresponding electrolysis power to the electrolysis device according to the flow rate value, the TDS value and the pH value of the entering water; the electrolysis device is used for carrying out corresponding electrolysis treatment on the entering water according to the electrolysis power of the electrolysis power supply; the water quality pH value detector is used for detecting the pH value of discharged water; the controller is electrically connected with the water quality pH value detector and the display screen; and the controller is also used for displaying the pH value of the discharged water through the display screen. According to the water ionizer, the corresponding electrolysis power can be provided to the electrolysis device according to the locally used actual water quality, so as to obtain the optical brine electrolysis.

Description

Technical field [0001] The invention relates to a water electrolysis machine capable of automatically identifying water quality. Background technique [0002] The water ionizer is one of the kitchen water appliances in the 21st century. It uses pre-filtration and core electrolysis technology to remove residual chlorine, impurities, and heavy metals in tap water from the source, and change the TDS (Total Dissolved Solids) of the water. Value and PH value. [0003] The main factors that affect the electrolysis effect of the water electrolysis machine are: the TDS value of the water source water quality, the pH value of the water source, the electrolysis power and the electrolysis water flow rate. The TDS value of water quality is also the embodiment of water quality conductivity. The TDS value of pure water is less than 2. If pure water is used as the water source, the water electrolyzer will not be able to electrolyze. The current water ionizers on the market cannot truly and real-...

AI Technical Summary

Problems solved by technology

The TDS value of water quality is also the embodiment of the conductivity of water quality. The TDS value of pure water is less than 2. If pure water is used as the water source, the electrolytic water machine will not be able to electrolyze. Currently, the electrolytic water machines on the market cannot truly and real-time detect the water source. The TDS value is based on the water source at the factory as the standard for electrolysis power setting when leaving the factory. The TDS value of water in southern my country is 100--200 mg / L, and the TDS value of water in northern my country is above 500 mg / L. The local water quality TDS value can be as high as 1000 mg / L. When one is produced in the south and installed in the north, the water quality TDS value of the two places is completely different, and there is no corresponding change in the electrolysis power, which will lead to a large deviation in the electrolysis effect. To the user's expected effect

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