Water preparing machine for accurately controlling electrolysis
A technology of precise control and water generator, applied in water/sewage treatment, multi-stage water/sewage treatment, light water/sewage treatment, etc., can solve the problem of affecting the use effect, scaling and blockage of pipelines, changing weak alkaline drinking Water and other problems, to achieve the effect of compact structure and stable water supply pressure
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Embodiment 1
[0019] Depend on figure 1 Visible, the present invention comprises water storage type water tank, the pressure sensor at the bottom of water storage type water tank, the water outlet of water storage type water tank is connected with filter, and the water outlet of filter is connected with the water inlet of electrolyzer, and electrolyzer is provided with acid water outlet and alkaline water outlet.
[0020] In this embodiment, a water pump is provided between the storage type water tank and the filter; a constant temperature heating device is provided between the filter and the electrolytic cell, and the heating temperature of the constant temperature heating device is controlled at 35±10°C, especially 35±5°C. ℃; In addition, the outlet end of the constant temperature heating device can be two branches, one of which enters the water inlet of the electrolytic cell through the valve, and the other directly provides neutral drinking water through the valve.
[0021] During spec...
Embodiment 2
[0027] Adopt the present invention combined with embodiment 1 and the comparison model (the comparison model selects the patented product disclosed by CN100339314C produced by Nanjing Huamai Medical Instrument Co., Ltd.). A comparative test was carried out on the influence of electrolyzed water when the water flow rate was changed. Both adopt the same tap water as the water source (the present invention injects the same tap water in the storage type water tank), and take 2L / min as the standard flow. The test results are as follows:
[0028] this invention:
[0029] Adjust the K value so that when the flow rate is 2L / min, the pH of weakly alkaline water=8~8.2, and the pH of weakly acidic water=6~6.2, then change the flow rate:
[0030] When the flow rate is 1L / min, the pH of weakly alkaline water is 8-8.2, and the pH of weakly acidic water is 6-6.2;
[0031] When the flow rate is 1.5L / min, the pH of weakly alkaline water is 8-8.2, and the pH of weakly acidic water is 6-6.2; ...
Embodiment 3
[0042]On the basis of three sets of Example 1 with the same specifications, one of them was not improved in any way, and as a test unit, the other two were modified: one moved the constant temperature heating device between the filter and the electrolytic cell to weak alkaline The water outlet is used as a comparison unit, and the other one cancels the constant temperature heating device between the filter and the electrolytic tank, so that the direct communication between the filter and the electrolytic tank is used as a blank control unit. Their flow rates are both 2L / min. The measured water temperature of the weakly alkaline drinking water provided by the test unit and the comparison unit is 35°C, and the measured water temperature of the weakly alkaline drinking water provided by the blank control unit is 10°C.
[0043] In the test, the water samples of weakly alkaline drinking water were collected in ten time periods for the test unit, the comparison unit and the blank con...
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