Health water dispenser
A water dispenser, a healthy technology, applied in water/sewage treatment, water/sludge/sewage treatment, sterilization/microdynamic water/sewage treatment, etc., can solve the problems of difficult strength, toxic and side effects, and reduce power consumption , The effect of low redox potential and improved sterilization and purification capacity
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Example Embodiment
[0039] Example one
[0040] The healthy drinking fountain of this embodiment, such as figure 1 with figure 2 As shown, the water dispenser is provided with a sink 10, the bottom of the sink 10 is provided with a water container 1, the water container 1 is provided with a water inlet 1-1 and a water outlet 1-2, the water inlet 1-1 and the sink 10 The bottom water hole is connected, and the water outlet 1-2 is connected with the water outlet of the water dispenser; the water container 1 is equipped with a sterilization device 15 which includes a pair of cathode electrodes 2 and anode electrodes 3 and a pair of cathode electrodes 2 and Electrolysis power source 4 powered by anode electrode 3.
[0041] Such as figure 2 As shown, in this embodiment, a water-permeable membrane 5 is provided between the cathode electrode 2 and the anode electrode 3. The water-permeable membrane 5 is close to the anode electrode 3 and covers the entire surface of the anode electrode 3, that is, the water...
Example Embodiment
[0054] Example two
[0055] The health water dispenser of this embodiment is basically the same as the first embodiment, and the difference from the first embodiment is: the distance δ between the water-permeable membrane 5 and the cathode 2 in this embodiment is 0 mm, that is, the water-permeable membrane 5 is in close contact with The cathode electrode 2 and the anode electrode 3 are on. The water-permeable membrane 5 still uses a PVDF ultrafiltration membrane with an average hydrophobic pore size of 0.03 microns and a thickness of 0.1 mm.
[0056] A water electrolysis test was performed on the water dispenser of this embodiment. The experimental conditions were the same as those in Example 1, and the electrolysis time was 20 minutes. The results of the two experiments are shown in Table 2:
[0057] Table 2
[0058]
[0059] Analysis of the experimental results can draw the following conclusions:
[0060] 1) Within a certain range, as δ increases, the hydrogen content in the water a...
Example Embodiment
[0062] Example three
[0063] The healthy water dispenser of this embodiment is basically the same as that of the first embodiment, such as image 3 As shown, the different changes from the first embodiment are: 1) A first through hole 8 is opened on the cathode electrode 2 with a diameter of 1 mm; 2) A water-permeable membrane 5 covers part of the surface of the anode electrode 3 (anode electrode The entire surface facing the cathode electrode 2); 3) The distance δ between the water-permeable membrane 5 and the cathode electrode 2 is 2 mm.
[0064] The healthy water dispenser of this embodiment is subjected to a water electrolysis experiment. In this embodiment, 24 first through holes with a diameter of φ1mm are uniformly distributed on the cathode electrode. Other experimental conditions and detection methods are the same as those in the first embodiment. The experimental results are as follows 3:
[0065] table 3
[0066]
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