Spiral water purifier

Abstract

The invention discloses a spiral water purifier, which mainly comprises a barrel body, a spiral plate and an ultraviolet lamp tube, and is characterized in that the wall of the barrel body is provided with a first radial communication section, wherein the first radial communication section is communicated with the inner part of the barrel body; the spiral plate is arranged inside the barrel body to form a spiral continuous plate surface; the spiral continuous plate surface is defined into a radial channel; the ultraviolet lamp tube axially runs through the channel; the spiral plate forms spiral water flow and forms a continuous irradiation-sterilizing path along the ultraviolet lamp tube; and the spiral water purifier provides the water flow having arrearage sterilizing time, increases the contact area of water quality, and has the advantages of strengthening sterilization, oxygenolysis and reductive treatment efficacy.

Description

technical field [0001] The invention relates to a water purifier, in particular to a spiral water purifier which provides water flow with a delayed sterilization time and increases the contact area with water quality. Background technique [0002] Water quality purification is widely used in water environment such as home drinking, sewage treatment, ecological breeding, etc. Because there are often many bacteria and pollutants in the water quality, which seriously pollute the water quality, therefore, improving the water quality is valued by various water or wastewater treatment workers. topic. Since the wavelength characteristic of ultraviolet light (especially 250NM ~ 270NM) was discovered for its bactericidal effect, it can act on microbial nucleic acid, deoxyribonucleic acid (DNA), ribonucleic acid (RNA), etc., resulting in its destruction, and other living substances such as proteins It also produces a certain force. And because of convenience, cheapness, no pollution...

AI Technical Summary

Problems solved by technology

[0005] Although the prior art 2 can also provide the effect of delaying water quality treatment, the design of the prior art 2, because the water to be treated needs to be fed through a spiral water pipe, it can only be made for the improvement of the water quality sterilization effect; and its facilities and Water contact is an indirect sterilization, and the efficiency will reduce the intensity of the ultraviolet lamp and increase the turbidity pollution due to multi-layer barriers. In order to improve the oxidation capacity, an ozone machine is added, which increases energy consumption during treatment. In addition, the dissolution efficiency of ozone in water is extremely low; Therefore, there is a lot of room for improvement as to whether it can also achieve oxidative decomposition as in this case, and allow the treated water quality to directly contact the ultraviolet lamp tube to achieve the best treatment effect; as for the previous technology-though it can provide delay The effect of air, however, because the design of the previous technology 1 is not made for water quality improvement, it does not consider whether the ultraviolet lamp tube is prone to water seepage, and its efficiency is also easily reduced by the shadow of suspended particles in the air

[0006] Therefore, there are above-mentioned inconveniences and problems in the known sterilizers utilizing ultraviolet lamp tubes to treat water quality.

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