Drinking water handling and purifying system for water purifier

Abstract

The invention discloses a drinking water handling and purifying system for a water purifier. The system comprises a water storing tank, wherein the output end of the water storing tank is connected toa filter, and the filter is connected to a filtering pipe; an aerating head is mounted at the bottom of the filtering pipe and connected to an O3 generator; the power end of the O3 generator is connected to a high-frequency and high-voltage power supply; the air inlet end of the O3 generator is connected to an air pump through an air filter. According to the system, ozone is dissolved in water toobtain an ozone water handling device; the handled water is free from smell and cancerogenic substances and is the sterile drinking water with rich oxygen; the handled water can be used for washing melon and fruit, vegetable, clothes, vessels, etc. and can also be used for removing residual chemical fertilizers and pesticides as well as sterilizing.

Description

technical field [0001] The invention relates to a water purifier assembly, in particular to a drinking water treatment and purification system for a water purifier, which belongs to the technical field of water purifiers. Background technique [0002] Water pollution not only exacerbates the shortage of water resources, but the deterioration of water quality seriously threatens the physical and mental health of the people; the main source of pollution is the secondary pollution of the tap water delivery galvanized pipe network: when the tap water is exported by the tap water plant, it is generally qualified; The long water pipeline network, water towers, water tanks and other facilities have led to serious pollution of tap water; since the 1960s in China, the material of urban tap water pipelines is galvanized pipes, which have serious pollution hazards, such as: rust , scaling, corrosion, etc.; when the tap water is cut off and the water comes in again, a lot of rust can be...

AI Technical Summary

Problems solved by technology

[0002] Water pollution not only exacerbates the shortage of water resources, but the deterioration of water quality seriously threatens the physical and mental health of the people; the main source of pollution is the secondary pollution of the tap water delivery galvanized pipe network: when the tap water is exported by the tap water plant, it is generally qualified; The long water pipeline network, water towers, water tanks and other facilities have led to serious pollution of tap water; since the 1960s in China, the material of urban tap water pipelines is galvanized pipes, which have serious pollution hazards, such as: rust , scaling, corrosion, etc.; when the tap water is cut off and the water comes in again, a lot of rust can be seen through the faucet; this is because when the tap water is cut off and the water comes in again, the tap water hits the rust on the galvanized pipe, and it falls off and enters the tap water Therefore, it can be determined that the galvanized pipes that transport tap water have been rusted for a long time in tap water. Usually, these rusts are dissolved in tap water, and generally cannot be directly seen by the naked eye; most high-rise water tanks, water towers, etc. The secondary water supply facilities have no special care for a long time, the sealing conditions are poor, and the wind and sand blow down to the water tank or water tower; resulting in more and more various sediments and moss growth; bacteria, viruses, etc., seriously pollute the water quality of tap water. The existing technology In the process, although some non-high-temperature-resistant bacteria and viruses in the water can be killed by boiling water, the dead bodies of bacteria and viruses remain in the water. In addition, after the water is boiled, the minerals precipitate into scale (hardness of the water), which will Cause various stones in the human body, the most serious is the nitrite produced after boiling water, which will generate carcinogenic nitrosamines after drinking by the human body; in order to solve the above problems, Chinese patent application number: 201510290756.9, discloses a A water purifier, comprising: a water purifying device, the water purifying device is equipped with a raw water input port, a purified water output port and a concentrated water output port; When the water purification device is installed through the installation device under the cabinet, the two ends of the raw water input pipeline are respectively connected to the raw water input port and the indoor laying pipeline of the raw water; Water output pipeline, when the water purification device is installed through the installation device under the cabinet, the two ends of the purified water output pipeline are respectively connected to the purified water output port and the water inlet of the faucet; A concentrated water output pipeline, when the water purification device is installed through the installation device under the cabinet, one end of the first concentrated water output pipeline is connected to the concentrated water output port, so that the The concentrated water in the water purification device is led out from the other end; the installation device on the cabinet includes: a water source connector. When the water purification device is installed through the installation device on the cabinet, the water source connector is sleeved on the On the faucet; wherein, the water source connector is also connected to the raw water input port and the purified water output port, for sending the raw water output from the faucet to the raw water input port, and Purified water is obtained from the purified water output port and output; the second concentrated water output pipeline, when the water purification device is installed through the installation device on the cabinet, the second concentrated water output pipeline One end is connected to the outlet of the concentrated water to The concentrated water in the water purification device is led out from the other end; but its purification is not thorough enough, and the purification efficiency is low

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