Manufacturing method of integrated multi-functional water producer

Abstract

A manufacturing method of an integrated multi-functional water producer. A honeycomb ceramic filter core is arranged at a left side of a sealed container. A KDF filter layer and a non-hydrophilic filter membrane filtering sheet are disposed at a left side of the honeycomb ceramic filter core. An ultrafiltering membrane filter core is disposed at the right side of the honeycomb ceramic filter core. A bended pipe, to which a back-arranged filter core shell is connected, is disposed on a built-in water outlet on an upper part of a cylinder body. The back-arranged filter core shell is connected to a right end of the bended pipe. A back-arranged activated charcoal filter core is arranged in a middle part of the back-arranged filter core shell. A built-in flow-guide pipe is disposed at a water outlet of the back-arranged filter core shell and is connected to a shell of an ultraviolet sterilizing light. One end of the built-in flow-guide pipe is connected to the shell of the ultraviolet sterilizing light. A sealing cover is arranged at the left side of the shell. The ultraviolet sterilizing light is arranged in the middle part of the shell. A plug is disposed at the left side of the ultraviolet sterilizing light. A water passing interlayer is disposed in the shell. A sterilizing chamber is arranged in the water passing interlayer. A water inlet is disposed on a top cover at the left side of the sealed container. A water outlet is formed on the shell of the ultraviolet sterilizing light on the upper part of the cylinder body.

Description

technical field [0001] The invention relates to water purification equipment, in particular to the manufacturing field of drinking water generators for urban and rural family kitchens. Background technique [0002] According to the survey, 80% of human diseases are related to water. The main disinfection method of tap water is chlorination. Although it can remove a large number of bacteria, there are also harmful substances, especially heavy metals, chlorine molecules and nitrite in water. At the same time, the transportation process, water tower storage, etc. all cause a certain degree of secondary pollution. Although the water is boiled, it cannot remove harmful substances such as heavy metals in the water. Excessive intake of these substances can cause great harm to the human body and threaten human beings. Generally speaking, townships do not have conditions similar to urban tap water, and the township population directly uses groundwater or surface natural water systems...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a method for making an integrated multifunctional water generator to solve the problem that urban and rural tap water, ground water and surface water are superior to the "Drinking Water Hygienic Standard" of the People's Republic of China

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