Domestic water pipe connector with water purifier

Abstract

The invention provides a domestic water pipe connector with a water purifier, which is composed of a water inlet pipe, a water purifier and a water outlet pipe, wherein one end of the water inlet pipe is fixedly connected with one end of an upper water pipe connector through an upper nut in a sealing mode; the other end of the upper water pipe connector is connected with one end of a water inlet bin of the water purifier in a sealing mode through threads; a water outlet bin on the other end of the water purifier is connected with one end of a lower water pipe connector in a sealing mode through threads; the other end of the lower water pipe connector is connected with the water outlet pipe in a sealing mode through a lower nut; the inside of the shell of the water purifier is composed of the water inlet bin, an activated carbon bin, an alloy disinfection wire bin and the water outlet bin; and an alloy disinfection wire in the alloy disinfection wire bin is composed of 51-62% of copper, 18-39% of zinc and 10-22% of silver. The alloy disinfection wire is adopted to instantaneously generate an electrostatic environment for water flowing through the pipeline, and the water is directly purified under the electrochemical oxidizing action, so that the filtered water achieves the direct drinking standard and has low production cost.

Description

technical field [0001] The invention relates to household water purification, in particular to a household water pipe joint with a water purification device. Background technique [0002] Household water purifiers mainly use structures such as filled activated carbon, non-woven fabrics, PP fibers, activated carbon loaded with silver ions, and resins containing iodine released. The problem is that the purified water cannot meet the high standard for direct long-term drinking. In the process of purifying water, all the trace elements in the water are filtered out; a disclosed household water purifier, patent No. 201010241263.3, adopts a one-way valve, a hollow fiber membrane module, a pressure sensor and a diaphragm type air pressure tank structure. The structure of the pressure sensor and the diaphragm type air pressure tank is complex and the manufacturing cost is high. The power supply needs to be opened and closed by the water pump to purify the water. The water purifier f...

AI Technical Summary

Problems solved by technology

[0002] Household water purifiers mainly use structures such as filled activated carbon, non-woven fabrics, PP fibers, activated carbon loaded with silver ions, and resins containing iodine released. The problem is that the purified water cannot meet the high standard for direct long-term drinking. In the process of purifying water, all the trace elements in the water are filtered out; a disclosed household water purifier, patent No. 201010241263.3, adopts a one-way valve, a hollow fiber membrane module, a pressure sensor and a diaphragm type air pressure tank structure. The structure of the pressure sensor and the diaphragm type air pressure tank is complex and the manufacturing cost is high. The power supply needs to be opened and closed by the water pump to purify the water. The water purifier filters out the trace elements in the water during the purification process; The structure of the device is to use three water purification pipes, which are respectively equipped with silver-loaded activated carbon adsorption antibacterial agent and iodine-containing rapid sterilization purification agent. It is necessary to install a filter and a water tank. There is no structure installed with silver-loaded activated carbon adsorption antibacterial agent. Defects of retaining trace elements, unable to directly purify the water flowing through the pipeline and occupying a large space

Images