A direct drinking water purifier

Abstract

A novel fine-drinking-water purifier is disclosed. The purifier comprises a pedestal and a sealed box. The sealed box comprises a cylinder, an insulating base mounted at the bottom of the cylinder and a cover plate mounted at the top of the cylinder. The cover plate is provided with a first-grade high-voltage electrode and a gas sampling port. The upper part of the cylinder is provided with a water inlet, and the lower end of the cylinder is provided with a water outlet. The purified-water outlet is connected to a tee joint water distributing pipe. One side of the tee joint water distributing pipe is connected to heating faucets. The insulating base is provided with a first-grade low-voltage electrode. The outer circumferential surface of the cylinder is provided with a second-grade high-voltage electrode. Water to be treated in the cylinder is adopted as a second-grade low-voltage electrode. The first-grade high-voltage electrode on the insulating base is provided with an insulating medium layer. The sealed box is fixed to the pedestal. The purifier filters raw water in a high-precision purely physical manner, removes harmful compounds from the water, and allows tap water to be micromolecule and weakly alkalized through plasma discharge so as to improve taste and to turn the water into fresh fine drinking water. The heating faucets are disposed at the water outlet, thus increasing choices for people.

Description

technical field [0001] The invention relates to the technical field of water purification, in particular to a direct drinking water purifier. Background technique [0002] Most of the existing water dispensers put bottled water on the top of the machine and use it together with the bottled water. This type of water dispenser is designed as a special connector on the top of the fuselage to place the bucket upside down. The latest foreign water dispenser puts the bucket The water is placed on the bottom of the machine and sucked by the suction pump. The above two water dispensers all need certain physical strength to put the bucket into the water dispenser for people to drink water, which is extremely inconvenient for people's lives. [0003] Dielectric barrier discharge has the characteristics of uniformity, diffusion and stability. The electromagnetic field of the generated plasma is strong, and the active particles in the plasma have high energy. Compared with other plasma ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing water dispensers put bottled water on the top of the machine and use it together with the bottled water. This type of water dispenser is designed as a special connector on the top of the fuselage to place the bucket upside down. The latest foreign water dispenser puts the bucket The water is placed in the lower part of the machine and sucked by the suction pump. Both of the above two water dispensers require a certain amount of physical strength to put the bucket into the water dispenser for people to drink, which is extremely inconvenient for people's lives.

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