Small-flow electromagnetic water quality treatment device

Abstract

The invention relates to a small-flow electromagnetic water quality treatment device, which comprises a high-frequency oscillator, a water flow channel, a water inlet and a water outlet, and is characterized in that: a screw type anode shell is arranged in the water flow channel; an anode electrode is arranged in the anode shell; the anode shell is a spiral layer which rotates by taking the anode electrode as a rotation center; the spiral layer is assembled in the water flow channel in a tight fit manner to form a thin-layer water backflow channel; a cathode electrode is arranged at the periphery of the water flow channel; and the anode electrode and the cathode electrode are connected to an output end of the high-frequency oscillator respectively. A structure of thinning a water layer and increasing the length of the water flow channel is adopted, the length of the water flow channel is increased, a dead zone of an electromagnetic field is eliminated, the dissolved oxygen in water which is treated through a high-frequency electric field is activated, an ion channel on a cell membrane is damaged by an external electric field, and a survival condition for bacteria and algae is lost, so that the effects of preventing scale, removing scale, sterilizing, removing algae, removing rust, benefiting human health, and saving a large amount of electric energy are achieved. The small-flow electromagnetic water quality treatment device is particularly suitable for scale prevention of a small water household electrical appliance. Besides, the water treatment effect is improved.

Description

technical field [0001] The invention relates to water treatment technology, in particular to a small-flow miniature high-frequency electronic water treatment device. Background technique [0002] The current high-frequency electronic water processors are all large-flow and large-caliber, and the water is fed into one end of the processor and discharged from the other end. The internal cavity of the processor is very large, and the water flows in a parallel or vortex manner in the cavity. There will be a blind area of ​​high-frequency electric field between the cathode and the cathode, part of the water flow will not be effectively treated, and the efficiency of anti-scale and sterilization will be reduced. Due to the large flow rate and large volume of the current high-frequency electronic water processors, they cannot be applied to small water appliances, resulting in the defect that many water appliances are scaled and not sterilized. The water layer between the positive ...

AI Technical Summary

Problems solved by technology

[0002] The current high-frequency electronic water processors are all large-flow and large-caliber, and the water is fed into one end of the processor and discharged from the other end. The internal cavity of the processor is very large, and the water flows in a parallel or vortex manner in the cavity. There will be a blind area of ​​high-frequency electric field between the cathode and the cathode, part of the water flow will not be effectively treated, and the efficiency of anti-scaling and sterilization will be reduced.

Due to the large flow rate and large volume of the current high-frequency electronic water processor, it cannot be applied to small water appliances, resulting in the defect that many water appliances are not sterilized due to scaling

The water layer between the positive and negative electrodes in the water treatment chamber of large-scale water treatment equipment is very thick, so a large driving power is required, and the power consumption is tens to hundreds of watts

CN2373440Y proposes a high-frequency water processor that combines multiple transducers and multiple high-frequency generators to eliminate the blind area of ​​high-frequency electric field and improve the treatment effect, but its structure is complex and consumes more electric energy, so it is not suitable for Used on small water appliances

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