Nano water ion cluster generator

Abstract

The invention belongs to the field of disinfection, epidemic prevention and healthy air, and particularly relates to a nano water ion group generator. The generator comprises at least one pair of P/N type semiconductor crystal grains, wherein the paired P/N type semiconductor crystal grains are composed of P type semiconductor crystal grains and N type semiconductor crystal grains, one end of each P/N type semiconductor crystal grain is a refrigeration end, and the other end of each P/N type semiconductor crystal grain is a heating end; a heat absorption piece which is used for obtaining the cold energy generated by the refrigeration end and transmitting the cold energy to the blocking piece; a blocking piece which is used for conducting the cooling capacity obtained by the heat absorption piece so as to obtain condensate water or air with high relative humidity; an ionization piece which is arranged on one side of the blocking piece to absorb, gather or accumulate moisture in cold energy, condensate water or high-relative-humidity air, is electrically coupled to the high-voltage power supply and is used for loading a high-voltage electric field so as to ionize air and moisture around the ionization piece under the action of an electron avalanche effect, and obtain at least one nano-particle-size substance of charged particles and oxygen-containing free radicals.

Description

technical field [0001] The invention belongs to the fields of disinfecting, epidemic prevention and healthy air, and in particular relates to a nanometer water ion group generator. Background technique [0002] Due to many advantages such as biological activity, small particle size, strong penetration ability, stable performance, sterilization, and odor removal, nanometer water ions have attracted more and more attention. Existing nano water ion generator or device still has the following deficiencies: [0003] (1) Poor structural stability: thermoelectric grains, P / N type semiconductor grains or Peltier refrigeration units are electrically connected to the discharge electrode and exposed to the outside air. Since the discharge electrode has a certain length, it is under the leverage effect Under the influence of external factors, it is easy to be damaged by the impact of external factors, causing the P / N type semiconductor crystal grain to break, fall off or break, and the...

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Problems solved by technology

[0003] (1) Poor structural stability: thermoelectric grains, P/N type semiconductor grains or Peltier refrigeration units are electrically connected to the discharge electrode and exposed to the outside air. Since the discharge electrode has a certain length, it is under the leverage effect Under the influence of external factors, it is easy to be damaged by the impact of external factors, causing the P/N type semiconductor grain to break, fall off or break, and the structural stability is poor, which greatly increases the defective rate of the product.

[0004] (2) The efficiency of the device is low: it needs to be refrigerated to below the air dew point temperature, and the heat conduction and electrical conduction resistance of the Peltier refrigeration unit is large, the refrigeration efficiency is low, and the use cost and power consumption are increased.

[0005] (3) Opposed electrodes or high-voltage electrodes need to be installed, not only the size of the device is large, but also the charged particles are adsorbed to reduce their release: due to the thermoelectric grains, P/N type semiconductor grains or ...

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