Water-molecule-rich light anion releasing device and corresponding releasing method

Abstract

The invention provides a water-molecule-rich light anion releasing device. The water-molecule-rich light anion releasing device comprises a shell, a draught fan, a wet net device and an anion generator, wherein the shell comprises an air inlet and an air outlet, and the air outlet is located in front of the air inlet; the draught fan is installed on one side of the air inlet inside the shell; the wet net device comprises a wet net and a water tank, and the wet net is installed on one side of the air outlet inside the shell; the bottom of the wet net is soaked in the water tank; the wet net is parallel to the draught fan; and the anion generator is installed on one side of the air outlet inside the shell and located in front of the wet net. Air is filtered through a filter net firstly, clean air is generated and then heated through a heating net, the air passes the wet net wetted by water, and finally anions are added through an anion release electrode, so that the clean air and water-molecule-rich small anions are generated, the survival life of the anions is prolonged while the concentration of the output anions is ensured, and the purpose of simulating the state of the anions in the natural world is achieved.

Description

technical field [0001] The invention relates to a device for releasing light negative ions rich in water molecules and a corresponding releasing method. Background technique [0002] The so-called negative ions mainly include hydroxyl anion (hydration hydroxyl anion, the chemical formula is Hydroxide anion (chemical formula [OH - (H 2 O) n ]), negative oxygen ion (chemical formula is ), the existence of negative ions is inseparable from water molecules. [0003] Scientific research shows that the ions in the air can be divided into three types according to their volume: light, medium, and heavy (also described as small, medium, and large, with the same meaning). A part of positive and negative air ions will adsorb 10 to 15 neutral gas molecules around them to form light air ions. The diameter of light ions is 10 -7 cm, moving faster in the electric field, 1 to 2 cm 2 / (V.s), the survival time is longer. Most of the medium and heavy ions are produced by particles su...

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Problems solved by technology

The humidification scheme used in this patent is the principle of ultrasonic atomization humidification, and the water mist produced by ultrasonic atomization is in the form of fine water droplets in the floating air, so it is electrostatically charged water droplets and heavy ions, not beneficial small negative ions. Unable to simulate the negative ion state in nature

[0007] The design of the above-mentioned negative ion generating device mainly focuses on the discharge efficiency of the negative ion releasing electrode and the utilization of the electrostatic properties of negative ions, and does not pay attention to the degree of air cleanliness and the addition of water molecules. The content determines whether it is close to the natural negative ion state

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