SU138671A1 - Hydroionizer - Google Patents

Description

BASIC Auth. No. 115834 describes a hydro-ionizer made in the form of a water vessel and an enclosure mounted on it in which an impeller is mounted, driven by an electric motor, to supply water and air to the water-splitting vanes and a separator to separate large particles of water from ionized air and return them in a vessel of water.

 Air ionization is based on the ballloelectric effect, implying the formation of air ions upon mechanical disintegration of water in an air environment upon repeated repetition of this process; water, however, taken from the vessel and mechanically fragmented, returns to the vessel again.

The present invention is a further improvement of the hydroionizer according to the basic author. St. No. 115834.

The proposed water ionizer differs from the known one in that its separator is made in the form of a flat sector-like box directly connected to a nozzle, through which ionized air is drawn. The separator is provided with a hole in the narrow wall of the box.

Such an embodiment of the hydro-ionizer increases the generation of light negative ions, increases the efficiency of water separation from ionized air and reduces the unipolarity coefficient.

For ease of use of the ionizer, the discharge nozzle is made expanding.

In the proposed hydraulic ionizer, a damper in the form of a plate placed at the bottom of the water vessel is also used.

FIG. 1 shows the proposed hydroionizer in section; in fig. 2- device separator and discharge nozzle.

The hydro-ionizer consists of a vessel / dl of water and a housing 2 mounted on it with water-splitting vanes 3. In case 2, an electric motor 4 is mounted, rotating the impeller 5. The impeller 5

No. 138671-2 supplies water and air to the water-splitting vanes 3. Air is sucked into the hydro-ionizer through a gauze filter 6 held by the hole 7 with apertures. On the side wall of the housing 2 there is a hole through which the nozzle 8 for the discharge of ionized air passes, directly connected by thread to the separator 9.

The separator 9 is a flat sector-like box. In the narrow part of the box there is a hole 10 through which ionized air is carried out with particles of water suspended in it.

The ionized air with water particles suspended in it, both at the entrance to the separator and in the separator channels, experiences a significant mechanical effect (in the form of collision of oncoming flows, turbulization, vigorous circulation in the boundary layers, etc.). As a result, further splitting of bile particles of water and their subsequent sedimentation in the separator channels occurs, which leads to additional air ionization.

The return of water to the vessel / occurs due to the merging of water particles into larger and settled in the channels of the separator along the walls of the separator under the action of gravity.

The dehydrated and ionized air through the nozzle 8 due to the overpressure in the ionizer enters the patient. The nozzle 8 is expanding.

At the bottom of the vessel U there is a water damper // (in the form of a plate), which prevents it from razbaltyvaniyu.

Hydroionizer works as follows. When the plug 12 is turned on, the electric motor 4 with the impeller 5 comes to rotate. Under the action of centrifugal force, water from the vessel 1 rises along the inner conical cavity of the impeller to its blades and they are thrown onto the water-splitting vanes 3. Negative ions are formed when the water is broken. On the other hand, due to the rotation of the impeller through the holes in the lid 7 and the filter 6, outside air is sucked in, which in the water spray zone is ionized. Further, the passage through the separator 9 and the nozzle 8, the ionized air is additionally ionized, almost completely dehydrated and supplied to the patient.

Present Invention

Claims (3)

1. Hydro-ionizer for carrying out the method according to ed. St. N ° 115834, made in the form of a water vessel and a casing mounted on it, in which an impeller driven by an electric motor is mounted for injecting air and supplying water to the water disintegrating blades and separator to separate large particles of water from ionized air and return them to water, characterized in that, in order to increase the efficiency of the separation of water from ionized air, the separator is made in the form of a flat sector-like box directly connected to the outlet for ionized water. zduukha nozzle, with an inlet in the narrow wall of the box. 2. The hydro-ionizer according to claim 1, of which is designed so that, for the sake of ease of use of the ionizer, the discharge nozzle is made expanding. 3. In the hydro-ionizer on PP. 1 and 2, the use of a plaque immobilizer mounted on the bottom of the water vessel.