SU1682725A1 - Wet air generator - Google Patents

Abstract

The invention relates to air conditioning and allows for adjusting the alago content of air, reducing inertia and extending the range of operation. A chamber 6 is connected to the outlet nozzle 3 of the housing 1 with a perforated plate 7 installed along the air flow in it, a package of 8 plane-parallel plates, a grid electrode 9 and an ultraviolet light source 10. Ultraviolet light source 10 with a diaphragm 11 is installed above the package of 8 plates, and the latter and the grid electrode 9 are connected to the positive and negative poles 12 and 13 of the current source, respectively. Moisture-saturated air from the housing 1 enters the space of the chamber b, passes the holes in the perforations of the plates 7, enters the

Description

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The space of a package of 8 plane-parallel plates, is irradiated from the source 10 of the light through the diaphragm 11, and the water molecules are ionized. Free electrons under the action of el. the floor rushes to the positively charged plates, and the positive ions freely enter this zone and move in the direction of the grid electrode 9, are deposited on

The invention relates to air conditioning technology, specifically to air humidification devices, and can also be used in metrological systems providing means for measuring and controlling the humidity of air and gases.

The purpose of the invention is to regulate the moisture content of the air, reducing inertia and extending the range of operation.

The drawing shows a humid air generator.

The moist air generator contains a housing 1 partially filled with liquid, with an inlet 2 and an outlet 3 with air nozzles installed in the housing 1 and a heater 4 immersed in the liquid and a perforated nozzle 5 fixed to the end of the inlet 2.

The generator also contains a camera b, connected to the outlet nozzle 3 with perforated plate 7 installed along it along the air course, pack of 8 plane-parallel plates, grid electrode 9, ultraviolet light source 10 with diaphragm 11 and current source (not shown), while ultraviolet light source 10 with a diaphragm 11 is installed above the 8-plate pack, and the latter and the grid electrode 9 are connected to positive 12 and negative

13poles of the current source, respectively.

Under the chamber 6 is installed tank

14dl collecting condensed water connected through the pump 15 with the pipe 16 of the fluid. The camera 16 has an outlet 17. The moist air generator operates as follows.

Moisture-saturated air from the housing 1 enters the space of the chamber 6, passes through the perforations of the plate 7, enters the space of the package 8 plane-parallel plates. Through the diaphragm 11, the vapor-air mixture located between the plane-parallel plates is subjected to

it is restored into the molecule. The water molecules deposited on the grid electrode 9 are concentrated in a drip state and are partially discharged, and dried air flows to the consumer. By changing the opening angle of the diaphragm 11, the voltage of the source, change the degree of ionization of water molecules, and therefore, regulate the moisture content of the outlet air. 1 il.

irradiation from ultraviolet light source 10, while depending on the established diameter of the opening of the diaphragm 11 of the water molecule in the vapor-air

mixtures are ionized in greater or lesser amounts. The system of a package of 8 plane-parallel plates through a bus of an electrical output 12 is supplied with a positive potential, which leads to the predominance of the ionization process over the recombination process of I.OHOB and free electrons, the main mass of which, by the action of an electric field, tends to positively charged plasgins. In turn, the positive ions formed from water molecules as the vapor-air mixture flows through the package system of plane-parallel plates leave the zone unhindered due to

unambiguity of its charge and positive potential on the plates. The ions moving in the direction of the grid electrode, made of a finely meshed grid, to which a negative potential is connected, are deposited on the grid electrode 9, recovering into the molecule. The water molecules deposited on the grid electrode 9 are concentrated in a drip state, flow into the tank 14, from which

If necessary, through the pump 15 with the pipe 16, water can flow back into the housing 1 of the humid air generator.

Thus, partially dried air enters the grid electrode 9,

which can later be transported through the nozzle 17 to the appropriate technological system or to the heat-insulated chamber for calibration and calibration of relative

air humidity.

Changing the opening angle of the diaphragm 11, the voltage of the current source, change the degree of ionization of water molecules, and therefore, regulate the moisture content

air in the outlet 17.

5 16827256

Claims (1)

The claims of the invention are connected to the outlet nozzle, with a us-wet air generator, containing in it, along the air course, the first partly filled with a liquid of a corporeal plate, a launch bag with inlet and outlet air flat-parallel plates, mesh nozzles installed in the housing and -5 electrode, ultraviolet light source, heated into a liquid, and a perforated light with a diaphragm and current source, mounted on a nozzle, attached, for example, to an ultraviolet light source at the end of the inlet A diaphragm-mounted diaphragm is installed above the package so that, in order to regulate the moisture-cuspasellate plates, and the latter and the air content, reduce inertia-10, the grid electrode is connected to positivity and extending the range of operation, positive and negative poles is- it additionally contains a camera, a current point, respectively.