SU419225A1 - AEROSOL IONIZER - Google Patents

Description

one

The invention relates to medical technology, namely to aerosol ionizers.

An aerosol ionizer is known, which contains an ionization unit made in the form of an ion generator, a medicinal liquid dispenser in the form of a tank with graduation of fluid flow, a chamber for the patient, a control unit, a compressor with filters and exhaust ventilation.

However, this device does not allow for the introduction of bipolar aerosols with medicinal substances in a single dosage into the human body and does not ensure uniform spraying and mixing of the medicinal substance with air at low oxidation, and the device does not ensure the concentration of heavy electroaerosolines. All this reduces the effect of electroaerosoltherapy treatment.

In order to eliminate the above disadvantages in the proposed device, the ionization unit is made in the form of a glass cylinder with a meta shell, inside of which is a silver-plated electrode consisting of rods attached between the disks. Under the ionization unit there is a trap of drops in the form of a plate, between which and the ionization unit there is a block of a mixture of oxygen-enriched air and medicinal liquid, made in the form of a nozzle with

inlets connected to the dispenser of the medicinal drug, made in the form of an open flask, and to the gearbox of the supply of oxygen-enriched air. The unit of the mixture of oxygen-enriched air and medicinal liquids is fixed on the cantilever arms, and the chamber is a closed cabin connected to the ionization unit by means of the outlet nozzle. In addition, the nozzle is fixed in the form of a flag pointed quartz plate.

FIG. 1 is a block diagram of an aerosol ionizer; in fig. 2 - schematically

an ionization unit and a droplet catcher with a mixture of oxygen-enriched air and medicinal liquid together with the unit. The device contains (see Fig. 1) control unit 1, ionization unit 2, chamber 3 for

a patient, a reducer 4 for supplying oxygen-enriched air, a dispenser 5 for medicinal liquid, and a block 6 for a mixture of oxygen-enriched air and drug liquids. The ionization unit is a steel cylinder 7 with a metal shell 8, inside of which there is an silver-plated electrode consisting of rods 9 fixed between the discs 10. A droplet catcher is installed in the ionization unit 2

the form of a plate 11, inside of which is placed

block 6 of a mixture of oxygen-enriched air and drug fluid. Unit 6 contains nozzles 12, inlet connections 13 connected with a dispenser 5 of medicinal bone, made up as an open flask, and with a gearbox 4 of oxygen rich air.

In the nozzle 12, a quartz ilastic 14 is pointed in the form of a flag. Blocks 2 and 6 are mounted on hinged-turn brackets 15 connected to the camera body 3, which communicates with the nonization unit by means of the outlet 16.

Aerosol ionizer works as follows.

The oxygen-enriched air from the reducer 4 is fed through the nozzle 13 to the nozzle 12. The medicinal fluid coming through the second nozzle 13 is sucked into the nozzle 12 from the dispenser 5. The sprayed medicinal fluid in the air stream enriched with oxygen moves in the cylinder cavity 7. A high electric voltage is applied to the rods 9, and the air between the rods 9 is ionized by the action of an electric field, forming light air ions.

The smallest particles sprayed by the nozzle 12 and the quartz plate 14 of the medicinal liquid passing through the ionization unit become the condensation drains on which light air ions are deposited. As a result, heavy air ions are formed that hold their charge firmly. The mixture with the ionized particles of the medicinal liquid is fed into the chamber 3.

419225

Claims (2)

1. An aerosol ionizer containing ionization and control units, a dispensing drug dispenser and a patient's chamber, characterized in that, in order to inject bipolar electroaerosols with medicinal substances in a single dosage into the human body while reducing the oxidability and ensuring the concentration of medicinal substances, the ionization unit is made in the form of a glass cylinder with a metal sheath, inside of which is a silver-plated electrode, made of rods, fixed between the disks, a droplet catcher is installed in the form of a dish under the ionization unit, between which and the ionization unit there is a mixture oxygenated air and medicinal fluid, made in the form of a nozzle with inlets, connected to a dispenser of medicinal fluid, made in the form of an open flask, and with a reducer supplying oxygen-enriched air; made in the form of a closed cabin associated with the unit ionization through the outlet. 2. The ionizer according to Claim 1, characterized in that, for the purpose of uniform spraying and mixing of the medicinal solution with air, a quartz tip is attached to the nozzle in the form of a flag. FIG. one ten -ten . 1C u 13 .-,-15 , - 13 - 12