DEVICE FOR PRODUCING HYGROSCOPIC SUBMICRON AEROSOL OF ALKALI METAL IODIDE WITH GLYCERINE

摘要

The utility model relates to the field of physics of aerodispersion systems, and in particular, to devices for producing hygroscopic, submicron and bipolar charged aerosol from drops of a homogeneous solution of alkali metal iodide with glycerin, and can be used in air conditioning systems and creating a healthy indoor microclimate, as well as in medicine in the treatment of diseases in which the inhalation of air containing hygroscopic, submicron aerosol of bioactive drops of glycerol with alkali metal iodide is indicated diameter from 0.1 to 3-4 microns. The technical result is to improve the technical characteristics of the device. To achieve this, a device is proposed for producing a hygroscopic submicron aerosol of a homogeneous solution of alkali metal iodide in glycerin, containing a cylindrical body in which a cylindrical electric furnace with a tubular channel is located coaxially with the annular gap, in which a reactor with an evaporating substance is placed, a fan installed coaxially with the tubular channel in front of a cylindrical electric furnace for supplying, through the grid installed in the lower end of the cylindrical body, atmospheric air in the ring the azor between the cylindrical electric furnace and the cylindrical body, the turbulent dilution chamber located at the outlet of the reactor, the voltage supply of the fan and electric furnace, coaxially mounted on the upper end of the cylindrical body removable inhalation container with a perforated outlet, on the side surface of which there is an inhalation pipe, while in the upper part of the cylindrical reactor containing a homogeneous solution of alkali metal iodide in glycerol, a separato coaxially fixed coarse droplets with a set of nets, while the lower part of the cylindrical reactor is mounted coaxially bubbling fine spray of liquid solution, attached to a membrane air compressor. The cylindrical reactor is made of ceramic, or stainless steel, or Teflon, or quartz glass. Coarse droplet separator is made of steel 12X18H10T in the form of a cone with an angle of 60 °, docked with a packet of successive stainless steel nets with mesh openings from 40 to 10 μm or with a coarse polymer fiber filter made of class F5 polyester. The bubbling fine atomizer is made in the form of a pneumatic centrifugal nozzle made of medical stainless steel 12X18H10T with shaped channels in the form of Laval nozzles. 3 s.p. f-ly, 1 ill.