FIELD: medicine.
SUBSTANCE: halo-inhaler comprizes housing with inner cavity, air duct for air supply, nozzle for user supply of salt aerosol, electric motor, mixer, power supply, switch electric motor button connected with gate valve and protective cap for motor button protection in idle mode. Housing is equipped with sealed compartment for arrangement of power supply for supply of electric motor when pressing switch on button of electric motor and chamber for arrangement of silica gel, covered with filter gasket and connected by means of lateral air channels with atmosphere. Mixer is made in the form of a cup, which is filled with pharmacopoeial salt, and installed with possibility to be rotated from electric motor for mixing and grinding of pharmacopeial salt. Mouthpiece suitable to be removed is installed on the housing and is connected with air duct. Gate valve is installed with possibility of covering in idle mode of air channels to feed salt aerosol, connecting inner cavity of housing with air duct and mouthpiece, and opening of these channels and channels connecting the chamber for silica gel with the salt chamber in operating condition at the pressed button.
EFFECT: reduced duration of respiratory sessions, higher efficiency due to reduced consumption of salt and its complete use during service life of the halo-inhaler, as well as keeping up high salt concentration in the inhaled air mixture.
5 cl, 5 dwg
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Authors
Dates
2016-08-20—Published
2014-12-10—Filed