초록 ▼

The traditions, studies and international practice, prove that the inhalation of hot steams with or without the impurity of a medicine, helps the prevention and treatment of respiratory system diseases in hospitalization or home treatment. The device of application of the therapy is simple, easy to

The traditions, studies and international practice, prove that the inhalation of hot steams with or without the impurity of a medicine, helps the prevention and treatment of respiratory system diseases in hospitalization or home treatment. The device of application of the therapy is simple, easy to use, safe and affordable cost. This invention concerns a system with: 1) A inventive pipe—conductor of air, with an embodied safe system of electric points and power connections—cables for the supply of the nebulizer device with air and power simultaneously. 2) A nebulizer device that permits the simultaneous heating of the solution and nebula at 35-40° C. via a temperature regulator. In addition it posses system which via the electromagnets or the mechanism opens and closes impellers or a silicone leaf and settles the provision of nebula towards the inhalation mask. 3) A mask of inhalations with conical channels that routes the expired air to the sensor and the inhaled nebula to the mouth and nasal cavity.

대표청구항 ▼

1. A nebulizer device, connectable to an inhalation mask, the nebulizer device comprising: a main body, including: a liquid solution;an interior surface, coated with a coating of refractory material the entire coating incorporating a network of heat resistors on the whole interior surface of the mai

1. A nebulizer device, connectable to an inhalation mask, the nebulizer device comprising: a main body, including: a liquid solution;an interior surface, coated with a coating of refractory material the entire coating incorporating a network of heat resistors on the whole interior surface of the main body;a reception mouth, connectable to an air-power pipe conductor, to receive compressed air and power from the air-power pipe conductor to supply power to the heat resistors and supply compressed air to the interior of the main body to produce a produced spray nebula by the Bernoulli principle from the included liquid solution disposed within the main body, the main body and reception mouth being configured for the compressed air flow under the Bernoulli principle to create a relative low pressure adjacent the included liquid solution in the main body for the included liquid solution to form nebula droplets suspended in air to form the produced spray nebula;an outlet to provide the produced spray nebula to the inhalation mask;a system of periodic interruption and provision of the spray nebula during exhalation and inhalation, respectively,the network of heat resistors on the whole interior surface being configured to heat the liquid solution and the produced spray nebula and maintain the temperature of the liquid solution and the produced spray nebula within an operative range during nebulization and until the spray nebula reaches the outlet to the inhalation mask. 2. The nebulizer device according to claim 1, further comprising an air-power pipe conductor, the air-power pipe conductor having a body and two ends, one end of the two ends comprising an electrical power connection and the other end of the two ends comprising another electrical power connection, said two ends being connected with thin cables along the body of the air-power pipe conductor, the one end being connectable to a compressed air volume supply, the compressed air volume supply bearing a further electrical power connection; the electrical power connection of the air power pipe conductor being configured to provide power to a power connection located at the reception mouth located at a base of the interior, peripherally to the reception mouth. 3. The nebulizer device according to claim 2: the base being a conical cuplike internal base, said heat resistors being connected to the power connection of the reception mouth, and,the nebulizer device further comprising a temperature regulator to regulate the temperature of the liquid solution and the spray nebula between 35° C.-40° C.;the outlet being round and bearing at a back side thereof a conical area of diameter equal to the outlet mouth's diameter;and the nebulizer further comprising semi-circular electromagnets disposed in a surface of an internal edge of the mouth of the outlet;the system of periodic interruption and provision of the spray nebula during expiration and inhalation comprising:an electronic sensor, in an anterior edge of the mouth of the outlet, sensitive to the fluctuation of the pressure of the air by the expiration of the patient, anda circular silicone leaf of diameter equal to the mouth's diameter and disposed based in a surface of the conical area, said circular silicone leaf being moveable upwards and downwardsthe silicone leaf having in its periphery magnetic poles;the sensor being configured to change the polarity of the electromagnets to move the silicone leaf and close the outlet when the patient expires. 4. The nebulizer device according to claim 2: the base being a conical cuplike internal base, said heat resistors being connected to the power connection of the reception mouth, and,the nebulizer device further comprising a temperature regulator to regulate the temperature of the liquid solution and the spray nebula between 35° C.-40° C.;the outlet being round and bearing at a back side thereof a conical area of diameter equal to the outlet mouth's diameter and being configured to open or close;and the nebulizer further comprising semi-circular electromagnets disposed in a surface of an internal edge of the mouth of the outlet;the system of periodic interruption and provision of the spray nebula during expiration and inhalation comprising:an electronic sensor, in an anterior edge of the mouth of the outlet, sensitive in the fluctuation of the pressure of the air by the expiration of the patient, anda round impeller of diameter equal to the diameter of the mouth having a pair of magnets at its periphery, the round impeller being configured to move from vertical to horizontal position and vice versa andthe sensor being configured to change the polarity of the electromagnets to be of opposite polarity to the polarity of the pair of magnets when the patient expires to move the round impeller from vertical to horizontal position to close the outlet. 5. The nebulizer device according to claim 2: the base being a conical cuplike internal base, said heat resistors being connected to the power connection of the reception mouth, and,the nebulizer device further comprising a temperature regulator to regulate the temperature of the liquid solution and the spray nebula between 35° C.-40° C.;the outlet being round and bearing at a back side thereof a conical area of diameter equal to the outlet mouth's diameter and being configured to open or close;and the nebulizer further comprising semi-circular electromagnets disposed in a surface of an internal edge of the mouth of the outlet;the system of periodic interruption and provision of the spray nebula during expiration and inhalation comprising:an electronic sensor, in an anterior edge of the mouth of the outlet, sensitive in the fluctuation of the pressure of the air by the expiration of the patient, andtwo wings of semi-circular shape disposed on walls of the mouth of the opening and of total diameter equal to the cross-section of the mouth of the outlet, and configured to move from horizontal position to vertical and vice versa,the sensor being configured to change the polarity of the electromagnets to move the wings from horizontal position to vertical and vice versa to stop or permit the passage of the spray nebula, respectively. 6. The nebulizer device according to claim 2, further comprising: a thin mechanical system comprising thin springs, the thin mechanical system being disposed at a surface of an internal edge of the opening;a back side bearing a conical area of diameter equal to the mouth's diameter, coupled to the opening; and,an electronic sensor disposed in an anterior edge of the outlet,the nebulizer device providing periodic interruption and provision of the spray nebula during exhalation and inhalation, respectively. 7. The nebulizer device according to claim 3, further comprising an inhalation mask, the inhalation mask having constructions of conical channels at the internal side configured to route the expired air towards the mouth of the opening, where the electronic sensor is disposed, and to route the spray nebula to the mouth and nasal cavity of the patient. 8. The nebulizer device according to claim 1, the liquid solution being saline. 9. The nebulizer device according to claim 1, the liquid solution being saline mixed with essential oils. 10. The nebulizer device according to claim 1, the liquid solution being saline mixed with decoctions' distillates. 11. The nebulizer device according to claim 1, the liquid solution including a pharmaceutical substance. 12. The nebulizer device according to claim 4, further comprising an inhalation mask, the inhalation mask having constructions of conical channels at the internal side configured to route the expired air towards the mouth of the opening, where the electronic sensor is disposed, and to route the spray nebula to the mouth and nasal cavity of the patient. 13. The nebulizer device according to claim 5, further comprising an inhalation mask, the inhalation mask having constructions of conical channels at the internal side configured to route the expired air towards the mouth of the opening, where the electronic sensor is disposed, and to route the spray nebula to the mouth and nasal cavity of the patient. 14. The nebulizer device according to claim 6, further comprising an inhalation mask, the inhalation mask having constructions of conical channels at the internal side configured to route the expired air towards the mouth of the opening, where the electronic sensor is disposed, and to route the spray nebula to the mouth and nasal cavity of the patient.