TH68473A - Inhalation devices for administering medication into the lungs. - Google Patents

Abstract

DC60 Inhalation device for drug movement into the lungs. Will be included A chamber for containing pharmaceutical components, which is powdered of very small particles by air impacts for air diffusion. Air for bringing air from outside into the chamber so that the pharmaceutical components are Apply Air Impact And for inhalation of air from outside to pharmaceutical constituents, flow paths for inhalation of powdered pharmaceutical components. Framework for Classified as a path room for air inflow And the flow path for inhalation of the mouth part that Is provided at one end of the frame. In which the mouth part will be prepared With the flow path on the side of the mouth It communicates with the inhalation flow path and the auxiliary flow path where the inhalation device for infusion travels into the lungs is assembled in such a way that Air impact is applied to the Pharmacy with air from outside Which flows into the chamber through inhalation that is also induced Pressure that occurs when the operator (patient) breathes air And the pharmaceutical components obtained Powder is introduced into the lateral flow path of the mouth. And during the same period, the air from the outside is brought directly into the flow path, supplemented by Inhalation that is induced by pressure Inhalation devices for administering medication into the lungs. Will be included A chamber for containing pharmaceutical mixtures, which is powdered of extremely fine particles by air impacts for air diffusion. Air for bringing air from outside into the chamber so that the pharmaceutical components are Apply Air Impact And for spraying air from outside to pharmaceutical components, flow paths for inhalation of powdered pharmaceutical mixtures. A frame for arranging a room with a path of air inflow. And flow path for inhalation Part that is the mouth Is provided at one end of the frame. In which the mouth part will be prepared With the flow path on the side of the mouth It communicates with the inhalation flow path and the auxiliary flow path where the inhalation device for infusion travels into the lungs is assembled in such a way that Air impact is applied to the Pharmacy with air from outside Which flows into the chamber through inhalation that is also induced Pressure that occurs when the operator (patient) breathes air And pharmaceutical mixtures obtained Powder is introduced into the lateral flow path of the mouth. And during the same period, the air from the outside is brought directly into the flow path, supplemented by Inhalation that is induced by pressure

Claims (3)

1. An inhalation device for administering medication into the lungs. Which will consist of a part of the mouth that is provided at one end of the frame The chamber is built into a frame for containing the pharmaceutical components that have been It results in fine particles by air impacts for dispersing into the air. Air inlet paths for directing air from outside into the room and for Spraying air from outside to the pharmaceutical components To provide pharmaceutical components Has been affected by air The inhalation flow path with a suction channel that is set in the chamber for inhalation. Powdered pharmaceutical component and auxiliary flow path for direct inhalation of air from outside, which will not flow through the chamber. The auxiliary flow path opens around the flow path for inhalation in the flow direction. Of the air of the flow path for inhalation in such a way that the supplementary air exits the The auxiliary flow does not interfere with the air flow of the inhalation path. 2. Inhalation device for administering medication into the lungs. According to claim 1, where the mouth part is provided with an oral flow path connected with Flow path for inhalation The auxiliary flow path for direct external air intake is not connected with the The flow for inhalation and the oral flow route and the inhalation device for infusion into the lungs are morphed in a manner that The airborne shock is then given to the pharmaceutical component by air outside, which It flows into the chamber by the sticky pressure directed by inhalation, which is generated when the user inhales the air, and the powdered pharmaceutical component is induced into the oral and internal flow pathways. The same time, the outside air is directly induced to the auxiliary flow path by the pressure being Induced by inhalation 3. Inhalation devices for drug movement into the lungs. According to claim 1, the mouth part is provided with an oral flow path that is connected to the Flow for inhalation And an indicator with a small hole in at least one of the paths. Oral flow or inhalation path for reducing the size of the flow path. By forming a step-by-step inhalation device, the inhalation device for administering the drug to travel into the lungs was morphed in a manner that The air-generated shock is supplied to the pharmaceutical component by the outside air flowing. The pressure is induced by inhalation, which is generated when the user (patient) inhales air, and the powdered substance is induced into the flow path for Inhalation And the flow path from the mouth And through that small hole as well. 4. Inhalation device for the drug to move into the lungs. According to claim 3, a number of barriers, each with a small compartment, are provided at appropriate intervals. 5. Inhalation devices for the drug to be moved into the lungs. According to claim 1, where the mouth part is provided with an oral flow path connected to Flow path for inhalation And the additional flow path for inhalation outside air is not It is used for supplying air to the pharmaceutical components. It does not flow through the chamber and also allows the inhaled outside air to flow into the flow path through the mouth through the mouth. Through a broadcasting channel which opens into the oral flow path With an open channel broadcasting in The air-discharge directions of the oral flow path and the pharmaceutical components are powdered by air impacts by the air-driven air. Created by the outside air flowing into the chamber by pressure induced by inhalation Was built When the user sniffs the air And the powdered pharmaceutical component flows into the Flow to the mouth that is surrounded by outside air flowing into the mouth flow path from Repetitive loop broadcasting channel 6. Inhalation devices for delivering drugs into the lungs. According to claim 5, which also includes additional Partition chamber with small opening for reducing the size of the flow path formed in the Flow path on the mouth side Where the outside air containing the powdered pharmaceutical constituents passes through a small cavity and afterwards is surrounded by the outside air flowing into the lateral flow path. The mouth from the recital-shaped airway. 7. Inhalation devices for administering medication into the lungs. According to claim 6, where the length of the small channel flow path will be longer in the direction of the air discharge of the line. Flow through the mouth 8. Inhalation devices for administering medication into the lungs. According to any claim One of the preceding Which also includes additional Unsealed assembly for loosening. The sealing condition of the container is provided by the sealing assembly. In which the container was Supported in the said room Packaged by a non-powdered, lump-like pharmaceutical component, which Scattered in the air by waves created by air It is sealed by a sealing assembly without the container being sealed by an unsealed assembly to form a connection. Between the chamber and the inside of the container, the action generated by air is supplied by pressure induced by inhalation to Pharmaceutical components contained in the container 9. Inhalation device for administering drug to the lungs. According to any claim One of the preceding It is also equipped with a non-return valve to prevent the elements Inhaled pharmaceutical powder, flow from the outward channel, 1 0. Inhalation device for administering the drug into the lungs. According to claim 1, it also includes an additional indicator for blocking the flow path for inhalation. By an indicator There is a small chamber for reducing the size of the inhalation flow path and is placed at the Air inlet port flow destination Where the frame is included The main body that forms a cylinder and a container that is Equipped with a removable air inlet. The chamber is formed by a container for storing pharmaceutical ingredients, which has been The powder is formed into fine powder particles by a slurry created by air for air distribution and the inhalation flow path is formed from the empty space inside of the main body, the mouth part. And container The inhalation flow path is intended for the filled external air flow. Fine powder particles of pharmaceutical composition from container side to mouth side 1 1. An inhalation device for administering medication into the lungs. According to claim 10, where the air inlet port is formed between the main body and the container, relying on the notched notch. It is provided at the end of the main body and an auxiliary flow path is formed between the mouth part. And an indicator by relying on The incision is formed on the outer surface of the perimeter of the barrier 1. 2. Inhalation devices for drug movement into the lungs. According to claim 10 or 11, where the inhalation flow path has a capacity in such a way that the action is generated by air It can be supplied to the pharmaceutical components by outside air which is fed from the inlet port. Air enters the inhalation flow path that is positioned at the source of the flow barrier by Sniff by user 1 3. Inhalation devices for drug movement into the lungs. According to any of the claims 10 to 12, an auxiliary flow path is provided with an air outlet opening into the path. The inhalation flow of the mouthpiece and the air outlet is arranged in a certain location in such a way that the outside air flows. From the outlet, the air is inhaled into the user's mouth without passing through the slit.