TH38121A - Inhalation device for administering powdered medication. - Google Patents

Abstract

The DC60 inhaler device for powder medication delivery consists of a housing (1) containing a dose ball (15) connected to the opening of the powder reservoir (12) inside the housing, which can be manually operated and contains a dose chamber (17) for holding a portion of the powder. The dose ball is connected to a torsion spring (16) and also contains a stopper (20). In addition, it is connected to a rotating cutting plate (14) with a movable limiting stopper (14a). The aforementioned dose ball is preloaded by rotating it until its stopper rests on the aforementioned movable limiting stopper of the aforementioned cutting plate, and it is then released when normal breathing triggers the oscillation of the cutting plate. Due to the subsequent sudden blockage of the acceleration of the dose ball as the stopper strikes the bottom of the housing, the medication is then ejected from the dose chamber and distributed widely. It obstructs the respiratory airflow, allowing it to be fully inhaled and synchronized with breathing. Overdosing or multiple dose release is prevented. The inhaler device for powder administration consists of a housing (1) containing a dose ball (15) connected to the opening of the powder reservoir (12) inside the housing, which can be operated manually and contains a dose ballast cavity (17) to hold a portion of the powder. The dose ballast is connected to a torsion spring (16) and also contains a stopper (20). In addition, it is connected to a rotating cutting plate (14) with a movable limiting stopper (14a). The aforementioned dose ballast is pre-loaded by rotating it until its stopper rests on the aforementioned movable limiting stopper of the aforementioned cutting plate, and it is then released when normal breathing triggers the oscillation of the cutting plate. Due to this blockage, The sudden acceleration of the dosing ball, as the stopper impacts the bottom of the housing, causes the medication to be ejected from the dosing cavity and widely distributed in the respiratory airflow, allowing it to be fully inhaled and compounded with breathing. Overdosing or multiple dose release is prevented.

Claims (22)

1. An inhalant device for powdered medication consisting of a housing with a pre-set dosage regulator. A rotating part with a circular perimeter, connected to the opening of the powder collection bin located inside the housing. Which can be operated manually and assembled with a dosage-defined cavity to accommodate a portion. The powder and pieces inserted into the mouth are connected to the aforementioned housing at the level of the finished machine as specified. The aforementioned dosage, and in contrast to the air inlet, forms an air tube through which the powdered medication is administered. Released by rotating the device, the predetermined dose of medication is sprayed into the user's respiratory stream. A key feature is that the aforementioned finished machine is connected to a flexible mounting device and... It consists of a stopper and can be pre-packed until it hits. On the limiting stopper, while the dosing cavity remains within the range of the powder dispensing holes of the powder storage hopper. The aforementioned limiting device moves with the user's breath for successful device release. The previously loaded dosage is determined, and the accelerated movement of the machine is completed to determine the dosage. The aforementioned can be abruptly blocked by the aforementioned stopper. 2. An inhalation device that complies with claim 1, having specific characteristics which make the device complete. The aforementioned dosage indicator is designed as a spherical dosing device with a hole in the center of the casing. A shaft, and by its nature, it rotates around an axis at its end. 3. An inhalation device that complies with claim 1 or 2, having specific characteristics which the device The aforementioned flexible attachment is a torsion spring that is rotated around an axis on the end of the aforementioned axis, with... Short legs and long legs. The short legs mentioned are connected to the dosing ball mentioned earlier, and... The aforementioned long arm is connected to a working lever that rotates around an axis on the outside of the housing. With its elongated, curved shape within the aforementioned housing and aligned with the aforementioned axis end, The prior rotation and packing of the sphere determines the dosage of the aforementioned medication. 4. An inhalation device that complies with claim 3, having a specific characteristic of an operating lever. As previously mentioned, it is guided using a tappipe stem in the aforementioned elongated oval shape and can be arranged. With the dose-determining spheres mentioned earlier in the previous container, by locking them together or by... Passing through the death zone. 5. An inhalation device that complies with claim 1, having a specific characteristic which is a limiting inhibitor. As mentioned earlier, the movement that can be achieved by the equation with regard to breathing has been fitted to the cutting plate. The air tube is sealed and rotated around its axis directly in the housing at the front of the dosing sphere. The aforementioned medication, and its connection to the stopper of the sphere, determines the dosage of the aforementioned medication when the latter is present. In the pre-packaged state, the aforementioned dosing spheres were placed in the air tube in the following manner: The aforementioned stopper is retained at the very bottom of the housing by the force of the torsion spring. After the movable cutting plate has been released and the dosage-defined cavity has been inserted. Outside the area of the powder vent holes. 6. An inhalation device that complies with claim 3 or 4, and which is characterized by a cap. It is mounted in a sliding position to the free end of the working lever, and that is the aforementioned cover. It can be moved onto the jaw-loading piece of the housing when the aforementioned lever is in position. The beginning of it. 7. An inhalation device conforming to claim 1, characterized by the inclusion of a powder storage tank. With translucent materials and a viewing glass provided in the lower part of the tank housing. The powder mentioned above. 8. An inhalation device compliant with claims 6 or 7, having specific characteristics which the license has obtained. Assemble with the glass cover for inspection. Once the cover is slid onto the mouthpiece. 9. An inhalation device that complies with one of the claims in clauses 1 through 8, having the following characteristics: Specifically, the cavity designated for drug dosage is designed as a concave channel that has been shaped like a chamber. sphere 10. An inhalation device that complies with any one of the claims in clauses 1 through 9, having the following characteristics: Only as prescribed by the sphere, the aforementioned dosage can be replaced, and as prescribed by the sphere. Prescription cavity dosing: Various doses can be inserted. 11. An inhalation device that complies with any one of the claims in clauses 1 through 10, having the following characteristics: Specifically, the vibrating machine is connected to the powder storage tank. 12. An inhalation device that complies with any one of the claims in clauses 1 through 11, having the following characteristics: Specifically, the nasal adapter for intranasal inhalation is either removable or fixed. Place it in the mouth. 13. An inhalation device that complies with one of the claims of Article 12, having specific characteristics. The aforementioned nose adapter incorporates an olive-shaped component that protrudes from the opening. A mouthpiece whose flow tube is airtight when inserted into the nostril. 14. An end-of-life device that conforms to claims 12 or 13, having a specific characteristic which is the adjuster. The aforementioned nose extension is secured using a dovetail locking device designed in such a way that... The specific nasal adapter is adapted for specific powder inhalers. 15. An end-of-life device that complies with any one of the claims in clauses 1 through 14, having the following characteristics: Specifically, the aforementioned nose bridge cover is longer than the version without a nose bridge adjuster and can be adjusted. On the mouthpiece attached to the aforementioned nasal adapter. 16. An inhalant device that complies with any one of the claims in Clauses 1 through 15, having the following characteristics: Specifically, the powder storage tank is designed to hold a single refill of approximately 200 doses of the medication. 17. An inhalation device that complies with any one of the claims in Articles 1 through 16, having the following characteristics: Specifically, the drying agent is prepared in the equipment when the medicinal essence is in powder form. High-growth globule 18. An inhalation device that complies with any one of the claims in clauses 1 through 17, having the following characteristics: Specifically, the pumping device is provided within the housing, and the compressed air tank is in contact with the specified cavity. The drug is administered using a valve unit or diaphragm valve in a way that keeps the air trapped inside. It is released by the aforementioned valve unit simultaneously with the release of the dose-determining sphere. By means of a movable limiting stopper. 19. An inhalation device that complies with any one of the claims in Articles 1 through 18, having the following characteristics: Only the aforementioned pumping device is connected to the air box which is mounted on the support plate. It is movable and supported by the transverse walls in the housing at its opposite ends. The angle lever serves as a means of transmitting power. This angle lever is connected at the ends. Its opposite is the tappipe of the working lever, and the aforementioned air cone is in contact with the gap. Hollow at the end of the shaft with an air outlet hole for compressed air inside the housing, and a radial hole at the end of the shaft. 20. An inhalation device that complies with any one of the claims in Articles 1 through 19, having the following characteristics: Specifically, the valve unit for controlling the compressed air supply, according to the equation for breathing from the bellows to... The air duct is formed at the second radial end and at the first radial end of the hole. The walls of the hole... The shaft coupling of the ball determines the dosage, and the radial valve hole in the ball determines the dosage of the valve hole. As previously mentioned, this aligns perfectly with the first hole at the end of the valve stem, when the valve piece is positioned on the bottommost part. casing 21. An inhalation device that complies with any one of the claims in clauses 1 through 20, having the following characteristics: Specifically, the curved blowing tube is connected to the aforementioned valve hole in the surface area around the sphere. The dosing chamber, whose opening points from the outside towards the dosing chamber cavity, is used to determine the dosage. 22. An inhalation device that complies with any one of the claims in clauses 1 through 21, having the following characteristics: Except for the fact that each component, except for the torsion spring, is made of injection-molded plastic.