TH19486C3 - Inhalation device for powder dosing - Google Patents

Abstract

DC60 The powder-shaped inhalation device consists of a housing (1) with a dose-setting ball (15) related to the opening of the powder storage tank (12) located inside the housing. Can be used The work was done by hand and consisted of a fixed dose cavity (17) for supporting part of the powder orbs. The dose was connected with a torsion spring (16) and also consisted of a stop piece (20). This already It is also related to a cutting disc that rotates around an axis (14) with a movable limiter stop (14a). The aforementioned dose-dependent orbs are pre-loaded by rotating them until slices. Its stop rests on the aforementioned movable limiter stop of the aforementioned cutting disc and it is released while normal breathing stimulates the oscillation of the cutting disc. Due to the blocking of Immediately after the spherical acceleration, the dose of the drug is determined, as the stopping piece hits the bottom of the housing, the drug is ejected from the cavity, determines the dose, and is distributed widely. It interferes in the respiratory stream, allowing it to be fully inhaled, and the respiratory equation, over-dosing or multi-dose release is prevented. The inhalation device for powder dosing consists of a housing (1) which has a dose-setting ball (15) related to the opening of the powder container (12) located inside the housing that can Has been used The work was done by hand and consisted of a fixed dose cavity (17) for supporting part of the powder orbs. The dose was connected with a torsion spring (16) and also consisted of a stop piece (20). This already It is also related to a cutting disc that rotates around an axis (14) with a movable limiter stop (14a). The aforementioned dose-dependent orbs are pre-loaded by rotating them until slices. Its stop rests on the aforementioned movable limiter stop of the aforementioned cutting disc and it is released while normal breathing stimulates the oscillation of the cutting disc. Due to the blocking of Immediately after the spherical acceleration, the dose of the drug is determined, as the stopping piece hits the bottom of the housing, the drug is ejected from the cavity, determines the dose, and is distributed widely. It interferes in the respiratory stream, allowing it to be fully inhaled, and the respiratory equation, over-dosing or multi-dose release is prevented.

Claims (9)

1. An inhaler device for a powder form containing a housing with a dosing presenter. A swivel with a circular perimeter and is associated with the opening of the hopper inside the housing. That can be applied by hand and is assembled with a cavity, a dose-setting dose for supporting part of the powder and a mouthpiece that has been connected to the aforementioned housing at the level of the pre-determined machine. Dose of drugs mentioned above And opposite the air inlet holes to form an air duct where the powdered dose has been Release by rotating the machine, a fixed dose of the drug is sprayed into the user's breathing stream. With unique characteristics which The success of the above Have been connected with flexible attachments and Assembled with stopping pieces And by that it can be pre-loaded until it hits On the limit stopper While the dosing cavity remains within the range of the dispensing hole of the powder storage tank. The aforementioned limiter stoppers are moved by the air breathed by the user for successful release of the apparatus. Determine the previously contained drug dose. And by the accelerating motion of the machine, the drug dose is determined The foregoing can be abruptly blocked by the aforementioned stopping pieces. 2. Inhalation devices corresponding to claim 1, with the characteristics of which the device is The aforementioned dosages are designed as a spherical, dosed dose with a hole in the center of the shaft and by which it is rotated around the axis surrounding the axis end. 3. Inhalation devices corresponding to claim 1 or 2, with the characteristics that the equipment The aforementioned elastic attachment is a torsion spring that has been rotated around an axis on the end of the aforementioned rod with short and long legs. The aforementioned short legs are connected to the aforementioned dose-regulating spheres, and the aforementioned long legs are connected to a working bell that rotates around an axis on the outside of the housing. With a curved oval shaped hole In the housing that has been opened and in line with the axis of the aforementioned for Rotating and filling earlier on the orb determines the aforementioned dosage. 4.Inhalation devices that comply with claim 3, have a unique function. As mentioned above, it is introduced using a taper shank in the elongated hole mentioned above. And can be arranged With orbs, determine the aforementioned dosages in the previous containment position either by locking between them or by passing them on the dead center. 5.Inhalation devices complying with claim 1, with the characteristics of which the stopper is limited. As mentioned above, that can be moved by the respiratory equation, is attached to the cutting disc at Seal the air duct And has been rotated around the axis in the housing directly in front of the orb set the dose Medicines mentioned above And connected to the stopping piece of the orb, determining the aforementioned dosage When the latter is In the pre-filled state of the spheres, prescribe the aforementioned dosage. Has been put in the air duct in the manner Where the aforementioned chevron stops are fixed at the bottom of the case. By the force of the torsion spring After the cutting disc is movable Was released and by the ventricles designated dose was inserted Outside the range of the powder outlet 6.Inhalation devices corresponding to claim 3 or 4, with the characteristics of the cover It has been fitted with a sliding mount to the free end of the working bell. And that the aforementioned lid Can be slid on the mouth piece on the housing When the reputation of the aforementioned works is in position Start of it 7. The inhalation device that complies with claim 1, is characterized by the fact that the powder storage tank is made of transparent material and that of the inspection glass. Is provided in the housing in the bottom of the storage tank Powder mentioned above 8.Inhalation devices corresponding to claim 6 or 7, with the characteristics of which the plates are Assembling the inspection glass cover when the lid has been slide over the mouthpiece. 9.Inhalation devices corresponding to one of the claims 1 to 8, with the characteristics in which the dose-designated cavity is designed as a recessed cavity that has been shaped like a spherical part 1. 0. Extensive equipment corresponding to any of the claims 1 to 9, with the characteristics specified by the sphere. The dosages mentioned above can be replaced. And by the orb set Cavity dose prescribed Various dosage dosages Can be inserted 1 1. Inhalation devices that comply with any of the claims 1 to 10, with the characteristics of which the vibration Has been connected to the powder storage tank 1. 2.Inhalation devices that comply with any of the claims 1 to 11, are characterized by the inhalation adapters for inhalation, either removable or fixed. Put in pieces, put in mouth 1 3.Inhalation devices corresponding to any of the claims of Article 12, with particular characteristics. The aforementioned nose adapters It consists of an olive-shaped component that rises from the mouthpiece opening where the flow tube is air sealed when Has been inserted into the nasopharynx 1 4. Extensive equipment corresponding to claim 12 or 13, with the characteristics that the modulator The aforementioned nose connector is secured using a locking device designed in such a way that The dedicated nasal adapter is optimized for the dedicated powder inhaler. 5. Extensive equipment corresponding to any of the claims 1 to 14, with the characteristics of the aforementioned covers. Longer than without a nose adapter And can be postponed On the piece put the mouth on the aforementioned nose adapter 1. 6.An inhalation device that complies with any of the claims 1 to 15, is unique in that the powder storage tank is designed to store a single dosing of approximately 200 doses of the drug. 7. Inhalation devices that comply with any of the claims 1 to 16, are unique to which the drying agent is provided in the device. When the powdered essence is a high-grade, closed 1 8.Inhalation devices that comply with any of the claims 1 to 17, are characterized by the inhalation device provided within the housing. Compressed air storage tank that contacts the cavity with Dosage with the valve unit or diaphragm valve in the manner of retained air which is released by the aforementioned valve unit simultaneously with the ball release. Stop moving limit 1 9. Inhalation devices that comply with any of the claims 1 to 18, are characterized by which the aforementioned smoking devices are connected to an air chest fixed on a support plate. Movable And is supported to the transverse wall in the housing at its opposite end. Famous, angle that serves as a means of transmission The angle of the aforementioned has been connected at the end. Its opposite to the tappet shank of the bell works. And the aforementioned air trunk contact with the gap Hollow in the core with a hole in the air with a compressed air tube in the housing And the radial axis pattern 2 0. Inhalation devices that comply with one of the claims 1 to 19, are characterized by a valve unit for regulating the supply of compressed air. By the equation with the breathing from the ark to The air duct was formed at the end of the second radial axis. And the radial end of the first hole, the wall of the hole of the shaft of the ball, determines Dosaya and radial valve holes in the ball determine the aforementioned valve holes that align with the first aforementioned core pattern. When the valve piece rests on the bottom of the housing 2 1. Inhalation devices that comply with one of the claims 1 to 20, are characterized by a curved blow pipe that is connected to the aforementioned valve holes. In the surface area where the part around the periphery of the sphere is assigned a dose, in which its opening points from the outside towards the cavity, determines dose 2. 2. Inhalation devices that comply with any of the claims 1 to 21, are characterized by individual components, except for torsion springs, made of molded plastic.