Abstract: The invention relates to a nebulizer (1) comprising an aerosol generator (6), a nebulizing chamber (5) and an outlet (16), the aerosol generator (6) being designed to release an aerosol into the nebulizing chamber (5) and the outlet (16) being designed to allow the removal of the aerosol from the nebulizing chamber (5). To achieve a high output rate, a wetting surface (2) is provided in the nebulizing chamber (5).

Abstract: The invention relates to a nebulizer comprising an aerosol generator, a nebulizing chamber and an outlet, the aerosol generator being designed to release an aerosol into the nebulizing chamber and the outlet being designed to allow the removal of the aerosol from the nebulizing chamber. To achieve a high output rate, a wetting surface is provided in the nebulizing chamber.

Abstract: An inhalation system comprising an inhalation device and a flowmeter (12) that comprises a flow chamber (15), a resistor body (20) and a flow indicator (21), wherein said flow chamber (15) comprises an inlet opening (17) that can be connected to the surroundings, an outlet opening (18) that can be connected to an interior of the inhalation device, and a flow resistance device, said inhalation system being configured to guide supply air through the inlet opening (17) into the flow chamber (15), through the outlet opening (18) out of the flow chamber (15) and into the interior of the inhalation device, said resistor body (20) being configured to be able to assume different positions in the flow chamber (15), and said flow indicator (21) being configured to indicate a position of the resistor body (20) in the flow chamber (15).

Abstract: The invention relates to a nebulizer (1) comprising an aerosol generator (6), a nebulizing chamber (5) and an outlet (16), the aerosol generator (6) being designed to release an aerosol into the nebulizing chamber (5) and the outlet (16) being designed to allow the removal of the aerosol from the nebulizing chamber (5). To achieve a high output rate, a wetting surface (2) is provided in the nebulizing chamber (5).

Abstract: The inhalation therapy device according to the invention comprises a nebulizer chamber which accommodates an aerosol generator that emits aerosol into the nebulizer chamber. A valve that has a valve seat, a resilient valve member and a valve member positioning means is arranged at an opening of the nebulizer chamber. The valve member positioning means can be moved out of a first position and into a second position so as to position the valve member on the valve seat in such a manner that in the first position, the valve member, in a flow-free state, is positioned on the valve seat in a pre-tensioned manner and in a second position, is spaced apart from the valve seat.

Abstract: The inhalation therapy device according to the invention comprises a nebulizer chamber which accommodates an aerosol generator that emits aerosol into the nebulizer chamber. A valve that has a valve seat, a resilient valve member and a valve member positioning means is arranged at an opening of the nebulizer chamber. The valve member positioning means can be moved out of a first position and into a second position so as to position the valve member on the valve seat in such a manner that in the first position, the valve member, in a flow-free state, is positioned on the valve seat in a pre-tensioned manner and in a second position, is spaced apart from the valve seat.

Abstract: The invention relates to an inhalation therapy device with a nozzle nebuliser, in particular with a nozzle nebuliser having a nozzle element which is easy to clean and is thereby simple and reliable to handle so that the nozzle is not damaged and the geometry of the nozzle is not affected during cleaning. The aerosol generator comprises a nozzle element, said nozzle consisting of at least a first part and a second part, said first part of the nozzle element being made of a more resilient material than said second part of the nozzle element, and said first part of the nozzle element being attached to said second part of the nozzle element. Owing to the resilient material, the nozzle can deform during cleaning and can return to the original shape without altering its initial geometry.

Abstract: The invention relates to an inhalation therapy device with a nozzle nebuliser, in particular with a nozzle nebuliser having a nozzle element which is easy to clean and is thereby simple and reliable to handle so that the nozzle is not damaged and the geometry of the nozzle is not affected during cleaning. The aerosol generator comprises a nozzle element, said nozzle consisting of at least a first part and a second part, said first part of the nozzle element being made of a more resilient material than said second part of the nozzle element, and said first part of the nozzle element being attached to said second part of the nozzle element. Owing to the resilient material, the nozzle can deform during cleaning and can return to the original shape without altering its initial geometry.

Abstract: The inhalation therapy device according to the invention comprises a nebulizer chamber which accommodates an aerosol generator that emits aerosol into the nebulizer chamber. A valve that has a valve seat, a resilient valve member and a valve member positioning means is arranged at an opening of the nebulizer chamber. The valve member positioning means can be moved out of a first position and into a second position so as to position the valve member on the valve seat in such a manner that in the first position, the valve member, in a flow-free state, is positioned on the valve seat in a pre-tensioned manner and in a second position, is spaced apart from the valve seat.

Abstract: A therapeutic aerosol device in which an aerosol generated by a nebulising device is supplied through a nosepiece to a patient's nostril so that the main aerosol flow supplied is able to emerge from the other nostril. The main aerosol flow is superimposed by pressure fluctuations. In order to guarantee that, due to the pressure fluctuation, aerosol is transported to the paranasal sinuses, a low resistance device is provided in the other nostril.

Abstract: The inhalation therapy device according to the invention comprises a nebulizer chamber which accommodates an aerosol generator that emits aerosol into the nebulizer chamber. A valve that has a valve seat, a resilient valve member and a valve member positioning means is arranged at an opening of the nebulizer chamber. The valve member positioning means can be moved out of a first position and into a second position so as to position the valve member on the valve seat in such a manner that in the first position, the valve member, in a flow-free state, is positioned on the valve seat in a pre-tensioned manner and in a second position, is spaced apart from the valve seat.

Abstract: The invention relates to an inhalation therapy device with a nozzle nebuliser, in particular with a nozzle nebuliser having a nozzle element which is easy to clean and is thereby simple and reliable to handle so that the nozzle is not damaged and the geometry of the nozzle is not affected during cleaning. The aerosol generator comprises a nozzle element, said nozzle consisting of at least a first part and a second part, said first part of the nozzle element being made of a more resilient material than said second part of the nozzle element, and said first part of the nozzle element being attached to said second part of the nozzle element. Owing to the resilient material, the nozzle can deform during cleaning and can return to the original shape without altering its initial geometry.

Abstract: The inventive inhalation therapy device (1) is designed in such a manner that the temperature of a liquid to be nebulized is measured and is taken into account in the form of nebuliztion schemata during the nebuliztion of the liquid.

Abstract: A therapeutic aerosol device in which an aerosol generated by a nebulising device is supplied through a nosepiece to a patient's nostril so that the main aerosol flow supplied is able to emerge from the other nostril. The main aerosol flow is superimposed by pressure fluctuations. In order to guarantee that, due to the pressure fluctuation, aerosol is transported to the paranasal sinuses, a low resistance device is provided in the other nostril.

Abstract: A device for administration of a medicated aerosol via the lungs consists of an inhalation mouthpiece 11, with an associated adjustable vaporizer 12, and of a compressed-air control valve 14 through which a pre-settable (13) volumetric flow of compressed air can be discharged to the vaporizer 12 containing the liquid medicament throughout a settable period of time. For operation of the device an electronic controller is provided on which the vaporizing period of the vaporizer and a pause interval can be set, with provisions being made for triggering the beginning of the vaporizing operation by means of a pressure sensor responsive to a suction pressure in the mouthpiece.

Abstract: The liquid atomizer device consists of two housing parts (A, B) which can be brought into engagement with each other. An inner part (5) of an atomizer nozzle is formed integrally with the first housing part (A), an outer part (16) is formed integrally with the second housing part (B). The outer part (16) has recesses (20) which guarantee a form-fitting seat and thus a formation of liquid channels (18) which compensates for production inaccuracies.