Abstract: In a therapeutic device for respiratory passages (1) for the treatment of respiratory problems, comprising at least one pipe section (3) which has at least one passage duct (4) through which air (5) can be inhaled or exhaled and at least one elastic hose (8) with its first free end (9) arranged on one free end on one of the pipe sections (3) and which can vibrate during inhalation or exhalation in one flow direction (6) because of the throughflow, the hose (8) should be able to be exchanged in a straightforward and uncomplicated procedure even by people with restricted finger mobility or manual dexterity.

Abstract: For a ventilating appliance (1) consisting of a ventilating device (2) having an air outlet channel (3) and an air inlet channel (4), two hoses (5, 6) which are connected to one of the two channels (3, 4) of the ventilating device (2), an air distributor (7), on which three openings (8, 9, 10) are provided, which are coupled to one of the two hoses (5, 6) of the ventilating device (2) and to a tube (11) which can be inserted into the mouth or nose space (22) of a living being (21), shall the ventilating appliance (1) be improved that a patient to be ventilated undergoes a release of mucus and its removed from the lung area with cost-effective measures, without the need for foreign objects or switching off the ventilating appliance (1).

Abstract: A therapeutic device (1) for the treatment of human respiratory illnesses, with a mouthpiece (2) in which a passage duct (3) is worked, a hose (5), formed from a flexible elastic material, attached to the mouthpiece (2) arranged flush with the opening (6) of the passage duct (3), the free end (7) of which facing away from the passage duct (3) is open, a support body (11) connected to the mouthpiece (2) with a curved or bent cross-sectional structure, and an adjusting device (12) provided at a distance from the mouthpiece (2) in the support body (11), which can be moved in relation to the support body (11), which is connected to the hose (5) either directly or via intermediate elements (13), whereby the curvature of the hose (5) can be set independently from the radius of curvature of the support body (11).

Abstract: In a therapeutic device for respiratory passages (1) for the treatment of respiratory problems, comprising at least one pipe section (3) which has at least one passage duct (4) through which air (5) can be inhaled or exhaled and at least one elastic hose (8) with its first free end (9) arranged on one free end on one of the pipe sections (3) and which can vibrate during inhalation or exhalation in one flow direction (6) because of the throughflow, the hose (8) should be able to be exchanged in a straightforward and uncomplicated procedure even by people with restricted finger mobility or manual dexterity.

Abstract: In a therapeutic device (1) for the treatment of human respiratory illnesses, consisting of a mouthpiece (2) in which a passage duct (3) is worked, a hose (5) attached to the mouthpiece (2) arranged flush with the opening (6) of the passage duct (3) and which is formed from a flexible elastic material, the free end (7) of which facing away from the passage duct (3) is open and of a support body (11) connected to the mouthpiece (2) with a curved or bent cross-sectional structure, low and medium frequencies and pressures should be able to be set both during exhalation and inhalation.

Abstract: A therapeutic device for improving the respiration of a patient, the device comprising a curved or kinked pipe section, into the first end of which a mouthpiece provided with a passage is disposed, a holding peg inserted into a second end of the pipe section and connected thereto, the holding peg having a passage disposed therein and being insertable into the inside of the pipe section, and a flexible hose attached to the holding peg inside the pipe section, a free end of the hose moveable freely in an area of the mouthpiece between an inner wall of the pipe section, such that the therapeutic device can be used during inhalation and exhalation, the device (1) enabling the patient to train his respiratory passageways both during exhalation and inhalation, thereby to improve the effectiveness of respiration.

Abstract: A therapeutic device for improving the respiration of a patient, the device comprising a curved or kinked pipe section, into the first end of which a mouthpiece provided with a passage is disposed, a holding peg inserted into a second end of the pipe section and connected thereto, the holding peg having a passage disposed therein and being insertable into the inside of the pipe section, and a flexible hose attached to the holding peg inside the pipe section, a free end of the hose moveable freely in an area of the mouthpiece between an inner wall of the pipe section, such that the therapeutic device can be used during inhalation and exhalation, the device (1) enabling the patient to train his respiratory passageways both during exhalation and inhalation, thereby to improve the effectiveness of respiration.

Abstract: In a therapeutic device (1) for assisting respiration, clearing of mucus and expectoration by a patient by means of which an oscillating air resistance can be generated in the air flow during exhalation and inhalation, with a mouthpiece (2) having an inlet opening (7) provided at one end of it and an elastically deformable hose piece (3) attached to its other end opposite to the inlet opening, it should be possible to adjust the respiration frequencies and pressure amplitudes for the individual patient during inhalation and exhalation.

Abstract: In a therapeutic device (1) for assisting respiration, clearing of mucus and expectoration by a patient by means of which an oscillating air resistance can be generated in the air flow during exhalation and inhalation, with a mouthpiece (2) having an inlet opening (7) provided at one end of it and an elastically deformable hose piece (3) attached to its other end opposite to the inlet opening, it should be possible to adjust the respiration frequencies and pressure amplitudes for the individual patient during inhalation and exhalation.

Abstract: A therapeutic device, with which during inhalation or exhalation an oscillating air resistance is generated, for improving breathing and expectoration of a patient has a bent tube section with a first and a second end. The tube section has an inner wall surface. A first mouthpiece is connected to the first end. An elastically deformable hose section having a first and a second end, the first end connected to the first mouthpiece, is positioned inside the tube section so as to rest at its inner wall surface. The second end of the elastically deformable hose section is open. To the second end of the tube section a second mouthpiece may be connected.