Abstract: An electronic smoking device (10) is provided that comprises a power supply/atomizer portion (12), a replaceable liquid reservoir portion (14), a liquid reservoir portion detection element (50) that is moveable between a first position and a second position, and an activation element (54) that is adapted to be operated by the liquid reservoir portion detection element when the latter is moved from the first position to the second position. The liquid reservoir portion comprises a cavity (46) and an engaging element (48) that partially blocks an opening of the cavity. The engaging element is adapted to engage with the liquid reservoir portion detection element during a process of coupling the portions (12, 14) so that the liquid reservoir portion detection element is moved toward the second position, thereby operating the activation element.

Abstract: The invention relates to an electronic smoking device (10) and an additive reservoir (162). In order to be able to supply additive to liquid atomized by the electronic smoking device (10) at the user's choice, the electronic smoking device (10) comprises an additive inlet conduit (44) and the additive reservoir (162) comprises an additive outlet opening (72) that can be brought into communication with the additive inlet conduit (44).

Abstract: A tray (50) configured for receiving replaceable portions (26, 26?) of an electronic smoking device (10) is disclosed. The tray (50) has cavities (52) each configured for receiving a replaceable portion (26, 26?) for being releasably clamped therein. The replaceable portion (26, 26?) is releasably clamped by a movement (R) with respect to the tray (50).

Abstract: A nicotine delivery system is disclosed. The nicotine delivery system comprises an actuating mechanism and a housing that has a longitudinal axis and defines a chamber that is configured to receive a plunger and has an outlet for the passage of formulation out of the chamber. The actuating mechanism comprises an actuator and an actuation member. The actuator cooperates with the actuation member such that when a plunger is received in the chamber the plunger and the chamber slide relative to each other in an axial direction by a predetermined incremental distance upon each operation of the actuator to displace a predetermined volume of formulation from the chamber through said outlet.

Abstract: A component for an inhalation device having a first end for connection to a body of an inhalation device and a second end. A passage extends through the component from the first end to the second end for the flow of inhalant therethrough. The first end includes a blind cavity, separate to the passage and containing an organoleptic material. Also, an inhalation device comprising a body with a first end connected to such a component of the inhalation device and, a second end configured to receive an inhalant-generating component, is disclosed. A conduit extends through the body between the first and second ends.

Abstract: An inhalation device to hold an inhalant-generating component to generate an inhalant to be drawn through the device and inhaled by a user. The device has a body (10) having a first open end (11b) configured to receive an inhalant-generating component and, a second open end (11a) in fluid communication with the first end through which a user may draw inhalant from the inhalant-generating component. The body is configured to receive a flavour delivery component (63) having an organoleptic material to selectively allow or prevent addition of an organoleptic additive into an inhalant stream drawn through the device. The device includes a ventilation control mechanism (15) configured to selectively allow different amounts of ambient air into the body to mix with and dilute the inhalant stream as it is drawn through the device in use.

Abstract: A dry powder inhaler comprises two parts (2, 4) connected by an integrally molded, e.g. living hinge (6), so as to be moveable from an open position to a closed position. At least one of the parts (2, 4) defines at least part of a circulating airflow chamber (12), wherein when said parts (2, 4) are in said closed position, the inhaler comprises an airflow path including the circulating airflow chamber (12).

Abstract: The present invention relates to an inhalation-activatable device for administration of medicament in powder form to the respiratory system of a patient.

Abstract: A dry powder inhaler has a main airflow path including a cyclone chamber (16) having an air inlet and being so shaped that at least a part of the chamber decreases in cross-sectional area in a direction away from the air inlet, so as thereby in use to set up a reverse flow cyclone in the chamber. A bypass airflow path (8) bypasses the cyclone chamber and the main and bypass airflow paths communicate with a mouthpiece (6). The cyclone chamber may be provided by a part (22) which is removable from the rest of the inhaler for regular replacement thereof.

Abstract: A method of filling a drug capsule (2) for a dry powder inhaler comprising introducing a dose of powdered active substance (4) into the capsule and introducing a separate quantity of filler particles (6) into the capsule (2), said filler particles being of different composition and having a larger average particle size than the active substance.

Abstract: The present invention relates to an inhalation-activatable device for administration of medicament in powder form to the respiratory system of a patient.

Abstract: A dry powder inhaler comprises two parts (2, 4) connected by an integrally moulded, e.g. living hinge (6), so as to be moveable from an open position to a closed position. At least one of the parts (2, 4) defines at least part of a circulating airflow chamber (12), wherein when said parts (2, 4) are in said closed position, the inhaler comprises an airflow path including the circulating airflow chamber (12).

Abstract: A dry powder inhaler comprises: a cyclone chamber having a cyclone chamber outlet (20) extending substantially axially therefrom; a mouthpiece channel (26) having a central axis; and a plenum portion (58) connecting said cyclone chamber outlet (20) and said mouthpiece channel, the mouthpiece channel axis Am being offset from, and making a non-parallel angle with, the axis of the cyclone outlet Ac such that in use air exits the cyclone outlet (20) at least partly tangentially into the mouthpiece (28).

Abstract: A dry powder inhaler comprises a main airflow path including a cyclone chamber (16) having an air inlet and being so shaped that at least a part of the chamber decreases in cross-sectional area in a direction away from the air inlet, so as thereby in use to set up a reverse flow cyclone in the chamber. A bypass airflow path (8) bypasses the cyclone chamber and the main and bypass airflow paths communicate with a mouthpiece (6). The cyclone chamber may be provided by a part (22) which is removable from the rest of the inhaler for regular replacement thereof.

Abstract: An inhaler for dispensing medicament in the form of a dry powder is powder is provided with an airway (50) through which a dose travels from an ejection zone to an outlet of the airway. The airway (50) has an inlet means which is so arranged as to create a jacket of air, flowing through a part of the airway extending from the ejection zone to the outlet. The jacket of air surrounds said dose and thereby prevents it form impinging on the airway walls. This reduces accumulation of material on the airway walls, and thus improves the consistency of performance of the inhaler. Preferably, the inlet means includes a throat for producing a stream of fast flowing air which creates a zone of low pressure in front of the ejection zone, thereby to facilitate ejection of a dose.

Abstract: An inhaler for dispensing medicament in the form of a dry powder is powder is provided with an airway (50) through which a dose travels from an ejection zone to an outlet of the airway. The airway (50) has an inlet means which is so arranged as to create a jacket of air, flowing through a part of the airway extending from the ejection zone to the outlet. The jacket of air surrounds said dose and thereby prevents it form impinging on the airway walls. This reduces accumulation of material on the airway wails, and thus improves the consistency of performance of the inhaler. Preferable, the inlet means includes a throat for producing a stream of fast flowing air which creates a zone of low pressure in front of the ejection zone, thereby to facilitate ejection of a dose.