Abstract: A feedback mechanism for an injection device that is configured to deliver a medicament to a user is described. The feedback mechanism has a biasing member that is arranged to apply a force to a delay element, and the delay element is configured to deform and/or break under the force. The feedback mechanism also includes an indicator arranged to generate user feedback after the delay element is deformed and/or broken. The delay element is configured to deform and/or break at a time after the force is applied by the biasing member to create a delay before the user feedback is generated.

Abstract: A medicament injection device comprising: a main body; a medicament cartridge holder fixed with respect to the main body, wherein the medicament cartridge holder is configured to hold a medicament cartridge; a needle carrier carrying a needle, wherein the needle carrier is axially movable with respect to the main body; and a rotatable cap at a distal end of the device, wherein the cap comprises a first pre-stressed spring coupled to the needle carrier, wherein the cap is arranged so that rotational movement thereof causes release of the first pre-stressed spring thereby causing the needle carrier to move axially towards a proximal end of the device.

Abstract: The present disclosure relates to a medicament injection device comprising a housing, a cartridge holder mounted in the housing and configured to receive a cartridge (14) containing a medicament, an injection needle having a proximal end and a distal end, an injection needle holder to which the injection needle is fixed. The medicament injection device (comprises an actuating mechanism for pivoting the injection needle holder relative to the cartridge holder between a storage position in which, when a cartridge is received in the cartridge holder, the distal end of the injection needle is spaced from the cartridge, and a use position in which, when a cartridge is received in the cartridge holder, the distal end of the injection needle can engage the cartridge.

Abstract: An injection device comprising: a housing arranged to contain a medicament cartridge; a needle holder holding an injection needle; a generally tubular needle sleeve fixed with respect to the needle holder and axially movable with respect to the housing; and a gear assembly comprising a rotary gear fixed to the needle holder, a first gear rack disposed on the needle sleeve and a second gear rack disposed on the housing, wherein the gear assembly is arranged so that movement of the needle sleeve in a proximal axial direction causes movement of the needle holder in the proximal axial direction.

Abstract: An injection device comprises a housing containing a cartridge, a needle holder including an injection needle, and a cap. The cap is removably engaged with the housing. The injection device also comprises a translating mechanism configured such that linear distal movement of the cap causes proximal movement of the needle holder such that the injection needle pierces the cartridge.

Abstract: A medicament injection device comprising a main body arranged to receive a medicament cartridge; a needle carrier carrying a needle, wherein the needle carrier is axially movable with respect to the main body; and a rotatable cap at a distal end of the device, wherein the cap is removably coupled to the needle carrier, a releasable arrangement between the main body and the cap comprising a guide element and a slotted link, wherein the slotted link is arranged to cause the guide element to follow a predefined path at least partly in an axial direction during rotational movement of the cap, thereby causing the needle carrier to move axially towards a proximal end of the device as the cap is rotated up to a predefined point, wherein the main body comprises a medicament cartridge holder comprising the guide element depending therefrom for engagement with the cap.

Abstract: Described is a needle assembly attachment and removal device comprising a case having a base and a longitudinal axis (L), a carriage axially movable with the case from a first position to a second position, a carrier rotatably coupled to the carriage and adapted to hold a needle assembly, and a gearing arrangement rotatably coupled to the carriage and adapted to rotate the carrier in a first rotational direction as the carriage moves from the first position to the second position and in a second rotational direction as the carriage moves from the second position to the first position.

Abstract: Described is a needle assembly magazine comprising of a housing adapted to contain a plurality of needle assemblies and a slider movably disposed within the housing. The housing has a first opening providing access to an unused needle assembly and a second opening for receiving into the housing a used needle assembly. The slider separates the housing into a first region for unused needle assemblies and a second region for used needle assemblies. Movement of the slider advances the unused needle assemblies within the housing toward the first opening.

Abstract: The invention refers to a needle safety device (4) for a drug delivery device (1) comprising a needle cap remover (8) adapted to capture a needle cap (6) by a positive and/or non-positive connection, wherein the needle cap remover (8) comprises a top end (8.3), a needle shield (7) adapted to cover a needle (5) of the drug delivery device (2) before and after injection, wherein the needle shield (7) comprises a needle shield end (7.4) adapted to engage an injection site, and at least one blocking pin (9) which inwardly extends from the top end (8.3) and/or the needle shield end (7.4) into the needle cap remover (8) and/or into the needle shield (7).

Abstract: The invention refers to a needle cap remover (7) for a needle cap (5.1) of a drug delivery device (2). The needle cap remover (7) comprises a body (8) having a material which differs from the material of the needle cap (5.1) or of a rigid needle shield (5) encasing the needle cap (5.1) in at least one parameter, wherein a body portion (8.1), which covers the needle cap (5.1) or the rigid needle shield (5) encasing the needle cap (5.1), is adapted to capture the needle cap (5.1) or the rigid needle shield (5) encasing the needle cap (5.1) by a positive and/or non-positive connections before or during removing of the needle cap (5.1) and is adapted to shrunk when a pulling force is applied.

Abstract: Described is a medicament delivery device (1), comprising a body (2), a container carrier (7) for retaining a medicament container within the body (2) and being slidably disposed in the body (2), a sleeve (6) slidably coupled to body (2), and a piston rod (11) coupled to the body (2) and the container carrier (7). The piston rod (11) and the container carrier (7) provide a feedback as the container carrier (7) moves from a first position (P1) to a second position (P2) relative to the body (2).

Abstract: The invention refers to a drug delivery device (2) comprising a housing (2.1) capable of receiving and containing a container (syringe 3) and a needle safety device (1). The needle safety device (1) comprises a needle cap (5.1) arranged to cover and protect a needle (4), a needle shield (6) relatively movable with respect to the housing (2.1) to cover and protect the needle (4) and a needle cap remover (7). The needle cap remover (7) has an outer part (8) adapted to be arranged to the housing (2.1) and to cover the needle shield (6) and partly the housing (2.1) and an inner part (9) adapted to be arranged to the needle cap (5.1).

Abstract: The invention relates to a mg delivery device (1), comprising: a housing (2) containing and holding a container (6) with a needle (5) attachable at its distal end, a needle shield (4) adapted to be movable with respect to the housing (2) between an advanced position (PI) in which the needle (5) is covered and a retracted position (PII) in which the needle (5) extends through an distal opening (4.2) of the needle shield (4), and a protective needle cap (7) releasably attached to cover the needle (5) before injection, wherein the needle shield (4) is adapted to move in a double movement sequence (M1, M2) between the advanced position (PI) and the retracted position (PII) to perform different operations in sequence.

Abstract: Described is a needle hub comprising a proximal end adapted to engage a medicament delivery device, a distal end having an opening, a shoulder disposed between the proximal end and the distal end, and a needle assembly engagement mechanism (F1) coupled to the shoulder and adapted to releasably engage a needle assembly. The needle assembly engagement mechanism (F1) includes two or more resilient arms adapted to releasably engage a retainer element on the needle assembly.

Abstract: Described is a medicament delivery device (1) comprising a body (2), a container carrier (7) slidably disposed in the body (2), and a sleeve (6) slidably coupled to the container carrier (7).

Abstract: An adapter for attaching a cleaning head to a mop handle of a mop. The adapter is substantially channel-shaped and includes two side webs and one connecting web interconnecting the side webs. The adapter is formed so as to be open towards the cleaning head to be received. The connecting web has an inner side which faces the cleaning head to be received and forms a stop face for the cleaning head. Each of the side webs comprises at least one latching projection formed so as to be resiliently flexible transversely to a longitudinal direction of the adapter. The latching projections are movable towards and away from each other in the manner of a clamp and are configured to be releasably snapped behind latching lugs on the cleaning head in a non-destructive manner.

Abstract: A cleaning head for a mop comprising a clamping strip and a cleaning body. The cleaning body fits in the clamping strip. The clamping strip is channel shaped and open towards the cleaning body and having two side walls and one connecting element connecting the side walls to each other. The connecting element has an inner side which faces the cleaning body and an outer side which faces away from the cleaning body. The clamping strip has a connecting region to connect the clamping strip to a mop adapter which accommodates the cleaning head. The connecting region has a stop which acts in an axial direction of a handle of the mop and is configured to be placed on a counter stop on the adapter. The stop is disposed in an imaginary plane extending parallel to the connecting strip. An attachment mechanism is in the imaginary plane.

Abstract: A cleaning head of a cleaning device for cleaning a surface. The cleaning head comprises a bracket, in which a foam body is held, an upper region of the foam body being held in the bracket and a lower region of the foam body having a wiping surface which is configured to be turned to face the surface to be cleaned. The foam body is separate from the bracket and tapers in cross section from the lower region towards the upper region.

Abstract: Described is a needle storage device (1) comprising a housing (4) having an opening (5) adapted to receive a needle (3) of a drug delivery device, needle storage compartments (2) moveably disposed within the housing (4), and an indicator (10) pivotably disposed within the housing (4) and adapted to activate an acoustic and/or tactile feedback when a needle (3) of a drug delivery device is stored in one of the needle storage compartments (2) which is aligned with the opening (5).

Abstract: The present invention relates to a cartridge for a drug delivery device comprising of a body of substantially cylindrical shape, a piston slidably disposed in the body along two opposite axial directions, along a distal and along a proximal direction, and at least one friction means operably engaged with the piston to generate a pre-defined friction force between the piston and an inside wall of the body, when the piston is displaced relative to the body, wherein in response to an axial displacement of the piston relative to the body in distal direction and in proximal direction, the at least one friction means is adapted to generate respective proximal and distal friction forces that are different in magnitude.