Abstract: An assembly (100) for a drug delivery device is presented. The assembly comprises a housing (10) with a main axis (X), a dose setting member (2) being rotatable with respect to the housing (10) for setting a dose of a drug, an activation member (1) being axially movable with respect to the housing (10) for dispensing the dose from the drug delivery device, and a rotation member (5) being arranged between the activation member (1) and the dose setting member (2). The assembly (100) is configured such that the rotation member (5) is rotatable with respect to the dose setting member (2) and the activation member (1), wherein the outer surface (21) of the assembly (100) comprises the outer surface (22) of the rotation member (5).

Abstract: A member (1) for a drug delivery device is provided, the member comprising a main body (10), an interaction section (13) and a resilient section (12). Moreover, the main body (1) is unitarily formed with the resilient section (12) and the interaction section (13), wherein the resilient section (1) connects the main body (10) and the interaction section (13), and wherein the interaction section (13) comprises a clicker feature (14).

Abstract: The present invention relates to a separating device and to a respective method for separating an item from a stack (12) of items (14), the separating device comprising: —a carrier unit (20; 40; 50) having a support surface (24; 44; 54) to support numerous items (14) stacked on top of each other in an axial direction (z), and having at least a first discharge outlet (25; 45; 55) for a pressurized fluid to at least partially raise the stack (12) of items (14) from an initial position into an elevated position relative to the support surface (24; 44; 54) and to keep at least several items (14) of the stack (12) in the elevated position, —a gripping unit (30; 60) having at least one suction nozzle (38; 68) to grip the uppermost item (14) when the stack (12) is in the elevated position, and—wherein the carrier unit (20; 40; 50) and the gripping unit (30; 60) are displaceable relative to each other at least in the axial direction (z).

Abstract: A member (1) for a drug delivery device is provided, the member comprising a main body (10), an interaction section (13) and a resilient section (12). Moreover, the main body (1) is unitarily formed with the resilient section (12) and the interaction section (13), wherein the resilient section (1) connects the main body (10) and the interaction section (13), and wherein the interaction section (13) comprises a clicker feature (14).

Abstract: An assembly (100) for a drug delivery device is presented. The assembly comprises a housing (10) with a main axis (X), a dose setting member (2) being rotatable with respect to the housing (10) for setting a dose of a drug, an activation member (1) being axially movable with respect to the housing (10) for dispensing the dose from the drug delivery device, and a rotation member (5) being arranged between the activation member (1) and the dose setting member (2). The assembly (100) is configured such that the rotation member (5) is rotatable with respect to the dose setting member (2) and the activation member (1), wherein the outer surface (21) of the assembly (100) comprises the outer surface (22) of the rotation member (5).

Abstract: The present invention relates to a separating device and to a respective method for separating an item from a stack (12) of items (14), the separating device comprising: —a carrier unit (20; 40; 50) having a support surface (24; 44; 54) to support numerous items (14) stacked on top of each other in an axial direction (z), and having at least a first discharge outlet (25; 45; 55) for a pressurized fluid to at least partially raise the stack (12) of items (14) from an initial position into an elevated position relative to the support surface (24; 44; 54) and to keep at least several items (14) of the stack (12) in the elevated position, —a gripping unit (30; 60) having at least one suction nozzle (38; 68) to grip the uppermost item (14) when the stack (12) is in the elevated position, and—wherein the carrier unit (20; 40; 50) and the gripping unit (30; 60) are displaceable relative to each other at least in the axial direction (z).