Abstract: A drug delivery device is provided. The drug delivery device comprises: a housing for receiving a drug container); a needle sleeve configured for being movable relative to the housing from a first position to a second position in a first direction; wherein the needle sleeve comprises a first section and a second section, the first section is configured for being moved relative to the second section in a second direction perpendicular to the first direction when the needle sleeve is moved from the first position to the second position.

Abstract: A drug delivery device is provided. The drug delivery device comprises: a housing for receiving a pouch within the housing, the pouch having collapsible walls enclosing a chamber, a dispensing side, and a remote side facing away from the dispensing side, and accommodating a drug within the chamber; a needle arrangement comprising at least one needle being configured to pierce the skin of a user, wherein the needle arrangement is configured to be brought into fluid communication with the dispensing side of the pouch; a pressure member; and an energy storage member coupled to the pressure member, the energy storage member being loaded in an initial state of the drug delivery device and being configured for squeezing the drug out of the chamber of the pouch by the pressure member during a dispensing operation of the drug delivery device.

Abstract: An assistance member for applying a piercing closure element is disclosed. The assistance member includes a holder configured to retain the piercing closure element and to facilitate its application to a piercing site on the skin of a subject. The piercing closure element includes a surface configured for adhesive attachment to the subject's skin. In use, the holder positions and supports the piercing closure element during placement, and the adhesive surface secures the element to the skin to assist closure of the piercing site.

Abstract: A drug delivery device comprising a housing; a drug container within the housing having a chamber with a dispensing end and a remote end; a stopper within the chamber that sealingly closes the chamber at the remote end to enclose a drug; and a plunger arrangement including multiple plunger elements configured to move the stopper in a dispensing direction toward the dispensing end. The plunger elements are rotatable about an axis perpendicular to the dispensing direction and are successively introducible into the chamber to contact and push the stopper in the dispensing direction upon rotation about the axis.

Abstract: The present invention relates to a power-driven land, water or air vehicle for providing dialysis solution receptacles, in particular bags, filled with dialysis solution, with the vehicle having a tank for receiving dialysis solution or for receiving a component of a dialysis solution, a storage region for the dialysis solution receptacles to be filled, and a filling station that is in fluid communication with the tank and that is configured to fill the dialysis solution receptacles with dialysis solution or with a component of the dialysis solution.

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: 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: 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.