Abstract: The autoinjector includes a housing extending along longitudinal axis (A) and configured to receive a medical container having a barrel defining a reservoir for containing a medical product, said barrel having a distal end provided with an injection needle and an opened proximal end. A power pack arranged inside the housing for expelling the medical product from the medical container. The power pack includes a plunger rod configured to extend through the opened proximal end of the barrel for pushing a stopper arranged inside the barrel. The plunger rod is axially movable between an initial position and an injection end position distally located with respect to the initial position. Resilient adjustment means are arranged between the plunger rod and the barrel for compensating clearances between the plunger rod and the barrel.

Abstract: The cap includes a housing extending along a longitudinal axis A, the housing having a distal end and an opposite proximal end configured to be removably attached to the body of the autoinjector. A retainer is arranged inside the housing and is axially movable with respect to said housing, the retainer including an inner cavity for receiving the needle shield, a clamping member configured to remove the needle shield from the medical container, an opened distal end configured to provide access to a distal end of the needle shield, and a proximal abutment surface configured to abut against the medical container. A plug is arranged at the distal end of the housing, the plug including a sealing portion configured for closing the distal end of the housing and at least one anti-rattling member arranged at a proximal side of the sealing portion for abutting against the retainer and move the retainer in the proximal direction.

Abstract: The present invention relates to a drug preparation and drug delivery device comprising: a drug preparation unit comprising at least two receptacles capable of containing constituents to be mixed, at least one of the receptacles being movable inside the drug preparation unit, a drug administration means, such as an injection or spray means, a fluid circuit capable of fluidically connecting the at least two receptacles and the administration means, the connecting of the fluid circuit with the at least two receptacles being made using at least two piercing means when said at least two receptacles move from an initial position to a contact position with said at least two corresponding piercing means, an electromechanical assembly for fluidically driving the constituents within the fluid circuit, characterised in that said drug preparation unit comprises a release mechanism comprising a compressed drive spring which, when it is released, is capable of generating a movement along an axis A1 of at least one of the

Abstract: Activable injection device including: an external casing having a first opening to be put in fluidic communication with a first reservoir and a second opening to be put in fluidic communication with a second reservoir; an internal body having a first and a second fluidic path, being linearly mobile inside the external casing and being thus able to be translated between a fluid gathering position and a fluid injection position; and an injection needle in fluidic communication with the second fluidic path. The fluid gathering position puts the first opening of the external casing in fluidic communication with the second opening of the external casing through the first fluidic path. The fluid injection position puts one of the openings of the external casing in fluidic communication with the injection needle through the second fluidic path.

Abstract: The present invention relates to a device for dispensing liquid product, comprising a fixed part and a moving part; the fixed part comprising an intake orifice, a delivery orifice, a body comprising a cavity into which said orifices open, said cavity being able to partially house the moving part, the remaining volume forming an emptying chamber; the moving part being able to move partially in the cavity of the fixed part and comprising a piston, a piston driving element, an axial spring, a duct extending along the circumference of the piston, said duct allowing positions that allow fluidic communication between the emptying chamber and just one of said orifices and allowing switchover positions in which all fluidic communication between the emptying chamber and each of said orifices is forbidden, a cam able to convert the rotation of the drive element into an oscillatory-rotary movement of the piston.