Abstract: A fluid product dispensing device has a reservoir containing fluid and dispenser head with a dispensing orifice. The reservoir moves relative to the dispenser head to cause dispensation. The reservoir is moved by a lateral actuator that pivots in relation to the dispenser head which in turn pivots an actuator link that is located in the middle of the lateral actuator which in turn is in contact with the reservoir itself. As the lateral actuator moves, the actuator link pivots and moves the reservoir closer to the dispensing head, which causes dispensation as desired by the user.

Abstract: A fluid dispenser device has a reservoir, a pump, a dispensing outlet, an actuator, and a removable cap. The actuator is integrally formed with the dispensing outlet in at least one embodiment. The cap has detents that project from the cap. The actuator is blocked from actuating by a blocking flange that is integrally connected with the dispensing outlet. The detents from the cap bend the blocking flange so that the reservoir can not move in relation to the dispensing outlet when the cap is in a closed position. When the cap is removed, the detents no longer bend the blocking flange, and the actuator can then move the reservoir in relation to the dispensing outlet and affect dispensation. In at least one embodiment the actuator is not axially aligned with the dispensing outlet.

Abstract: The invention concerns a fluid product dispensing device including a reservoir containing fluid and a dispenser head provided with a dispenser orifice. The dispenser head is displaceable relative to the reservoir to dispense fluid through the dispenser orifice. The dispenser head is displaced relative to the reservoir by a lateral actuator mechanism that include a manual actuator element mounted to pivot about the dispenser head. The manual actuator element co-operates with the reservoir or with an element secured thereto. The lateral actuator element further includes an actuator member which is pivotally mounted inside the manual actuator element. The actuator member co-operates with the reservoir or with an element secured thereto, so as to displace said reservoir relative to the dispenser head, while the manual actuator element is being actuated by the user.

Abstract: A fluid dispenser device having a body (10), a fluid reservoir (20) containing one or a plurality of doses of fluid, a piston (30) designed to slide in the reservoir so as to dispense a dose of fluid each time the device is actuated, and actuator (40) for displacing the piston (30), the device being characterized in that it includes at least two laterally-actuated elements (50, 60) distributed around the body (10), the laterally-actuated elements (50, 60) being displaced simultaneously in a direction that is approximately transverse to the central axis of the device, and each co-operating with a peripheral edge (41) of the actuator (40) so as to exert an axial force thereon.

Abstract: A device for dispensing a substance in fluid or powder form, the device having a dispensing outlet (10), an air blaster (20) for generating a blast of air when the device is actuated, and at least one reservoir (30) containing a single dose of substance. The reservoir (30) an air inlet (31) connected to the air blaster (20), and a substance outlet (32) connected to the dispensing orifice (10), the air inlet (31) being provided with a substance retaining member (40) for retaining the substance in the reservoir (30) until it is dispensed, and the substance outlet (32) being closed off by a closure element (50). The dispenser device is configured such that the closure element (50) is a spherical element, such as a ball, force fitted into the substance outlet (32) of the reservoir (30). The device further has a mechanical opening system (60, 70, 80) co-operating with the closure element (50) for ejecting it mechanically from its closure position when the device is actuated.

Abstract: An auto-injector for a medicament prefilled syringe, having a head at one end and fitted with a needle at the other end, the auto-injector incorporating a first device D1 which makes automatic the needle penetration into the user's body and controls a second device D2 which performs the medicament injection. The first device includes: a cylindrical body (1) formed for receiving a syringe (4) and provided at its upper end with a collar forming a seat suitable to bear the head of the syringe, and a sliding tubular element or slider (5) concentric to the body and adapted to slide on a cylindrical surface of the body. One of the body (1) and slider (5) is formed with a bevelled projection and the other of the body (1) and slider (5) is formed with a shoulder (11). A resilient ring (9) is arranged in such a way that ring (9) prevents the reciprocal movement of body (1) and slider (5) thus maintaining the latter in such a position to cover the entire needle (10) of the syringe.