Abstract: The invention concerns a device for dispensing a fluid product comprising a body (10), a mouthpiece (20), a reservoir (100) containing a fluid product and a propellant gas slidably mounted in said body, a valve (200) comprising a valve member (210) assembled on said reservoir, the outlet from said valve member being connected to said mouthpiece by a channel (15), and an electronic unit (400), wherein: said valve is continuous, with an actuation position in which the reservoir is connected to the outlet from said valve member, said body comprises a cover (30) which, in the closed position, urges said valve member into its actuation position, said device comprises a metering system (300) controlled by said electronic unit, said metering system comprising a shutter (310) which is closed at rest and which, during actuation, is displaced into its open position for a predetermined time in order to dispense a dose of fluid product.

Abstract: Fluid product dispenser having a reservoir, a pump having an actuating stem, a cup mounted on the actuating stem for accommodating the product output by the pump, and a removable member engaged with the cup and having an applicator held in the cup to take up the product, the applicator being deformable and constrained in the cup by a rotational locking mechanism having a plurality of fixed flanges solidly attached to the reservoir and a plurality of fins integral with the removable member. The cup and the removable member are provided with a rotational connection mechanism, such that the removable member drives the cup in rotation on the actuating stem, as soon as the removable member is engaged with the cup.

Abstract: Device for dispensing a fluid product having a body (1) and dispensing head (2) provided with a dispensing opening (3) and axially movable with respect to the body (1) during actuation. The body (1) accommodates a reservoir (10) containing one or two doses of fluid product. The device has an electronic module (100) with a wireless communication module (101), a geographical location module (102), and a power source (103). The device has a system of sensors (200, 201, 202) for detecting and signaling, automatically, an attempt to actuate the device, when a first sensor (200) is activated. The wireless communication module (101) is adapted to make an automatic emergency call to an emergency number when the sensor system detects an attempt to actuate the. The first sensor is activated when it detects an actuation force greater than 5N or 10N.

Abstract: A device comprising: a dispenser (1) comprising a reservoir (2) containing the fluid product, a dispensing head (3) provided with a dispensing orifice (4), able to move axially relative to the reservoir (2), and a dispensing member (5) actuated when the reservoir (2) is moved axially upwards relative to said dispensing head (3), an inner body (10) comprising a hollow cylinder (11) receiving said dispenser (1), an outer body (20) receiving said inner body (10), a push member (30), and an actuating system; said push member (30) being movable relative to said inner body (10) between a rest position and an actuating position, a spring (40) being interposed between said inner body (10) and said push member (30), said spring (40) being compressed in the rest position of said push member (30) in order to urge it towards its actuating position, said actuating system comprising a reset gear (50), a pawl (60), a floating wheel (70), a motor wheel (75), and a motor (80), wherein: said pawl (60) interacts with said pu

Abstract: A device having dispenser with a reservoir containing fluid product and a dispensing mechanism, an internal body with a hollow cylinder receiving the dispenser, an actuator with a dispensing orifice, the axial displacement of the actuator from its rest position towards its actuating position actuating the dispensing mechanism to dispense a dose of fluid product, a motor, an electronic control module, a gear wheel connected to the motor and driven by the motor, and a locking ring rotatably mounted on the internal body between a locking position and a release position, a spring urging the locking ring towards its locking position, the locking ring displaced from its locking position towards its release position by the gear wheel, the locking ring cooperating with the actuator in the locking position to prevent its axial displacement and cooperating with the actuator in the release position to enable displacement towards its actuating position.

Abstract: A microneedle applicator for applying a fluid product to the skin and causing the fluid product to penetrate to the skin. The applicator has an application face provided with at least one fluid product outlet; a plurality of microneedles; a fluid product reservoir connected to the fluid product outlet; and a motor for causing the microneedles to vibrate and to convey the fluid product from the reservoir to the outlet. The applicator has two distinct modules axially and removably connected to each other, namely, a first module housing the motor and accessories for operating the motor; and a second module housing the fluid product reservoir, forming the application face and supporting the microneedles.

Abstract: Fluid product dispenser (D) having a reservoir (R) defining a bottom (R1) and an opening (R2), and a dispensing head (T) integrating a dispensing member (P) defining a vent path through which outside air can penetrate into the reservoir (R). The dispensing member (P) has a dip tube (TP) that extends into the reservoir (R), the dip tube (TP) having an inlet (Ti) close to the bottom (R1) of the reservoir (R). The inlet (Ti) of the dip tube (TP) is provided with a shut-off valve (V) having a movable member (V6) and a seat (V5), the movable member (V6) is urged into sealed contact with the seat (V5) by the fluid product when the dispenser (D) is upside down, while the movable member (V6) is urged away from the seat (V5) by the fluid product when the dispenser (D) is upright.

Abstract: Disclosed is a refillable fluid product dispenser comprising: a fluid product reservoir (R) defining a neck (R2); a dispensing member (P) that is mounted on the neck (R2) and comprising an inlet (P2); and a fastening member (2, 2) for fastening the dispensing member (P) onto the neck (R2); a dip tube (D) that is connected to the inlet (P2) of the dispensing member (P) and extends into the reservoir (R); the dispenser being characterised in that the dip tube (D) is secured to the fluid product reservoir (R) by means of a support (1) that forms at least one filling window (15) communicating directly with the inside of the fluid product reservoir (R), the fastening member (2, 3) enabling withdrawal of the dispensing member (P), thus providing access to the support (1) in order to fill the fluid product reservoir (R) through said at least one filling window (15).

Abstract: Device having a reservoir, a head provided with a dispensing hole, a stopper displaceable in the reservoir between a rest position and an actuation end position to dispense fluid product through the dispensing hole. The reservoir formed by a hollow, blind body having a base and a single opening which, in the rest position, is closed in a fluid-tight manner by the stopper, the device having an insert fixed in the head, the insert supporting a cannula for piercing the stopper and connecting the reservoir to the dispensing hole. The insert has at least one projection provided with a lower surface, the lower surface cooperating at the end of actuation with the reservoir in order to define the actuation end position of the stopper.

Abstract: A refillable fluid product dispenser having a fluid product reservoir defining a neck and a filling port; a dispensing member, such as a pump, mounted on the neck of the fluid product reservoir for extracting the fluid product; a filling valve; a chamber separating the filling port from the filling valve. The chamber has a retention mechansim for retaining the fluid product inside the chamber.

Abstract: Fluid product dispensing device having a dispensing member with a ring, and a safety cap removably secured to the ring. The cap has, on its lower edge, two diametrically opposite internal profiles and two diametrically opposite external markings, the internal profiles offset by 90° with respect to the external markings, the ring having two diametrically opposite external profiles that match to the internal profiles, the internal and external profiles engaging with one another when the cap is in the secured position. To be removed the cap requires first a radial pressure on the external markings of the cap disengaging the internal profiles from the external profiles, then rotation. Each external profile of the ring has a radially projecting projection in the shape of an inverted T, with an axially oriented central branch connected at its lower end to two lateral branches extending laterally on either side of the central branch.

Abstract: A microneedle applicator for applying a fluid product to the skin and causing the fluid product to penetrate to the skin. The applicator has an application face provided with a fluid product outlet and a plurality of microneedles; a motor for causing the microneedles to vibrate; a fluid product reservoir connected to the outlet; and a manual actuating member for conveying the fluid product from the reservoir to the outlet. The applicator has two distinct modules removably connected to each other, namely, a first module housing the motor; and a second module housing the fluid product reservoir and forming the application face and the actuating member, the actuating member being accessible and manually manipulable when the two modules are connected to each other.

Abstract: A dispenser having tank; dispensing head having a dispensing port axially movable, a dispensing member actuated when the tank is moved upwards; an inner body having a hollow cylinder receiving the dispenser and an axial extension extending axially downwards; a control module having an electronic board, a motor and a motor wheel; an outer body receiving the inner body and control module; a thrust member in contact with the tank and axially movable on the inner body between rest and actuation positions; a control member attached to the thrust member and axially moving therewith; and a locking ring mounted on the axial extension rotatable between locking and releasing positions. The locking ring is moved by the control module cooperates in the locking position with the thrust member to prevent axial movement of latter and in the releasing position with the thrust member to enable axial movement towards the actuation position.

Abstract: The invention relates to a spray head for a device for dispensing a fluid product, having a body provided with a spray orifice, a central channel being connected to the spray orifice via a spray profile having a vortex chamber arranged directly upstream of the spray orifice, the spray profile having at least two curved channels extending from the central channel to the vortex chamber, each curved channel connected non-radially to the vortex chamber, to form a spray exiting the spray orifice, each curved channel having a convex shape, diverging laterally outwards from the central channel, and then from an inflection point, returning laterally inwards towards the vortex chamber.