Abstract: A system for molding and assembling a fluid spray device, said system comprising two multi-cavity molds (B, C; B?; C?) for molding two different parts (100, 200) of said fluid dispenser device, the system being characterized in that the first part (100) is a spray head and the second part (200) is an insert for assembling in said spray head (100), said system comprising means for assembling parts coming from each of the cavities of the first multi-cavity mold (B; B?) in pairs always with parts coming from a corresponding respective cavity of said second multi-cavity mold (C; C?), such that the same insert (200) is always assembled in the same spray head, thereby guaranteeing constant spraying performance for each dispenser device assembled from the same pair of cavities.

Abstract: A fluid product dispensing device that has a container that contains a fluid product, a pump, and a dispensing head that serves as the actuator for the pump. The container is a single molded piece with a neck. The neck of the container has either an opening to accommodate an air filter or has a neck joint that is molded onto the neck of the container, or both. In at least one embodiment, the container also has a shoulder to assist retaining the dispensing head, and a second shoulder to form a maximum amount of actuation.

Abstract: A fluid dispenser device including a dispenser head, a piston and an outlet valve. The dispenser head has a body defining a fluid expulsion channel terminated by a dispenser orifice, a rigid insert disposed in the channel, and a shutter element disposed in the channel and displaceable between a closed position and an open position. The shutter element is urged at rest towards its closed position and automatically displaced towards its open position while fluid is dispensed, returning automatically to its closed position. The shutter element forms a single piece with the rigid insert. The rigid insert forms or is secured to the outlet valve and is mechanically displaceable towards its actuated position while the fluid is being expelled, and being automatically returned to its rest position once the fluid has been expelled.

Abstract: A powder inhaler comprising: a body (10) that is provided with a dispenser orifice; at least one reservoir containing a dose of powder for dispensing; reservoir-opening means for opening a reservoir on each actuation; and a dispersion chamber (70) including an outlet (720) that is connected to said dispenser orifice, and an inlet (710) that is connected to said opening means and that receives the dose of powder from said open reservoir, said dispersion chamber (70) containing at least one movable element (75), such as a ball; the inhaler being characterized in that said dispersion chamber (70) includes a ball path (730) having a width that decreases from said inlet (710) in the direction of displacement of said at least one ball (75).

Abstract: A fluid dispenser device comprising: a body (10); a reservoir (20); a dispenser member (30), such as a pump or a valve, that is mounted on the reservoir (20); and a lateral actuator system (40) that is secured to said body (10); the device further comprising a ring (50) that is mounted on or secured to the reservoir (20), said ring (50) including at least one radial projection (55) that is adapted to co-operate with a movable element (45) of said lateral actuator system (40), the device being characterized in that said at least one projection (55) is beveled with a sloping radial end surface (56).

Abstract: A fluid spray head comprising an expulsion channel provided with a spray orifice (1) and a spray profile (10) formed in an end wall of said expulsion channel, said spray profile (10) comprising non-radial spray channels (11) opening out to a central spray chamber (12) disposed directly upstream from said spray orifice (1), the central axis (X) of said spray orifice (1) being offset from the central axis (Y) of the spray chamber (12) by a distance that is less than 0.12 mm, and preferably less than 0.08 mm.

Abstract: A fluid dispenser head for mounting on a fluid reservoir (R), the dispenser head comprising: a dispenser member (1), such as a pump, for taking the fluid contained in said reservoir, said dispenser member comprising a body (10) and an actuator rod (11) that is axially displaceable in said body; a pusher (7) that is axially displaceable so as to actuate the displacement of the actuator rod (11); a dispenser orifice (60) via which the fluid is dispensed each time the dispenser member (1) is actuated, said orifice (60) being mounted in stationary manner relative to the body (10) and the reservoir (R); and a flexible connection hose (52) that connects the actuator rod (11) to the dispenser orifice (60), said hose including a first connection end (521) that is secured to the actuator rod, and a second connection end (522) that is secured to the dispenser orifice, the dispenser head being characterized in that the first end (521) extends substantially parallel to the actuator rod.

Abstract: An indicator for a dispenser device, having an actuator element (1) displaceable between a rest position and an actuated position, a rotary counter element (5), and a drive element (6) that transforms an axial displacement of the actuator element into a rotary displacement of the counter element (5). The counter element (5) including a set of teeth (9) that co-operate with a resilient mechanism (7, 8) of the drive element (6). The resilient mechanism (7, 8) having two flexible tabs (7, 8), a first flexible tab (7) co-operating with the teeth (9) causing the counter element (5) to turn in a counting direction while the actuator element (1) is displaced towards its actuated position, and a second flexible tab (8) co-operating with the teeth (9) causing the counter element to turn in the same counting direction while the actuator element (1) returns to its rest position.

Abstract: A fluid dispenser device including at least one individual reservoir (21) containing a single dose of fluid, such as powder, opening means (40) being provided for opening an individual reservoir (21) each time the device is actuated, the device including a dispenser chamber (70) for receiving the dose of fluid contained in a reservoir (21) after said reservoir has been opened, an inhalation endpiece (15), and an inhalation trigger system that comprises a deformable air-chamber (61) that co-operates with said dispenser chamber (70), said dispenser chamber being displaceable between a rest position and an inhalation position, such that during inhalation through said inhalation endpiece (15), said air chamber (61) is deformed, thereby displacing said dispenser chamber from said rest position to said inhalation position.

Abstract: A fluid dispenser head for mounting on a fluid reservoir (1), the head having a fluid dispenser member (2), such as a pump or a valve, having a body (20) that is mounted in stationary manner relative to the reservoir (1), and a valve rod (21) that is axially displaceable down and up; a pushbutton (5, 7) that is axially displaceable down and up, driving the valve rod (21); and a dispenser orifice (60) that is connected to the valve rod. The dispenser head has an actuator mechanism (4) for driving the pushbutton in axial displacement relative to the valve rod (21).

Abstract: The pump for dispensing fluid products includes a pump body (10), a pump chamber (20) at least one piston (72) sliding inside the pump chamber (20) for dispensing a fluid product, a dispensing orifice (45) and a shutter (38) which interacts with the dispensing orifice (45) and is embodied in such a way that it is movable and/or deformable between the closed position of the dispensing orifice (45) and the open position thereof, the shutter being elastically driven to a closed position. The pump includes only one elastic element (50) in the form of a spring for bringing at least one piston (72) to a rest position after actuation and for driving the shutter (38) to a closed position and the pump body (10) is embodied in one piece with the shutter (38).

Abstract: A fluid dispenser having: a fluid reservoir, a fluid dispenser member having actuator rod (23) that is displaceable down and up along an axis X, a pusher (4; 4; 4?) that displaces the actuator rod (23), a dispenser endpiece (50) defining a dispenser orifice (51), and a displacement mechanism (6, 4; 6?, 7; 6?, 7, 4?) that displaces the endpiece (50) both in turning about the axis X and in radial translation, the radial distance between the endpiece and the axis X varying as the endpiece turns about the axis X, such that the endpiece is displaceable between an extended position remote from the axis X and a retracted position close to the axis X.

Abstract: The invention relates to a dose indicator (A) which is intended for a fluid product dispensing device (B). The inventive indicator consists of at least one rotary counting means (10) which can move in rotation and which comprises indicator means (15), said indicator means indicating the number of doses that have been distributed or that remain to be distributed. Moreover, said at least one counting means is actuated by an actuation member (35) which is in turn actuated by a transmission element (34) that is designed to co-operate with the dispensing device each time the latter is actuated. The dose indicator comprises amplification means which are designed to amplify the movement of the transmission element (34) with each actuation, such that the movement of the actuation member (35) is greater than the movement of the transmission element (34).

Abstract: A protective cap for covering, in a closed position, a dispenser head (4) of a fluid dispenser, said head including an end wall (40) incorporating a dispenser orifice (401), and a lateral wall (42), said cap including, on its inside, at least one sealing profile (500, 520) that, in the closed position, co-operates in leaktight manner with the lateral wall (42) of the head (4), in the proximity of said dispenser orifice.

Abstract: A fluid dispenser device comprising a body (10) provided with a dispenser orifice (15), said device further comprising: an elongate flexible strip (20) supporting a plurality of reservoirs (21) each containing a dose of fluid; reservoir-opening means (80) for opening a respective reservoir on each actuation; first displacement means (30) that can be actuated so as to cause said flexible strip (20) to advance before and/or during and/or after each actuation, so as to bring a full reservoir into register with said reservoir-opening means; and second displacement means (50) for displacing a full reservoir (21) against said opening means (80) each time the device is actuated, the leading end (25) of said flexible strip (20), in the advance direction of said strip, being fastened to a receiver element (500) that is rotatably mounted, said receiver element (500) being adapted to exert a traction force on said elongate strip (20), said device including an abutment element (5000) that is disposed between said first d

Abstract: The invention relates to a dose indicator (A) which is intended for a fluid product dispensing device (B). The inventive indicator consists of at least one rotary counting means (10) which can move in rotation and which comprises indicator means (15), said indicator means indicating the number of doses that have been distributed or that remain to be distributed. Moreover, said at least one counting means is actuated by an actuation member (35) which is in turn actuated by a transmission element (34) that is designed to co-operate with a part (54) of the dispensing device (B) each time the latter is actuated.

Abstract: A pump for distributing a fluid product is provided. The pump includes: a pump body (10); a pump chamber (20); at least one first piston (72) sliding inside the pump chamber (20) for distributing the fluid product; a distribution orifice (45); an obturator (38) that can be displaced and/or deformed between a closed position of the distribution orifice (45) and an open position of the distribution orifice (45), the chamber including an inlet valve (70) separating the pump chamber (20) from a dip tube (18) extending toward a fluid product reservoir (60); and a bypass passage (74) provided between the dip tube (18) and the pump chamber (20), the bypass passage (74) being placed upstream from the inlet valve (70) and connecting the pump chamber (20) to the dip tube (18) when the pump is primed.