Abstract: A dispenser head for a fluid dispenser, the head comprising a body (1) defining a fluid expulsion channel (2) terminated by a dispenser orifice (3), a rigid insert (4) being disposed in said expulsion channel (2), said dispenser head further comprising a shutter element (5) disposed in said expulsion channel (2), said shutter element (5) being displaceable between a closed position of the expulsion channel (2) and an open position of the expulsion channel (2), said shutter element (5) being urged at rest towards its closed position, being automatically displaced towards its open position while the fluid is being dispensed, and returning automatically to its closed position once the fluid has been dispensed, said shutter element (5) being formed integrally as a single piece with said rigid insert (4), so that said rigid insert (4) is displaceable in said expulsion channel (2) between a rest position, corresponding to the closed position of the shutter element (5), and an actuated position, corresponding to the

Abstract: A manually-actuated fluid dispenser pump including a pump body (10) containing a pump chamber (20), said pump chamber (20) being defined between an inlet valve (30) and an outlet valve (40), a piston (50) being mounted to slide in said pump body (10) between a rest position and a dispensing position for dispensing the fluid contained in the pump chamber, said piston (50) being connected to, and in particular integral with, an actuating rod (60) provided with an expulsion channel (65), said inlet valve (30) including an inlet valve element (31) mounted to move in the pump body (10) and co-operating with said pump body (10) or with an element secured to or integral with said pump body to define the open and the closed positions for said inlet valve (30), said outlet valve (40) including an outlet valve element (41) mounted to move in the pump body (10) and co-operating with said actuating rod (60) or with an element secured to or integral with said actuating rod to define the open and the closed positions for s

Abstract: A fluid spray device comprising a reservoir (10) containing fluid; a pump or a valve (20) mounted on the reservoir (10) by means of a fixing ring (30) for selectively dispensing the fluid; and a dispenser head (40) including a dispenser orifice (45), the device further comprising an actuator device (50) that is displaceable between a rest position and a dispensing position, the actuator device (50) being displaced in a direction that is different from the direction in which the fluid is sprayed through the dispenser orifice (45), said fluid spray device being characterized in that said actuator device (50) is formed on the dispenser head (40), and co-operates with the fixing ring (30), or with an element secured thereto, in order to actuate the pump or the valve (20).

Abstract: A manually-actuated fluid dispenser pump including a pump body (10) and a piston (50) mounted to slide in leaktight manner in the pump body (10) between a rest position and a dispensing position, the piston (50) being provided with at least a bottom sealing lip (51) in leaktight contact with the pump body (10), the pump body (10) being provided with an inwardly-extending radial shoulder (11) co-operating with the bottom lip (51) of the piston (50) to form an abutment for the piston (50), and to define its dispensing position, the pump being characterized in that the pump body (10) is provided with an axial annular setback (15) at the radial shoulder (11) so that the active sealing portion (53) of the bottom lip (51) makes no contact with the radial shoulder (11) when the piston (50) is in its dispensing position, so that no axial force is exerted on the active portion (53).

Abstract: A dispenser head for a dispenser device for dispensing a fluid, said dispenser head being characterized in that it comprises an inner body (10) defining a dispensing channel (11) for the fluid, said channel (11) being terminated by a dispensing orifice (12), and a separate outer body (20) defining an actuating surface (21) on which the user presses to actuate the dispenser device, said outer body (20) being fitted over said inner body (10) in a manner such that, in the event that an attempt is made to tear off or to remove said dispenser head, only said outer body (20) is removable, said inner body (20) remaining fixed to said dispenser device.

Abstract: A fluid dispenser pump comprising a pump body (1) in which a piston (2) connected to an actuating rod (10) is slidably mounted in leaktight manner, said actuating rod (10) being mounted to slide inside an element (4), such as a ferrule, which is secured to the pump body (1), said fluid dispenser pump being characterized in that said actuating rod (10) includes a flexible outer tubular portion (11) that is in leaktight contact with said element (4), and a rigid inner tubular portion (12) that is concentric with said flexible outer tubular portion (11), the zone of contact between the inside of the ferrule (4) and the actuating rod (10) being leaktight regardless of the position of said actuating rod (10).

Abstract: A fluid dispenser pump comprising a pump body (10) containing a pump chamber (11) defined between an upper piston (20) and a lower piston (30), the pistons (20, 30) being mounted to slide in leaktight manner in the pump body (10), the pump chamber (11) being provided with an inlet valve (40) and with an outlet valve (50), the lower piston (30) co-operating with the outlet valve (50), when the full dose has been metered out, to open the outlet valve and to make it possible to deliver the fluid contained in the pump chamber (11), the dispenser pump being characterized in that the lower piston (30) is separate from the inlet valve seat (42) and is mounted to float in the pump chamber (11), the lower piston (30) being returned to its rest position by the inlet valve seat (42).

Abstract: A fluid dispenser device for dispensing a fluid, the fluid dispenser device comprising a fluid reservoir (10), a dispensing member (20), such as a pump, mounted on said reservoir (10), and a dispensing head (30) provided with a dispensing orifice (31) and mounted on said dispensing member (20) to move between a rest position and a dispensing position, said fluid dispenser device being characterized in that it further comprises a closure system (40) fixed to said reservoir (10) and comprising a closure element (41) suitable for closing off the dispensing orifice (31) from the outside when the dispensing head (30) is in the rest position, said closure system (40) further comprising passageway means (42), such as an opening, co-operating with said dispensing orifice (31) when the dispensing head (30) is in the dispensing position, and making it possible for fluid to be expelled through said dispensing orifice (31).

Abstract: A manually-actuated fluid dispenser pump with a pump body (10) having a longitudinal axis (A), and a dip tube (90) connected to the pump body (10) and serving to extend towards the bottom of a reservoir to which the pump is assembled, the pump being characterized in that the dip tube (90) is substantially rigid and extends axially along the longitudinal axis (A) of the pump prior to the pump being assembled to the reservoir, the dip tube (90) being provided with deflection or tilting mechanism (95) so that, after assembly, the dip tube (90) forms an angle with the longitudinal axis (A) of the pump.

Abstract: A metal crimping cap (10) for a fluid dispenser device, said cap (10) acting to fix a dispensing member (20) such as a pump or a valve to the neck (31) of a reservoir (30) containing fluid to be dispensed, said cap (10) having a fixing portion (11) for receiving said dispensing member (20) securely, and a crimping portion (12) which serves to be crimped to the neck (31) of the reservoir (30), said crimping portion (12) being provided with a covering element (15) made of a plastics material and extending over at least a fraction of the inside surface of said crimping portion (12), and over at least a fraction of the outside surface thereof, so that no metal particles are generated before, during and/or after crimping, said cap being characterized in that, on the outside surface of said crimping portion (12) of the cap (10), said covering element (15) is provided with retaining means (18) adapted to co-operate with a pusher to retain said pusher by preventing it from being removed from said dispensing member (2

Abstract: A fluid dispenser pump actuated manually to dispense a metered quantity or “dose” of fluid each time it is actuated. The pump has a pump body containing a pump chamber and a return spring resiliently urging the pump towards its rest position and returning it automatically to the rest position after each actuation. The pump chamber has an outlet value that is urged towards a closed position by the pressure from the fluid while the pump is being actuated, and is opened mechanically by a valve control element at the end of actuation. Once the full dose has been prepared, the outlet valve is kept in the open position while the fluid is expelled from the pump chamber. This prevents the flow of fluid from closing the outlet valve again before the full dose of fluid has been expelled.

Abstract: A fluid dispenser device comprising a pump (50) and a dispensing head that comprises a body (1) defining a fluid discharge channel (2) ending in a dispensing orifice (3), a rigid insert (4) being disposed in said discharge channel (2), said rigid insert forming or being secured to the outlet valve of said pump, said fluid dispenser device being characterized in that said dispensing head further comprises a closure element (10) disposed in said discharge channel (2), said closure element (10) being mounted to move and/or to deform between a closure position in which it closes off the discharge channel (2) and a non-closure position in which it does not close off the discharge channel (2), said rigid insert (4) being mounted to move inside said discharge channel (2) between a rest position and an actuating position, said closure element (10) cooperating at one end with said rigid insert (4) and at the other end with said body (1) so that, when the insert (4) is in the rest position, the closure element (10) is

Abstract: A fluid dispenser pump comprising a pump body (10) containing a pump chamber (11) defined between an upper piston (20) and a lower piston (30), said pistons (20, 30) being mounted to slide in leaktight manner in said pump body (10), said pump chamber (11) being provided with an inlet valve (40) and with an outlet valve (50), said lower piston (30) co-operating with said outlet valve (50), when the full dose has been metered out, to open said outlet valve and to make it possible to deliver the fluid contained in the pump chamber (11), said dispenser pump being characterized in that the lower piston (30) is separate from the inlet valve seat (42) and is mounted to float in the pump chamber (11), said lower piston (30) being returned to its rest position by said inlet valve seat (42).

Abstract: A manually-actuated fluid dispenser pump including a pump body (10) and a piston (50) mounted to slide in leaktight manner in said pump body (10) between a rest position and a dispensing position, said piston (50) being provided with at least a bottom sealing lip (51) in leaktight contact with said pump body (10), said pump body (10) being provided with an inwardly-extending radial shoulder (11) co-operating with said bottom lip (51) of the piston (50) to form an abutment for said piston (50), and to define its dispensing position, said pump being characterized in that said pump body (10) is provided with an axial annular setback (15) at said radial shoulder (11) so that the active sealing portion (53) of the bottom lip (51) makes no contact with said radial shoulder (11) when the piston (50) is in its dispensing position, so that no axial force is exerted on said active portion (53).

Abstract: A fluid dispenser pump comprising a dispenser pump (1) and a fixing element (2), said dispenser pump (1) comprising a pump body (10) containing a pump chamber (11), a piston (20) mounted to slide in said pump body (10) between a rest position and a dispensing position so as to dispense a metered quantity or “doses” of fluid each time it is actuated, said piston (20) being connected to an actuating rod (30) extending out of the pump body (10), said pump (1) being assembled in a fixing element (2), such as a fixing ring or cap, serving to fix the pump (1) to a fluid reservoir, a sealing gasket (50) being interposed between said pump body (10) and said fixing element (2), said pump being characterized in that said sealing gasket (50) is in continuous leaktight contact with said actuating rod (30), which slides in leaktight manner against said sealing gasket (50) while the pump (1) is being actuated and which rests in leaktight manner against said sealing gasket (50) when the pump is in the rest posit

Abstract: A fluid dispenser pump actuated manually to dispense a metered quantity or “dose” of fluid each time it is actuated, said pump including a pump body (10) containing a pump chamber (11) and a return spring (50) resiliently urging the pump towards its rest position and returning it automatically to said rest position after each occasion on which it is actuated, said pump chamber (11) being provided with an outlet valve (40), said outlet valve (40) being urged towards a closed position by the pressure from the fluid while the pump is being actuated, and being opened mechanically by a valve control element (60) at the end of actuation, once the full dose has been prepared, said pump being characterized in that it includes valve locking means for keeping the outlet valve (40) in the open position while the fluid is being expelled from the pump chamber (11), to prevent the flow of fluid from closing said outlet valve (40) again before the full dose of fluid has been expelled, said outlet valve (40) bein

Abstract: A manually-actuated fluid dispenser pump including a pump body (10) and at least one piston (50, 55) mounted to slide in leaktight manner in said pump body (10) between a rest position and a dispensing position, said pump being characterized in that the pump body (10) is frustoconical at least in part so as to modify the radial stresses exerted on said at least one piston (50, 55) between said rest position and said dispensing position.

Abstract: A manually-actuated fluid dispenser pump comprising a pump body (10) having a longitudinal axis (A), and a dip tube (90) connected to said pump body (10) and serving to extend towards the bottom of a reservoir to which said pump is assembled, said pump being characterized in that said dip tube (90) is substantially rigid and extends axially along the longitudinal axis (A) of the pump prior to the pump being assembled to the reservoir, said dip tube (90) being provided with deflection or tilting means (95) so that, after assembly, said dip tube (90) forms an angle with said longitudinal axis (A) of the pump.

Abstract: A manually-actuated fluid dispenser pump including a pump body (10) containing a pump chamber (20), said pump chamber (20) being defined between an inlet valve (30) and an outlet valve (40), a piston (50) being mounted to slide in said pump body (10) between a rest position and a dispensing position for dispensing the fluid contained in the pump chamber, said piston (50) being connected to, and in particular integral with, an actuating rod (60) provided with an expulsion channel (65), said inlet valve (30) including an inlet valve element (31) mounted to move in the pump body (10) and co-operating with said pump body (10) or with an element secured to or integral with said pump body to define the open and the closed positions for said inlet valve (30), said outlet valve (40) including an outlet valve element (41) mounted to move in the pump body (10) and co-operating with said actuating rod (60) or with an element secured to or integral with said actuating rod to define the open and the closed positions for s

Abstract: A manually-actuated fluid dispenser pump including a pump body (10) and a piston (50) mounted to slide in leaktight manner in said pump body (10) between a rest position and a dispensing position, said piston being provided with at least a top sealing lip (52) in leaktight contact with said pump body (10), said pump including an abutment member (80) such as a ferrule, fitted into the top edge of the pump body (10) and co-operating with said piston (50) to define its rest position, said fluid dispenser pump being characterized in that the top lip (52) of the piston (50) is made up of a first lip portion (53) co-operating in leaktight manner with the pump body (10) and of a second lip portion (54) co-operating in leaktight manner with said ferrule (80) in the rest position, said first and second lip portions (53, 54) being substantially parallel and spaced apart radially from each other.