Abstract: A fluid dispenser including a body (6) receiving a dispenser member (3) connected to a reservoir (1) and to a fluid dispenser orifice (73), an actuator member (4) for actuating the dispenser member (3) and a module (5) comprising at least one source of radiation (51), such as a LED, the body (6) having a module housing (65) wherein the module (5) is received. The dispenser also includes a dispenser and diffuser head (7) mounted on the body (6) and forming an application wall (74) into which the fluid dispenser orifice (73) opens out for applying the fluid coming from the dispenser orifice (73) onto the skin. The module (5) is integral with the dispenser and diffuser head (7), thus forming together an integral unit (U) which is received on and within the body (6).

Abstract: A dispenser and applicator head (T1) for associating with a dispenser unit (2), the head comprising: a connection section (4a) for connecting to the dispenser unit; a fluid application section (4c) that defines at least one fluid dispenser orifice (50), and a fluid applicator pad (51) for applying the fluid coming from the dispenser orifice (50) onto the application surface; an interconnection section (4b) that interconnects the connection section (4a) and the application section (4c); the dispenser and applicator head being characterized in that: the applicator pad (51) is made of a rigid heat-transfer material so as to impart a cold sensation on contact with the skin; and the interconnection section (4b) is made of an elastically-deformable material, such that the applicator pad (51) is movable relative to the connection section (4a).

Abstract: A dispenser and applicator head (T1) having a connection stub (1) made of a substantially-rigid first material; an assembly core (2) made of the same material; a flexible link section (S) that interconnects the connection stub and the assembly core; an applicator pad (5) made of a heat-transfer material to impart a cold sensation on contact with the skin and mounted on the assembly core; and a dispenser channel (6) that passes through the stub, the link section, the core, and the pad in which it forms a dispenser orifice. The link section includes a flexible bridge (3) made of the same material as the stub and interconnecting the stub and the core; and sheathing (4) made of an elastically-deformable material, the sheathing surrounding the bridge, at least in part, and interconnecting the stub and the core.

Abstract: A fluid dispenser comprising two reservoirs (R1, R2), two pumps (P1, P2), and two pushers (B1, B2), namely a first pusher (B1) for actuating a first pump (P1) that is connected to a first reservoir (R1) containing a first fluid (F1), and a second pusher (B2) for actuating a second pump (P2) that is connected to a second reservoir (R2) containing a second fluid (F2), the dispenser further comprising a third pusher (B3) for dispensing a mixture of the first and second fluids (F1, F2), the first fluid (F1) being dispensed through a first dispenser orifice (O1), and the second fluid (F2) being dispensed through a second dispenser orifice (O2), the fluid dispenser being characterized in that the mixture of the two fluids (F1, F2) is dispensed through a third dispenser orifice (O3) that is formed by the third pusher (B3).

Abstract: A dispenser and applicator head for associating with a dispenser unit, such as a pump, a valve, or a squeezable tube, the head including an applicator pad defining an outer applicator face for coming into contact with the skin, the pad being made essentially of a heat-transfer material so as to impart a cold sensation on contact with the skin, the pad defining a thickness from an inner face to the outer face, the pad having a dispenser passage passing through it, which passage puts the inner face into communication with the outer face. The applicator pad presents a small thickness at the dispenser passage.

Abstract: A drop dispenser including a fluid reservoir, a tube having a dispenser end and an actuation end, a fluid chamber of variable volume connected to the actuation end of the tube; a pusher that is axially movable between a high position and a low position so as to cause the volume of the chamber to vary and drive the fluid into the tube towards the dispenser end so as to form a drop of fluid; and a fastener ring including a threaded skirt for coming into engagement with the threaded neck, the tube and the chamber being secured to the ring. The drop dispenser have a mover for moving the pusher axially between the high and low positions, the mover also causing the fastener ring to turn, both so as to loosen it from the neck by unscrewing and so as to tighten it onto the neck by screw-tightening.

Abstract: A fluid dispenser head (T) for associating with a fluid dispenser member (P), such as a pump, the head (T) forming a dispenser duct (12) that communicates upstream with an outlet (S) of the dispenser member (P), and downstream with a dispenser orifice (31), the head (T) further including a shutter (2) for selectively closing the dispenser duct (12), the shutter (2) being movable in the duct (12) along a movement axis between a closed position and a dispensing position, the head (T) further including a thrust element (42) so as to thrust the shutter (2) towards its closed position, said dispenser head being characterized in that the thrust element (42) is movable substantially perpendicularly and tangentially to the movement axis of the shutter (2).

Abstract: A dispenser and applicator head for associating with a dispenser unit, such as a pump, a valve, or a squeezable tube, the head including an applicator pad defining an outer applicator face for coming into contact with the skin, the pad being made essentially of a heat-transfer material so as to impart a cold sensation on contact with the skin, the pad defining a thickness from an inner face to the outer face, the pad having a dispenser passage passing through it, which passage puts the inner face into communication with the outer face. The applicator pad presents a small thickness at the dispenser passage.

Abstract: A fluid dispenser including, a fluid reservoir with a neck externally threaded and that internally defines an opening that communicates with the inside of the reservoir, the neck forming at least one helical thread; and a dispenser head that is mounted on the neck by a fastener member in engagement both with the threaded neck and with the dispenser member. The fastener member includes a ring, the ring forming: a reception mechanism for receiving the dispenser member; an annular ledge; and a skirt that is in engagement with the threaded neck. The ring includes a rupture mechanism between the ledge and the skirt so as to separate the ledge from the skirt by turning the ring on the threaded neck, in such a manner as to remove the dispenser member from the reservoir.

Abstract: A fluid dispenser including a body (6) receiving a dispenser member (3) connected to a reservoir (1) and to a fluid dispenser orifice (73), an actuator member (4) for actuating the dispenser member (3) and a module (5) comprising at least one source of radiation (51), such as a LED, the body (6) having a module housing (65) wherein the module (5) is received. The dispenser also includes a dispenser and diffuser head (7) mounted on the body (6) and forming an application wall (74) into which the fluid dispenser orifice (73) opens out for applying the fluid coming from the dispenser orifice (73) onto the skin. The module (5) is integral with the dispenser and diffuser head (7), thus forming together an integral unit (U) which is received on and within the body (6).

Abstract: A fluid dispenser including a fluid reservoir and a body receiving a dispenser member that is connected to the reservoir and an actuator member for actuating the dispenser member; a dispenser and diffuser head forming a fluid dispenser orifice and an application wall for applying the fluid coming from the dispenser orifice onto the skin; a module having a source of radiation emitting monochromatic light of 400 nm to 700 nm and having anti-inflammatory action and/or a stimulating action for stimulating skin-regeneration metabolisms. The dispenser and diffuser head include a source housing and the body includes a module housing communicating with the source housing so that the source of radiation extends in the source housing of the head.

Abstract: A dispenser and applicator head (T1) for associating with a dispenser unit (2), the head comprising: a connection section (4a) for connecting to the dispenser unit; a fluid application section (4c) that defines at least one fluid dispenser orifice (50), and a fluid applicator pad (51) for applying the fluid coming from the dispenser orifice (50) onto the application surface; an interconnection section (4b) that interconnects the connection section (4a) and the application section (4c); the dispenser and applicator head being characterized in that: the applicator pad (51) is made of a rigid heat-transfer material so as to impart a cold sensation on contact with the skin; and the interconnection section (4b) is made of an elastically-deformable material, such that the applicator pad (51) is movable relative to the connection section (4a).

Abstract: A fluid dispenser comprising two reservoirs (R1, R2), two pumps (P1, P2), and two pushers (B1, B2), namely a first pusher (B1) for actuating a first pump (P1) that is connected to a first reservoir (R1) containing a first fluid (F1), and a second pusher (B2) for actuating a second pump (P2) that is connected to a second reservoir (R2) containing a second fluid (F2), the dispenser further comprising a third pusher (B3) for dispensing a mixture of the first and second fluids (F1, F2), the first fluid (F1) being dispensed through a first dispenser orifice (O1), and the second fluid (F2) being dispensed through a second dispenser orifice (O2), the fluid dispenser being characterized in that the mixture of the two fluids (F1, F2) is dispensed through a third dispenser orifice (O3) that is formed by the third pusher (B3).

Abstract: A drop dispenser including a fluid reservoir, a tube having a dispenser end and an actuation end, a fluid chamber of variable volume connected to the actuation end of the tube; a pusher that is axially movable between a high position and a low position so as to cause the volume of the chamber to vary and drive the fluid into the tube towards the dispenser end so as to form a drop of fluid; and a fastener ring including a threaded skirt for coming into engagement with the threaded neck, the tube and the chamber being secured to the ring. The drop dispenser have a mover for moving the pusher axially between the high and low positions, the mover also causing the fastener ring to turn, both so as to loosen it from the neck by unscrewing and so as to tighten it onto the neck by screw-tightening.

Abstract: A fluid dispenser head (T) for associating with a fluid dispenser member (P), such as a pump, the head (T) forming a dispenser duct (12) that communicates upstream with an outlet (S) of the dispenser member (P), and downstream with a dispenser orifice (31), the head (T) further including a shutter (2) for selectively closing the dispenser duct (12), the shutter (2) being movable in the duct (12) along a movement axis between a closed position and a dispensing position, the head (T) further including a thrust element (42) so as to thrust the shutter (2) towards its closed position, said dispenser head being characterized in that the thrust element (42) is movable substantially perpendicularly and tangentially to the movement axis of the shutter (2).

Abstract: A fluid dispenser comprising: a fluid reservoir (1); and a pump (3) comprising a pump body (30) and an actuator rod (34), defining between them a pump chamber (33) having a predetermined maximum volume, the rod (34) being axially movable in the body (30) so as to vary the volume of the pump chamber (33); the dispenser being characterized in that it further comprises a dispenser cannula (5) that is mounted on the actuator rod (34) and that includes a dispenser outlet (52) that is suitable for forming a drop of fluid that separates from the cannula (5) by gravity, the determined maximum volume of the pump chamber (33) being substantially equal to the volume of the drop of fluid that is dispensed at the dispenser outlet (52).

Abstract: A fluid dispenser comprising: a fluid reservoir (1) having a neck (11) defining an opening (10) and an axis X, the neck (11) projecting axially from a shoulder (13); and a dispenser unit (D) comprising a dispenser member (4), such as a pump or a valve, and a fastener system (2, 31) for fastening the dispenser member (4) on the neck (11) of the reservoir (1), the fastener system comprising a fastener ring (2) that is engaged with the neck (11) and a blocking hoop (31) that is engaged axially around the ring (2) for blocking the ring on the neck in the final assembled position; disassembly means (14, 34) for axially moving the hoop (31) relative to the ring (2), from the final assembled position to a disassembled position in which the hoop does not block the ring on the neck, such that the unit (D) can be removed from the neck (11), the disassembly means comprising two elements (14, 34) capable of turning mutually relative to each other about the axis X, the dispenser being characterized in that one element

Abstract: A fluid dispenser including, a fluid reservoir with a neck externally threaded and that internally defines an opening that communicates with the inside of the reservoir, the neck forming at least one helical thread; and a dispenser head that is mounted on the neck by a fastener member in engagement both with the threaded neck and with the dispenser member. The fastener member includes a ring, the ring forming: a reception mechanism for receiving the dispenser member; an annular ledge; and a skirt that is in engagement with the threaded neck. The ring includes a rupture mechanism between the ledge and the skirt so as to separate the ledge from the skirt by turning the ring on the threaded neck, in such a manner as to remove the dispenser member from the reservoir.