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: Cream dispenser for topically dispensing liquid onto the skin of a user including a liquid store, a discharge head that has a discharge opening and a hinged lid to protect the discharge opening. The dispenser has a multi-part design of the discharge head in order to limit, in a haptically satisfactory way, the movability of a release button of the discharge head and a special relative arrangement of the locking edges on the discharge head and on the hinged lid opposite a joint of the hinged lid in order to prevent the sharp-edged locking edges from coming into contact with the skin while cream is being discharged onto the skin.

Abstract: A fluid dispenser having: a fluid reservoir (1); an applicator (2); and a dispenser module (3) that is arranged between the reservoir (1) and the applicator (2); the fluid dispenser being characterized in that the dispenser module (3) includes an air pump (4) for sending air into the reservoir (1), and a fluid duct (54) connecting the reservoir (1) to the applicator (2).

Abstract: A dispenser and applicator head (T) for associating with a dispenser unit (P), such as a pump, and defining a longitudinal axis X, and a front face (f1) and a rear face (f2) on either side of the longitudinal axis X, the dispenser and applicator head (T) comprising a dispenser member (1) and an applicator pad (4), the dispenser member (1) defining a feed path (C) for connecting the dispenser unit (2) to a dispenser orifice (O), the applicator pad (4) being mounted on the fluid dispenser member (1), adjacent to the dispenser orifice (O); the dispenser and applicator head being characterized in that the dispenser orifice (O) is arranged axially on the longitudinal axis X, above the applicator pad (4) that extends mainly over the front face (f1).

Abstract: A fluid dispenser comprising: a fluid reservoir (1); an applicator (2); and a dispenser module (3) that is arranged between the reservoir (1) and the applicator (2); the fluid dispenser being characterized in that the dispenser module (3) includes an air pump (4) for sending air into the reservoir (1), and a fluid duct (54) connecting the reservoir (1) to the applicator (2).

Abstract: Cream dispenser for topically dispensing liquid onto the skin of a user including a liquid store, a discharge head that has a discharge opening and a hinged lid to protect the discharge opening. The dispenser has a multi-part design of the discharge head in order to limit, in a haptically satisfactory way, the movability of a release button of the discharge head and a special relative arrangement of the locking edges on the discharge head and on the hinged lid opposite a joint of the hinged lid in order to prevent the sharp-edged locking edges from coming into contact with the skin while cream is being discharged onto the skin.

Abstract: A fluid dispenser comprising: a fluid reservoir (R); a pump (P) having a pump body (P1), a return spring (P2), and an actuator rod (P3) that is axially movable down and up between an extended rest position and a depressed actuated position; a cup (1) for collecting the fluid coming from the pump (P), the cup (1) being mounted on the actuator rod (P3); and a removable member (2) that is removable along an axial direction, said removable member including an applicator (A) that is received in the cup (1) so as to pick up the fluid, the applicator (A) being elastically deformable and constrained inside the cup (1) by locking means (23, 31); said fluid dispenser being characterized in that the locking means are locking means (23, 31) that lock by turning, and that include a plurality of stationary flanges (31) that are secured to the reservoir (R), and the removable member (2) includes a plurality of fins (23) that are suitable for coming into engagement beneath the stationary flanges (31).

Abstract: A dispenser and applicator head (3) for associating with a dispenser unit (2), such as a pump, the head, having a connection stub (4t) for connecting to the dispenser unit (2); an assembly core (4n) connected to the connection stub (4t); a fluid applicator pad (5) mounted on the assembly core (4n) for coming into contact with a target surface; and a dispenser channel (Ca, Cs) that passes through the connection stub (4t) and the assembly core (4) and that forms a dispenser orifice (50). The dispenser channel (Ca, Cs) includes an outlet segment (Cs) formed jointly by the assembly core (4n) and by the fluid applicator pad (5).

Abstract: A dispenser and applicator head (T) for associating with a dispenser unit (P), such as a pump, and defining a longitudinal axis X, and a front face (f1) and a rear face (f2) on either side of the longitudinal axis X, the dispenser and applicator head (T) comprising a dispenser member (1) and an applicator pad (4), the dispenser member (1) defining a feed path (C) for connecting the dispenser unit (2) to a dispenser orifice (O), the applicator pad (4) being mounted on the fluid dispenser member (1), adjacent to the dispenser orifice (O); the dispenser and applicator head being characterized in that the dispenser orifice (O) is arranged axially on the longitudinal axis X, above the applicator pad (4) that extends mainly over the front face (f1).

Abstract: A method for synchronizing an output of a motion signal with a virtual reality program being played comprises mixing a multi-channel audio output of the virtual reality program into at least one mixed audio track. A time position of the virtual reality program being played is obtained using the at least one mixed audio track. A motion signal corresponding to virtual reality program being played and synchronized with the identified time position of the virtual reality program being played is obtained, the motion signal comprising motion platform actuator-driving instructions. The motion signal is output to an actuation system of a motion platform for producing vibro-kinetic effects in the motion platform corresponding to and synchronized with the virtual reality program being played. A motion controller for synchronizing an output of a motion signal with a virtual reality program being played is also provided.

Abstract: A method for synchronizing an output of a motion signal with a virtual reality program being played comprises mixing a multi-channel audio output of the virtual reality program into at least one mixed audio track. A time position of the virtual reality program being played is obtained using the at least one mixed audio track. A motion signal corresponding to virtual reality program being played and synchronized with the identified time position of the virtual reality program being played is obtained, the motion signal comprising motion platform actuator-driving instructions. The motion signal is output to an actuation system of a motion platform for producing vibro-kinetic effects in the motion platform corresponding to and synchronized with the virtual reality program being played. A motion controller for synchronizing an output of a motion signal with a virtual reality program being played is also provided.

Abstract: A method for synchronizing an output of a motion signal with a virtual reality program being played comprises mixing a multi-channel audio output of the virtual reality program into at least one mixed audio track. A time position of the virtual reality program being played is obtained using the at least one mixed audio track. A motion signal corresponding to virtual reality program being played and synchronized with the identified time position of the virtual reality program being played is obtained, the motion signal comprising motion platform actuator-driving instructions. The motion signal is output to an actuation system of a motion platform for producing vibro-kinetic effects in the motion platform corresponding to and synchronized with the virtual reality program being played. A motion controller for synchronizing an output of a motion signal with a virtual reality program being played is also provided.

Abstract: A method for synchronizing an output of a motion signal with a virtual reality program being played comprises mixing a multi-channel audio output of the virtual reality program into at least one mixed audio track. A time position of the virtual reality program being played is obtained using the at least one mixed audio track. A motion signal corresponding to virtual reality program being played and synchronized with the identified time position of the virtual reality program being played is obtained, the motion signal comprising motion platform actuator-driving instructions. The motion signal is output to an actuation system of a motion platform for producing vibro-kinetic effects in the motion platform corresponding to and synchronized with the virtual reality program being played. A motion controller for synchronizing an output of a motion signal with a virtual reality program being played is also provided.

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 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 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).