Abstract: Provided is a facial massage device including: —a massage head that includes: —two parallel massage rollers that are mobiles in rotation on themselves about two rotational axes parallel to each other and to the application surface (S), and set apart from each other, being separated by a working area (Z), a first roller including at least one paddle that extends radially projecting from the surface of the first roller, and the second roller having a smooth surface, —transmission assembly designed to rotate the rollers in the same direction, the first roller moving from outside the working area (Z) to inside the working area (Z), and the second roller moving from inside the working area to outside the working area, when viewed from outside the massage head, —and a drive housing that carries the massage head and that includes an electric motor that actuates drive means designed to transmit the drive from the electric motor to the transmission means.

Abstract: Provided is a massaging appliance comprising: a body which has drive means, at least one type of massaging head which comprises at least two massaging elements, a transmission mechanism which allows the massaging elements to be activated under the action of the drive means, fitting means which are designed to fit at least one type of massaging head in a removable manner on the body, distinguishing means for distinguishing the type of massaging head fitted on the body and control means for controlling said massaging appliance which, depending on which type of massaging head is distinguished, are designed to act on the drive means so as to control the movement of at least two elements of the massaging head.

Abstract: Provided is a facial massage device including: a massage head that includes:—two parallel massage rollers that are mobiles in rotation on themselves about two rotational axes parallel to each other and to the application surface (S), and set apart from each other, being separated by a working area (Z), a first roller including at least one paddle that extends radially projecting from the surface of the first roller, and the second roller having a smooth surface,—transmission means designed to rotate the rollers in the same direction, the first roller moving from outside the working area (Z) to inside the working area (Z), and the second roller moving from inside the working area to outside the working area, when viewed from outside the massage head,—and a drive housing that carries the massage head and that includes an electric motor that actuates drive means designed to transmit the drive from the electric motor to the transmission means.

Abstract: Provided is a mobile autonomous apparatus (1) for measuring and analysing at least one parameter representing the fat of a skin surface area comprising at least one probe (10) comprising at least two pairs of electrodes intended to come into contact with the skin surface area defining a frrst pair of injecting electrodes (11, 12), and a second pair ofreceiving electrodes (13, 14) for measuring the response to the injection, an energy source (5) for producing, at the frrst pair of injecting electrodes (11, 12), a variable electrical signal with a current of intensity i included in the range [60 ?A to 4000 ?A] and a frequency included in the range [1 k Hz to 1000 kHz], a data processing and control unit (CPU) for determining the elements relative to the bio-impedance (Z) of said area and said at least one parameter representing the cellulite of the skin surface area.

Abstract: Provided is a massaging appliance comprising: a body which has drive means, at least one type of massaging head which comprises at least two massaging elements, a transmission mechanism which allows the massaging elements to be activated under the action of the drive means, fitting means which are designed to fit at least one type of massaging head in a removable manner on the body, distinguishing means for distinguishing the type of massaging head fitted on the body and control means for controlling said massaging appliance which, depending on which type of massaging head is distinguished, are designed to act on the drive means s as to control the movement of at least two elements of the massaging head.

Abstract: A mechanical hair-removing device includes at least a vibrating part, drivers for providing a periodic alternative movement of the vibrating part and of a roller on which are located the hair-removing devices. The drivers of the hair-removing devices and the vibrating part are actuated simultaneously during a hair-removing session to cause a vibration of the hairy surface.

Abstract: A painless electric stimulation appliance for body care comprises at least one stimulation electrode (24, 25) and a vibrating part (23) positioned in the vicinity of the electrode, which mechanically prompts the skin in vibration in association with the electric stimulation. The vibrating part is mechanically actuated by the rotation around an axis (18) of a rotating element (22) which is in turn driven mechanically in rotation.

Abstract: A preferably hand-held hair treating and/or setting apparatus comprising, arranged around a main body, a handle (1), a hair curling member (2) with a longitudinal axis (x-x'), and at least one movable clip (10) for clamping a lock of hair against the hair curling member (2), the clip (10) being freely movable along the curling member (2) between two abutment positions so that it can draw out the treated lock (M') in its initial treatment condition. The apparatus is useful for setting hair.

Abstract: A dispenser for dispensing a thermoplastic product in a fluid state, the dispenser including: a case having a manual holding part; a reservoir composed of a wall forming an enclosure for holding a supply of the product; a product applicator disposed in proximity to a reservoir opening for receiving product in a fluid state from the reservoir, wherein at least a portion of the reservoir wall is made of an electrically conductive plastic constituting a heat source, and the dispenser further has electrodes connected to the electrically conductive plastic of the reservoir portion for delivering heating current to the heat source.