Abstract: An applicator for a meltable product comprising: a case, a reservoir for holding a quantity of the product, the reservoir having an outlet opening and being made at least in part of a thermally conductive material, heating device in thermal communication with the reservoir, and an applicator roller disposed in the outlet opening, wherein the applicator roller comprises a core composed at least partly of thermally conductive material and a layer of plastic material surrounding the core. An applicator in combination with an extraction gripper for gripping the roller, the gripper comprising two arms which extend substantially parallel to one another, each arm having a projecting finger positioned such that the projecting finger on one of the arms faces the projecting finger on the other one of the arms, the projecting fingers being located and configured to cooperate with the engagement elements of the roller in order to grip the roller.

Abstract: A detection device associated with an electrical apparatus for detecting by contact the presence of a user, composed of an electronic circuit for detecting a presence of a user by detecting a leakage current traversing, at least partially, a portion of the body of the user using the electric apparatus when the body portion comes into contact with an electric contact providing for the transmission of the leakage current from the electronic circuit to the portion of the user's body.

Abstract: A tubular electrical element lying substantially in a plane is fixed under a heater plate of an electrical appliance. The ends of the element are connected to a thermal limiter disposed near the middle of the element to measure at least the temperature of the element and to disconnect the electrical power supply from the element if the measured temperature exceeds a predetermined value. A portion of the element extends substantially along the peripheral contour of the plate and the ends of the element extend towards the middle of the element.

Abstract: An applicator system for thermofusible material comprises an electric power supply block (1) and an applicator (3). An electric heater (8) for the applicator comprising a wire wrapped around a diagonally disposed support is placed directly inside a reservoir (4). The electric connection elements (11) of the electric heater (8) link the pins (13, 14) to the power supply block (1). The electric power supply is disconnected during the application of the material.

Abstract: A method of treating a metal surface is disclosed wherein a series of microcavities is formed on the surface and a coating is applied to at least part of the surface. The surface is shot blasted using small balls projected against the surface. Applications include the manufacture of culinary receptacles.

Abstract: A hair removal wax application system is composed of an applicator (1) comprising a tank (8) designed for accommodating a volume of hair removal wax (20). The tank (8) has an opening (14) at least partially closed by a distribution ring (7, 9) for the wax (20). There is a seat (2) on which the applicator (1) can be placed. The applicator (1) can be disconnected from the seat (2) in order to be used as a self-contained apparatus when applying molten wax (20) on the zone to be depilated. A heater melts the hair removal wax (20) in the applicator's (1) tank (8) and is supplied with electric current from the seat (2). The heater is an inductor (4) rigidly connected to the seat (2) and an armature (6, 18, 19) connected rigidly to the distribution ring (7, 9). The distribution ring (7, 9) is rotatable in the tank (8) and has a diameter between 60 and 95% of the greatest internal dimension of the tank.

Abstract: A culinary vessel is made from two sheets of different metals or alloys laminated together and stamped to form a vessel having a bottom and a side wall. The bottom incorporates small stamped cavities such that the cavities formed in the outer sheet enter complementary cavities formed in the inner sheet. This strengthens the bond between the two sheets.

Abstract: An applicator for a thermoplastic product, the applicator including: a housing (1) constructed to be held by a user and having a longitudinal axis and an end provided with two mutually parallel longitudinal walls (11b) and two transverse walls (11c) delimiting a product outlet opening (20); a reservoir (2) for holding the product, the reservoir being installed in the housing, being constructed to be in thermal communication with a heating unit (4) and being open at one end to permit product in the reservoir to flow into the product outlet opening; an applicator roller (15) located in the product outlet opening and having an axis of rotation which is parallel to the longitudinal walls; and a mechanism for displacing the applicator roller parallel to the longitudinal axis of the housing in order to vary the thickness of a slit through which the thermoplastic product flows out of the applicator.

Abstract: A heating structure for use in an appliance, the heating structure being a sandwich structure composed of two rigid elements constituting external elements of the sandwich structure, with at least one of the rigid elements being a heating plate; a heating unit composed of an electrical resistance component disposed between the rigid elements for producing heat which is diffused through the rigid elements, and electrical insulation material covering the electrical resistance component; and bonding layers securing the heating unit to the rigid elements. The heating unit further includes a primary layer of thermoplastic resin material into which the electrical resistance component is inserted, the electrical insulation material is composed of first and second layers of electrical insulation material which enclose the electrical resistance component, and the primary layer of thermoplastic resin material adheres to the layers of electrical insulation material.

Abstract: In a method of applying a decoration to an object, at least one layer of enamel frit slip is applied to the object, after which, without curing this layer, a decoration based on enamel frit and mineral pigments is applied to localized areas of this layer in the form of a paste containing the enamel frit, the pigments and a binder that can be melted by application of heat or cross-linked by exposure to ultraviolet light. The paste is heated when it is applied to the enamel frit slip layer to melt the binder that can be melted by heat, after which the combination is cured to vitrify the enamel frit slip layer and the decoration.

Abstract: An electric barbecue with rotisserie comprises a frame, a kettle placed on the frame, a resistive electric heater element and a rotary spit. A motor driving the spit is housed in a unit fixed to the frame. A drive arrangement connects the motor to the spit. The unit includes electrical connections to supply power to the element. A single cable is connected to an external power supply to supply power to the connection system and the motor.

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 heating structure in the form of a sandwich is composed of first and second external elements, each having a face which is directed toward the other element, with the first external element constituting a heating plate, and the heating structure further including a heating unit interposed between the first and second external elements. The heating unit includes at least one substantially flat resistive heat generating element; a first layer of thermoplastic resin in which the heat generating element is embedded; an upper electrical insulating sheet and a lower electrical insulating sheet between which the resistive heat generating element and the first layer of thermoplastic resin are interposed to form a sandwich structure, with the first layer of thermoplastic resin adhering to each of the electrical insulating sheets; and at least one second layer of thermoplastic resin contacting one of the external elements and adhering the one of the external elements to the heating unit.