Abstract: The invention relates to a handle for a cooking vessel that includes at least one thermoelectric generator thermally connected to a heat sink. The invention is characterised in that the handle has an inner cavity that extends longitudinally over at least one third of the length of the handle, and the heat sink extends longitudinally inside the cavity through at least two thirds of the length thereof.

Abstract: Provided is a cooking vessel (1) including a body (2) equipped with a bottom (3) and a lateral wall (4), a handle (20) mounted to the body (2) by mounting means (6, 22), and a sensor (30) disposed in a receiving housing (11) near the bottom (3) and equipped with at least one electrically insulated conducting element (31, 32), said sensor (30) and said conducting element (31, 32) being mounted to a support (40) which extends from the bottom (3) along the lateral wall (4) and which is mounted to the handle (20). The support (40) includes a retaining part (42) for the sensor and the conducting element and at least one programmed deformation area (50, 55a, 55b) to allow mobility between the retaining part (42) for the sensor and the conducting element and the handle (20) in at least one direction.

Abstract: A cooking container includes a bowl that includes a base, a side wall and an energy recovery device intended to engage with an induction heating system, the energy recovery device including a rigid holder that is separate from the bowl, is in the shape of a loop and is arranged on the base, and at least one electrically insulated conductive element attached to the holder by deposition, in particular by screen printing, pad printing, thermal spraying, decalcomania or laser sintering. The holder includes an open loop including two free ends and two extensions that extend radially and without touching one another, starting at the two free ends, from the base towards the side wall, and the conductive element is attached to the open loop and to the two extensions by deposition.

Abstract: Provided is a process for drilling a tunnel (11) in which to place a sensor, in particular a temperature sensor, in a cooking vessel (1) comprising a bowl (2) with a bottom (3) having a thickness (e), said process comprising a step for drilling said tunnel made in the thickness (e). The drilling step comprises a pre-drilling step using a drill bit with a diameter of D1, and a deep drilling step using a drill bit with a diameter of D2, D1 being greater than D2.

Abstract: The invention relates to a handle for a cooking vessel that includes at least one thermoelectric generator thermally connected to a heat sink. The invention is characterised in that the handle has an inner cavity that extends longitudinally over at least one third of the length of the handle, and the heat sink extends longitudinally inside the cavity through at least two thirds of the length thereof.

Abstract: Provided is a cooking vessel (1) including a body (2) equipped with a bottom (3) and a lateral wall (4), a handle (20) mounted to the body (2) by mounting means (6, 22), and a sensor (30) disposed in a receiving housing (11) near the bottom (3) and equipped with at least one electrically insulated conducting element (31, 32) , said sensor (30) and said conducting element (31, 32) being mounted to a support (40) which extends from the bottom (3) along the lateral wall (4) and which is mounted to the handle (20). The support (40) includes a retaining part (42) for the sensor and the conducting element and at least one programmed deformation area (50, 55a, 55b) to allow mobility between the retaining part (42) for the sensor and the conducting element and the handle (20) in at least one direction.

Abstract: Provided is a cooking container (1, 1?) including a bottom (3, 3?) having a temperature sensor (10) which is electrically connected to signal processing and display means (40) arranged at a distance from said temperature sensor (10). The bottom (3, 3?) of the cooking container includes means (20a, 20b, 20e, 20d) for identifying an area for placing the food to be cooked, said area being arranged facing the temperature sensor (10) in order to allow the user to monitor the cooking temperature of said food.

Abstract: A cooking container has a bowl including a bottom, a side wall and an electric device provided with at least one insulated conductive element. The conductive element extends from the bottom to the side wall. The conductive element is attached to a rigid mounting by deposition, such as by silk-screen printing, pad printing, thermal spraying, decalcomania or laser sintering. The mounting is separate from the bowl.

Abstract: Provided is a process for drilling a tunnel (11) in which to place a sensor, in particular a temperature sensor, in a cooking vessel (1) comprising a bowl (2) with a bottom (3) having a thickness (e), said process comprising a step for drilling said tunnel made in the thickness (e). The drilling step comprises a pre-drilling step using a drill bit with a diameter of D1, and a deep drilling step using a drill bit with a diameter of D2, D1 being greater than D2.

Abstract: A hair-care device includes at least two jaws, a first jaw and a second jaw. The first and second jaw are elongated and hinged together so as to be able to shift between an open position and a closed position in which opposing working surfaces define a hair treatment region. An electric heating element is attached to at least one of the working surfaces. The first jaw includes at least one friction bar which is able to move along an adjacent working surface and which is adapted to engage with an opposing element of the second jaw to create, when the jaws are closed, a traction region which generates a traction force which exceeds the traction force generated by the treatment region as the device is moved over a lock of hair.

Abstract: A steam hairdressing apparatus to style the hair, including: a first and a second jaw arranged facing one another, a first treatment surface borne by the first jaw and a second treatment surface borne by the second jaw, the surfaces intended to grasp a lock of hair, a reservoir of liquid, a means of vaporization of the liquid in fluid communication with the reservoir, a steam distribution means in communication with the means of vaporization, comprising one or more steam distribution orifices in the direction of a lock of hair, the means of vaporization comprising a first vaporization chamber forming a unique volume, a second vaporization chamber equipped with a plurality of baffles, said chambers in fluid communication, the internal volume (V1) of the first chamber being greater than the internal volume (V2) of the second chamber.

Abstract: A hair-care device includes at least: two jaws, first jaw and second jaw, which are elongated and hinged together so as to be able to shift between an open position and a closed position in which opposing working surfaces define a hair treatment region, and electric heating element attached to at least one of the working surfaces. The first jaw consists of at least one friction bar which is able to move along an adjacent working surface and which is adapted to engage with an opposing element of second jaw to create, when the jaws are closed, a traction region which generates a traction force which exceeds the traction force generated by the treatment region as the device is moved over a lock of hair.

Abstract: The invention relates to a weight sensor comprising strain gauges which are deposited in thick films on a support (2). The support is made from an electrically-insulating material which is intended to be applied to a metallic body (1) that is essentially subject to bending. According to the invention, the support (2) comprises a ceramic material which has a Young's modulus E2 that is equal to or less than that E1 of the biased metallic body (1) and which is applied to the latter by means of gluing.

Abstract: The invention relates to a weight sensor comprising strain gauges which are deposited in thick films on a support (2). The support is made from an electrically-insulating material which is intended to be applied to a metallic body (1) that is essentially subject to bending. According to the invention, the support (2) comprises a ceramic material which has a Young's modulus E2 that is equal to or less than that E1 of the biased metallic body (1) and which is applied to the latter by means of gluing.

Abstract: The invention relates to a weighing device comprising a rigid platform (10) which is intended to receive the weight to be measured, a fixed support area (20) and at least one weight sensor (30). One of the ends (60) of said sensor is embedded in the platform (10) while the opposite end (70) thereof is embedded in the fixed support area (20). The weight sensor (30) supports strain gauges (R1, Ri) and comprises a bar that can be deformed, mainly by means of flexion (40) under the effect of the weight applied to said platform. According to the invention, at least one of the embedded ends (60) of the weight sensor (30) is provided with a surface (S) that is intended to be directly fixed by means of adhesion to the rigid platform (10) or to the fixed support area (20).

Abstract: A force-measuring apparatus is provided having a first plate, a second plate disposed above the first plate and spaced apart from the first plate, an optical sensor having at least one optical fiber disposed between the first plate and the second plate, and a clamp for moving the first plate and the second plate together to compress the optical fiber, thereby applying a prestressing force to the fiber to reduce eccentricity effects.