Abstract: A thermostatic assembly comprises a casing in which are delimited a chamber where hot and cold fluids mix to form a mixed fluid, a hot fluid inlet, a cold fluid inlet and a mixed fluid outlet. This assembly also comprises a thermostatic element including a thermosensitive body and a piston which move relative to one another along a central axis (X-X) of the chamber as a function of the temperature of the mixed fluid. A spool regulates the temperature of the mixed fluid, being connected to the thermosensitive body to be moved along the central axis in the chamber so as to close, in respective inverse proportions, hot and cold fluid passages which are each delimited, along the central axis, between the spool and the casing. In order to make this assembly more adaptable to various geometries of the installation environment, the spool has a profile that is non-circular.

Abstract: A mixing unit comprises two inlets for incoming streams at different temperatures, mixing means of these incoming streams for forming an outgoing stream, a main outlet for the outgoing stream, and a heat-sensitive actuator, comprising a first heat-sensitive part, arranged at the main outlet, and a second part, actuated in translation by the first part. According to the invention, the mixing unit comprises a shutter, which is actuated by the heat-sensitive actuator, so as to move between a closed position of the main outlet and an open position of the main outlet, based on the relative position of the first part and the second part, the shutter and the first part therefore not creating an imbalance between the flow rate of the first incoming stream and the flow rate of the second incoming stream.

Abstract: A mixing unit comprises two inlets for incoming streams at different temperatures, mixing means of these incoming streams for forming an outgoing stream, a main outlet for the outgoing stream, and a heat-sensitive actuator, comprising a first heat-sensitive part, arranged at the main outlet, and a second part, actuated in translation by the first part. According to the invention, the mixing unit comprises a shutter, which is actuated by the heat-sensitive actuator, so as to move between a closed position of the main outlet and an open position of the main outlet, based on the relative position of the first part and the second part, the shutter and the first part therefore not creating an imbalance between the flow rate of the first incoming stream and the flow rate of the second incoming stream.

Abstract: A cartridge with a controller for controlling cold and hot fluid flows to form a mixture, a slide valve for controlling a mixture temperature, a thermostatic element that controls a position of the slide valve along an axis, and a single handle for controlling the mixture flow and temperature, which is movably mounted to actuate and drive the controller and move the thermostatic element along the axis.

Abstract: This cartridge comprises a base (10), a fixed attached piece (20), a spool (30) for controlling the temperature of the mixture of the hot and cold fluids, and a thermostatic element making it possible to move the spool along an axis. The base simultaneously delimits an outlet orifice (16) for the mixture, an inlet orifice (14) for the cold fluid that supplies, via a first distribution channel (F4), cold fluid around the spool, a passage (F3), delimited axially between the spool and the base, and an inlet orifice (15) for the hot fluid that supplies, via a second channel (C4) for distribution hot fluid around the spool, a passage (C3) delimited axially between the spool and the attached piece.

Abstract: A cartridge with a controller for controlling cold and hot fluid flows to form a mixture, a slide valve for controlling a mixture temperature, a thermostatic element that controls a position of the slide valve along an axis, and a single handle for controlling the mixture flow and temperature, which is movably mounted to actuate and drive the controller and move the thermostatic element along the axis.

Abstract: This cartridge comprises a base (10), a fixed attached piece (20), a spool (30) for controlling the temperature of the mixture of the hot and cold fluids, and a thermostatic element making it possible to move the spool along an axis. The base simultaneously delimits an outlet orifice (16) for the mixture, an inlet orifice (14) for the cold fluid that supplies, via a first distribution channel (F4), cold fluid around the spool, a passage (F3), delimited axially between the spool and the base, and an inlet orifice (15) for the hot fluid that supplies, via a second channel (C4) for distribution hot fluid around the spool, a passage (C3) delimited axially between the spool and the attached piece.