Abstract: A control cartridge (2) for installation in a cartridge housing (3) of a sanitary fitting (1) comprises a first feed opening (4) and a discharge opening (6) as well as one or more seals (7), which are configured for sealing abutment on an internal surface (8) of the cartridge housing (3). Said seals (7) are arranged in such a way that after the completed installation of the control cartridge (2) in a cartridge housing (3) of a sanitary fitting (1) the first feed opening (4) is joined in a sealed manner to a cold-water or mixed-water connection (9) of the sanitary fitting (1) and the discharge opening (6) is joined in a sealed manner to a discharge pipe (11) of the sanitary fitting (1). The first feed opening (4) in the cartridge housing (3) or in the control cartridge (2) is directly connected to the discharge opening (6) which is sealed with respect to the cartridge housing (3).

Abstract: A temperature-control system includes a temperature-control device (3), (n?2) temperature-control assemblies (5, 5?) which are designed for conducting a temperature-control fluid (2) through a component (4) to be temperature-controlled, (n?2) individual return line parts (7?, 7?) and (n?2) return temperature sensors (8, 8?), a controller (9) having (n?2) valves (10, 10?) and control elements (11, 11?) which are designed to adjust the respective associated valve (10, 10?), and a room temperature sensor (12) for determining and reporting an actual temperature (13) in an immediate environment of the component (4).

Abstract: A control cartridge for a cartridge housing of a sanitary fitting comprises a first feed opening and a discharge opening as well as seals for sealing abutment on an internal surface of the housing. The seals are arranged so that after installation of the cartridge, the first feed opening is joined and sealed to a cold or mixed water connection of the sanitary fitting and the discharge opening is joined and sealed to a discharge pipe of the sanitary fitting. The first feed opening in the housing or in the cartridge is directly connected to the discharge opening which is sealed to the cartridge housing. The control cartridge comprises a second feed opening with an electric line therein which connects an electrical switch of the cartridge to a valve in a cold or mixed water feed pipe at least for switching a water flow on and off.

Abstract: Temperature-control system used for heating or cooling in a method for controlling temperature of a component includes connected temperature-control device, temperature-control arrangement, supply line, and return line. The system additionally has a controller having a valve, an actuator, a supply temperature sensor, and a return temperature sensor. A temperature difference between the supply temperature and the return temperature of a fluid circulating in the system is registered using the supply temperature sensor and the return temperature sensor and also a regulator. Proceeding from this temperature difference, the regulator causes the actuator to set a degree of opening of the valve so the temperature difference is in a selected value range. The valve always has a minimal degree of opening in the open state.

Abstract: A temperature-control system includes a temperature-control device (3), (n?2) temperature-control assemblies (5, 5?) which are designed for conducting a temperature-control fluid (2) through a component (4) to be temperature-controlled, (n?2) individual return line parts (7?, 7?) and (n?2) return temperature sensors (8, 8?), a controller (9) having (n?2) valves (10, 10?) and control elements (11, 11?) which are designed to adjust the respective associated valve (10, 10?), and a room temperature sensor (12) for determining and reporting an actual temperature (13) in an immediate environment of the component (4).

Abstract: The application relates to a control device comprising a control element that can be rotated on a first functional level, an electronic controller, an electric power supply, and a base for mounting the control device. Said control device is designed to control plumbing appliances comprising a water discharge point and an electronically controlled mixing valve that has a cold water connection and a hot water connection. The flow or the temperature of the water discharged from the water discharge point can be changed by rotating the control element. The control device according to the invention is characterized in that a second functional level can be assigned to the control element by means of an electronic or electric pulse. Said second functional level is mechanically identical to the first functional level. The temperature of the water discharged from the water discharge point can be changed by rotating the control element when the second functional level has been assigned.

Abstract: The application relates to a control device comprising a control element that can be rotated on a first functional level, an electronic controller, an electric power supply, and a base for mounting the control device. Said control device is designed to control plumbing appliances comprising a water discharge point and an electronically controlled mixing valve that has a cold water connection and a hot water connection. The flow or the temperature of the water discharged from the water discharge point can be changed by rotating the control element. The control device according to the invention is characterized in that the control element can be moved onto a second functional level by performing a lifting movement, said second functional level extending parallel to and at a distance from the first functional level.

Abstract: A method and a computer program product controls the water supply in a sanitary installation having a cold water supply line and a hot water supply line, a valve battery, which is connected to a power supply, and a sensor unit connected to the power supply. At least one trigger means outputs an action signal to an electronic controller when activated by a user by tapping on the trigger means that is embodied as a switch or by at least partially penetrating into the detection area of a trigger means that is embodied as a proximity sensor.

Abstract: The application relates to a control device comprising a control element that can be rotated on a first functional level, an electronic controller, an electric power supply, and a base for mounting the control device. Said control device is designed to control plumbing appliances comprising a water discharge point and an electronically controlled mixing valve that has a cold water connection and a hot water connection. The flow or the temperature of the water discharged from the water discharge point can be changed by rotating the control element. The control device according to the invention is characterized in that the control element can be moved onto a second functional level by performing a lifting movement, said second functional level extending parallel to and at a distance from the first functional level.

Abstract: The application relates to a control device comprising a control element that can be rotated on a first functional level, an electronic controller, an electric power supply, and a base for mounting the control device. Said control device is designed to control plumbing appliances comprising a water discharge point and an electronically controlled mixing valve that has a cold water connection and a hot water connection. The flow or the temperature of the water discharged from the water discharge point can be changed by rotating the control element. The control device according to the invention is characterized in that a second functional level can be assigned to the control element by means of an electronic or electric pulse. Said second functional level is mechanically identical to the first functional level. The temperature of the water discharged from the water discharge point can be changed by rotating the control element when the second functional level has been assigned.

Abstract: A method and a computer program product controls the water supply in a sanitary installation having a cold water supply line and a hot water supply line, a valve battery, which is connected to a power supply, and a sensor unit connected to the power supply. At least one trigger means outputs an action signal to an electronic controller when activated by a user by tapping on the trigger means that is embodied as a switch or by at least partially penetrating into the detection area of a trigger means that is embodied as a proximity sensor.

Abstract: The invention relates to a device (2) for controlling and/or regulating the supply of a medium using a supply unit for an impingement device. Said supply unit comprises at least one shut-off member and each shut-off member can be moved into a closed position and at least one open position by means of an actuating element. The device comprises a sensor unit (50) for determining in a contactless manner the presence of a material that is to be impinged by the medium. The inventive device (2) is characterized in that said sensor unit (50) is additionally configured for the contactless determination of the relative position of the material in relation to the impingement device (10) and for the output of signals, which act on the actuating elements in such a way that the later moves the shut-oft members into a position that corresponds with the presence and the location of the material to be impinged by the medium.

Abstract: A method and computer program product controls the water supply in a sanitary installation having a cold water supply line and a hot water supply line, a valve battery, which is connected to a power supply, and a sensor unit, connected to the power supply. At least one proximity sensor outputs an action signal to an electronic controller when a person at least partially penetrates into the detection area. A timeslot is assigned to every action signal and, after at least one further action signal, which is triggered within the timeslot through repeated penetration of a person into the detection area, the controller outputs a command which causes the valve battery to change the temperature and/or the flow value of the water supply to the sanitary installation in relation to the number of action signals triggered, and after expiration of the last timeslot, to release the water supply into the sanitary installation.

Abstract: A water supply for sanitary devices has a sensor, is activatable without contact, has a first capacitor with first and second conductive layers and a dielectric layer positioned there-between. A second capacitor having a first and second electrically conductive layers and a dielectric layer there-between. An AC voltage generator is electrically connected to the second layer of the first capacitor for coupling an AC voltage. The supply has a sensor amplifier for amplifying an output signal and the first layer is shared by the capacitors and has a shared absorption area. Upon approach or contact of an object or a liquid, an additional capacitor is formed whose effective capacitance experiences a detectable change that is tapped at the second layer.

Abstract: A water supply for sanitary devices has a sensor, is activatable without contact, has a first capacitor with first and second conductive layers and a dielectric layer positioned there-between. A second capacitor having a first and second electrically conductive layers and a dielectric layer there-between. An AC voltage generator is electrically connected to the second layer of the first capacitor for coupling an AC voltage. The supply has a sensor amplifier for amplifying an output signal and the first layer is shared by the capacitors and has a shared absorption area. Upon approach or contact of an object or a liquid, an additional capacitor is formed whose effective capacitance experiences a detectable change that is tapped at the second layer.

Abstract: The invention relates to a device (2) for controlling and/or regulating the supply of a medium using a supply unit for an impingement device. Said supply unit comprises at least one shut-off member and each shut-off member can be moved into a closed position and at least one open position by means of an actuating element. The device comprises a sensor unit (50) for determining in a contactless manner the presence of a material that is to be impinged by the medium. The inventive device (2) is characterised in that said sensor unit (50) is additionally configured for the contactless determination of the relative position of the material in relation to the impingement device (10) and for the output of signals, which act on the actuating elements in such a way that the latter moves the shut-off members into a position that corresponds with the presence and the location of the material to be impinged by the medium.

Abstract: A method for generating an electrical signal and a sensor device (10) for executing the method. The signal is generated because of a change in a fluid-filled space. A sensor element (12) of the sensor device (10) detects the heat transfer over time between the sensor element (12) and the fluid. The sensor element (12), which has a temperature-dependent electrical conductivity and to which a voltage has been applied, is brought to a temperature which lies outside the range of the fluid temperatures. In the passive phase, the fluid is brought to a constant passive temperature by a heat transfer between the sensor element (12) and the surroundings. The sensor device (10) provides a constant passive output voltage. A heat transfer between the sensor element (12) and its surroundings takes place in the active phase by changes in the fluid-filled space. The sensor device (10) provides an active output voltage, which is different from the passive output voltage.

Abstract: A method for generating an electrical signal and a sensor device (10) for executing the method. The signal is generated because of a change in a fluid-filled space. A sensor element (12) of the sensor device (10) detects the heat transfer over time between the sensor element (12) and the fluid. The sensor element (12), which has a temperature-dependent electrical conductivity and to which a voltage has been applied, is brought to a temperature which lies outside the range of the fluid temperatures. In the passive phase, the fluid is brought to a constant passive temperature by a heat transfer between the sensor element (12) and the surroundings. The sensor device (10) provides a constant passive output voltage. A heat transfer between the sensor element (12) and its surroundings takes place in the active phase by changes in the fluid-filled space. The sensor device (10) provides an active output voltage, which is different from the passive output voltage.