Sanitary device
A sanitary device has a programmable electronic control unit that acts on a metering and mixer valve unit. The electronic control unit has a program memory suitable for the retrievable storage of multiple different water dispensing programs and a central data processing unit that acts on at least one actuator that actuates the metering and mixer valve unit. A user interface has a display that has a central display region and a peripheral display region annularly surrounding the central display region, a rotatable setting ring around the display and at least three buttons around the setting ring. The buttons of the user interface comprise a program selection button, an output button and a temperature button. Actuating a button results in the present setting value of the button function in question being displayed in the central display region of the display.
1 . A sanitary facility comprising:
a cold-water supply;
a hot-water supply;
at least one water outlet;
a metering and mixing valve unit for influencing a total flow through the at least one water outlet and a ratio of a partial quantity of cold water and a partial quantity of hot water in the total flow; and
a programmable electronic control unit for controlling the metering and mixing valve unit,
wherein the electronic control unit comprises a program memory for storage of several different water-delivery programs and a central data-processing unit for controlling at least one actuator for operation of the metering and mixing valve unit;
wherein a user interface of the electronic control unit provides controls for program selection and manual modification of a selected water-delivery program of the several different water-delivery programs;
wherein the user interface has a display, a setting-selector ring extending around the display and rotatable about an axis perpendicular to the display, a circumferential gripping face accessible from radially outside the setting selector ring, and at least three buttons disposed around the setting-selector ring;
wherein the setting-selector ring or the display is axially movable for actuation of a confirmation switch;
wherein three of the at least three buttons of the user interface are a program-selection button, an output button and a temperature button, and wherein upon actuation of a button of the at least three buttons, a signal supplied by a rotary-position transducer of the setting-selector-ring is processed in the central data-processing unit, depending on the corresponding actuated button, to implement a water-delivery program, an output modification within a called water-delivery program, or a temperature modification within a called water-delivery program;
wherein the display has a central display region and a peripheral display region surrounding it annularly;
wherein the peripheral display region comprises at least three segments associated spatially with the at least three buttons and respectively having a function-value status display of a corresponding button function; and
wherein upon actuation of a button of the at least three buttons, a display of the instantaneous setting value of the corresponding button function appears in the central display region.
2 . The sanitary facility of claim 1 , wherein, by button actuation, the function-value status display of the corresponding button function is extinguished in the associated segment of the peripheral display region.
3 . The sanitary facility of claim 1 , wherein the segments of the peripheral display region change color to correspond to a set water-delivery temperature.
4 . The sanitary facility of claim 1 , wherein the temperature modification mode is activated by confirmation of a selection option or automatically at a predetermined time following actuation of the user interface.
5 . The sanitary facility of claim 1 , wherein water flow through the water outlet is adjustable by the output button.
6 . The sanitary facility of claim 1 , wherein a total volume of water delivered through the water outlet is adjustable by the output button.
7 . The sanitary facility of claim 1 , wherein a flow sensor is provided downstream from the metering and mixing valve unit, and a measured value of the flow sensor is supplied to a flow-regulating circuit of the central data-processing unit.
8 . The sanitary facility of claim 1 , wherein a type or quality of output water is adjustable by the output button.
9 . The sanitary facility of claim 1 , wherein the sanitary facility has at least two water outlets and one distributing valve for switching the water delivery between the at least two water outlets, wherein the central data-processing unit acts on at least one actuator operating the distributing valve according to an outlet setting applied at the user interface.
10 . The sanitary facility of claim 9 , wherein the outlet setting is adjustable by the output button.
11 . The sanitary facility of claim 9 , wherein the outlet setting is adjustable by a fourth button, the fourth button being an outlet-selection button of the user interface, and with which a fourth segment of the peripheral display region of the display of the user interface is associated.
12 . The sanitary facility of claim 9 , wherein at least one of the at least two water outlets is hand-held, wherein an in-use sensor associated with the corresponding water outlet generates an in-use signal to be supplied to the central data-processing unit.
13 . The sanitary facility of claim 1 , wherein the sanitary facility is a washing stand, wherein a filling volume or a basin level is adjustable by a fourth button and the setting-selector ring of the user interface, the fourth button being a filling-volume button or a basin-level button, and with which a fourth segment of the peripheral display region of the display of the user interface is associated.
14 . The sanitary facility of claim 1 , wherein a modification memory stores modifications made individually to a called water-delivery program.
15 . The sanitary facility of claim 1 , wherein an identification sensor is provided, wherein a user-identification signal generated thereby is supplied to the central data-processing unit to bring about a person-specific preselection of the water-delivery programs offered for selection to the user interface.
16 . The sanitary facility of claim 15 , wherein the user-identification sensor can be adjusted between a sensing configuration and a blind configuration physically distinguishable therefrom.
17 . The sanitary facility of claim 16 , wherein the user identification sensor is adjusted to its blind configuration by the central data-processing unit after user identification has been established.
18 . The sanitary facility of claim 16 , wherein the user identification sensor is adjusted in a situation-based manner to its blind configuration by the central data-processing unit based criteria defined by a ponding user.
19 . The sanitary facility of claim 1 , wherein a timer is provided, wherein a time signal generated by the timer is supplied to the central data-processing unit to bring about a time-specific preselection of the water-delivery programs offered for selection to the user interface.
20 . The sanitary facility of claim 1 , wherein the control unit comprises a data-communication interface, especially for inputting program data created on an external device.
21 . The sanitary facility of claim 1 , wherein a temperature sensor is provided downstream from the metering and mixing valve unit, and a measured value of the temperature sensor is supplied to a temperature-regulating circuit of the central data-processing unit.
22 . The sanitary facility of claim 1 , wherein the sanitary facility comprises a reservoir container for a body-care product plus a connected metering and dispensing device that discharges upstream from the water outlet, wherein the central data-processing unit actuates the metering and dispensing device for at least one of the water-delivery programs.