초록 ▼

The present invention relates to a touch or proximity sensitive device, specifically one which controls characteristics such as the temperature and flow rate of water or other liquids. An apparatus for controlling a flow characteristic of a flowing liquid by a user, the apparatus comprising a two-di

The present invention relates to a touch or proximity sensitive device, specifically one which controls characteristics such as the temperature and flow rate of water or other liquids. An apparatus for controlling a flow characteristic of a flowing liquid by a user, the apparatus comprising a two-dimensional control surface for sensing the proximity of a user in two dimensions, means for determining a position of the user, and means for controlling the characteristic of the liquid responsive to said determining.

대표청구항 ▼

1. A method of controlling water temperature and flow rate characteristics of a shower or faucet, the method comprising: sensing the proximity of a user in two dimensions using a two-dimensional control surface;determining a position of the user using an electronic controller;controlling the tempera

1. A method of controlling water temperature and flow rate characteristics of a shower or faucet, the method comprising: sensing the proximity of a user in two dimensions using a two-dimensional control surface;determining a position of the user using an electronic controller;controlling the temperature and flow rate of the water responsive to said position of the user using one or more electronically controllable valves coupled to said controller said valves having at least an input for a cold water pipe and an output coupled to a head of the shower or faucet; andwherein said determining of said position of the user comprises sensing with a two-dimensional control surface comprising a plurality of sensors, two or more of said plurality of sensors each having an activated state and a non-activated state, said activated state comprising a plurality of sensitivity levels, andmeasuring sensitivity levels at two or more of said sensors, andinterpolating using said controller, based on said measured levels, to determine an interpolated user position, said sensitivity levels being for determining which sensor the position is proportionally closer towherein said interpolated user position along a first axis of said control surface determines the water temperature, andthe said interpolated position along a second axis of said control surface determines the water flow rate;translating said interpolated user positions along said first and second axis into water temperature and flow rate information by using said interpolated user positions along said first and second axis to X-Y address a lookup table wherein values in said lookup table define a water temperature and flow rate response of said control apparatus to said interpolated user position;such that both the temperature and flow rate of the water are definable by a single touch of the user; the method further comprising:using a plurality of lookup table configurations for allowing said user to define a plurality of said temperature and flow rate combinations; andproviding user feedback telling the user one or both of said water temperature and said water flow rate. 2. A method according to claim 1, wherein said controlling the temperature and flow rate of the water responsive to said position of the user comprises controlling two said electronically controllable valves responsive to said position of the user. 3. A method according to claim 1, wherein said controlling the temperature and flow rate of the water responsive to said position of the user comprises controlling a heater responsive to said position of the user.