Spatially reactive water system incorporating a non tactile control module
First Claim
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1. A spatially reactive water system comprising:
- a) a water supply conduit comprising a faucet having a spout above a sink in fluid communication with a water source;
b) an electronically controlled valve inter-disposed between said water supply conduit and said water source;
c) first and second sensors deployed to a side of said sink constructed and arranged to detect motions of a hand of a user, said sensors creating a three dimensional zone through which an operator moves said hand to control initiation of water flow, intensity of water flow, temperature of water being dispensed from said faucet, and water shut-off, said sensors being perpendicularly disposed to each other where water temperature and pressure are programmably regulated through locational interpretation of the user'"'"'s hand moving through said three dimensional zone;
d) a processor in electrical communication with said sensors and electronically controlled valves for controlling water flow through said faucet; and
e) a power supply in electrical communication with the sensors, processor and valves.
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Abstract
A touchless water control system having at least one sensor capable of determining hand movement from point A to point B in a first direction, from point C to point D in a second direction and from point E to point F in a third direction thereby establishing a spatial field spaced away from a faucet through which a user'"'"'s hand can be moved to initiate or terminate water flow, water temperature and water pressure.
35 Citations
21 Claims
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1. A spatially reactive water system comprising:
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a) a water supply conduit comprising a faucet having a spout above a sink in fluid communication with a water source; b) an electronically controlled valve inter-disposed between said water supply conduit and said water source; c) first and second sensors deployed to a side of said sink constructed and arranged to detect motions of a hand of a user, said sensors creating a three dimensional zone through which an operator moves said hand to control initiation of water flow, intensity of water flow, temperature of water being dispensed from said faucet, and water shut-off, said sensors being perpendicularly disposed to each other where water temperature and pressure are programmably regulated through locational interpretation of the user'"'"'s hand moving through said three dimensional zone; d) a processor in electrical communication with said sensors and electronically controlled valves for controlling water flow through said faucet; and e) a power supply in electrical communication with the sensors, processor and valves. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A spatially reactive water system comprising:
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a) a water supply conduit comprising a faucet having a spout above a sink in fluid communication with a water source; b) an electronically controlled valve inter-disposed between said water supply conduit and said water source; c) a non-tactile control module located on a surface on a side of and adjacent said sink for controlling water variables; d) said non-tactile control module creating a sensor operable open-field around said non-tactile control module; e) a pair of sensors positioned within the non-tactile control module generating a pair of independent sensor fields external to said module, said module constructed and arranged to detect motions of a hand of a user, said sensors creating a three dimensional zone through which an operator moves said hand to control initiation of water flow, intensity of water flow, temperature of water being dispensed from said faucet, and water shut-off; f) a processor in electrical communication with said sensors and said electronically controlled valve; and g) a power supply in electrical communication with the sensors, processor and valve. - View Dependent Claims (9, 10, 11, 12, 13, 14, 15, 16)
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17. A spatially reactive water system comprising:
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a) a water supply conduit comprising a faucet having a spout above a sink in fluid communication with a water source; b) an electronically controlled valve inter-disposed between said water supply conduit and said water source; c) a non-tactile control module adjacent said sink for controlling water variables; d) said non-tactile control module creating a sensor operable open-field around said non-tactile control module; e) a plurality of sensors positioned within the non-tactile control module generating a sensor field external to said module for controlling a water variable in response to detect motions of a hand of a user, said sensors creating a three dimensional zone through which an operator moves said hand to control initiation of water flow, intensity of water flow, temperature of water being dispensed from said faucet, and water shut-off; f) visual indicators along a bottom of said module to incrementally illuminate changes in a water variable as said hand moves about in said sensor field; g) a processor in electrical communication with said sensor and said electronically controlled valve; and h) a power supply in electrical communication with the sensor, processor and valve. - View Dependent Claims (18, 19, 20, 21)
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Specification