Faucet system comprising a liquid soap delivery line
A water faucet system, including a neck comprising at least one water passageway and at least one additional delivery line for a dispensable material; both passageway and delivery line are integrated within the neck assembly. The faucet system includes a plurality of delivery spouts for the delivery of dispensable materials. The water faucet system comprises at least two sensor systems configured to recognize at least one gesture provided by the user for the selection of a predetermined dispensable material delivery through a predetermined spout.
1 . A faucet system comprising:
a neck configured as a substantially continuous hollow structure, said neck comprising:
a first vertical half and a second vertical half, wherein said neck is substantially bifurcated by a center line having a substantially vertical orientation, said neck configured such that said first vertical half is disposed to the right of said center line and said second vertical half is disposed to the left of said center line;
at least one base portion for supporting said faucet system;
a plurality of delivery spouts, comprising a first delivery spout for the dispensation of a first dispensable material and a second delivery spout for the dispensation of a second dispensable material;
a first dispensable material passageway, contained within said substantially continuous hollow structure, configured to provide a first dispensable material flow path through said first delivery spout;
a second dispensable material passageway, contained within said substantially continuous hollow structure, configured to provide a second dispensable material flow path through said second delivery spout;
a first sensor system for initiating said first dispensable material through said first delivery spout; said first sensor system comprising at least one sensor is disposed on-said first vertical half of said neck;
a second sensor system for initiating said second dispensable material through said second delivery spout; said second sensor system comprising at least one sensor, wherein said second sensor system is disposed on said second vertical half of said neck substantially mirroring said first sensor system about said center line; and
a control module, configured to determine the sequential order in which each of the said sensor systems are activated so to interpret a plurality of distinct directional gestures from a user, wherein
initial activation of said first sensor system provides the user with a delivery of said first dispensable material through said first delivery spout, wherein a first directional gesture is recognized; and
initial activation of said second sensor system provides the user with a delivery of said second dispensable material through said second delivery spout, wherein a second directional gesture is recognized.
2 . The faucet system of claim 1 , wherein said neck comprises a third sensor system, said third sensor system in cooperation with said control module is configured for controlling at least one fluid attribute associated with any said dispensable material through any said delivery spout.
3 . The faucet system of claim 2 , wherein said at least one fluid attribute is selected from the group consisting of flow rate, flow duration, and temperature.
4 . The faucet system of claim 1 , wherein said first dispensable material and second dispensable material are selected from the group consisting of tap water, filtered water, drinking water, liquid soap, foam soap, and any combination thereof.
5 . The faucet system of claim 2 , wherein said first, second, and third sensor systems are selected from the group consisting of a touch-activated sensor system, a proximity-activated sensor system, a beam-break sensor system, and any combination thereof.
6 . A method for initiating a first dispensable material through a first delivery spout from a faucet system, said faucet system comprising:
a neck configured as a substantially continuous hollow structure, said neck comprising:
a first vertical half and a second vertical half, wherein said neck is substantially bifurcated by a center line having a substantially vertical orientation, said neck configured such that said first vertical half is disposed to the right of said center line and said second vertical half is disposed to the left of said center line;
at least one base portion for supporting said faucet system;
a plurality of delivery spouts, comprising a first delivery spout for the dispensation of a first dispensable material and a second delivery spout for the dispensation of a second dispensable material;
a first dispensable material passageway, contained within said substantially continuous hollow structure, configured to provide a first dispensable material flow path through said first delivery spout;
a second dispensable material passageway, contained within said substantially continuous hollow structure, configured to provide a second dispensable material flow path through said second delivery spout;
a first sensor system for initiating said first dispensable material through said first delivery spout; said first sensor system comprising at least one sensor is disposed on said first vertical half of said neck;
a second sensor system for initiating said second dispensable material through said second delivery spout; said second sensor system comprising at least one sensor, wherein said second sensor system is disposed on said second vertical half of said neck substantially mirroring said first sensor system about said center line; and
a control module, configured to determine the sequential order in which each of the said sensor systems are activated so to interpret a plurality of distinct directional gestures from a user, wherein
initial activation of said first sensor system provides the user with a delivery of said first dispensable material through said first delivery spout, wherein a first directional gesture is recognized; and
initial activation of said second sensor system provides the user with a delivery of said second dispensable material through said second delivery spout, wherein a second directional gesture is recognized;
said method comprising:
a. entering a first detection zone produced by said first sensor system, wherein the user provides a right-to-left gesture such that the user engages said first detection zone prior to optionally engaging with any other detection zones associated with any other said sensor systems;
b. optionally entering said second detection zone produced by said second sensor system if the user continues in the natural trajectory of said right-to-left gesture; entering a first detection zone produced by said first sensor system is prioritized within the given time for the user to complete said right-to-left gesture;
c. receiving said first dispensable material through said first delivery spout.
7 . The method of claim 6 , further comprising the steps for initiating a second dispensable material through a second delivery spout from said faucet system, said steps comprising:
a. entering said second detection zone produced by said second sensor system, wherein the user provides a left-to-right gesture such that the user engages said second detection zone prior to optionally engaging with any other detection zones associated with any other said sensor systems;
b. optionally entering said first detection zone produced by said first sensor system if the user continues in the natural trajectory of said left-to-right gesture; entering the second detection zone produced by said second sensor system is prioritized within the given time for the user to complete said left-to-right gesture;
c. receiving said second dispensable material through said second delivery spout.
8 . The faucet system of claim 7 , wherein said first dispensable material and second dispensable material are selected from the group consisting of tap water, filtered water, drinking water, liquid soap, foam soap, and any combination thereof.
9 . The faucet system of claim 6 , wherein said neck comprises a third sensor system, said third sensor system in cooperation with said control module is configured for controlling at least one fluid attribute associated with any said dispensable material through any said delivery spout.
10 . The faucet system of claim 9 , wherein said first, second, and third sensor systems are selected from the group consisting of a touch-activated sensor system, a proximity-activated sensor system, a beam-break sensor system, and any combination thereof.