Touchless faucet

1. A touchless faucet comprising:

a faucet body having a first compartment and a second compartment, the second compartment having first and second water ports at a rear of the faucet body for coupling to respective water lines to couple the faucet to a panel or wall;

at least one control board disposed in the first compartment;

an IR sensor disposed in the first compartment and communicatively coupled to the at least one control board; and

a solenoid disposed in the second compartment and communicatively coupled to the at least one control board, the solenoid having an inlet for receiving fluid from a mixing chamber formed in the second compartment and an outlet for delivering the fluid from the mixing chamber to an aerator,

wherein the IR sensor is configured to sense a presence of a user, which is communicated to the at least one control board, and the at least one control board is configured to communicate the presence to the solenoid to open the solenoid to allow fluid flow through the second compartment to the aerator.

2. The touchless faucet according to claim 1 , further comprising a capacitive sensor coupled to a front of the faucet body and communicatively coupled to the at least one control board, wherein the faucet is configured to be activated by the IR sensor or the capacitive sensor.

3. The touchless faucet according to claim 1 , further comprising a bottom cover coupled to a bottom of the faucet body to close the first compartment, and a rear cover coupled to the rear of the faucet body to hold the solenoid in position in the second compartment.

4. The touchless faucet according to claim 3 , wherein the rear cover is received in a recessed area at the rear of the faucet body and is substantially flush with the rear of the faucet body.

5. The touchless faucet according to claim 1 , wherein the faucet body includes a first port at a rear of the faucet body for receiving a vent valve, and a second port at the rear of the faucet body for receiving the solenoid.

6. The touchless faucet according to claim 5 , wherein the second port is in fluidic communication with first and second water ports to receive the fluid in the mixing chamber.

7. The touchless faucet according to claim 5 , further comprising a fifth port at the rear of the faucet body for receiving a power cable, wherein the power cable is configured to extend through the fifth portion into the first compartment to connect to the at least one control board.

8. The touchless faucet according to claim 5 , further comprising the vent valve positioned in the first port, the vent valve including a valve body having an inlet, an internal cavity in communication with the inlet, an outlet in communication with the internal cavity, and a ball disposed in the internal cavity to close the outlet when pressurized.

9. The touchless faucet according to claim 8 , wherein the faucet body includes a first vent passage connecting the first port with at least one of the first and second water ports, and a second vent passage connecting the first port with a flow passage in the second compartment in fluidic communication with the aerator.

10. The touchless faucet according to claim 1 , further comprising a rear cover received in a recessed area at a rear of the faucet body and coupled to the rear of the faucet body to hold the solenoid in position in the second compartment.

11. The touchless faucet according to claim 10 , wherein the faucet body includes a first port in the recessed area for receiving a vent valve, a second port in the recessed area for receiving the solenoid, and third and fourth ports in the recessed area for connecting to fluid lines.

12. The touchless faucet according to claim 1 , wherein the at least one control board includes a first control board and a second control board, where the solenoid is communicatively coupled to the first control board and the IR sensor is communicatively coupled to the second control board.

13. The touchless faucet according to claim 12 , wherein the first control board is positioned in the first compartment rearward of the aerator, and the second control board is positioned in the first compartment forward of the aerator.

14. A touchless faucet comprising:

a faucet body having a first compartment and a second compartment, the second compartment having a mixing chamber for mixing fluid and a flow passage;

an aerator coupled to the faucet body at a bottom of the faucet body and configured to receive fluid from the flow passage;

a control board disposed in the first compartment;

a solenoid disposed in the second compartment and communicatively coupled to the control board, the solenoid having an inlet for receiving fluid from the mixing chamber and an outlet for delivering the fluid from the mixing chamber to the flow passage;

an IR sensor disposed in the first compartment for sensing a presence of a user below the faucet body; and

a capacitive sensor coupled to a front of the faucet body and communicatively coupled to the control board,

wherein the faucet includes a first activation mode where the faucet is activated by the IR sensor sensing the presence of the user and a second activation mode where the faucet is activated by the capacitive sensor sensing contact by the user.

15. The touchless faucet according to claim 14 , further comprising a second control board, wherein the second control board is communicatively coupled to the control board, and wherein the IR sensor is communicatively coupled to the second control board.

16. The touchless faucet according to claim 14 , wherein during the first activation mode, the faucet operates until the presence of the user is no longer detected, and in the second activation mode, the faucet operates for a predetermined amount of time.

17. A touchless faucet comprising:

a faucet body having a first compartment and a second compartment;

at least one control board disposed in the first compartment;

an IR sensor disposed in the first compartment and communicatively coupled to the at least one control board;

a solenoid disposed in the second compartment and communicatively coupled to the at least one control board;

a rear cover coupled to a rear of the faucet body to hold the solenoid in position in the second compartment, the rear cover being received in a recessed area at the rear of the faucet body and being substantially flush with the rear of the faucet body,

wherein the IR sensor is configured to sense a presence of a user, which is communicated to the at least one control board, and the at least one control board is configured to communicate the presence to the solenoid to open the solenoid to allow fluid flow through the second compartment to an aerator.