Systems and methods for controlling a plurality of touch-free devices in a coordinated manner

• US 10,030,371 B2
• Filed: 06/13/2014
• Issued: 07/24/2018
• Est. Priority Date: 06/13/2013
• Status: Active Grant

• Current Assignee: GOJO Industries Incorporated
• Original Assignee: GOJO Industries Incorporated
• Inventors: Ciavarella, Nick E., McNulty, John J., Wegelin, Jackson W.
• Primary Examiner(s): Deery, Erin
• Assistant Examiner(s): Ros, Nicholas
• Application Number:
  US14/304,363
• Publication Number:
  US 20140366264A1
• Time in Patent Office: 1,502 Days
• Field of Search: 4623, 4628, 700282
• CPC Class Codes: A47K 10/48 Drying by means of hot air hair-drying devices A45D20/00; curative hot-air baths A61H33/06; electric heating elements H05B
• CPC Class Codes: A47K 2210/00 Combinations of water taps, soap dispensers and hand dryers
• CPC Class Codes: A47K 5/1217 Electrical control means for the dispensing mechanism
• CPC Class Codes: E03C 1/0404 Constructional or functional features of the spout
• CPC Class Codes: E03C 1/057 touchless, i.e. using sensors

Abstract

Exemplary embodiments of touch-free devices and systems comprising touch-free devices operating in a concerted effort are disclosed below. An exemplary touch-free device includes a spout, a processor, memory, an object sensor, a communication interface and logic stored on the memory. The logic contains processor readable instructions for causing the touch-free device to communicate with a second touch-free device. Wherein the processor readable instructions coordinate the operation of the touch-free device with respect to the second touch-free device.

Claims

1. A touch-free dispensing system comprising:

a touch-free faucet having an first object sensor, wherein the first object sensor has a first sensing range;

a touch-free soap dispenser having an second object sensor, wherein the second object sensor has a second sensing range;

wherein the first sensing range and the second sensing range are configured such that an object may be detected by the first sensing range and the second sensing range while in a stationary position;

the touch-free faucet and the touch-free soap dispenser each having

a) a software controlled processor;

b) communication circuitry for allowing the touch-free faucet to communicate with the touch-free soap dispenser; and

c) memory;

logic stored on at least one of the touch-free faucet memory and the touch-free soap dispenser memory;

the logic containing software controlled processor readable instructions for coordinating operation of the faucet and operation of the soap dispenser;

wherein the coordinated operation determines whether to activate the touch-free faucet or the touch-free soap dispenser when an object is detected in both the first sensing range and the second sensing range; and

wherein the touch-free faucet may be operated at any time when the no object is in the second sensing range and the touch-free soap dispenser may be operated at any time no object is in the first sensing range.

2. The touch-free dispensing system of claim 1 wherein soap is prevented from dispensing while water is being dispensed.

3. The touch-free dispensing system of claim 1 further comprising a hand dryer and logic for coordinating the dispensing of water, soap and air.

4. The touch-free dispensing system of claim 3 further comprising logic for preventing the soap from dispensing when air is being dispensed.

5. The touch-free dispensing system of claim 1 further comprising compliance logic to ensure a user complies with guidelines for washing hands.

6. The touch-free dispensing system of claim 5 wherein the compliance logic prevents the water from running for greater than a set time unless the soap dispenser has dispensed soap.

7. The touch-free dispensing system of claim 6 further comprising an indicator to indicate to a user to use soap.

8. A touch-free device comprising:

a spout;

a software controlled processor;

memory located in the touch-free device;

an object sensor;

a communication interface; and

logic stored on the memory;

the logic containing software controlled processor readable instructions for causing the touch-free device to communicate with a second touch-free device;

wherein the object sensor has a first sensing range that is configure to overlap with a second sensing range of a second object sensor associated with the second touch-free-device;

wherein the first sensing range and the second sensing rang are configured such that an object may be detected by the first sensing range and the second sensing range while in a stationary position

wherein the software controlled processor readable instructions coordinate the operation of the touch-free device with respect to the second touch-free device;

wherein coordinating the operation of the touch-fee device with respect to the second touch-free device determines whether to activate the first touch-free device or the second touch-free device when an object is detected in both the first sensing range and the second sensing range; and

wherein the first touch free device may be operated anytime a sensor in the second touch-free device does not receive an activation signal from a sensor in circuit communication with the second touch-free device;

wherein the second touch free device also comprises a software controlled processer and memory located in the second touch-free device.

9. The touch-free device of claim 8 wherein the touch-free device is one of a soap dispenser, a faucet and a hand dryer.

10. The touch-free device of claim 8 further comprising logic to prevent the touch-free device from operating if a second touch-free device is operating.

11. The touch-free device of claim 8 further comprising a second touch-free device and logic stored on the computer readable medium for determining whether to operate the first touch-free device or the second touch-free device when an object is detected by both touch-free devices.

12. The touch-free device of claim 11 wherein the first touch-free device and the second touch-free device comprise a faucet and a soap dispenser.

13. The touch free device of claim 8 wherein the communication circuitry comprises wireless communication circuitry.

14. The touch-free device of claim 11 wherein the first touch-free device and the second touch-free device comprise a faucet and a hand dryer.

15. The touch-free device of claim 14 further comprising logic to prevent the touch-free hand dryer from operating unless the touch-free faucet has dispensed water.

16. The touch-free device of claim 11 further comprising compliance logic.

17. The touch-free device of claim 16 wherein the compliance logic requires the activation of a touch-free soap dispenser prior to allowing the water to be turned on for more than a set time limit.

18. A method of controlling a touch-free faucet and a touch-free soap dispenser comprising:

providing a touch-free device that is of a touch-free faucet and a touch-free soap dispenser;

wherein the touch-free device has a first object sensor with a first sensing range;

wherein the touch-free device includes a software controlled processor, memory and communication circuitry for communicating with a second touch-free device that is the other of the touch-free faucet and the touch-free soap dispenser that also includes a software controlled processor, memory and communication circuitry and a second object sensor for sensing a second sensing range;

wherein the first sensing range and the second sensing range overlap one another;

providing logic on a processer readable medium for preventing the first touch-free device and the second touch-free device from operating at the same time when an object is detected by a first sensor associated with the touch free device and a second sensor associated with the second touch-free device;

and wherein the logic determines whether to activate the first touch-free device or the second touch-free device when an object is detected in both the first sensing range and the second sensing range and

wherein the touch-free device may be operated at anytime that the second sensor does not detect an object.

19. The method of claim 18 further comprising logic on the processor readable medium for determining which touch-free device to activate when object sensors relating to both touch-free devices detect an object.

20. The method of claim 18 further comprising logic on the processor readable medium for controlling a hand dryer.