Beverage Control System

• US 20080195251A1
• Filed: 08/24/2005
• Published: 08/14/2008
• Est. Priority Date: 08/25/2004
• Status: Abandoned Application

• Current Assignee: Andrew Milner
• Original Assignee: Andrew Milner
• Inventors: Milner, Andrew
• Application Number:
  US11/660,874
• Publication Number:
  US 20080195251A1
• Time in Patent Office: Days
• US Class Current: 700/237
• CPC Class Codes: B67D 2001/0811 provided with coded information
• CPC Class Codes: B67D 3/0035 the bottle or container being held upside down and not provided with a closure, e.g. a bottle screwed onto a base of a dispenser
• CPC Class Codes: B67D 3/0077 Electronic circuitry

Abstract

Pourer (14) including a beverage dispensing controller (23) including a pinch valve solenoid (40, 83) to control the dispensing of a beverage; a cap (21) includes a locking system to releasably secure the cap to a beverage container (12). The cap has a cap body (31) having an outer duct (43), and the locking system includes a collar (32) with a central aperture for receiving and allowing the collar (32) to pass over the outer duct, and a locking tab located on the cap body. A clamp (34) is engaged by a slide (33) to thereby secure the cap to the container (12) and a locking pin (38) which when engaged acts to prevent rotation of the collar (32). Also, disclosed is a system (FIG. 2) that includes the pourer (14) having a unique identification (ID) and can trasmit wireless signals to a base station (15) about the amount of beverage dispensed; a personal identification unit (17) such as a passive RFID tag to identify the barman pouring the beverage; and an infra-red sensor (7) to allow the pourer (14) to communicate with a container scanner (18) that reads the barcode on the container.

Claims

1. A pourer including:

a beverage dispensing controller including a valve to control the dispensing of a beverage by said pourer;

a cap including a locking system to releasably secure said cap to a beverage container, wherein said cap further includes a cap body having an outer duct extending from said cap body;

wherein said locking system further includes;

a collar with a central aperture for receiving said outer duct, said aperture allowing said collar to pass over said outer duct and at least one locking tab located on said cap body;

a slide which engages said collar;

a clamp engaging said at least one locking tab on said cap body, wherein said clamp is engaged by said slide to thereby secure said cap to said beverage container; and

a locking means which when engaged acts to prevent rotation of said collar.

2. A pourer according to claim 1, wherein said clamp includes a plurality of fingers about said pourers periphery extending generally parallel to a central axis from a rim, said fingers having radially inwardly directed teeth at their ends disposed from said rim and being deflected inwardly to drive said teeth into engagement with said container by deflection of said fingers due to engagement with said slide.

3. A pourer according to claim 1, wherein said pourer further includes at least one tilt switch to identify said beverage container orientation.

4. A pourer according to claim 1, wherein said locking means is unlocked only after identification of an authorised user.

5. A pourer according to claim 4, wherein the identity of said authorised user is verified locally or remotely

6. A pourer according to claim 1, wherein said valve is a latching pinch valve.

7. A pourer according to claim 1, wherein said pourer further includes a transceiver for communication of signals associated with the control of said beverage dispensing controller.

8. A pourer according to claim 1, wherein said locking means can be disengaged remotely or by an electric signal.

9. A pourer according to claim 1, wherein said pourer further includes a temperature sensor to determine the ambient temperature, wherein the ambient temperature sensed by said temperature sensor and the kinematic viscosity of said beverage is used to determine the amount of beverage to be dispensed from said beverage container.

10. A pourer according to claim 1, wherein said pourer further includes an air valve to allow one-way air flow in said pourer.

11. A pourer according to claim 10, wherein said air valve is an umbrella type air valve.

12. A pourer according to claim 1, wherein said pourer further includes a personnel identification means used to identify a user.

13. A pourer according to claim 12, wherein said personnel identification means includes an RFID tag.

14. A pourer according to claim 13, wherein said personnel identification means is located in a wristband to be applied to a wrist of a user, or a ring to be located on a finger of a user.

15. A pourer according to claim 1, wherein said pourer further includes an accelerometer to detect changes in acceleration of said beverage being dispensed.

16. A pourer including:

a beverage dispensing controller including a valve to control the dispensing of a beverage by said pourer;

a cap including a locking system to releasably secure said cap to a beverage container, wherein said cap further includes a cap body having an outer duct extending from said cap body;

wherein said locking system further includes;

a collar with a central aperture for receiving said outer duct, said aperture allowing said collar to pass over said outer duct and at least one protrusion located on said outer duct;

a slide which engages said collar;

a clamp engaging said at least one protrusion on said outer duct, wherein said clamp is engaged by said slide to thereby secure said cap to said beverage container; and

a locking means which when engaged acts to prevent rotation of said collar.

17. A beverage control system including:

at least one beverage container;

at least one pourer releasably secured to a respective outlet of each said beverage container,

wherein said pourer further includes;

a beverage dispensing controller including a valve to control the dispensing of a beverage by said pourer;

an actuator to control said valve, wherein said actuator is responsive to a control signal transmitted remotely from a base station when said base station is signalled that an authorised user is attempting to pour a beverage from said container, said control signal is transmitted by wireless transmission and received by a transceiver associated with said pourer.

18. A beverage control system according to claim 17, wherein the beverage dispensing controller controls the time or volume for which said beverage is dispensed.

19. A beverage control system according to claim 17, wherein a transceiver is associated with said pourer.

20. A beverage control system according to claim 17, wherein said beverage control system further includes a personnel identification means to identify a user.

21. A beverage control system according to claim 20, wherein said personnel identification means includes an RFID tag.

22. A beverage control system according to claim 21, wherein said personnel identification means is located in a wristband to be applied to a wrist of a user, or a ring to be located on a finger of a user.

23. A beverage control system according to claim 21, wherein said pourer further includes an identification scanner to detect the proximity of said personnel identification means.

24. A beverage control system according to claim 17, wherein said beverage control system further includes a container identification means to provide the identity of said beverage container to said system.

25. A beverage control system according to claim 24, wherein said container identification means includes a cordless barcode scanner to scan a standard barcode disposed on said beverage container.

26. A beverage control system according to claim 24, wherein said container identification means cooperates with the pourer, the container identification means being housed in a housing having at least one actuator means, whereby when a first actuator means is engaged an unlock signal is signalled to said pourer and when a second actuator means is engaged a lock signal is signalled to said pourer.

27. A beverage control system according to claim 26, wherein said lock signal must be completed by identification of said container by said container identification means.

28. A beverage control system according to claim 17, wherein said beverage dispensing controller includes at least one tilt switch to identify said beverage container orientation.

29. A beverage control system according to claim 17, wherein said beverage control system further includes a computer system to configure said beverage control system, wherein said computer system further includes a database to store information concerning the operation of said system and record information output by said beverage control system.

30. A beverage control system according to claim 29, wherein a base station reports information to said computer system and receives configuration information from said computer system.

31. A method of operating a beverage control system including:

dispensing a beverage from a releasably secured pourer by a beverage dispensing controller including a valve to control the dispensing of said beverage from said pourer;

controlling said valve by an actuator, wherein said actuator is responsive to a control signal transmitted remotely from a base station when said base station is signalled that an authorised user is attempting to pour a beverage from a beverage container, said control signal being transmitted by wireless transmission and received by a transceiver associated with said pourer.

32. A method of operating a beverage control system according to claim 31, further including at least one beverage container wherein at least one pourer releasably secured to a respective outlet of each said beverage container.

33. A method of operating a beverage control system according to claim 31, wherein said beverage dispensing controller controls the time or volume for which said beverage is dispensed.

34. A method of operating a beverage control system according to claim 31, wherein a transceiver is associated with said pourer.

35. A method of operating a beverage control system according to claim 31, wherein said beverage control system further includes a personnel identification means to identify a user.

36. A method of operating a beverage control system according to claim 35, wherein said personnel identification means includes an RFID tag.

37. A method of operating a beverage control system according to claim 36, wherein said personnel identification means is located in a wristband to be applied to a wrist of a user;

or a ring to be located on a finger of a user.

38. A method of operating a beverage control system according to claim 35, wherein said pourer further includes an identification scanner to detect the proximity of said personnel identification means.

39. A method of operating a beverage control system according to claim 38, wherein said beverage control system further includes a container identification means to provide the identity of said beverage container to said system.

40. A method of operating a beverage control system according to claim 39, wherein said container identification means includes a cordless barcode scanner to scan a standard barcode disposed on said beverage container.

41. A method of operating a beverage control system according to claim 39, wherein said container identification means cooperates with said pourer, said container identification means being housed in a housing having a at least one actuator means, whereby when a first actuator means is engaged an unlock signal is signalled to said pourer and when a second actuator means is engaged a lock signal is signalled to said pourer.

42. A method of operating a beverage control system according to claim 41, wherein said lock signal must be completed by identification of said container by said container identification means.

43. A method of operating a beverage control system according to claim 31, wherein said beverage dispensing controller includes at least one tilt switch to identify said beverage container orientation.

44. A method of operating a beverage control system according to claim 31, wherein said beverage control system further includes a computer system to configure said beverage control system, wherein said computer system further includes a database to store information concerning the operation of said beverage control system and record information output by said beverage control system.

45. A method of operating a beverage control system according to claim 31, wherein said beverage control system includes at least one base station to receive information from at least one pourer and to transmit signals to said at least one pourer.

46. A method of operating a beverage control system according to claim 31, wherein said base station reports information to said computer system and receives configuration information from said computer system.