Coffee maker

• US 20030066431A1
• Filed: 09/30/2002
• Published: 04/10/2003
• Est. Priority Date: 10/05/2001
• Status: Abandoned Application

• Current Assignee: Jr., John P. Garniewski
• Original Assignee: Attention: Mr. John Garniewski
• Inventors: Hecker, Steven L., Duplantis, Scott J., Mitchell, Bradford, Fanzutti, Robert F., Garneau, Paul F., Ortins, Marc P., Gelb, Joseph Jr., Hohlfeld, Peter
• Application Number:
  US10/260,045
• Publication Number:
  US 20030066431A1
• Time in Patent Office: Days
• US Class Current: 99/279
• CPC Class Codes: A47J 31/36 with mechanical pressure-producing means
• CPC Class Codes: A47J 31/3695 Cartridge perforating means for creating the hot water inlet cartridge perforating means of the filter holder for creating the beverage outlet A47J31/0673
• CPC Class Codes: A47J 31/46 Dispensing spouts, pumps, drain valves or like liquid transporting devices
• CPC Class Codes: A47J 31/469 Details of hydraulic circuits
• CPC Class Codes: A47J 31/545 Control or safety devices

Abstract

A coffee maker including a frame; a water reservoir connected to the frame; a peristaltic pump connected to the water reservoir; and a heater connected to the peristaltic pump. The frame comprises a coffee pod holder for removably holding a coffee grounds containing pod. Hot water can be received from the heater into the coffee grounds containing pod and liquid coffee can pass out of the coffee grounds containing pod.

Claims

1. A coffee maker comprising:

a frame;

a water reservoir connected to the frame;

a peristaltic pump connected to the water reservoir; and

a heater connected to the peristaltic pump;

wherein the frame comprises a coffee pod holder for removably holding a coffee grounds containing pod such that hot water can be received from the heater into the coffee grounds containing pod and liquid coffee can pass out of the coffee grounds containing pod.

2. A coffee maker as in claim 1 wherein the coffee pod holder is adapted to hold the coffee grounds containing pod and at least one other pod at a same time.

3. A coffee maker as in claim 2 further comprising a coffee pod piercing system connected to the frame and having at least two needles connected to a fluid conduit system from the heater, wherein the needles are adapted to respectively pierce through the pods in the coffee pod holder and allow heated water to separately flow into the pods.

4. A coffee maker as in claim 1 further comprising a controller connected to the pump and the heater which is adapted to control the heater and the pump for delivering about eight ounces of water from the outlet of the heater at about 180°

F. in about one minute or less from a water supply at about room temperature.

5. A coffee maker as in claim 1 further comprising:

a coffee pod piercing system connected to the frame and having at least one needle connected to a fluid conduit system, wherein the needle is adapted to pierce through the pod in the coffee pod holder and allow heated water to flow into the pod; and

a system for preventing a user from contacting the needle when the coffee pod holder is in an open position.

6. A coffee maker as in claim 5 wherein the coffee pod holder is adapted to hold the coffee grounds containing pod and at least one other pod in a side-by-side orientation, and wherein the coffee pod piercing system comprises two of the needles, each needle being located for piercing respectively through the pods.

7. A coffee maker as in claim 5 further comprising:

a handle connected to the needle for moving the needle into the pod;

a system for automatically moving the needle out of engagement with the pod upon completion of a brewing cycle; and

wherein the handle is moved when the needle is moved such that the handle forms an indicator for indicating completion of the brewing cycle.

8. A coffee maker as in claim 1 further comprising a coffee pod piercing system connected to the frame and having at least two needles connected to a fluid conduit system from the heater, wherein the needles are adapted to pierce through the pod and at least one other pod in the coffee pod holder and allow heated water to flow into the pods, and wherein the fluid conduit system comprises a selectively movable diverter for at least partially diverting flow of water between the two needles.

9. A coffee maker comprising:

a frame;

a fluid conduit system extending through the frame, the fluid conduit system comprising a water heater;

a coffee pod holder connected to the frame, the coffee pod holder being adapted to simultaneously hold at least two pods; and

a coffee pod piercing system connected to the frame and having at least two needles connected to the fluid conduit system which are adapted to respectively pierce through the at least two pods in the coffee pod holder and allow heated water to separately flow into the at least two pods.

10. A coffee maker as in claim 9 wherein the coffee pod piercing system comprises a vertically movable handle connected to the needles for moving the needles to pierce through the pods.

11. A coffee maker as in claim 10 further comprising a system for automatically moving the needles out of engagement with the pods upon completion of a brewing cycle, wherein the handle is moved when the needles are moved such that the handle forms an indicator for indicating completion of the brewing cycle.

12. A coffee maker as in claim 9 further comprising a pump, and a controller connected to the pump and the water heater, wherein the controller is adapted to control the water heater and the pump for delivering about eight ounces of water from the outlet of the water heater at about 180°

F. in about one minute or less from a water supply at about room temperature.

14. A coffee maker as in claim 9 further comprising a sensor adapted to separately sense a presence or absence of one or more of the pods on the coffee pod holder.

15. A coffee maker as in claim 9 further comprising a system for preventing a user from contacting the needles when the coffee pod holder is in an open position.

16. A coffee maker comprising:

a frame;

a water heater connected to the frame, the water heater being arranged in a general vertical orientation with an inlet at a bottom and an outlet at a top;

a fluid conduit system connected to the water heater, the fluid conduit system comprising a liquid pump for pumping water into the inlet of the water heater; and

a controller connected to the pump and the water heater which is adapted to control the water heater and the pump for delivering about eight ounces of water from the outlet of the water heater at about 180°

F. in about one minute or less from a water supply at about room temperature.

17. A coffee maker as in claim 16 wherein the liquid pump comprises a peristaltic pump.

18. A coffee maker as in claim 17 further comprising a coffee pod holder connected to the frame, the coffee pod holder being adapted to hold at least two pods, and a coffee pod piercing system connected to the fluid conduit system for piercing into the at least two pods and delivering hot water into the pods.

19. A coffee maker comprising:

a frame;

a fluid conduit system extending through the frame, the conduit system comprising a water heater;

a coffee pod holder connected to the frame, the coffee pod holder being adapted to simultaneously hold at least two separate pods; and

a coffee pod sensor adapted to separately sense the presence or absence of the at least two pods in the coffee pod holder.

20. A coffee maker as in claim 19 further comprising a coffee pod piercing system connected to the frame.

21. A coffee maker as in claim 20 wherein the coffee pod sensor is connected to a needle carriage of the coffee pod piercing system.

22. A coffee maker as in claim 21 wherein the coffee pod sensor comprises lever arms pivotably connected to the needle carriage, the lever arms having first ends adapted to contact the pods when the pods are present in the coffee pod holder and switches adapted to be contacted and actuated by second ends of the switches.

23. A coffee maker comprising:

a frame;

a fluid conduit system extending through the frame, the fluid conduit system comprising a water heater;

a coffee pod holder connected to the frame, the coffee pod holder being adapted to hold at least one pod;

a coffee pod piercing system connected to the frame and having at least one needle connected to the fluid conduit system which is adapted to pierce through the at least one pod in the coffee pod holder and allow heated water to separately flow into the pod; and

a system for preventing a user from contacting the needle when the coffee pod holder is in an open position.

24. A coffee maker as in claim 23 wherein the system for preventing a user from contacting the needle comprises a shield plate with an aperture which the needle can extend through.

25. A coffee maker as in claim 24 wherein the needle is movable between a first position in which the needle extends through the aperture and a second position in which the needle does not extend through the aperture.

26. A coffee maker as in claim 25 wherein the needle is attached to a pivotable needle carriage, and wherein the needle carriage comprises a magnetic latch for selectively holding the needle carriage at a first predetermined position relative to the shield plate.

28. A coffee maker as in claim 24 wherein the shield plate is connected to a lid for opening and closing access to the coffee pod holder, the shield plate moving with the lid.

29. A coffee maker as in claim 28 wherein the needle is attached to a pivotable needle carriage, and further comprising a guide track connection between the lid and the needle carriage to move the needle carriage relative to the lid as the lid is moved.

27. A coffee maker as in claim 27 further comprising a spring connected between the needle carriage and the shield plate to bias the needle carriage in a second predetermined position relative to the shield plate.

30. A coffee maker comprising:

a frame comprising a coffee pod holder;

a fluid conduit system extending through the frame, the fluid conduit system comprising a water heater;

a coffee pod piercing system connected to the frame, the coffee pod piercing system comprising a needle for piercing into at least one pod in the coffee pod holder and a handle connected to the needle for moving the needle; and

a system for automatically moving the needle out of engagement with the pod upon completion of a brewing cycle, wherein the handle is moved when the needle is moved such that the handle forms an indicator for indicating completion of the brewing cycle.

31. A coffee maker as in claim 30 wherein the frame comprises a movable lid above the coffee pod holder, and wherein the lid comprises a window for viewing a brew indicator connected to the handle.

32. A method of making coffee in a coffee maker comprising steps of:

inserting at least two pods into the coffee maker;

piercing into the pods at substantially a same time by needles; and

delivering heated water to the pods through the needles, wherein contents of the pods are at least partially mixed with the heated water and dispensed from the coffee maker.

33. A method as in claim 32 wherein the step of piercing into the pods comprises a user moving a user actuated handle of the coffee maker from a second position to a first position.

34. A method as in claim 33 further comprising indicating an end of a brew cycle in the coffee maker comprising steps of:

automatically moving the needles out of engagement with the pods in the coffee maker at the end of the brew cycle; and

moving the user actuated handle from the first position to the second position on a housing of the coffee maker when the needles are moved out of engagement with the pods, wherein the user actuated handle is mechanically connected to the needles, and wherein the movement of the user actuated handle to the second position indicates the end of the brew cycle.

35. A method as in claim 32 wherein the step of delivering heated water to the pods comprises:

pre-heating a water heater of the coffee maker to a predetermined temperature;

pumping water through the water heater at a substantially constant flow rate; and

delivering the heated water from the water heater to the pods,

wherein the pump and the water heater are controlled by a controller for delivering about eight ounces of water from the outlet of the heater at about 180°

F. in about one minute or less, from a water supply at about room temperature.

36. A method as in claim 32 wherein the step of delivering the heated water to the pods comprises selectively diverting the heated water between the needles.

37. A method as in claim 36 wherein the step of selectively diverting the heated water between the needles comprises a controller automatically, selectively moving a diverter valve.

38. A method as in claim 37 wherein the step of automatically, selectively moving a diverter valve by the controller comprises moving the valve during an intermediate time during the step of delivering the heated water to the pods.

39. A method of indicating an end of a brew cycle in a coffee maker, the method comprising steps of:

automatically moving at least one pod piercing needle out of engagement with at least one pod in the coffee maker at the end of the brew cycle; and

moving a user actuated control from a first position to a second position on a housing of the coffee maker when the pod piercing needle is moved out of engagement with the pod, wherein the user actuated control is mechanically connected to the pod piercing needle, and wherein the movement of the user actuated control to the second position indicates the end of the brew cycle.

40. A method as in claim 39 wherein the step of automatically moving the pod piercing needle comprises moving the needle behind a shield plate attached to a movable lid of the coffee maker.

41. A method as in claim 40 wherein the user actuated control comprises a handle movably extending through the lid.

42. A method as in claim 41 wherein the lid comprises a window, and a brew cycle indicator is mechanically attached to the handle and is located behind the window and adapted to be moved relative to the window.

43. A method as in claim 39 wherein the step of automatically moving the pod piercing needle comprises a controller of the coffee maker releasing a needle carriage holding latch which held the needle at a piercing position.

44. A method as in claim 43 wherein the controller is adapted to release the latch upon completion of about eight ounces of water flowing out of the outlet of the heater.

45. A method as in claim 43 wherein the step of automatically moving the pod piercing needle further comprises biasing a needle carriage having the needle attached thereto to a retracted position for locating the needle in a retracted position behind a shield plate attached to a movable lid of the coffee maker.

46. A method of making coffee in a coffee maker comprising steps of:

pre-heating a water heater of the coffee maker to a predetermined temperature;

pumping water through the water heater at a substantially constant flow rate; and

delivering heated water from the water heater to at least one pod having coffee grounds therein,

wherein the pump and the water heater are controlled by a controller for delivering about eight ounces of water from the outlet of the heater at about 180°

F. in about one minute or less from a water supply at about room temperature.

47. A method as in claim 46 further comprising:

inserting the pod and at least one other pod into the coffee maker;

piercing into the pods at substantially a same time by needles; and

delivering the heated water to the pods through the needles, wherein contents of the pods are at least partially mixed with the heated water and dispensed from the coffee maker.

48. A method as in claim 47 wherein the step of delivering the heated water to the pods through the needles comprises moving a water flow diverter connected between the water heater and the needles from a first position to a second position.

49. A method as in claim 48 wherein the step of moving the water flow diverter comprises a controller of the coffee maker automatically moving the water flow diverter at a predetermined time during the brew cycle.

50. A method as in claim 46 wherein the step of delivering the heated water to the pods comprises moving a water flow diverter connected between the water heater and the pods from a first position to a second position.

51. A method as in claim 50 wherein the step of moving the water flow diverter comprises a controller of the coffee maker automatically moving the water flow diverter at a predetermined time or event during the brew cycle.

52. A method as in claim 46 further comprising indicating an end of a brew cycle in the coffee maker comprising steps of:

automatically moving a pod piercing needle out of engagement with the pod at the end of the brew cycle; and

moving a user actuated handle from a first position to a second position on the housing of the coffee maker when the needle is moved out of engagement with the pod, wherein the user actuated handle is mechanically connected to the needle, and wherein the movement of the user actuated handle to the second position indicates the end of the brew cycle.

53. A method as in claim 52 wherein the step of automatically moving the pod piercing needle further comprises a controller of the coffee maker releasing a needle carriage holding latch which held the needle at a piercing position.