Standalone ice dispenser

• US 20080283145A1
• Filed: 05/18/2007
• Published: 11/20/2008
• Est. Priority Date: 05/18/2007
• Status: Active Grant

• Current Assignee: Tim Maxwell
• Original Assignee: Tim Maxwell
• Inventors: Maxwell, Tim
• Granted Patent: US 7,624,773 B2
• Time in Patent Office: Days
• US Class Current: 141/114
• CPC Class Codes: B65B 1/36 by volumetric devices or methods checking volume of filled material B65B1/48
• CPC Class Codes: B65B 39/002 Pivoting plates
• CPC Class Codes: B65B 39/007 Guides or funnels for introducing articles into containers or wrappers
• CPC Class Codes: B65B 39/12 movable towards or away from container or wrapper during filling or depositing
• CPC Class Codes: B65B 5/067 in bags B65B5/061 - B65B5/065 take precedence
• CPC Class Codes: F25C 5/20 Distributing ice

Abstract

A standalone ice dispenser delivers ice in either bagged form or bulk form to a user. The device uses a cone-shaped drum with an upwardly oriented mount that receives and stores the ice which ice is gravitationally delivered to the drum from an ice maker. When ice is to be dispensed, a motor rotates the drum such that a fin within the drum cause ice therein to advance toward and eventually out of the mouth of the drum into either a bagging system or directly out of the device via a chute. Weight sensors attached to the drum determine whether the drum is relatively empty or relatively full and control operation of the ice maker as a result and/or a proximity sensor measures the volume of ice in the drum and controls the operation of the ice maker.

Claims

1. A dispenser comprising:

a housing having an interior bounded by at least one wall and a chute extending from the interior and through the wall;

a drum having an internal cavity and an upwardly oriented mouth, the drum rotatably disposed within the interior of the housing;

an advancing fin disposed on an inner surface of the internal cavity of the drum;

an ice maker attached to the housing such that the ice maker is adapted to receive water and turn the water into ice, the produced ice gravitationally falling from the ice maker into the mouth of the drum; and

wherein when the device is activated, the drum rotates such that the advancing fin causes the ice disposed within the internal cavity of the drum to advance out of the mouth and fall into the chute and such that when a sufficient quantity of ice has been dispensed from the drum, the drum discontinues rotating.

2. The dispenser as in claim 1 wherein the drum is rotated via a motor that is operationally connected to the drum.

3. The dispenser as in claim 1 further comprising a weight sensor connected to the drum such that the weight sensor measures the weight of the drum so that when the weight of the drum is below a lower limit, the ice maker is activated and when the weight of the drum is above an upper limit, the ice maker is deactivated.

4. The dispenser as in claim 1 further comprising a proximity sensor located proximate the mouth of the drum such that the proximity sensor measures the volume of ice within the drum so that when the volume of ice within the drum is below a lower limit, the ice maker is activated and when the volume of ice within the drum is above an upper limit, the ice maker is deactivated.

5. The dispenser as in claim 1 further comprising a bagging unit disposed between the mouth of the drum and the chute, such that the bagging unit causes the ice falling out of the mouth to be received within a bag with the bag and ice being delivered into the chute.

6. The dispenser as in claim 5 wherein the bagging unit comprises:

a hopper having a first trap door;

a bag rack adapted to receive a plurality of bags;

a first air cylinder having a plurality of suctions cups on a distal end thereof;

a second trap door pivotally attached to the housing and located below the bag rack;

a second air cylinder connected to the second trap door; and

wherein the first air cylinder extends toward the bag rack such that the suction cups suctionally engage a side of the bag and thereafter the first air cylinder retracts thereby opening the bag and such that the ice falling out of the drum falls into the hopper and once the hopper is full, the first trap door is opened causing the ice to fall into the open bag below the hopper and once the bag is full, the second air cylinder causes the second trap door to pivot causing the bag to slide off of the second trap door and into the chute.

7. The dispenser as in claim 6 further comprising a pair of guides, each rotatably attached to the housing such that the guides guide the ice falling from the hopper into the open bag.

8. The dispenser as in claim 6 wherein the first trap door is controlled by a third air cylinder.

9. The dispenser as in claim 1 further comprising a payment system that receives a payment prior to dispensing of the ice.

10. A dispenser comprising:

a housing having an interior bounded by at least one wall and a chute extending from the interior and through the wall;

a drum having an internal cavity and an upwardly oriented mouth rotatably disposed within the interior of the housing;

an advancing fin disposed on an inner surface of the internal cavity of the drum;

a motor that is operationally connected to the drum;

an ice maker attached to the housing such that the ice maker is adapted to receive water and turn the water into ice, the produced ice gravitationally falling from the ice maker into the mouth of the drum;

a weight sensor connected to the drum; and

wherein when the device is activated, the drum rotates such that the advancing fin causes the ice disposed within the internal cavity of the drum to advance out of the mouth and fall into the chute and such that when a sufficient quantity of ice has been dispensed from the drum, the drum discontinues rotating and such that the weight sensor measures the weight of the drum so that when the weight of the drum is below a lower limit, the ice maker is activated and when the weight of the drum is above an upper limit, the ice maker is deactivated.

11. The dispenser as in claim 10 further comprising a bagging unit disposed between the mouth of the drum and the chute, such that the bagging unit causes the ice falling out of the mouth to be received within a bag with the bag and ice being delivered into the chute.

12. The dispenser as in claim 11 wherein the bagging unit comprises:

a hopper having a first trap door;

a bag rack adapted to receive a plurality of bags;

a first air cylinder having a plurality of suctions cups on a distal end thereof;

a second trap door pivotally attached to the housing and located below the bag rack;

a second air cylinder connected to the second trap door; and

wherein the first air cylinder extends toward the bag rack such that the suction cups suctionally engage a side of the bag and thereafter the first air cylinder retracts thereby opening the bag and such that the ice falling out of the drum falls into the hopper and once the hopper is full, the first trap door is opened causing the ice to fall into the open bag below the hopper and once the bag is full, the second air cylinder causes the second trap door to pivot causing the bag to slide off of the second trap door and into the chute.

13. The dispenser as in claim 12 further comprising a pair of guides, each rotatably attached to the housing such that the guides guide the ice falling from the hopper into the open bag.

14. The dispenser as in claim 12 wherein the first trap door is controlled by a third air cylinder.

15. The dispenser as in claim 10 further comprising a payment system that receives a payment prior to dispensing of the ice.

16. A dispenser comprising:

a housing having an interior bounded by at least one wall and a chute extending from the interior and through the wall;

a drum having an internal cavity and an upwardly oriented mouth rotatably disposed within the interior of the housing;

an advancing fin disposed on an inner surface of the internal cavity of the drum;

a motor that is operationally connected to the drum;

an ice maker attached to the housing such that the ice maker is adapted to receive water and turn the water into ice, the produced ice gravitationally falling from the ice maker into the mouth of the drum;

a proximity sensor located proximate the mouth of the drum; and

wherein when the device is activated, the drum rotates such that the advancing fin causes the ice disposed within the internal cavity of the drum to advance out of the mouth and fall into the chute and such that when a sufficient quantity of ice has been dispensed from the drum, the drum discontinues rotating and such that the proximity sensor measures the volume of ice in the drum so that when the volume of ice in the drum is below a lower limit, the ice maker is activated and when the volume of ice in the drum is above an upper limit, the ice maker is deactivated.

17. The dispenser as in claim 16 further comprising a bagging unit disposed between mouth of the drum and the chute, such that the bagging unit causes the ice falling out of the mouth to be received within a bag with the bag and ice being delivered into the chute.

18. The dispenser as in claim 17 wherein the bagging unit comprises:

a hopper having a first trap door;

a bag rack adapted to receive a plurality of bags;

a first air cylinder having a plurality of suctions cups on a distal end thereof;

a second trap door pivotally attached to the housing and located below the bag rack;

a second air cylinder connected to the second trap door; and

wherein the first air cylinder extends toward the bag rack such that the suction cups suctionally engage a side of the bag and thereafter the first air cylinder retracts thereby opening the bag and such that the ice falling out of the drum falls into the hopper and once the hopper is full, the first trap door is opened causing the ice to fall into the open bag below the hopper and once the bag is full, the second air cylinder causes the second trap door to pivot causing the bag to slide off of the second trap door and into the chute.

19. The dispenser as in claim 17 further comprising a pair of guides, each rotatably attached to the housing such that the guides guide the ice falling from the hopper into the open bag.

20. The dispenser as in claim 16 wherein the first trap door is controlled by a third air cylinder.

21. The dispenser as in claim 16 further comprising a payment system that receives a payment prior to dispensing of the ice.