IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0798704
(2010-04-09)
|
등록번호 |
US-8307664
(2012-11-13)
|
발명자
/ 주소 |
|
출원인 / 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
1 인용 특허 :
19 |
초록
▼
A portable cooler including a sealable outer container, and a sealable inner container situated within the outer container. A first thermoelectric cooling device having a cooling panel and a heating panel is mounted on the wall of the outer container such that the cooling panel faces the interior of
A portable cooler including a sealable outer container, and a sealable inner container situated within the outer container. A first thermoelectric cooling device having a cooling panel and a heating panel is mounted on the wall of the outer container such that the cooling panel faces the interior of the sealable outer container and the heating panel faces outside of said sealable outer container. A second thermoelectric cooling device, also having a cooling panel and a heating panel, is mounted on the wall of the internal container such that the cooling panel faces the interior of the inner container and the heating panel faces outside of the sealable inner container into the interior of said sealable outer container.
대표청구항
▼
1. A portable cooler comprising: a. a sealable outer container, having an insulated side wall, an insulated base, an insulated top, and an interior therebetween;b. a sealable inner container situated within said outer container, said inner container having an interior and a wall separating said inte
1. A portable cooler comprising: a. a sealable outer container, having an insulated side wall, an insulated base, an insulated top, and an interior therebetween;b. a sealable inner container situated within said outer container, said inner container having an interior and a wall separating said interior of said sealable inner container from said interior of said sealable outer container;c. a first thermoelectric cooling device, having a cooling panel and a heating panel, said first thermoelectric cooling device positioned on said sealable outer container such that said cooling panel faces said interior of said sealable outer container and said heating panel faces outside of said sealable outer container;d. a second thermoelectric cooling device, having a cooling panel and a heating panel, said second thermoelectric cooling device positioned on said sealable inner container such that said cooling panel faces said interior of said sealable inner container and said heating panel faces outside of said sealable inner container into said interior of said sealable outer container;e. wherein said sealable outer container is transportable;f. an ice maker located within said sealable inner container;g. a reservoir located at the bottom of said sealable inner container;h. said ice maker drawing water from said reservoir; andi. a drain connecting said inner container to said reservoir, so that melt water accumulating in said inner container will flow into said reservoir. 2. The portable cooler of claim 1, wherein said ice maker comprises: a. at least one conduit having a tip; andb. said tip being located proximate said cooling panel of said second thermoelectric device, so that water flowing out of said tip will freeze and form ice on said tip. 3. The portable cooler of claim 1, said ice maker positioned adjacent to said cooling panel of said second thermoelectric cooling device. 4. The portable cooler of claim 1, said ice maker configured to dump ice pieces into an ice storage zone, said ice storage zone positioned in said interior of said sealable internal container. 5. A portable cooler comprising: a. a first sealable container, having an insulated side wall, an insulated base, an insulated top, and an interior therebetween;b. a second sealable container, having an insulated wall, and an interior, said second sealable container including a separating wall separating said interior of said second sealable container from said interior of said first sealable container;c. a first thermoelectric cooling device, having a cooling panel and a heating panel, said first thermoelectric cooling device positioned on said first sealable container such that said cooling panel faces said interior of said first sealable container and said heating panel faces outside of said first sealable container;d. a second thermoelectric cooling device, having a cooling panel and a heating panel, said second thermoelectric cooling device positioned on said second sealable container such that said cooling panel faces said interior of said second sealable container and said heating panel faces outside of said second sealable container into said interior of said first sealable container;e. wherein said first sealable container is transportable;f. an ice maker located within said sealable inner container;g. a reservoir located at the bottom of said sealable inner container;h. said ice maker drawing water from said reservoir;i. a drain connecting said inner container to said reservoir, so that melt water accumulating in said inner container will flow into said reservoir; andj. said ice maker including a conduit having a tip configured so that water flowing out of said tip will freeze to form an ice mass thereon. 6. The portable cooler of claim 5, wherein said conduit tip is located proximate said cooling panel of said second thermoelectric device. 7. The portable cooler of claim 5, said ice maker positioned adjacent to said cooling panel of said second thermoelectric cooling device. 8. The portable cooler of claim 5, said ice maker configured to dump ice pieces into an ice storage zone, said ice storage zone positioned in said interior of said second sealable container. 9. A portable cooler comprising: a. a first insulated sealable container having a first interior;b. a second insulated sealable container having a second interior, said second sealable container integrated with said first sealable container such that second interior is separated from said first interior;c. a first thermoelectric cooling device attached to said first insulated sealable container, said first thermoelectric cooling device configured to transfer heat out of said first interior by Peltier effect;d. a second thermoelectric cooling device attached to said second insulated sealable container, said second thermoelectric cooling device configured to transfer heat out of said second interior into said first interior by Peltier effect;e. wherein said first insulated sealable container is transportable;f. an ice maker located within said sealable inner container;g. a reservoir located at the bottom of said sealable inner container;h. said ice maker drawing water from said reservoir; andi. a drain connecting said inner container to said reservoir, so that melt water accumulating in said inner container will flow into said reservoir. 10. The portable cooler of claim 9, wherein said ice maker positioned in said second sealable container includes at least one conduit having a tip, said tip being located proximate said cooling panel of said second thermoelectric device, so that water flowing out of said tip will freeze and form ice on said tip. 11. The portable cooler of claim 10, wherein said conduit has a heater configured to selectively heat said at least one conduit in order to release an ice mass formed thereon. 12. The portable cooler of claim 9, said ice maker positioned adjacent to said second thermoelectric cooling device. 13. The portable cooler of claim 10, said ice maker configured to dump ice pieces into an ice storage zone, said ice storage zone positioned in said interior of said second sealable container. 14. The portable cooler of claim 1, wherein said portable cooler is powered by a 12 VDC electrical outlet. 15. The portable cooler of claim 1, wherein said reservoir is fully contained within said portable cooler. 16. The portable cooler of claim 11, wherein said reservoir is fully contained within said portable cooler. 17. The portable cooler of claim 2, wherein said at least one conduit has a heater configured to selectively heat said at least one conduit in order to release an ice mass formed thereon. 18. The portable cooler of claim 2, wherein said at least one conduit is configured to rotate in order to release an ice mass formed thereon. 19. The portable cooler of claim 11, wherein said at least one conduit is configured to rotate in order to release an ice mass formed thereon. 20. The portable cooler of claim 12, wherein said at least one conduit is configured to rotate in order to release an ice mass formed thereon.
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