The solar-powered refrigerating cooler in an insulated container. The interior space of the solar-powered refrigerating cooler forms a temperature controlled space within which items may be stored. The solar-powered refrigerating cooler comprises a refrigeration system that: 1) forms the interior sp
The solar-powered refrigerating cooler in an insulated container. The interior space of the solar-powered refrigerating cooler forms a temperature controlled space within which items may be stored. The solar-powered refrigerating cooler comprises a refrigeration system that: 1) forms the interior space; and, 2) cools the interior space of the solar-powered refrigerating cooler. The refrigeration system is solar-powered. The solar-powered refrigerating cooler comprises a refrigeration system, one or more USB ports, a cutting board, a bottle opener, an extendable handle, and a power system. The one or more USB ports, the cutting board, the bottle opener, the extendable handle, and a power system are mounted on the refrigeration system.
대표청구항▼
1. A refrigerated apparatus comprising: a refrigeration system, one or more USB ports, a cutting board, a bottle opener, an extendable handle, and a power system;wherein the refrigerated apparatus is an insulated container;wherein the refrigerated apparatus comprises an interior space;wherein the in
1. A refrigerated apparatus comprising: a refrigeration system, one or more USB ports, a cutting board, a bottle opener, an extendable handle, and a power system;wherein the refrigerated apparatus is an insulated container;wherein the refrigerated apparatus comprises an interior space;wherein the interior forms a temperature controlled space;wherein the interior space is formed in the refrigeration system;wherein the refrigeration system cools the interior space of the refrigerated apparatus;wherein the refrigeration system is solar-powered;wherein the one or more ports, the cutting board, the bottle opener, the extendable handle, and a power system are mounted on the refrigeration system;wherein the refrigeration system comprises a housing, one or more hinges, a plurality of wheels, and a refrigeration device;wherein the housing, the one or more hinges, the plurality of wheels and the refrigeration device are mounted on the housing;wherein the housing is a hollow rectangular block structure;wherein the housing contains the interior space;wherein the housing is further defined with a superior face, an inferior face, an anterior face, a posterior face, a left face, and a right face;wherein each of the one or more hinges is a pivot around which the superior face rotates;wherein each of the plurality of wheels attach to the housing. 2. The refrigerated apparatus according to claim 1wherein the refrigeration device is a mechanical implementation of a Carnot cycle;wherein the refrigeration device further comprises a compressor motor;wherein the housing contains the interior space. 3. The refrigerated apparatus according to claim 2 wherein the compressor motor is an electrically powered pump. 4. The refrigerated apparatus according to claim 3wherein the superior face is formed as an insulating structure;wherein the superior face forms the superior surface of the refrigerated apparatus;wherein the superior face rotates to provide access to the interior space. 5. The refrigerated apparatus according to claim 4wherein the inferior face is formed as an insulating structure;wherein the inferior face is the face of the housing that is distal from the superior face;wherein the inferior face is the face of the housing that is proximal to the supporting surface;wherein the inferior face is formed with a component space. 6. The refrigerated apparatus according to claim 5wherein the anterior face is formed as an insulating structure;wherein the anterior face is the face of the housing that leads the refrigerated apparatus when the refrigerated apparatus is moved using the plurality of wheels;wherein the anterior face is further defined with an interior anterior surface;wherein the interior anterior surface is the surface of the anterior face that is proximal to the interior space. 7. The refrigerated apparatus according to claim 6wherein the posterior face is formed as an insulating structure;wherein the posterior face is the face of the housing that is distal from the anterior face. 8. The refrigerated apparatus according to claim 7wherein the left face is formed as an insulating structure;wherein the left face further comprises a left handle;wherein the left handle is a grip that is formed in the left face;wherein the left face is further defined with an interior left surface;wherein the interior left surface is the surface of the left face that is proximal to the interior space. 9. The refrigerated apparatus according to claim 8wherein the right face is formed as an insulating structure;wherein the right face further comprises a right handle;wherein the right handle is a grip that is formed in the right face;wherein the right face is further defined with an interior right surface;wherein the interior right surface is the surface of the right face that is proximal to the interior space. 10. The refrigerated apparatus according to claim 9 wherein the component space is a rectangular block shaped negative space that is formed within the inferior face for the purpose of storing the refrigeration device and the power system with the exception of the photovoltaic cell. 11. The refrigerated apparatus according to claim 10wherein the cutting board comprises a left track, a right track, a polyethylene panel, and a board shelf;wherein the polyethylene panel forms a cutting surface;wherein the left track, the right track, and a board shelf comprises an apparatus for storing the polyethylene panel. 12. The refrigerated apparatus according to claim 11wherein the left track is a U-shaped bracket that is sized to receive an edge of the polyethylene panel;wherein the right track is a U-shaped bracket that is sized to receive an edge of the polyethylene panel;wherein the board shelf is a rectangular block structure. 13. The refrigerated apparatus according to claim 12wherein each of the one or more ports is a port that provides electrical power;wherein the extendable handle is a handle;wherein the position of the extendable handle relative to the refrigeration system is adjustable. 14. The refrigerated apparatus according to claim 13wherein the power system is a solar-powered electrical system that powers the one or more ports and the refrigeration device;wherein the power system comprises a photovoltaic cell, a battery, an electrical ground, and a diode;wherein the photovoltaic cell, the battery, the diode, and the electrical ground are electrically interconnected. 15. The refrigerated apparatus according to claim 14wherein the photovoltaic cell is an electrical device that converts light into electrical energy;wherein the battery is a chemical device that converts chemical energy into electrical energy;wherein the battery is rechargeable;wherein the diode is an electrical device;wherein the electrical ground is a voltage reference;wherein the left handle is formed on the exterior surface of the left face;wherein a right handle is formed on the exterior surface of the right face. 16. The refrigerated apparatus according to claim 15wherein each of the one or more ports is mounted on the exterior surface of the anterior face of the housing;wherein the bottle opener is mounted on the exterior surface of the anterior face of the housing;wherein the extendable handle is mounted on the exterior surface of the posterior face of the housing such that the extendable handle extends in the superior direction when the refrigerated apparatus rests on a supporting surface;wherein each of the one or more hinges attaches the superior face to the posterior face such that the superior face can rotate towards and away from the anterior face;wherein a first wheel selected from the plurality of wheels is mounted proximal to the position where the inferior face, the posterior face, and the left face are joined;wherein a second wheel selected from the plurality of wheels is mounted proximal to the position where the inferior face, the posterior face, and the right face are joined. 17. The refrigerated apparatus according to claim 16wherein the cutting board is installed within the interior space of the housing such that the cutting board is in an inferior position that is proximal to the superior face;wherein the left track attaches to the interior left surface of the left face such that the left track rotates in a plane that is parallel to the interior left surface;wherein the right track attaches to the interior right surface of the right face such that the right track rotates in a plane that is parallel to the interior right surface;wherein the board shelf is formed on the interior anterior surface of the anterior face of the housing;wherein the board shelf is positioned such that the board shelf limits the rotation of the left track and the right track to the superior side of the board shelf;wherein the board shelf is positioned such that the board shelf rotates in the direction towards the anterior face such that the left track and the right track can rest upon the board shelf;wherein the board shelf is positioned such that the board shelf projects perpendicularly away from the interior anterior surface of the anterior face;wherein the polyethylene panel is inserted into both the left track and the right track for storage. 18. The refrigerated apparatus according to claim 17wherein the battery, the compressor motor, and the one or more USB ports are electrically connected in a parallel circuit;wherein the chemical energy stored within the battery is renewed and restored through the use of the photovoltaic cell;wherein the photovoltaic cell forms an electrical circuit that reverses the polarity of the battery;wherein the photovoltaic cell is installed on the exterior surface of the superior face;wherein the diode is installed such that the diode prevents the flow of electrical energy from the battery to the photovoltaic cell.
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이 특허에 인용된 특허 (11)
Sloan Dwight, Cooler device with integrated solar power and stereo system.
Dumoulin ; Jr. Joseph C. (6334 Hampden Taylor MI 48180), Cooler with fold-down corner wheels, a pop-up pull handle, integral bottle and fold down cutting board.
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