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An icemaker system provided in a refrigerator is designed to reduce an amount of time required to produce ice. The refrigerator includes a refrigeration system including a number of refrigeration components and a refrigeration loop. The refrigeration loop includes an icemaker section that carries a

An icemaker system provided in a refrigerator is designed to reduce an amount of time required to produce ice. The refrigerator includes a refrigeration system including a number of refrigeration components and a refrigeration loop. The refrigeration loop includes an icemaker section that carries a flow of refrigerant to an ice mold portion of the icemaker system and a bypass section that isolates the icemaker system from the flow of refrigerant. A control system automatically activates the icemaker system regardless of a need for cooling. That is, upon sensing a demand for ice, the control system opens a valve to cause refrigerant to flow through the icemaker section and activates the refrigeration components to speed ice production whether or not additional cooling is required in fresh food and/or freezer compartments.

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I claim: 1. A refrigerator comprising: a cabinet; a fresh food compartment defined within the cabinet; a freezer compartment defined within the cabinet; an icemaker arranged in one of the fresh food and freezer compartments; a refrigeration system for cooling the fresh food and freezer compartments

I claim: 1. A refrigerator comprising: a cabinet; a fresh food compartment defined within the cabinet; a freezer compartment defined within the cabinet; an icemaker arranged in one of the fresh food and freezer compartments; a refrigeration system for cooling the fresh food and freezer compartments, said refrigeration system having a plurality of refrigeration components, including at least a variable speed compressor, a sole evaporator and a condenser, interconnected through a refrigeration loop that carries a flow of refrigerant to the plurality of refrigeration components, said refrigeration loop including an icemaker section extending to the icemaker; a temperature sensor arranged in one of the fresh food and freezer compartments, said temperature sensor providing a signal to activate the refrigeration system upon detecting a need for cooling; an icemaker bypass connected to the refrigeration loop, said icemaker bypass selectively diverting refrigerant so as to isolate the portion of the refrigeration loop extending to the icemaker; an ice storage bin for retaining a quantity of ice; a sensor for sensing an amount of ice in the ice storage bin, said sensor triggering an ice production cycle if the amount of ice in the ice storage bin falls below a predetermined level; a valve arranged in the portion of the refrigeration loop passing through the icemaker, said valve directing refrigerant to one of the portion of the refrigeration loop extending to the icemaker and the icemaker bypass; a harvest heater arranged in the icemaker, said harvest heater being selectively activated to establish a clear ice making operation; and a control system operatively coupled to each of the refrigeration system and the icemaker, wherein upon sensing a need for an ice production cycle, said control system activates the refrigeration system regardless of a need for cooling in the fresh food or freezer compartments. 2. A refrigerator comprising: a cabinet; a fresh food compartment defined within the cabinet; a freezer compartment defined within the cabinet; an icemaker arranged in one of the fresh food and freezer compartments; a refrigeration system for cooling the fresh food and freezer compartments and the icemaker, the refrigeration system including a refrigeration loop having a compartment section that carries a flow of refrigerant to the fresh food and freezer compartments and an icemaker section that carries a flow of refrigerant to the icemaker, with the icemaker section being downstream of the compartment section; a temperature sensor arranged in one of the fresh food and freezer compartments, said temperature sensor providing a signal to activate the refrigeration system upon detecting a need for cooling; an ice storage bin for retaining a quantity of ice produced by the icemaker; a sensor for sensing an amount of ice in the ice storage bin, said sensor triggering an ice production cycle if the amount of ice in the ice storage bin falls below a predetermined level; and a control system operatively coupled to each of the refrigeration system and the icemaker wherein, upon sensing a need for an ice production cycle, said control system activates the refrigeration system regardless of a need for cooling in the fresh food or freezer compartments. 3. The refrigerator according to claim 2, wherein the refrigeration system includes a variable speed compressor, said control system operating the variable speed compressor so as to optimize operation of the ice maker. 4. The refrigerator according to claim 2, wherein the icemaker includes an ice mold, said icemaker section of the refrigeration loop being integrally formed with the ice mold. 5. The refrigerator according to claim 2, further comprising: an icemaker compartment within which the icemaker is positioned. 6. The refrigerator according to claim 2, further comprising: a fan for directing a cooling airflow across the icemaker, said fan being operated by the control system upon sensing a need for ice production. 7. The refrigerator according to claim 2, further comprising: a harvest heater, said control system being operable in a clear ice mode wherein the harvest heater is activated to slow a formation of ice cubes. 8. The refrigerator according to claim 2, wherein the refrigeration loop further includes an icemaker bypass, said icemaker bypass selectively diverting the flow of refrigerant away from the icemaker. 9. The refrigerator according to claim 8, further comprising: a valve arranged in the icemaker section of the refrigeration loop, said valve controlling a flow of refrigerant to the icemaker section.