초록 ▼

An in-vehicle coffee maker includes a coffee mug and a brewing station that receives the mug, and has a lid that secures the mug therein. A pump supplies water to the lid from a water reservoir via a water line. A heating element heats the water to a predetermined temperature. The mug includes a mug

An in-vehicle coffee maker includes a coffee mug and a brewing station that receives the mug, and has a lid that secures the mug therein. A pump supplies water to the lid from a water reservoir via a water line. A heating element heats the water to a predetermined temperature. The mug includes a mug portion, a drink cap, and a pod retainer. The drink cap includes a pod chamber to hold coffee grounds, and the pod retainer secures the coffee grounds therein. The pod retainer includes a opening for water to pass through, into the pod chamber, which in turn includes an opening for water to drain downward into the mug. The lid of the brewing station includes a nozzle that forms a sealed engagement with the opening in the pod retainer so water supplied from the reservoir to the lid flows into the pod chamber.

대표청구항 ▼

What is claimed is: 1. An in-vehicle coffee maker, comprising: a coffee mug; a brewing station adapted to receive the coffee mug, the brewing station having a lid pivotally mounted thereon such that the lid can be pivoted between an open position, wherein the coffee mug can be removably placed with

What is claimed is: 1. An in-vehicle coffee maker, comprising: a coffee mug; a brewing station adapted to receive the coffee mug, the brewing station having a lid pivotally mounted thereon such that the lid can be pivoted between an open position, wherein the coffee mug can be removably placed within the brewing station, and a closed position, wherein the lid secures the coffee mug within the brewing station; a water reservoir; a water line extending between the water reservoir and the lid of the brewing station to deliver water from the water reservoir to the brewing station, the water line including a pump assembly for pumping the water from the water reservoir to the lid and a heating element for heating the water to a predetermined temperature; the coffee mug including a mug portion, a drink cap removably mounted onto the mug portion, and a pod retainer removably mounted onto the drink cap; the drink cap includes a pod chamber formed therein, the pod chamber is adapted to hold a pod of coffee grounds and the pod retainer is adapted to secure the pod of coffee grounds within the pod chamber, the pod retainer includes an inlet opening formed therein to allow water to be supplied through the pod retainer to the pod chamber, and the pod chamber includes at least one drain opening formed therein to allow water to drain from the pod chamber downward into the mug portion of the coffee mug; the lid of the brewing station including a nozzle positioned such that when the lid is closed, the nozzle engages the inlet opening formed within the the pod retainer and water supplied from the reservoir to the lid flows through the nozzle and inlet opening into the pod chamber; wherein, the drink cap includes a plurality of drink openings formed therein to allow steam to escape from the mug during brewing and to allow a user to drink from the coffee mug once the brewing is complete, the drink openings being spaced circumferentially apart and being positioned radially outward from the pod chamber. 2. The in-vehicle coffee maker of claim 1 wherein, the pod retainer includes a flow chamber having a plurality of drip holes formed therein such that water flows into the flow chamber through the inlet opening formed within the pod retainer and drips down into the pod chamber through the drip holes. 3. The in-vehicle coffee maker of claim 1 wherein, the brewing station includes a sensor to detect when the coffee mug is present and when the lid is closed. 4. The in-vehicle coffee maker of claim 3, further including a controller adapted to allow water to be supplied to the lid of the brewing station only when the coffee mug is present within the brewing station and the lid is closed. 5. A vehicle console having an in-vehicle coffee maker, comprising: a console for a motor vehicle; a coffee mug; a brewing station formed within the console and adapted to receive the coffee mug, the brewing station having a lid pivotally mounted thereon such that the lid can be pivoted between an open position, wherein the coffee mug can be removably placed within the brewing station, and a closed position, wherein the lid secures the coffee mug within the brewing station; a water reservoir mounted within the console remote from the brewing station; a water line extending between the water reservoir and the lid of the brewing station to deliver water from the water reservoir to the brewing station, the water line including a pump assembly for pumping the water from the water reservoir to the lid and a heating element for heating the water to a predetermined temperature; the coffee mug including a mug portion, a drink cap removably mounted onto the mug portion, and a pod retainer removably mounted onto the drink cap; the drink cap includes a pod chamber formed therein, the pod chamber is adapted to hold a pod of coffee grounds and the pod retainer is adapted to secure the pod of coffee grounds within the pod chamber, the pod retainer includes an inlet opening formed therein to allow water to be supplied through the pod retainer to the pod chamber, and the pod chamber includes at least one drain opening formed therein to allow water to drain from the pod chamber downward into the mug portion of the coffee mug; the lid of the brewing station including a nozzle positioned such that when the lid is closed, the nozzle engages the inlet opening formed within the pod retainer and water supplied from the reservoir to the lid flows through the nozzle and inlet opening into the pod chamber. 6. The vehicle console of claim 5 wherein, the pod retainer includes a flow chamber having a plurality of drip holes formed therein such that water flows into the flow chamber through the inlet opening formed within the pod retainer and drips down into the pod chamber through the drip holes. 7. The vehicle console of claim 5 wherein, the drink cap includes a plurality of drink openings formed therein to allow steam to escape from the mug during brewing and to allow a user to drink from the coffee mug once the brewing is complete, the drink openings being spaced circumferentially apart and positioned radially outward from the pod chamber. 8. The vehicle console of claim 5 wherein, the brewing station includes a sensor to detect when the coffee mug is present and when the lid is closed. 9. The vehicle console of claim 8, further including a controller adapted to allow water to be supplied to the lid of the brewing station only when the coffee mug is present within the brewing station and the lid is closed. 10. An in-vehicle coffee maker, comprising: a coffee mug; a brewing station adapted to receive the coffee mug, the brewing station having a lid pivotally mounted thereon such that the lid can be pivoted between an open position, wherein the coffee mug can be removably placed within the brewing station, and a closed position, wherein the lid secures the coffee mug within the brewing station; a water reservoir; a water line extending between the water reservoir and the lid of the brewing station to deliver water from the water reservoir to the brewing station, the water line including a pump assembly for pumping the water from the water reservoir to the lid and a heating element for heating the water to a predetermined temperature; the coffee mug including a mug portion, a drink cap removably mounted onto the mug portion, and a pod retainer removably mounted onto the drink cap; the drink cap includes a pod chamber formed therein, the pod chamber is adapted to hold a pod of coffee grounds and the pod retainer is adapted to secure the pod of coffee grounds within the pod chamber, the pod retainer includes a flow chamber and an opening formed therein to allow water to be supplied to the flow chamber, the flow chamber includes a plurality of drip holes formed therein to allow water to drain from the flow chamber into the pod chamber, and the pod chamber includes at least one opening formed therein to allow water to drain from the pod chamber downward into the mug portion of the coffee mug; the lid of the brewing station including a nozzle positioned such that when the lid is closed, the nozzle forms a sealed engagement with the opening formed within the pod retainer and water supplied from the reservoir to the lid flows into the pod chamber; the brewing station including a sensor to detect when the coffee mug is present and when the lid is closed, and a controller adapted to allow water to be supplied to the lid of the brewing station only when the coffee mug is present within the brewing station and the lid is closed; the drink cap further includes a plurality of drink openings formed therein to allow steam to escape from the mug during brewing and to allow a user to drink from the coffee mug once the brewing is complete, the drink openings being spaced circumferentially apart and positioned radially outward from the pod chamber.