Container with heating/cooling assembly and removable power source modules
Abstract
The embodiments disclose an attachable battery base module configured for powering at least one attachable application module coupled to the attachable battery base module, wherein the attachable battery base is configured for powering the at least one attachable application module, a heating module attachment with a temperature control module coupled to the attachable battery base module configured for heating and/or boiling a liquid, a cooling module attachment with the temperature control module coupled to the attachable battery base module configured for cooling a liquid and wherein the temperature control module includes a temperature maintenance mode, wherein the temperature maintenance mode is configured for maintaining a preset, predefined or user preselected desired temperature when the desired temperature is reached.
Claims
exact text as granted — not AI-modified1 - 20 . (canceled)
21 . A portable blender, comprising:
a blender liquid vessel having an internal volume area for receiving items, wherein a top portion of the internal volume area includes an interior rim; a blender attachment cap removably coupled to the interior rim of the blender liquid vessel, wherein the blender attachment cap includes at least one waterproof gasket that removably engages with the interior rim of the blender liquid vessel to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap; a rotating blade coupled to a top portion of the blender attachment cap and configured to selectively at least one of grind, blend, liquefy or chop the items within the internal volume area of the blender liquid vessel; a blender motor assembly coupled to the rotating blade and configured to rotate the rotating blade, wherein the blender motor assembly comprises a blender on/off speed dial coupled to the blender motor assembly and configured to set a speed to blend; and a rechargeable battery base module coupled to the blender motor assembly and configured to provide power to motor assembly.
22 . The portable blender of claim 21 , further comprising a mobile application of a mobile device wirelessly coupled to the blender motor assembly for remotely controlling and monitoring the blender motor assembly
23 . The portable blender of claim 21 , wherein the rechargeable battery base module is configured to be removably coupled to the blender motor assembly.
24 . The portable blender of claim 21 , wherein the blender attachment cap includes two waterproof O-ring gaskets that removably engage with the interior rim of the blender liquid vessel to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap.
25 . The portable blender of claim 21 , wherein the blender attachment cap further includes external threads and the blender liquid vessel includes internal threads for receiving the blender attachment cap to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap.
26 . The portable blender of claim 21 , further comprising an alternating current power source coupled to the blender motor assembly.
27 . The portable blender of claim 21 , wherein the blender liquid vessel further includes a heating element for heating the items in the blender liquid vessel.
28 . A portable blender, comprising:
a blender liquid vessel having an internal volume area for receiving items, wherein a top portion of the internal volume area includes an interior rim; a heating element coupled to the blender liquid vessel configured for heating the items in the blender liquid vessel; a blender attachment cap removably coupled to the interior rim of the blender liquid vessel, wherein the blender attachment cap includes at least one waterproof gasket that removably engages with the interior rim of the blender liquid vessel to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap; a rotating blade coupled to a top portion of the blender attachment cap and configured to selectively at least one of grind, blend, liquefy or chop the items within the internal volume area of the blender liquid vessel; a blender motor assembly coupled to the rotating blade and configured to rotate the rotating blade, wherein the blender motor assembly comprises a blender on/off speed dial coupled to the blender motor assembly and configured to set a speed to blend; and a rechargeable battery base module coupled to the blender motor assembly and configured to provide power to motor assembly.
29 . The portable blender of claim 28 , further comprising a mobile application of a mobile device wirelessly coupled to the blender motor assembly for remotely controlling and monitoring the blender motor assembly
30 . The portable blender of claim 28 , wherein the rechargeable battery base module is configured to be removably coupled to the blender motor assembly.
31 . The portable blender of claim 28 , wherein the blender attachment cap includes two waterproof O-ring gaskets that removably engage with the interior rim of the blender liquid vessel to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap.
32 . The portable blender of claim 28 , wherein the blender attachment cap further includes external threads and the blender liquid vessel includes internal threads for receiving the blender attachment cap to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap.
33 . The portable blender of claim 28 , wherein the rechargeable battery base module includes at least one USB port for recharging and providing power to an external rechargeable device.
34 . The portable blender of claim 28 , wherein the blender liquid vessel further includes a cooling element for cooling the items in the blender liquid vessel.
35 . A portable blender, comprising:
a blender liquid vessel having an internal volume area for receiving items, wherein a top portion of the internal volume area includes an interior rim; a cooling element coupled to the blender liquid vessel configured for cooling the items in the blender liquid vessel; a blender attachment cap removably coupled to the interior rim of the blender liquid vessel, wherein the blender attachment cap includes at least one waterproof gasket that removably engages with the interior rim of the blender liquid vessel to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap; a rotating blade coupled to a top portion of the blender attachment cap and configured to selectively at least one of grind, blend, liquefy or chop the items within the internal volume area of the blender liquid vessel; a blender motor assembly coupled to the rotating blade and configured to rotate the rotating blade, wherein the blender motor assembly comprises a blender on/off speed dial coupled to the blender motor assembly and configured to set a speed to blend; and a rechargeable battery base module coupled to the blender motor assembly and configured to provide power to motor assembly.
36 . The portable blender of claim 35 , further comprising a mobile application of a mobile device wirelessly coupled to the blender motor assembly for remotely controlling and monitoring the blender motor assembly
37 . The portable blender of claim 35 , further comprising an alternating current power source coupled to the blender motor assembly.
38 . The portable blender of claim 35 , wherein the blender attachment cap includes two waterproof O-ring gaskets that removably engage with the interior rim of the blender liquid vessel to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap.
39 . The portable blender of claim 35 , wherein the blender attachment cap further includes external threads and the blender liquid vessel includes internal threads for receiving the blender attachment cap to provide a liquid tight seal between the blender liquid vessel and the blender attachment cap.
40 . The portable blender of claim 35 , wherein the rechargeable battery base module includes at least one USB port for recharging and providing power to an external rechargeable device.Join the waitlist — get patent alerts
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