Cooler having integrated blender and accessories
A portable cooler includes an insulated body that defines a main interior storage space, and a lid structured to at least partially cover the main interior storage space. The lid includes an integrated blender or an integrated blender drive. Components of the blender may include a source of electrical power, an electric motor, and a blender spindle mounted through a surface of the lid and coupled to the electric motor. The integrated blender may also include a blender jar structured to hold food items for blending and one or more blending blades. The lid may further include a blender recess shaped in a negative mold of a collar of the blender jar to prevent the blender jar from rotating during operation.
1. A portable cooler, comprising:
an insulated body defining a main interior storage space configured to store ice within the storage space;
a lid fastened to the insulated body structured to at least partially cover the main interior storage space;
a blender spindle mounted to the lid and extending through a surface of the lid;
a blender jar structured to hold food items for blending;
one or more blending blades disposed at a bottom of an inside of the blender jar and structured to engage with the blender spindle;
a blender recess shaped in a negative mold of a collar of the blender jar, the blender recess structured to receive the blender jar and prevent the blender jar from rotating relative to the lid;
a source of electrical power; and
an electric motor mechanically attached to the blender spindle.
2. The portable cooler of claim 1 , in which the blender spindle is structured to extend through an interior surface of the blender recess.
3. The portable cooler of claim 1 , in which the source of electrical power is a battery and in which the electric motor is a DC electric motor.
4. The portable cooler of claim 1 , further comprising: an electrical switch coupled between the source of electrical power and the electric motor, the electrical switch operable by a user of the portable cooler and structured to cause the motor to spin when the electrical switch changes states.
5. The portable cooler of claim 4 in which the electrical switch is a two-part safety switch.
6. The portable cooler of claim 1 , further comprising a transmission coupled between the electric motor and the blender spindle.
7. The portable cooler of claim 6 in which the transmission comprises at least two pulleys mounted within the lid and structured to rotate the blender spindle at a different rotational speed than a rotational speed of the motor.
8. The portable cooler of claim 7 in which the blender spindle rotates at a maximum RPM that is faster than approximately 5000 RPM.
9. The portable cooler of claim 1 , in which the blender spindle is directly driven by the electric motor.
10. The portable cooler of claim 9 in which the blender spindle rotates at a maximum RPM that is faster than approximately 5000 RPM.
11. The portable cooler of claim 1 , further comprising a second blender recess formed within the lid.
12. The portable cooler of claim 11 in which the blender recess and the second blender recess are formed on opposing sides of the lid.
13. The portable cooler of claim 1 , in which the insulated body comprises an outer shell and an inner shell.
14. The portable cooler of claim 13 in which the insulated body comprises an insulating material disposed between the outer shell and inner shell.
15. A portable cooler, comprising:
an insulated body including a main interior; and
a removable lid structured to at least partially cover the main interior, the lid including:
a battery frame including an access door and structured to accept a rechargeable battery,
a DC electric motor disposed within the lid and structured to be coupled to a battery held in the battery frame,
a blender recess shaped in a negative mold of a collar of a blender jar, the blender recess structured to receive such a blender jar and prevent the blender jar from rotating; and
a blender spindle coupled to the electric motor, the blender spindle extending through a surface of the lid and structured to engage one or more blending blade of a blender.
16. The portable cooler of claim 15 , further comprising:
A switch coupled between a source of electrical power and the electrical motor, the switch operable by a user of the portable cooler and structured to cause the motor to spin when the switch changes states.
17. The portable cooler of claim 15 , in which the lid further comprises a transmission coupled between the electric motor and the blender spindle.
18. The portable cooler of claim 17 in which the transmission comprises a device structured to rotate the blender spindle at a different rotational speed than a rotational speed of the motor.
19. A portable cooler, comprising:
an insulated body including an outer shell, an inner shell, and an insulating material between the outer and inner shells, the insulated body at least partially shaped in the form of a cavity for storing ice;
a lid structured to at least partially cover the cavity, the lid having a first surface and a second surface as well as an interior void between the first and second surfaces, the lid including:
an electric motor at least partially located within the interior void of the lid,
a blender recess shaped in a negative mold of a collar of a blender jar, the blender recess structured to receive such a blender jar and prevent the blender jar from rotating, and
a blender spindle coupled to the electric motor, the blender spindle extending through the first surface of the lid.