Blending system

1. A blending system comprising:

a blender base including a safety enclosure comprising a first shell that operatively provides a barrier to isolate a motor and electrical components from an external environment;

a container, the container removably coupled to the blender base;

a blade base comprising a housing and a blade;

a second shell attached to the first shell, and sized and shaped such that at least a portion of the first shell nests with the second shell,

wherein the second shell comprises a pedestal portion that operatively receives the blade base; and

a control interface for controlling the motor;

wherein the first shell comprises a control member coupled with the control interface through an aperture of the second shell.

2. The blending system of claim 1 , further wherein the first shell includes a liquid diversion portion adapted to generally prevent liquid from entering the motor.

3. The blending system of claim 1 , further comprising:

a third shell, wherein when the second shell is operatively replaceable by the third shell, wherein the third shell is attachable with the first shell such that at least a portion of the first shell nests with the third shell.

4. The blending system of claim 1 , further wherein the first shell supports the blade base.

5. The blending system of claim 1 , wherein the second shell further comprises a snap-fit attachment configured to mate with the first shell, when the first and second shells nest.

6. The blending system of claim 1 , wherein the container further comprises

an inner layer and an outer layer, and

a space between the inner and outer layers.

7. The blending system of claim 6 , wherein the container further comprises a magnet positioned between the inner and outer layers of the container and the blender base includes a sensor positioned therein, wherein the magnet in operative proximity to the sensor permits operation of the motor.

8. The blending system of claim 7 , wherein the sensor includes a Reed Switch.

9. The blending system of claim 1 , wherein the base includes a fan to direct air into the base to provide cooling air to the motor.

10. A blending system comprising:

a base including a motor,

an inner shell housing the motor and electrical components, wherein the inner shell comprises an electrical enclosure that isolates the motor and the electrical components from an external environment, and

a top shell sized and shaped such that the inner shell nests with at least a portion of the top shell,

wherein the inner shell provides a barrier between the motor and the top shell, and

wherein the top shell does not constitute any part of the electrical enclosure;

a blade base removably attached to the base, the blade base comprising:

a blade positioned in proximity to an interior surface and operatively coupled with the motor; and

a container selectively attached with the blade base.

11. The blending system of claim 10 , wherein the blade base includes an engagement member having threads and the container includes mating threads.

12. The blending system of claim 10 , wherein the blade base includes a rectangular-shaped interior surface.

13. A blending system comprising:

a base comprising an inner shell that houses a motor and a fan, wherein the inner shell comprises a control member that allows for control of the motor, and a barrier that electrically isolates the motor and the fan from an external environment;

a top shell configured to operatively nest with the inner shell, the top shell comprising an input device,

wherein the top shell is disposed over at least a portion of the control member such that the input device couples with the control member, and

wherein the top shell does not constitute any portion of the barrier that electrically isolates;

a container configured to accept and hold material; and

a wall to direct airflow from the fan along at least one volute-shaped path.

14. The blending system of claim 13 , wherein the top shell comprises a face, and wherein the at least one volute-shaped path terminates at the face.

15. The blending system of claim 13 , wherein the barrier of the inner shell comprises an electrical and safety enclosure for the motor and the fan.

16. The blending system of claim 13 , further comprising at least one fastener that secures the top shell to the inner shell when the top shell is operatively attached to the inner shell.

17. The blending system of claim 13 , wherein the top shell comprises a face, the face comprising the input device disposed thereon.

18. The blending system of claim 13 , wherein the top shell comprises a raised portion disposed about the input device, wherein the raised portion operatively directs a flow of material away from the input device.

19. The blending system of claim 1 further comprising a foot member attached with the blender base, the foot member having an interior portion providing a volute system directing airflow within the blender base.

20. The blending system of claim 10 further comprising an air gap between an inner surface of the top shell and an outer surface of the inner shell.

21. The blending system of claim 1 , wherein the first shell further comprises a pedestal portion, and

further comprising an air gap between the pedestal portion of the first shell and the pedestal portion of the second shell.

22. The blending system of claim 1 , wherein the first shell isolates the motor and the electrical components from the external environment when the second shell is removed.