Centering pad and removable enclosure for a blender
The present system provides an enclosure which engages a blender base via friction fit created by one or more engagement members, so that a rotation of the enclosure and blender base relative to one another secures the enclosure to the blender base with an audible or tactile confirmation. A centering pad is attached to the system. The centering pad prevents the enclosure from rotating and becoming unlocked from the blender base due to operation of a motor.
1. A blender assembly comprising:
a blender base comprising a motor;
a pedestal extending from the blender base, wherein the pedestal comprises at least one groove;
an enclosure operatively attached to the blender base; and
a centering pad operatively positioned to contact the pedestal and the enclosure when the enclosure is operatively attached to the blender base, wherein the enclosure comprises a body portion and a base wherein the base is configured to engage the pedestal, wherein the base is positionable in a locked position and an unlocked position to selectively secure the enclosure to the pedestal, and wherein the centering pad comprises at least one flange, wherein the at least one flange engages the at least one groove when the base is in the locked position preventing the enclosure from rotating during operation of the motor.
2. The blender assembly of claim 1 , wherein the base of the enclosure includes an aperture that defines an opening to receive the pedestal.
3. The blender assembly of claim 1 , wherein the at least one flange comprises a plurality of flanges extending from the centering pad and the at least one groove comprises a plurality of grooves, wherein the plurality of flanges are operatively disposed within the plurality of grooves.
4. The blender assembly of claim 1 , wherein the centering pad further comprises at least one protrusion extending from the body portion in a direction opposed to the at least one flange.
5. The blender assembly of claim 1 , wherein the at least one flange comprises an elastomeric material that operatively biases the enclosure to a locked position.
6. The blender assembly of claim 1 , wherein the centering pad further comprises a body and at least one wall extending from the body, wherein the at least one wall operatively directs a flow of material.
7. The blender assembly of claim 6 , wherein the at least one wall operatively directs the flow of material away from the at least one groove.
8. The blender assembly of claim 6 , wherein the enclosure comprises a cover portion, and wherein the at least one wall operatively directs the flow of material away from the body portion.
9. The blender assembly of claim 1 , wherein the centering pad comprises an elastomeric material.
10. A centering pad for a blender assembly, the centering pad comprising:
a body comprising a first side and a second side, wherein the first side is opposite the second side;
at least one flange extending from the second side, wherein the flange is configured to engage a pedestal of the blender assembly;
at least one flange or lip extending from the first side, wherein the flange or lip is configured to engage a cover;
a plurality of protrusions extending from the first side, wherein the protrusions are configured to engage a container; and
at least one wall extending upward from the first side about at least a portion of a peripheral edge of the first side, wherein the at least one wall is separated a distance away from the plurality of protrusions, and wherein the at least one wall operatively directs a flow of material.
11. The centering pad of claim 10 , wherein the body further comprises an aperture that operatively receives a blade assembly.
12. The centering pad of claim 10 , further comprising a foot portion extending from the body.
13. The centering pad of claim 10 , wherein the plurality of protrusions each further comprise a recess that opens onto the second side.
14. The centering pad of claim 10 , further comprising at least one of a magnet, a chemical adhesive, or a fastener operatively attachable with the body.
15. The centering pad of claim 10 , wherein the distance between the at least one wall and the plurality of protrusions is operatively configured to receive a container.
16. A blender assembly, comprising:
a blender base comprising a housing that houses a motor;
a pedestal disposed on the housing, wherein the pedestal comprises at least one groove;
an enclosure comprising a body portion and a base and operatively attached to the blender base, wherein the base is positionable in a locked position and an unlocked position to selectively secure the enclosure to the pedestal;
a centering pad operatively positionable on at least a portion of the pedestal and the base of the enclosure when the base is in the locked position,
wherein the centering pad comprises at least one projection extending away from the blender base and at least one flange extending toward the blender base, wherein the at least one flange engages the at least one groove preventing the enclosure from rotating during operation of the motor; and
a container operatively positioned on the centering pad such that the at least one projection is engaged within the container to prevent the container from rotating.
17. The blender assembly of claim 16 , wherein the centering pad further comprises a wall extending upward from the centering pad, wherein the at least one wall operatively directs a flow of material.