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 base unit, the base unit housing a motor;
a pedestal extending from the base unit and defining a peripheral edge, wherein the peripheral edge includes a plurality of engagement members extending from the peripheral edge;
a container operatively positioned on the pedestal, the container comprising a blade assembly;
an enclosure providing a sound barrier and operatively attachable to said base unit, the enclosure comprising:
a body portion including sidewalls and a base portion that define a cavity, wherein the base portion includes an inner peripheral edge comprising a plurality of engagement channels, and wherein the container is configured to be operatively positioned within the cavity; and
a centering pad removably supported on the pedestal, the centering pad comprising:
one or more projections including a locking member that releasably interlocks with a corresponding member of the container via a twisting motion, the one or more projections formed of a first material; and
one or more inserts formed of a second material different from the first material, each one of the one or more inserts disposed within a corresponding one of the one or more projections;
wherein the base portion is configured to engage the pedestal such that the inner peripheral edge of the base portion circumscribes the peripheral edge of the pedestal, and wherein the enclosure is rotatable relative an axis defined by the pedestal between a locked and unlocked position to selectively secure the enclosure to the pedestal, wherein the plurality of engagement members are received by the plurality of engagement channels.
2. The blender assembly of claim 1 , wherein the centering pad is formed from an elastomeric material.
3. The blender assembly of claim 1 , wherein the one or more inserts are shaped to clip the container in a secured position.
4. A blender system, comprising:
a blender base;
a pedestal extending from the blender base;
a container removably supported on the pedestal, the container comprising a twisting lock member on an outer surface thereof; and
an elastomeric centering pad removably supported on the pedestal, the centering pad comprising one or more projections that include a locking member that releasably interlocks with twisting lock member of the container via a twisting motion,
wherein the centering pad further comprises one or more inserts, each one of the one or more inserts disposed within a corresponding one of the one or more projections, the one or more inserts providing a strengthening feature of the one or more projections and shaped to retain the container in a secured position.
5. The blender system of claim 4 , wherein the container is an interchangeable container selected from one of a large format container, a single service container, or a food processor bowl.
6. The blender assembly of claim 4 , wherein the locking member of each of the one or more projections is a hook shaped locking member.
7. The blender assembly of claim 4 , wherein the locking member of each of the one or more projections is a male locking member and the corresponding member of the container is a female locking member.
8. The blender assembly of claim 4 , wherein the locking member of each of the one or more projections is a female locking member and the corresponding member of the container is a male locking member.
9. The blender assembly of claim 4 , wherein the locking member of each of the one or more projections releasably interlocks with the corresponding member of the container via a quarter turn twisting motion.
10. The blender assembly of claim 4 , further comprising one or more sensors that sense whether the locking member of each of the one or more projections is engaged or disengaged with the corresponding member of the container.
11. The blender system of claim 4 , wherein:
the pedestal comprises at least one groove; and
the centering pad comprises the one or more projections extending from a first surface thereof and at least one flange extending from a second surface thereof, the at least one flange releasably engagable with the at least one groove of the pedestal to secure the centering pad to the pedestal.
12. A blender assembly, comprising:
a blender base; and
a centering pad removably supported on the blender base, the centering pad comprising:
one or more projections including a locking member that releasably interlocks with a corresponding member of a container via a twisting motion, wherein the centering pad is formed from an elastomeric material,
wherein the centering pad further comprises one or more inserts, each one of the one or more inserts disposed within a corresponding one of the one or more projections, the one or more inserts providing a strengthening feature of the one or more projections and shaped to retain the container in a secured position.
13. The blender assembly of claim 12 , wherein the locking member of each of the one or more projections is a hook shaped locking member.
14. The blender assembly of claim 12 , wherein the locking member of each of the one or more projections is a male locking member and the corresponding member of the container is a female locking member.
15. The blender assembly of claim 12 , wherein the locking member of each of the one or more projections is a female locking member and the corresponding member of the container is a male locking member.
16. The blender assembly of claim 12 , wherein the locking member of each of the one or more projections releasably interlocks with the corresponding member of the container via a quarter turn twisting motion.
17. The blender assembly of claim 12 , further comprising one or more sensors that sense whether the locking member of each of the one or more projections is engaged or disengaged with the corresponding member of the container.
18. The blender assembly of claim 12 , further comprising:
a pedestal extending from the blender base, the pedestal comprising at least one groove,
wherein the centering pad comprises the one or more projections extending from a first surface thereof and at least one flange extending from a second surface thereof, the at least one flange releasably engagable with the at least one groove of the pedestal to secure the centering pad to the pedestal.