Support for centrifuge tubing
The current disclosure presents embodiments directed to, among others, a support and/or clamp ( 60 ) for receiving a cylindrical element (e.g., a bearing ( 90 )), which can include a base ( 62 ), a pair of opposed receiving members ( 64 ) projecting from the base ( 62 ) and spaced apart from one other to establish a receiving area ( 66 ) configured with a size and shape to removably receive at least one of a circular, cylindrical and spherical object therein, and at least one of a detent ( 24 ) and magnet ( 40 ) arranged within at least a portion of the receiving area ( 66 ), the detent ( 24 ) and/or magnet ( 40 ) configured to at least one of temporarily retain the object within the receiving area ( 66 ) and establish a sound associated with the receiving of the object.
1. A bearing support, comprising:
a base;
a first open end and an oppositely disposed second open end, wherein a first reference axis extends through said bearing support between said first open end and said second open end;
a pair of projections that extend upwardly from said base and that are disposed in opposing and spaced relation to one another, wherein each projection of said pair is disposed on an opposite side of said first reference axis, and wherein upper portions of said projections of said pair are separated from one another by an open space;
a bearing receiving area between said pair of projections that is configured to receive a bearing;
a magnet aperture that projects toward said bearing receiving area;
a magnet disposed in said magnet aperture; and
a bearing slot, wherein said magnet aperture is aligned with and intersects said bearing slot, and wherein said magnet is positioned below said bearing slot.
2. The bearing support of claim 1 , wherein said magnet is located between said pair of projections.
3. The bearing support of claim 1 , further comprising:
a perimeter surface that defines a boundary of said bearing receiving area, wherein said perimeter surface comprises an interior surface of each said projection of said pair of projections, and wherein said magnet aperture is located on a portion of said perimeter surface that extends between said pair of projections.
4. The bearing support of claim 1 , wherein said open space is smaller than an outer diameter of a bearing for which said bearing support is configured and said bearing support is configured to only allow the bearing to be directed into said receiving area through said first open end.
5. The bearing support of claim 1 , wherein end surfaces of said pair of projections collectively define an aperture that extends toward said bearing receiving area, wherein an effective diameter of said aperture is progressively reduced in proceeding in a direction of said bearing receiving area.
6. The bearing support of claim 5 , wherein said end surface of each said projection of said pair of projections is spherically-shaped.
7. The bearing support of claim 1 , wherein said bearing receiving area is further located between said first open end and said second open end, wherein said first reference axis extends through a center of said first open end and a center of said second open end, wherein said first reference axis is parallel to said pair of projections, and wherein said bearing support comprises a first surface that slopes toward said first reference axis in proceeding from said first open end toward said second open end.
8. The bearing support of claim 7 , wherein said first surface is oriented to direct a bearing toward said bearing receiving area.
9. The bearing support of claim 1 , wherein said first open end is spaced from said bearing receiving area and comprises a first surface that is sloped.
10. The bearing support of claim 9 , wherein a slope of said first surface is oriented to direct a bearing toward said bearing receiving area.
11. The bearing support of claim 9 , wherein said first surface is inwardly sloped in progressing toward said bearing receiving area from said first open end.
12. The bearing support of claim 1 , wherein said bearing slot is located between said pair of projections.
13. The bearing support of claim 1 , wherein said bearing support further comprises a perimeter surface that defines a boundary of said bearing receiving area, wherein said perimeter surface comprises an interior surface of each said projection of said pair of projections, and wherein said bearing slot is located on a portion of said perimeter surface that extends between said pair of projections.
14. A bearing assembly comprising a bearing and the bearing support of claim 1 , wherein only a lower portion of said bearing is disposed in said bearing slot such an upper portion of said bearing is disposed outside of said bearing slot.
15. The bearing assembly of claim 14 , wherein said bearing support further comprises a ledge, wherein a back side of said upper portion of said bearing is disposed against said ledge, and wherein said ledge precludes said bearing from being directed into said bearing receiving area through said second open end.
16. The bearing assembly of claim 1 , wherein said bearing support further comprises a mounting post, wherein said pair of projections extend from one side of said base and said mounting post extends from an opposite side of said base.
17. A centrifuge system, comprising:
a frame;
a centrifuge bowl interconnected and rotatable in conjunction with said frame;
a tube extending from said centrifuge bowl; and
a first bearing, wherein said tube extends through said first bearing, and wherein said first bearing is disposed within said bearing receiving area of the bearing support of claim 1 , and wherein the bearing support is mounted to said frame.
18. A bearing support, comprising:
a base;
a first open end and an oppositely disposed second open end, wherein a first reference axis extends through said bearing support between said first open end and said second open end;
a pair of projections that extend upwardly from said base and that are disposed in opposing and spaced relation to one another, wherein each projection of said pair is disposed on an opposite side of said first reference axis, and wherein upper portions of said projections of said pair are separated from one another by an open space;
a bearing receiving area between said pair of projections that is configured to receive a bearing;
a magnet aperture that projects toward said bearing receiving area;
a magnet disposed in said magnet aperture, wherein said bearing receiving area is further located between said first open end and said second open end, wherein said first reference axis extends through a center of said first open end and a center of said second open end, wherein said first reference axis is parallel to said pair of projections, and wherein said bearing support comprises a first surface that slopes toward said first reference axis in proceeding from said first open end toward said second open end.
19. A centrifuge system, comprising:
a frame;
a centrifuge bowl interconnected and rotatable in conjunction with said frame;
a tube extending from said centrifuge bowl;
a bearing support comprising:
a base;
a first open end and an oppositely disposed second open end, wherein a first reference axis extends through said bearing support between said first open end and said second open end;
a pair of projections that extend upwardly from said base and that are disposed in opposing and spaced relation to one another, wherein each projection of said pair is disposed on an opposite side of said first reference axis, and wherein upper portions of said projections of said pair are separated from one another by an open space;
a bearing receiving area between said pair of projections;
a magnet aperture that projects toward said bearing receiving area;
a magnet disposed in said magnet aperture; and
a first bearing, wherein said tube extends through said first bearing, and wherein said first bearing is disposed within said bearing receiving area of said bearing support, and wherein said bearing support is mounted to said frame.
20. The centrifuge system of claim 19 , wherein said bearing support further comprises:
a perimeter surface that defines a boundary of said bearing receiving area, wherein said perimeter surface comprises an interior surface of each said projection of said pair of projections, and wherein said magnet aperture is located on a portion of said perimeter surface that extends between said pair of projections.
21. The centrifuge system of claim 19 , wherein said open space of said bearing support is smaller than an outer diameter of said first bearing and said bearing support is configured to only allow said first bearing to be directed into said receiving area through said first open end.
22. The centrifuge system of claim 19 , wherein end surfaces of said pair of projections of said bearing support collectively define an aperture that extends toward said bearing receiving area, wherein an effective diameter of said aperture is progressively reduced in proceeding in a direction of said bearing receiving area.
23. The centrifuge system of claim 19 , wherein said bearing receiving area of said bearing support is further located between said first open end and said second open end, wherein said first reference axis extends through a center of said first open end and a center of said second open end, wherein said first reference axis is parallel to said pair of projections, and wherein said bearing support comprises a first surface that slopes toward said first reference axis in proceeding from said first open end toward said second open end.
24. The centrifuge system of claim 19 , wherein said bearing support further comprises a bearing slot, wherein said magnet aperture is aligned with and intersects said bearing slot, and wherein said magnet is positioned below said bearing slot.
25. The centrifuge system of claim 24 , wherein said bearing support further comprises a perimeter surface that defines a boundary of said bearing receiving area, wherein said perimeter surface comprises an interior surface of each said projection of said pair of projections, and wherein said bearing slot is located on a portion of said perimeter surface that extends between said pair of projections.
26. The centrifuge system of claim 24 , wherein only a lower portion of said first bearing is disposed in said bearing slot of said bearing support such an upper portion of said first bearing is disposed outside of said bearing slot.
27. The centrifuge system of claim 19 , wherein said bearing support further comprises a ledge, wherein a back side of said first bearing is disposed against said ledge, and wherein said ledge precludes said first bearing from being directed into said bearing receiving area through said second open end.
28. The centrifuge system of claim 19 , wherein said bearing support further comprises a mounting post, wherein said pair of projections extend from one side of said base and said mounting post extends from an opposite side of said base.