Slide segment with integral ball bearing mount
View Patent ↗A three-piece slide assembly includes an inner slide segment, an intermediate slide segment and an outer slide segment telescopingly engaged with one another. Desirably, the slide assembly is capable of supporting a 1U or 2U internet server and has a compact cross-sectional area, allowing it to fit within a 1″×⅜″ cross-sectional envelope. Additionally, a single arrangement of upper bearings and a single arrangement of lower bearings desirably support substantially the entire load carried by the slide. Desirably, both the upper and lower bearings are carried by an intermediate slide segment and contact both the inner and outer slide segments when the slide is in a fully closed positioned. The slide assembly desirably includes an automatic sequencing arrangement wherein rotation of the bearings results in the intermediate slide segment extending along with the inner slide segment.
1. A slide assembly, comprising:
a first slide segment configured to carry a load, said first slide segment having a web, a first transverse section and a second transverse section spaced from one another along said web, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment configured to be connected to an object and carry said first and second slide segments, said third slide segment telescopingly supporting said second slide segment and including a web, a third transverse section and a fourth transverse section spaced from one another along said web, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position of said slide assembly wherein said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings and a plurality of lower bearings carried by said second slide segment at least one of said plurality of upper bearings and said plurality of lower bearings supporting substantially all load carried by said first slide segment when said slide assembly is in a fully retracted position, said upper bearings contacting both of said first contact surface and said third contact surface and said lower bearings contacting both of said second contact surface and said fourth contact surface when said slide assembly is in said retracted position.
2. The slide assembly of claim 1 , wherein a portion of said upper and lower plurality of bearings are not in contact with either of said first slide segment and third slide segment when said slide is in said extended position.
3. The slide assembly of claim 1 , wherein said second slide segment defines a web and a fifth and a sixth transverse section of said slide, said fifth transverse section substantially preventing vertical movement of said upper bearings and said sixth transverse section substantially preventing vertical movement of said lower bearings.
4. The slide assembly of claim 3 , wherein said fifth transverse section comprises a first portion and a second portion, said first portion of said fifth transverse section substantially preventing downward movement of said upper bearings and said second portion of said fifth transverse section substantially preventing upward movement of said upper bearings and wherein said sixth transverse section comprises a first portion and a second portion, said first portion of said sixth transverse section substantially preventing upward movement of said lower bearings and said second portion of said sixth transverse section substantially preventing downward movement of said lower bearings.
5. The slide assembly of claim 4 , wherein said first portion and said second portion of said fifth transverse section are formed from a single piece of material and wherein said first portion and said section portion of said sixth transverse section are formed from a single piece of material.
6. The slide assembly of claim 1 , wherein said first contact surface and said third contact surface are separated by no more than two spherical surfaces and wherein said second contact surface and said fourth contact surface are separated by no more than two spherical surfaces.
7. The slide assembly of claim 1 , wherein said upper bearings and said lower bearings are substantially aligned with a central, vertical plane passing through said slide assembly.
8. The slide assembly of claim 1 , wherein said second slide segment is at least two-thirds the length of one of said first slide segment and said third slide segment.
9. The slide assembly of claim 1 , wherein said second slide segment is at least three-fourths the length of one of said first slide segment and said third slide segment.
10. The slide assembly of claim 1 , wherein said second slide segment is approximately the same length as one of said first slide segment and said third slide segment.
11. The slide assembly of claim 1 , wherein said second slide segment is configured to withstand an operating load of at least thirty pounds without permanent deformation.
12. The slide assembly of claim 1 , wherein said second slide segment is configured to withstand an operating load of at least seventy five pounds without permanent deformation.
13. The slide assembly of claim 1 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least five bearings.
14. The slide assembly of claim 1 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least ten bearings.
15. The slide assembly of claim 1 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least fifteen bearings.
16. The slide assembly of claim 1 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least twenty bearings.
17. A slide assembly, comprising:
a first slide segment having a web, a first transverse section and a second transverse section spaced from one another and extending in a first direction from said web defining a vertical inner surface, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment telescopingly supporting said second slide segment and including a web defining a vertical inner surface, a third transverse section and a fourth transverse section spaced from one another and extending from said web in a second direction opposite said first direction, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position of said slide assembly wherein said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings and a plurality of lower bearings carried by said second slide segment, said upper bearings contacting both of said first contact surface and said third contact surface and said lower bearings contacting both of said second contact surface and said fourth contact surface when said slide assembly is in said retracted position, wherein an entirety of said upper bearings and said lower bearings are spaced inward in said first direction from said inner surface of said web of said first slide segment and spaced inward in said second direction from said inner surface of said web of said third slide segment, wherein said second slide segment defines a web and a fifth and a sixth transverse section of said slide, said fifth transverse section substantially preventing vertical movement of said upper bearings and said sixth transverse section substantially preventing vertical movement of said lower bearings;
wherein said fifth transverse section comprises a first portion and a second portion, said first portion of said filth transverse section substantially preventing downward movement of said upper bearings and said second portion of said fifth transverse section substantially preventing upward movement of said upper bearings and wherein said sixth transverse section comprises a first portion and a second portion, said first portion of said sixth transverse section substantially preventing upward movement of said lower bearings and said second portion of said sixth transverse section substantially preventing downward movement of said lower bearings.
18. The slide assembly of claim 17 , wherein said first portion and said second portion of said fifth transverse section are formed from a single piece of material and wherein said first portion and said section portion of said sixth transverse section are formed from a single piece of material.
19. A slide assembly, comprising:
a first slide segment having a web, a first transverse section and a second transverse section spaced from one another and extending in a first direction from said web defining a vertical inner surface, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment telescopingly supporting said second slide segment and including a web defining a vertical inner surface, a third transverse section and a fourth transverse section spaced from one another and extending from said web in a second direction opposite said first direction, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position of said slide assembly wherein said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings and a plurality of lower bearings carried by said second slide segment, said upper bearings contacting both of said first contact surface and said third contact surface and said lower bearings contacting both of said second contact surface and said fourth contact surface when said slide assembly is in said retracted position, wherein an entirety of said upper bearings and said lower bearings are spaced inward in said first direction from said inner surface of said web of said first slide segment and spaced inward in said second direction from said inner surface of said web of said third slide segment;
wherein said upper bearings and said lower bearings are substantially aligned with a central, vertical plane passing through said slide assembly.
20. A slide assembly, comprising:
a first slide segment configured to carry a load, said first slide segment having a web, a first transverse section and a second transverse section spaced front one another along said web, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment configured to be connected to an object and carry said first and second slide segments, said third slide segment telescopingly supporting said second slide segment and including a web, a third transverse section and a fourth transverse section spaced from one another along said web, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position, wherein in said extended position said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings defining centers arranged in no more than one plane, said plane being substantially perpendicular to said web of one of said first slide segment and said third slide segment, and a plurality of lower bearings defining centers arranged in no more than one plane, said plane being substantially perpendicular to said web of one of said first slide segment and said third slide segment, said upper bearings and said lower bearings supporting said first slide segment relative to said third slide segment, at least one of said plurality of upper bearings and said plurality of lower bearings supporting substantially all load carried by said slide assembly when said slide assembly is in a fully refracted position.
21. The slide assembly of claim 20 , wherein said centers of said upper bearings are aligned in no more than one line and said centers of said lower bearings are aligned in no more than one line.
22. The slide assembly of claim 20 , wherein a portion of said upper and lower plurality of bearings are not in contact with either of said first slide segment and third slide segment when said slide is in said extended position.
23. The slide assembly of claim 20 , wherein said second slide segment defines a web and a fifth and a sixth transverse section of said slide, said fifth transverse section substantially preventing vertical movement of said upper bearings and said sixth transverse section substantially preventing vertical movement of said lower bearings.
24. The slide assembly of claim 23 , wherein said fifth transverse section comprises a first portion and a second portion, said first portion of said fifth transverse section substantially preventing downward movement of said upper bearings and said second portion of said fifth transverse section substantially preventing upward movement of said upper bearings and wherein said sixth transverse section comprises a first portion and a second portion, said first portion of said sixth transverse section substantially preventing upward movement of said lower bearings and said second portion of said sixth transverse section substantially preventing downward movement of said lower bearings.
25. The slide assembly of claim 24 , wherein said first portion and said second portion of said fifth transverse section are formed from a single piece of material and wherein said first portion and said section portion of said sixth transverse section are formed from a single piece of material.
26. The slide assembly of claim 20 , wherein said upper bearings and said lower bearings are substantially aligned with a central, vertical plane passing through said slide assembly.
27. The slide assembly of claim 20 , wherein said second slide segment is at least two-thirds the length of one of said first slide segment and said third slide segment.
28. The slide assembly of claim 20 , wherein said second slide segment is at least three-fourths the length of one of said first slide segment and said third slide segment.
29. The slide assembly of claim 20 , wherein said second slide segment is approximately the same length as one of said first slide segment and said third slide segment.
30. The slide assembly of claim 20 , wherein said second slide segment is configured to withstand an operating load of at least thirty pounds without permanent deformation.
31. The slide assembly of claim 20 , wherein said second slide segment is configured to withstand an operating load of at least seventy five pounds without permanent deformation.
32. The slide assembly of claim 20 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least five bearings.
33. The slide assembly of claim 20 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least ten bearings.
34. The slide assembly of claim 20 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least fifteen bearings.
35. The slide assembly of claim 20 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least twenty bearings.
36. A slide assembly, comprising:
a first slide segment configured to carry a load, said first slide segment having a web, a first transverse section and a second transverse section spaced from one another along said web, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment configured to be connected to an object and carry said first and second slide segments, said third slide segment telescopingly supporting said second slide segment and including a web, a third transverse section and a fourth transverse section spaced from one another along said web, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position of said slide assembly wherein said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings and a plurality of lower bearings carried by said second slide segment, at least one of said plurality of upper bearings and said plurality of lower bearings supporting substantially all load carried by said first slide segment when said slide assembly is in a fully retracted position, said upper bearings contacting both of said first contact surface and said third contact surface and said lower bearings contacting both of said second contact surface and said fourth contact surface when said slide assembly is in said retracted position, and wherein said second slide segment is at least two-thirds of the length of one of said first slide segment and said third slide segment.
37. The slide assembly of claim 36 , wherein a portion of said upper and lower plurality of bearings are not in contact with either of said first slide segment and third slide segment when said slide is in said extended position.
38. The slide assembly of claim 36 , wherein said second slide segment defines a web and a fifth and a sixth transverse section of said slide, said fifth transverse section substantially preventing vertical movement of said upper bearings and said sixth transverse section substantially preventing vertical movement of said lower bearings.
39. The slide assembly of claim 38 , wherein said fifth transverse section comprises a first portion and a second portion, said first portion of said fifth transverse section substantially preventing downward movement of said upper bearings and said second portion of said fifth transverse section substantially preventing upward movement of said upper bearings and wherein said sixth transverse section comprises a first portion and a second portion, said first portion of said sixth transverse section substantially preventing upward movement of said lower bearings and said second portion of said sixth transverse section substantially preventing downward movement of said lower bearings.
40. The slide assembly of claim 39 , wherein said first portion and said second portion of said fifth transverse section are formed from a single piece of material and wherein said first portion and said section portion of said sixth transverse section are formed from a single piece of material.
41. The slide assembly of claim 36 , wherein said first contact surface and said third contact surface are separated by no more than two spherical surfaces and wherein said second contact surface and said fourth contact surface are separated by no more than two spherical surfaces.
42. The slide assembly of claim 36 , wherein said upper bearings and said lower bearings are substantially aligned with a central, vertical plane passing through said slide assembly.
43. The slide assembly of claim 36 , wherein said second slide segment is at least three-fourths the length of one of said first slide segment and said third slide segment.
44. The slide assembly of claim 36 , wherein said second slide segment is approximately the same length as one of said first slide segment and said third slide segment.
45. The slide assembly of claim 36 , wherein said second slide segment is configured to withstand an operating load of at least thirty pounds without permanent deformation.
46. The slide assembly of claim 36 , wherein said second slide segment is configured to withstand an operating load of at least seventy five pounds without permanent deformation.
47. The slide assembly of claim 36 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least five bearings.
48. The slide assembly of claim 36 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least ten bearings.
49. The slide assembly of claim 36 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least fifteen bearings.
50. The slide assembly of claim 36 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least twenty bearings.
51. A slide assembly, comprising:
a first slide segment configured to carry a load, said first slide segment having a web, a first transverse section and a second transverse section spaced from one another along said web, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment configured to be connected to an object and carry said first and second slide segments, said third slide segment telescopingly supporting said second slide segment and including a web, a third transverse section and a fourth transverse section spaced from one another along said web, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position, wherein in said extended position said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings defining centers arranged in no more than one plane, said plane being substantially perpendicular to said web of one of said first slide segment and said third slide segment, and a plurality of lower bearings defining centers arranged in no more than one plane, said plane being substantially perpendicular to said web of one of said first slide segment and said third slide segment, said upper bearings and said lower bearings supporting said first slide segment relative to said third slide segment, at least one of said plurality of upper bearings and said plurality of lower bearings supporting substantially all load carried by said slide assembly when said slide assembly is in a fully retracted position, and wherein said second slide segment is at least two-thirds the length of one of said first slide segment and said third slide segment.
52. The slide assembly of claim 51 , wherein said centers of said upper bearings are aligned in no more than one line and said centers of said lower bearings are aligned in no more than one line.
53. The slide assembly of claim 51 , wherein a portion of said upper and lower plurality of bearings are not in contact with either of said first slide segment and third slide segment when said slide assembly is in said extended position.
54. The slide assembly of claim 51 , wherein said second slide segment defines a web and a fifth and a sixth transverse section of said slide assembly, said fifth transverse section substantially preventing vertical movement of said upper bearings and said sixth transverse section substantially preventing vertical movement of said lower bearings.
55. The slide assembly of claim 54 , wherein said fifth transverse section comprises a first portion and a second portion, said first portion of said filth transverse section substantially preventing downward movement of said upper bearings and said second portion of said fifth transverse section substantially preventing upward movement of said upper bearings and wherein said sixth transverse section comprises a first portion and a second portion, said first portion of said sixth transverse section substantially preventing upward movement of said lower bearings and said second portion of said sixth transverse section substantially preventing downward movement of said lower bearings.
56. The slide assembly of claim 55 , wherein said first portion and said second portion of said fifth transverse section are formed from a single piece of material and wherein said first portion and said section portion of said sixth transverse section are formed from a single piece of material.
57. The slide assembly of claim 51 , wherein said upper bearings and said lower bearings are substantially aligned with a central, vertical plane passing through said slide assembly.
58. The slide assembly of claim 51 , wherein said second slide segment is at least three-fourths the length of one of said first slide segment and said third slide segment.
59. The slide assembly of claim 51 , wherein said second slide segment is approximately the same length as one of said first slide segment and said third slide segment.
60. The slide assembly of claim 51 , wherein said second slide segment is configured to withstand an operating load of at least thirty pounds without permanent deformation.
61. The slide assembly of claim 51 , wherein said second slide segment is configured to withstand an operating load of at least seventy five pounds without permanent deformation.
62. The slide assembly of claim 51 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least five bearings.
63. The slide assembly of claim 51 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least ten bearings.
64. The slide assembly of claim 51 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least fifteen bearings.
65. The slide assembly of claim 51 , wherein each of said upper plurality of bearings and said lower plurality of bearings comprise at least twenty bearings.
66. A slide assembly, comprising:
a first slide segment configured to carry a load, said first slide segment having a web, a first transverse section and a second transverse section spaced from one another along said web, said first transverse section defining a first contact surface and said second transverse section defining a second contact surface;
a second slide segment telescopingly supporting said first slide segment;
a third slide segment configured to be connected to an object and carry said first and second slide segments, said third slide segment telescopingly supporting said second slide segment and including a web, a third transverse section and a fourth transverse section spaced from one another along said web, said third transverse section defining a third contact surface and said fourth transverse section defining a fourth contact surface, said slide assembly being movable from a retracted position to an extended position, wherein in said extended position said second slide segment is at least partially withdrawn from said third slide segment;
a plurality of upper bearings and a plurality of lower bearings, each of said plurality of upper bearings and said plurality of lower bearings defining centers arranged substantially within a vertical, central plane of said slide assembly, said upper and lower bearing supporting substantially all load carried by said slide assembly, said upper bearings contacting both of said first contact surface and said third contact surface and said lower bearings contacting both of said second contact surface and said fourth contact surface when said slide assembly is in said retracted position, wherein said second slide segment defines a web and a fifth and a sixth transverse section of said slide assembly, said fifth transverse section substantially preventing vertical movement of said upper bearings and said sixth transverse section substantially preventing vertical movement of said lower bearings;
wherein said fifth transverse section comprises a first portion and a second portion, said first portion of said fifth transverse section substantially preventing downward movement of said upper bearings and said second portion of said fifth transverse section substantially preventing upward movement of said upper bearings and wherein said sixth transverse section comprises a first portion and a second portion, said first portion of said sixth transverse section substantially preventing upward movement of said lower bearings and said second portion of said sixth transverse section substantially preventing downward movement of said lower bearings.
67. The slide assembly of claim 66 , wherein said first portion and said second portion of said fifth transverse section are formed from a single piece of material and wherein said first portion and said section portion of said sixth transverse section are formed from a single piece of material.