Captivating shock mounts for data storage devices using retention clips
View Patent ↗A data storage assembly including an enclosure including a first set of one or more pockets for receiving a first set of one or more shock mounts configured to be coupled to a data storage device, a cover configured to enclose the enclosure, and a set of one or more retention clips separate from the cover and configured to latch with the first set of one or more pockets to retain the first set of one or more shock mounts.
1. A data storage assembly comprising:
an enclosure comprising a first set of one or more pockets for receiving a first set of one or more shock mounts configured to be coupled to a data storage device;
a cover configured to enclose the enclosure; and
a set of one or more retention clips separate from the cover and configured to latch with the first set of one or more pockets to retain the first set of one or more shock mounts.
2. The data storage assembly of claim 1 wherein a retention clip in the set of one or more retention clips further comprises:
a shock mount retention surface configured to contact a shock mount in the first set of one or more shock mounts when the retention clip is latched to a corresponding pocket in the first set of one or more pockets; and
one or more radial ribs opposite the shock mount retention surface and configured to reduce deformation of the shock mount retention surface.
3. The data storage assembly of claim 2 wherein the one or more radial ribs extend radially from the shock mount retention surface.
4. The data storage assembly of claim 1 wherein the first set of one or more pockets comprise a first set of one or more latching units, and the set of one or more retention clips comprise a second set of one or more latching units, wherein the first set of one or more latching units and the second set of one or more latching units are configured to cooperate with each other to latch the first set of one or more pockets with the set of one or more retention clips.
5. The data storage assembly of claim 4 wherein a first latching unit in the first set of one or more latching units comprises a flange, and a second latching unit in the second set of one or more latching units comprises a beam and a ramp extending from the beam, wherein the ramp and the flange cooperate with each other to latch the first latching unit to the second latching unit.
6. The data storage assembly of claim 1 wherein the first set of one or more pockets comprise a first set of one or more alignment units, and the set of one or more retention clips comprise a second set of one or more alignment units, wherein the first set of one or more alignment units and the second set of one or more alignment units are configured to cooperate with each other to align the first set of one or more pockets with the set of one or more retention clips.
7. The data storage assembly of claim 1 wherein a pocket in the first set of one or more pockets comprises a partially circular surface for contacting a shock mount in the first set of one or more shock mounts.
8. The data storage assembly of claim 1 wherein the enclosure further comprises a second set of one or more pockets for receiving a second set of one or more shock mounts.
9. The data storage assembly of claim 8 wherein the cover comprises a set of one or more retention units configured to cooperate with the second set of one or more pockets to retain the second set of one or more shock mounts.
10. The data storage assembly of claim 1 wherein the cover is further configured to slide onto the enclosure in a direction substantially parallel to a central axis of the first set of one or more shock mounts.
11. The data storage assembly of claim 1 further comprising the data storage device, the data storage device comprising a disk drive.
12. A retention clip for retaining a shock mount comprising:
a shock mount retention surface configured to contact a shock mount configured to be coupled to a data storage device;
one or more radial ribs opposite the shock mount retention surface and configured to reduce deformation of the shock mount retention surface; and
a latching unit configured to latch with a pocket in an enclosure for the data storage device to retain the shock mount.
13. The retention clip of claim 12 wherein the one or more radial ribs extend radially from the shock mount retention surface.
14. The retention clip of claim 12 further comprising an alignment unit configured to align the retention clip with the pocket.
15. The retention clip of claim 12 wherein the latching unit comprises:
a beam; and
a ramp extending from the beam, wherein the ramp and a flange on the pocket cooperate with each other to latch the latching unit with the pocket.
16. A data storage assembly comprising:
a data storage device comprising a first side and a second side opposite the first side;
a first set of one or more shock mounts configured to be coupled to the first side of the data storage device;
a second set of one or more shock mounts configured to be coupled to the second side of the data storage device;
an enclosure comprising a first set of one or more pockets for receiving the first set of one or more shock mounts and a second set of one or more pockets for receiving the second set of one or more shock mounts;
a cover configured to enclose the enclosure, wherein the cover comprises a set of one or more retention units configured to cooperate with the second set of one or more pockets to retain the second set of one or more shock mounts; and
a set of one or more retention clips separate from the cover and configured to latch with the first set of one or more pockets to retain the first set of one or more shock mounts.
17. The data storage assembly of claim 16 wherein a retention clip in the set of one or more retention clips further comprises:
a shock mount retention surface configured to contact a shock mount in the first set of one or more shock mounts when the retention clip is latched to a corresponding pocket in the first set of one or more pockets; and
one or more radial ribs opposite the shock mount retention surface and configured to reduce deformation of the shock mount retention surface.
18. The data storage assembly of claim 16 wherein the first set of one or more pockets comprise a first set of one or more latching units, and the set of one or more retention clips comprise a second set of one or more latching units, wherein the first set of one or more latching units and the second set of one or more latching units are configured to cooperate with each other to latch the first set of one or more pockets with the set of one or more retention clips.
19. The data storage assembly of claim 16 wherein a pocket in the first set of one or more pockets comprises a partially circular surface for contacting a shock mount in the first set of one or more shock mounts.
20. The data storage assembly of claim 16 wherein the cover is further configured to slide onto the enclosure in a direction substantially parallel to a central axis of the first set of one or more shock mounts.
21. The data storage assembly of claim 16 wherein the data storage device further comprises a disk drive.