Retractable guide features for data storage device carriers

1. A data storage assembly for holding an array of data storage devices, comprising:

a plurality of carriers configured to couple to associated data storage devices, each of the plurality of carriers comprising:

retractable alignment projections that extend during insertion of the associated data storage devices into the data storage assembly; and

retractable hanging pins that retract during insertion of the associated data storage devices into the data storage assembly;

wherein the retractable alignment projections are configured to prevent insertion of the associated data storage devices into the data storage assembly beyond a predetermined depth and align electrical connectors of the associated data storage devices with electrical connectors of the data storage assembly;

a plurality of drive dividers comprising alignment guides configured to:

assist alignment of the plurality of carriers upon insertion into the data storage assembly by at least interfacing with the retractable alignment projections to position the carrier with respect to the electrical connectors; and

interface with the retractable hanging pins to hang the data storage devices from an associated one or the plurality of carriers; and

an enclosure configured to provide structural support to the array of data storage devices.

2. The data storage assembly of claim 1 , further comprising one or more finger grips configured to extend the retractable hanging pins concurrent with retracting the retractable alignment projections when de-actuated by the user.

3. The data storage assembly of claim 1 , wherein the drive dividers include viscoelastic grommets configured to engage with the retractable hanging pins to hang the data storage device in the data storage assembly.

4. The data storage assembly of claim 1 , wherein the retractable alignment projections are further configured to provide alignment of the data storage devices in the carriers to mate the electrical connectors of the data storage devices with the electrical connectors of the data storage assembly.

5. The data storage assembly of claim 4 , wherein the alignment of the data storage devices in the data storage assembly comprises vertical depth alignment of the electrical connectors of the data storage devices with the associated electrical connectors of the data storage assembly.

6. The data storage assembly of claim 4 , wherein the retractable alignment projections, the retractable hanging pins, and one or more finger grips are integrated into a single article of manufacture.

7. The data storage assembly of claim 1 , wherein the retractable alignment projections and the retractable hanging pins are integrated into a single article of manufacture.

8. A data storage device mounting system, comprising:

a plurality of carrier assemblies configured to mate associated data storage devices into a data storage enclosure, wherein the plurality of carrier assemblies comprise alignment projections that extend concurrent with retraction of hanging pins during insertion of the associated data storage devices into the data storage enclosure, and wherein the alignment projections prevent insertion of the associated data storage devices into the data storage enclosure beyond a predetermined depth and align electrical connectors of the associated data storage devices with electrical connectors of the data storage enclosure; and

a plurality of dividers comprising alignment guides that assist alignment of the plurality of carrier assemblies upon insertion into the data storage enclosure by at least interfacing with the alignment projections to position the plurality of carrier assemblies with respect to the electrical connectors, and interface with the hanging pins to hang the data storage devices from an associated one or the plurality of carrier assemblies in the data storage enclosure.

9. The data storage device mounting system of claim 1 , further comprising one or more finger grips that extend the hanging pins concurrent with retraction of the alignment projections when de-actuated by the user.

10. The data storage device mounting system of claim 1 , wherein the dividers include viscoelastic grommets that engage with the hanging pins to hang the data storage device in the data storage enclosure.

11. The data storage device mounting system of claim 1 , wherein the alignment projections provide alignment of the data storage devices in associated ones of the carrier assemblies to mate the electrical connectors of the data storage devices with the electrical connectors of the data storage enclosure.

12. The data storage device mounting system of claim 11 , wherein the alignment of the data storage devices in the data storage enclosure comprises vertical depth alignment of the electrical connectors of the data storage devices with the associated electrical connectors of the data storage enclosure.

13. The data storage device mounting system of claim 11 , wherein the alignment projections, the hanging pins, and one or more finger grips are integrated into a single article of manufacture.

14. The data storage assembly of claim 8 , wherein the alignment projections and the hanging pins are integrated into a single article of manufacture.

15. A rackmount data storage assembly, comprising:

removable carriers each configured to hold an associated data storage device and position the associated data storage device into the rackmount data storage assembly;

the removable carriers each comprising:

hanging pins that retract for insertion of the associated data storage device into the rackmount data storage assembly; and

alignment elements that extend for insertion of the associated data storage device into the rackmount data storage assembly, prevent insertion of the associated data storage device into the rackmount data storage assembly beyond a predetermined depth, and align an electrical connector of the associated data storage device with an associated mating electrical connector of the rackmount data storage assembly; and

a plurality of dividers each comprising:

alignment guides that assist alignment of a corresponding removable carrier during insertion into the rackmount data storage assembly by at least interfacing with the alignment elements of the corresponding removable carrier to position the corresponding removable carrier with respect to a corresponding mating electrical connector, and interface with corresponding hanging pins to mount a corresponding data storage device into the rackmount data storage assembly.

16. The rackmount data storage assembly of claim 15 , further comprising one or more finger grips that extend the hanging pins concurrent with retraction of the alignment elements when de-actuated by the user.

17. The rackmount data storage assembly of claim 15 , wherein each of the dividers include viscoelastic grommets that engage with the hanging pins to hang the corresponding data storage device in the rackmount data storage assembly.

18. The rackmount data storage assembly of claim 15 , wherein the alignment elements provide alignment of the data storage devices in associated ones of the removable carriers to mate the electrical connectors of the data storage devices with the mating electrical connectors of the rackmount data storage assembly.

19. The rackmount data storage assembly of claim 18 , wherein the alignment of the data storage devices in the rackmount data storage assembly comprises vertical depth alignment of the electrical connectors of the data storage devices with the associated mating electrical connectors of the rackmount data storage assembly.

20. The rackmount data storage assembly of claim 18 , wherein the alignment elements, the hanging pins, and one or more finger grips are integrated into a single article of manufacture.