Disk drive module

• US 6,560,098 B1
• Filed: 06/29/2001
• Issued: 05/06/2003
• Est. Priority Date: 06/29/2001
• Status: Expired due to Term

• Current Assignee: Emc IP Holding Company LLC (Dell Technologies Inc.)
• Original Assignee: EMC Corporation (Dell Technologies Inc.)
• Inventors: Deyesso, Joseph P., King, Joseph P. Jr., Gundogan, Ilhan, Beinor, Albert F. Jr.
• Primary Examiner(s): Tolin, Gerald
• Assistant Examiner(s): DATSKOVSKIY, MICHAIL V
• Application Number:
  US09/894,804
• Time in Patent Office: 676 Days
• Field of Search: 361/725, 361/752, 361/682, 361/685, 361/683-684, 361/741, 361/751, 361/756, 361/788, 361/796, 361/829, 312/223.1, 312/223.2, 312/265.6, 312/257.1, 248/562, 248/636, 248/638, 248/560, 360/97.01, 360/97.02, 250/239, 250/216, 439/928.1, 439/60, 439/152-153, 439/157, 439/327-328, 439/331, 439/304, 439/345
• US Class Current: 361/679.39
• CPC Class Codes: G11B 33/128 of the plurality of recording/reproducing devices, e.g. disk drives, onto a chassis

Abstract

A disk drive module is adapted to be slidably disposed within the chassis of a data storage system. The disk drive module includes a fiber channel disk drive for storing data, an upper carrier sled mounted onto the disk drive and a lower carrier sled mounted onto the disk drive. A bezel assembly is snap mounted onto the upper and lower carrier sleds. The bezel assembly includes a bezel which is capable of lateral displacement relative to the upper carrier sled, an ejector pivotally mounted onto the bezel for releasably locking the disk drive module within the chassis, and a latch for releasably locking the position of the ejector. An adaptive spring includes a first end which is mounted onto the upper carrier sled and a second end which abuts against the bezel, the adaptive spring resiliently urging the bezel away from the upper carrier sled.

Claims

1. A disk drive module, comprising:

(a) a disk drive for storing data,

(b) an upper carrier sled mounted onto said disk drive,

(c) a lower carrier sled mounted onto said disk drive,

(d) a bezel assembly mounted onto said upper and lower carrier sleds, and

(e) an adaptive spring having a first end fixedly mounted onto said upper carrier sled and a second end disposed against said bezel assembly, said adaptive spring resiliently urging said bezel assembly away from said upper carrier sled.

2. The disk drive module as claimed in claim 1 wherein said disk drive module is adapted to be slidably mounted into the chassis of a data storage system.

3. The disk drive module as claimed in claim 2 wherein said disk drive comprises a disk drive printed circuit board and a connector mounted onto the printed circuit board.

4. The disk drive module as claimed in claim 3 wherein said connector is a fiber channel connector.

5. The disk drive module as claimed in claim 1 wherein each of said upper and lower carrier sleds comprise a front end, a rear end, a top surface and a bottom surface.

6. The disk drive module as claimed in claim 5 wherein said upper and lower carrier sleds are manufactured of a dense metal material, such as zinc.

7. The disk drive module as claimed in claim 6 wherein said upper and lower carrier sleds are manufactured using conventional die casting techniques.

8. The disk drive module as claimed in claim 5 wherein said upper carrier sled comprises a front rotational vibration (RV) spring and a rear rotational vibration (RV) spring.

9. The disk drive module as claimed in claim 8 wherein said front RV spring is a leaf spring which includes a first end affixed onto the top surface of said upper carrier sled and a second end projecting at angle away from the top surface of said upper carrier sled.

10. The disk drive module as claimed in claim 9 wherein said rear RV spring is a leaf spring which includes a first end which is wrapped around the rear end of said upper carrier sled and is affixed onto the bottom surface of the upper carrier sled and a second end which is retained against the top surface of said upper carrier sled by a pair of tabs formed onto said upper carrier sled.

11. The disk drive module as claimed in claim 5 wherein said bezel assembly is slidably snap mounted onto said upper and lower carrier sleds.

12. The disk drive module as claimed in claim 11 wherein a finger is integrally formed onto and projects perpendicularly out from the bottom surface of the upper carrier sled and is sized and shaped to project into a finger receptacle formed in said bezel assembly.

13. The disk drive module as claimed in claim 12 wherein a ratchet is integrally formed onto the top surface of the lower carrier sled and is sized and shaped to snap-fit into an opening defined by a flexible tab formed into said bezel assembly.

14. The disk drive module as claimed in claim 5 wherein said bezel assembly comprises,

(a) a bezel,

(b) an ejector pivotally mounted onto said bezel, said ejector capable of being disposed between a first position and a second position, and

(c) a latch pivotally mounted onto said ejector, said latch releasably engaging said bezel to secure said ejector in its second position.

15. The disk drive module as claimed in claim 14 wherein said bezel is an elongated member which comprises a top surface, a bottom surface, a front surface, a back surface, a left side surface and a right side surface.

16. The disk drive module as claimed in claim 15 wherein the top surface of said bezel is shaped to define an adaptive spring receptacle which is sized and shaped to receive said adaptive spring.

17. The disk drive module as claimed in claim 15 wherein the front surface and the rear surface of said bezel are each shaped to include a finger receiving, inward curvature.

18. The disk drive module as claimed in claim 15 wherein said bezel is shaped to include a plurality of openings, said plurality of openings enabling air to pass through said bezel.

19. The disk drive module as claimed in claim 15 wherein a plurality of dimples are formed onto the left side surface and the right side surface of said bezel.

20. The disk drive module as claimed in claim 15 wherein said bezel and said ejector are constructed of a conductive, anti-static resin.

21. The disk drive module as claimed in claim 15 wherein, with said ejector disposed in its first position, said ejector extends generally perpendicular to said bezel and, with said ejector disposed in its second position, said ejector extends generally parallel to said bezel.

22. The disk drive module as claimed in claim 15 wherein said ejector is generally U-shaped in lateral cross-section and includes a top wall, a first sidewall and a second sidewall.

23. The disk drive module as claimed in claim 15 wherein an arcuate recess is formed into each of said first and second sidewalls of said ejector.

24. The disk drive module as claimed in claim 15 wherein a pair of abutment fingers and a pair of gripping fingers are formed onto the top wall of said ejector.

25. The disk drive module as claimed in claim 1 further comprising an upper isolation pad disposed between said disk drive and said upper carrier sled and a lower isolation pad disposed between said disk drive and said lower carrier sled, said upper and lower isolation pads reducing rotational vibrations created by said disk drive.