Keying mechanism for device bay

• US 8,608,493 B2
• Filed: 04/25/2012
• Issued: 12/17/2013
• Est. Priority Date: 04/25/2012
• Status: Expired due to Fees

• Current Assignee: Hewlett Packard Enterprise Development LP (Hewlett-Packard Enterprise Company)
• Original Assignee: Hewlett-Packard Development Company, L.P. (HP Inc.)
• Inventors: Dobbs, Robert, Machado, John, Cowles, David R, Hensley, James D
• Primary Examiner(s): GUSHI, ROSS N
• Application Number:
  US13/456,147
• Publication Number:
  US 20130288494A1
• Time in Patent Office: 601 Days
• Field of Search: 439136-140, 439/633, 439/680, 439/681
• US Class Current: 439/138
• CPC Class Codes: H01R 13/645 by exchangeable elements on case or base
• CPC Class Codes: H05K 7/1455 Coding for prevention of wrong insertion

Abstract

A keying mechanism within a device bay allows a device connector of a device to make electrical connection with the device bay connector when a key slot of the device is located in one of a plurality of predetermined locations on the device. The keying mechanism prevents the device connector from making electrical connection with the device bay connector when the device does not have a key slot in any of the predetermined locations.

Claims

1. A keying mechanism for a device bay comprising:

a first key that fits into a key slot located in a first position on a first device when the first device is seated within the device bay;

a second key that fits into a key slot located in a second position on a second device when the second device is seated within the device bay;

wherein the first key and the second key are mounted so that the first key and the second key prevent a third device from being seated within the device bay, when the third device does not have a key slot located in the first position on the third device and also does not have a key slot located in the second position on the third device; and

,

wherein the first key and the second key are mounted so that the first device can be seated within the device bay even when the first device does not have a key slot located in the second position and so that the second device can be seated within the device by even when the second device does not have a key slot located in the first position.

2. A keying mechanism as in claim 1 wherein the first device, the second device and the third device are each a power supply module.

3. Device housing comprising:

a device bay including

a device bay connector;

a first key that allows a device connector of a device to make electrical connection with the device bay connector when a key slot of the device is located in a first position on the device and there is no key slot in a second position of the device; and

,

a second key that allows the device connector to make electrical connection with the device bay connector when the key slot of the device is located in the second position the device and there is no key slot in the first position of the device;

wherein the first key and the second key prevent the device connector from making electrical connection with the device bay connector when the key slot of the device is not located in either of the first position or the second position.

4. Device housing as in claim 3, additionally comprising:

an additional device bay.

5. Device housing as in claim 3, wherein the device is a power supply module.

6. A method performed automatically by a keying mechanism within a device bay, the method comprising:

allowing a device connector of a device to make electrical connection with the device bay connector when a key slot of the device is located in any one of a plurality of predetermined locations on the device;

preventing the device connector from making electrical connection with the device bay connector when the device does not have a key slot in any of the predetermined locations.

7. A method as in claim 6 additionally comprising:

sliding a first key into a key slot of the device when the key slot is located in a first predetermined location on the device; and

,

sliding a second key into the key slot of the device when the key slot is located in a second predetermined location on the device.

8. A method as in claim 6 additionally comprising:

sliding a first key into a key slot of the device when the key slot is located in a first predetermined location on the device;

sliding a second key into the key slot of the device when the key slot is located in a second predetermined location on the device;

utilizing the first key and the second key to block the device from being seated in the device bay when the key slot of the device is not located in either of the first location or the second location.

9. A keying mechanism for a device bay comprising:

a first key that fits into a key slot located in a first position on a first device when the first device is seated within the device bay;

a second key that fits into a key slot located in a second position on a second device when the second device is seated within the device bay;

wherein the first key and the second key are mounted so that the first key and the second key prevent a third device from being seated within the device bay, when the third device does not have a key slot located in the first position on the third device and also does not have a key slot located in the second position on the third device;

wherein the first key is connected to a first plate that is fastened at a pivot connection to a base plate of the device bay; and

,

wherein the second key is connected to a second plate that is fastened at a pivot connection to base plate.

10. A keying mechanism as in claim 9:

wherein a spring holds the first key and the second key in a neutral position when there is no device within the device bay.

11. A keying mechanism for a device bay comprising:

a first key that fits into a key slot located in a first position on a first device when the first device is seated within the device bay;

a second key that fits into a key slot located in a second position on a second device when the second device is seated within the device bay;

wherein the first key and the second key are mounted so that the first key and the second key prevent a third device from being seated within the device bay, when the third device does not have a key slot located in the first position on the third device and also does not have a key slot located in the second position on the third device;

wherein the first key is connected to a pivot connection of a rod of the device bay; and

,

wherein the second key is connected to a pivot connection of the rod.

12. A keying mechanism as in claim 11:

wherein the rod rotates around a pivot connector.

13. Device housing comprising:

a device bay including

a device bay connector;

a first key that allows a device connector of a device to make electrical connection with the device bay connector when a key slot of the device is located in a first location on the device; and

,

a second key that allows the device connector to make electrical connection with the device bay connector when the key slot of the device is located in a second location on the device;

wherein the first key and the second key prevent the device connector from making electrical connection with the device bay connector when the key slot of the device is not located in either of the first location or the second location;

wherein the first key is connected to a first plate that is fastened at a pivot connection to a base plate of the device bay; and

,

wherein the second key is connected to a second plate that is fastened at a pivot connection to base plate.

14. Device housing comprising:

a device bay including

a device bay connector;

a first key that allows a device connector of a device to make electrical connection with the device bay connector when a key slot of the device is located in a first location on the device; and

,

a second key that allows the device connector to make electrical connection with the device bay connector when the key slot of the device is located in a second location on the device;

wherein the first key and the second key prevent the device connector from making electrical connection with the device bay connector when the key slot of the device is not located in either of the first location or the second location; and

,

wherein the device bay additionally includes a spring that holds the first key and the second key in a neutral position when there is no device within the device bay.

15. Device housing comprising:

a device bay including

a device bay connector;

a first key that allows a device connector of a device to make electrical connection with the device bay connector when a key slot of the device is located in a first location on the device; and

,

a second key that allows the device connector to make electrical connection with the device bay connector when the key slot of the device is located in a second location on the device;

wherein the first key and the second key prevent the device connector from making electrical connection with the device bay connector when the key slot of the device is not located in either of the first location or the second location;

wherein the first key is connected to a pivot connection of a rod of the device bay;

wherein the second key is connected to a pivot connection of the rod; and

,

wherein the rod rotates around a pivot connector.