Cable management system for equipment enclosure

• US 4,866,215 A
• Filed: 06/06/1988
• Issued: 09/12/1989
• Est. Priority Date: 06/06/1988
• Status: Expired due to Term

• Current Assignee: Telogy Networks, Inc. (Texas Instruments, Inc.)
• Original Assignee: Hayes Microcomputer Products, Inc.
• Inventors: Muller, Peter H., Heberling, James R., Bhargava, Vikram, Bleske, Randy J., Lowe, Peter E., Muntner, Donald A.
• Primary Examiner(s): NOT, DEFINED
• Application Number:
  US07/202,948
• Time in Patent Office: 463 Days
• Field of Search: 174/50, 174/52.1, 174/135, 361/390, 361/391, 361/428, 364/708, 312/7.1, 312/7.2, 312/223
• US Class Current: 174/50
• CPC Class Codes: H01R 13/72 Means for accommodating flexible lead within the holder
• CPC Class Codes: H05K 5/0247 Electrical details of casings, e.g. terminals, passages for cables or wiring

Abstract

A cable management system for directing cables connected to the back of an equipment enclosure of the type containing a computer peripheral device or other electronics apparatus to enter and exit the equipment enclosure at a selected one of a plurality of predetermined orientations. A bottom cover of the equipment enclosure is provided with a recessed portion including a vertical wall upon which is mounted receptacles for receiving cable terminations. Upper stanchion portions at the rear of the recessed portion together with a hinged plate or with lower stanchion portions contacting the upper stanchion portions from the bottom form rear legs for the equipment enclosure. The rear legs and the vertical wall of the recessed portion confine cable entry and exit positions to particular angular segments corresponding to the sides and rear of the equipment enclosure. Injection molded latches each including an elongated finger and a retaining tab are included within the upper and lower stanchion portions for connecting them together.

Claims

1. A cable management system for an equipment enclosure, comprising in combination:

a bottom cover;

a recessed surface formed on said bottom cover;

a vertical wall along one edge of said recessed surface having a characteristic lower edge and a cable connector mounted thereon;

at least two upper stanchion portions disposed on said recessed surface;

at least two lower stanchion portions disposed near the distal ends of respective arms; and

hinge means for connecting said arms to said vertical wall and for allowing said arms to be selectively moved about an axis substantially parallel to said lower edge so that said upper stanchion portions engage said lower stanchion portions when said arms are moved to a closed position.

2. A cable management system as recited in claim 1, wherein a first means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the free end of each upper stanchion portion, and

a second means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the end of each lower stanchion portion, so that when said first and second connecting means are joined, the connection forms a post to prevent cables connected to said vertical wall from swinging freely in a 180°

arc.

3. A cable management system as recited in claim 2, wherein said first means for connecting said upper and lower stanchion portions comprises a keeper formed within each of said upper stanchion portions and said second means for connecting said upper and lower stanchion portions comprises a latch formed within each of said lower stanchion portions.

4. A cable management system for an equipment enclosure, comprising in combination:

a bottom cover;

a recessed surface formed on said bottom cover;

a vertical wall along one edge of said recessed surface having a cable connector mounted thereon;

at least two upper stanchion portions disposed on said recessed surface;

a plate;

hinge means for connecting said plate to a lower edge of said vertical wall and for allowing said plate to be selectively moved about an axis substantially parallel to said lower edge; and

at least two lower stanchion portions disposed on an upper surface of said plate so as to engage said upper stanchion portions when said plate is moved to a closed position.

5. A cable management system as recited in claim 4, wherein a first means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the free end of each upper stanchion portion, and

a second means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the end of each lower stanchion portion so that when said first and second connecting means are joined, the connection forms a post to prevent cables connected to said vertical wall from swinging freely in a 180°

arc.

6. A cable management system as recited in claim 5, wherein said first means for connecting said upper and lower stanchion portions comprises a keeper formed within each of said upper stanchion portions and said second means for connecting said upper and lower stanchion portions comprises a latch formed within each of said lower stanchion portions.

7. A cable management system for an equipment enclosure, comprising in conbination:

a bottom cover;

a recessed surface formed on said bottom cover and defining part of an exit area to permit exit of cables from said recessed surface and having a cable connector mounted thereon;

at least two upper stanchion portions descending from said recessed surface; and

a plate attached by at least one hinge at a hinged end to said bottom cover and having at least two lower stanchion portions distal from said hinged end defining at least three sectors in the plane of the plate, such that said upper stanchion portions engage said lower stanchion portions when said plate is moved to a closed position.

8. A cable management system as recited in claim 7, wherein a first means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the free end of each upper stanchion portion, and

a second means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the end of each lower stanchion portion, so that when said first and second connecting means are joined the connection forms a post to prevent cables exiting said recessed surface from swinging freely in a 180°

arc.

9. A cable management system as recited in claim 8, wherein said first means for connecting said upper and lower stanchion portions comprises a keeper formed within each of said upper stanchion portions and said second means for connecting said upper and lower stanchion portions comprises a latch formed within each of said lower stanchion portions.

10. A cable management system for an equipment enclosure, comprising in combination:

a bottom cover;

a recessed surface formed on said bottom cover and defining part of an exit area to permit exit of cables from said recessed surface and having a cable connector mounted thereon;

at least two upper stanchion portions descending from said recessed surface; and

a plate attached by at least one hinge at a hinged end to said bottom cover and having at least two lower stanchion portions distal from said hinged end defining at least three sectors in the plane of the plate, said sectors being partially apertured, such that said upper stanchion portions engage said lower stanchion portions when said plate is moved to a closed position.

11. A cable management system as recited in claim 10, wherein a first means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the free end of each upper stanchion portion, and

a second means for connecting said upper stanchion portions to said lower stanchion portions is disposed at the end of each lower stanchion portion, so that when said first and second connecting means are joined, the connections form posts defining at least three cable exit ports so that cables may hang down in the apertured regions of said sectors.

12. A cable management system as recited in claim 11, wherein said first means for connecting said upper and lower stanchion portions comprises a keeper formed within each of said upper stanchion portions and said second means for connecting said upper and lower stanchion portions comprises a latch formed within each of said lower stanchion portions.