Modular communication interconnection system

• US 5,160,276 A
• Filed: 07/09/1991
• Issued: 11/03/1992
• Est. Priority Date: 07/09/1991
• Status: Expired due to Fees

• Current Assignee: Dekko Acquisition Parent Incorporated (Graham Holdings Company)
• Original Assignee: Group Dekko International, Inc.
• Inventors: Welch, V. Richard, Marsh, John K.
• Primary Examiner(s): Bradley, Paula A.
• Application Number:
  US07/727,481
• Time in Patent Office: 483 Days
• Field of Search: 439/65, 439/76, 439/502, 439/638, 439/654, 439/660, 439/668, 439/675, 439/709, 439/712
• US Class Current: 439/502
• CPC Class Codes: H01R 31/00 Coupling parts supported only by co-operation with counterpart
• CPC Class Codes: H01R 31/02 Intermediate parts for distributing energy to two or more circuits in parallel, e.g. splitter with a holder adapted for supporting apparatus to which its counterpart is attached H01R33/92
• CPC Class Codes: H02G 3/00 Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles installations of bus-bars H02G5/00; overhead installations H02G7/00; installations in or on the ground H02G9/00

Abstract

A wiring arrangement for providing communication channels to a plurality of workstations includes multiple communication connector having respectively n terminals at each of the plurality of workstations. A plurality of modular wiring assemblies are serially arranged between the workstations. Each wiring assembly comprises first and second connectors, each having m terminals, connected by wires in permutated fashion such that the m^th terminal of the first connector is connected to the m^th +i terminal of the second connector, where i is a positive or negative integer. The first connector of each assembly matingly engages the second connector of an adjacent assembly at each workstation. Terminals of the communication connectors are connected to selected terminals of the first and second connectors so as to provide voice and data communications to each workstation. The permutation allows for provision of voice and data communication channels at each workstation using fewer interconnecting wires than would otherwise be required. Permutation may also be effected by interconnection modules positioned between the connectors of adjacent, serially arranged wiring assemblies having identically wired connector pairs.

Claims

1. A wiring arrangement for providing communication channels to a plurality of workstations, the wiring arrangement comprising

a plurality of communication connectors, each having respectively n terminals, at each of the plurality of workstations;

a plurality of modular assemblies comprising first and second connectors, each having m connection terminals, with the m^th terminal of the first connector being electrically connected to the m^th +i terminal of the second connector, where i is an integer, said modular assemblies being serially arranged whereby a first connector of one assembly matingly engages a second connector of an adjacent assembly at each of said workstations; and

means for connecting the terminals of the first and second connectors on respective first and second free ends of said serially arranged assemblies to communication channels;

wherein each of the n terminals of the communication connectors is connected to an m^th terminal of the first and second connectors at the workstations to provide each of the plurality of workstations access to the communication channels.

2. The wiring arrangement of claim 1, wherein said means for connecting the terminals of the connectors to communication channels comprises means for connecting the terminals of the first connector on the first free end of the serially arranged assemblies to a plurality of data communication channels, and means for connecting the terminals of the second conductor on the second free end of the assemblies to a plurality of voice communication channels.

3. The wiring arrangement of claim 1, wherein one of the plurality of communication connectors at each workstation is configured to provide an input/output data channel, and wherein another of the communication connectors is configured to provide an input/output voice channel.

4. The wiring arrangement of claim 3, wherein the communication connectors are provided with n=4 terminals, and wherein the integer is equal to four.

5. The wiring arrangement of claim 4, wherein N pairs of first and second connectors are serially arranged between said means for connecting the terminals to communication channels to provide workstations with voice and data communication channels, and wherein the number of connection terminals m is greater than or equal to 4N.

6. A wiring arrangement for providing data and phone communication channels to a plurality of workstations, the wiring arrangement comprising:

data and phone connectors having respectively n terminals at each of the plurality of workstations,

a plurality of modular wiring assemblies, each comprising a first connector and a second connector, each connector having respectively m terminals interconnected by a plurality of wires, with the m^th terminal of the first connector being connected to the m^th +i terminal of the second connector, said plurality of wiring assemblies being serially arranged such that a first connector from one assembly matingly engages a second connector of an adjacent assembly at each workstation, and

means for connecting the terminals of a first connector on a first free end of the serially arranged assemblies to a plurality of data channels, and means for connecting the terminals of a second connector on a second free end of the assemblies to a plurality of phone channels,

wherein the n terminals of the data connector are connected to terminals of the first connector and the n terminals of the phone connector are connected to terminals of the second connector at each workstation to allow each of the plurality of workstations access to the data and phone communication channels.

7. A wiring arrangement for providing a plurality of workstations N with data and voice communication channels through a plurality of serially connected modular assemblies, each modular assembly comprising:

first and second connectors, each connector having m terminals;

means for connecting the terminals of the first connector to the terminals of the second connector such that the m^th terminal of the first connector is connected to the m^th +i terminal of the second connector, where i is an integer;

a data connector having a plurality of terminals connected to a first subset of terminals of the first or second connector; and

a phone connector having a plurality of terminals connected to a second subset of terminals of the first or second connector.

8. The wiring arrangement of claim 7, wherein i is equal to the number of terminals contained in each of said first and second subsets of terminals.

9. A wiring arrangement for providing communication channels to a plurality of workstations, the wiring arrangement comprising:

multiple communication connectors having respectively n terminals at each of the plurality of workstations;

a plurality of serially arranged wiring assemblies, each having paired first and second connectors having respectively m connection terminals, with the m^th terminal of the first connector connected to the m^th terminal of the second connector;

means for connecting the m terminals of the first and second connectors on respective first and second free ends of the serially arranged assemblies to a plurality of communication channels; and

a plurality of interconnection modules disposed between the first and second connectors of adjacent wiring assemblies and between the multiple communication connectors and the first and second connectors, each interconnection module connecting the m^th connection terminal of the first connector to the m^th +i connection terminal of the second connector of the adjacent assembly, where i is an integer, and connecting the n terminals of the communication connectors to a subset of terminals of the first or second connectors, so as to allow each of the plurality of workstations to be addressed through the multiple communication connectors.

10. The wiring arrangement of claim 9, wherein each interconnection module comprises a printed circuit board.

11. The wiring arrangement of claim 9, wherein said means for connecting the terminals of the first connector on the first free end comprises a second connector, having terminals connected to a plurality of data communication channels, and wherein said means for connecting the terminals of the second connector on the second free end comprises a first connector having terminals connected to a plurality of voice communication channels.

12. The wiring arrangement of claim 11, wherein said first and second connectors of said means for connecting are disposed at the first and n^th workstations, respectively, and wherein and interconnection module is provided to connect these connectors to the serial arrangement of wiring assemblies.

13. The wiring arrangement of claim 9, wherein one of the multiple communication connectors is configured to carry an input/output data channel, and wherein another of the multiple communication connectors is configured to carry an input/output voice channel.

14. The wiring arrangement of claim 13 wherein the communication connector carrying the data channel and the communication connector carrying the voice channel have n=4 terminals, and wherein the integer i is equal to four.

15. The wiring arrangement of claim 14, wherein N-1 pairs of first and second connectors are arranged to provide N workstations with voice and data channels, and wherein the number of connection terminals m is greater than or equal to 4N.

16. A wiring arrangement for providing voice and data communication channels to each of a plurality of workstations, comprising:

a plurality of wiring assemblies, each comprising first and second m-terminal connectors and wiring means for connecting an m^th terminal of the first connector to an m^th +i terminal of the second connector, said plurality of wiring assemblies being serially arranged such that the first m-terminal connector of one assembly matingly engages the second m-terminal connector of an adjacent assembly at each workstation;

means for connecting a first free end of said serial arrangement of wiring assemblies to a plurality of voice communication channels;

means for connecting a second free end of said serial arrangement of wiring assemblies to a plurality of data communication channels; and

a plurality of voice communication connectors, each having n terminals connected to selected terminals of each of said first m-terminal connectors, and a plurality of data communication connectors, each having q terminals connected to selected terminals of said second m-terminal connectors, so as to provide access to respective ones of said pluralities of voice and data communication channels at each of said plurality of workstations.

17. A wiring arrangement according to claim 16, wherein i=n=q.

18. A wiring arrangement according to claim 16, wherein voice and data communication channels are provided to N workstations by N-1 wiring assemblies serially connected so as to provide a voice communication connector and a data communication connector at each workstation at which a first connector of one assembly matingly engages a second connector of an adjacent assembly, and wherein said means for connecting the first free end of the serial arrangement of wiring assemblies to the plurality of voice communication channels comprises a second m-terminal connector for matingly engaging the first connector on the first free end of the serial arrangement of wiring assemblies, and wherein said means for connecting the second free end to the plurality of data communication channels comprises a first m-terminal connector for matingly engaging the second connector on the second free end of the serial arrangement, and wherein said second and first connectors of said connecting means are provided with data and voice communication connectors, respectively, so as to provide a data connector and a voice connector at each of said N workstations.