Flexible module interconnect system

Claim 2

A module interconnect system comprising: a backplane having a plurality of module-receiving slots; a plurality of modules mounted in selected ones of said slots and electrically connected to said backplane, each of said modules including a module circuit with input/output lines; a first switch means for each module having a first group of said input/output lines connected thereto and a second switch means for each module having a second group of said input/output lines connected thereto, each of said switch means having at least two states; switch connection means for interconnecting the first and second switch means for each module; a first module connection means for connecting the first switch means of a selected module to a first adjacent module; a second module connection means for connecting the second switch means of the selected module to a second adjacent module; and control means responsive to a control signal from an external source for controlling the state of the first switch means of each module to thereby selectably connect said first group of input/output lines, said second switch means and said first adjacent module; and for controlling the state of the second switch means of each module to thereby selectably connect said second group of input/output lines, said first switch means and said second adjacent module, said control signal including information representative of the module type of said first and second adjacent modules.

Claim 3

A module interconnect system as defined in claim 1 wherein said first and second switch means for each module are part of said module.

Claim 4

A module interconnect system as defined in claim 2 wherein said control means for each module is part of said module.

Claim 5

A module interconnect system as defined in claim 2 wherein each module-receiving slot includes a first and a second plurality of contacts, at least some of the first and second contacts being connected respectively to the first and second switch means for the module.

Claim 6

A module interconnect system as defined in claim 3 wherein said control signal is provided from an external source.

Claim 7

A module interconnect system as defined in claim 1 wherein at least one of said switch means includes first and second independently settable switch elements, said first switch element having a first set of lines connected thereto and said second switch element having a second set of lines connected thereto, said control means being operative to independently control the first and second sets of lines.

Claim 8

A module interconnect system as defined in claim 1 wherein the first group of said input/output lines is selectably connected by said first switch means to said first adjacent module.

Claim 9

A module interconnect system as defined in claim 1 wherein the first group of said input/output lines is selectably connected by said first switch means to said second switch means.

Claim 10

A module interconnect system as defined in claim 1 wherein said first adjacent module is selectably connected by said first switch means to said second switch means.

Claim 11

A module interconnect system as defined in claim 1 wherein the first group of said input/output lines is selectably connected to said first adjacent module and to said second switch means.

Claim 12

A module interconnect system as defined in claim 1 wherein said first and second switch means for each module are part of said module and wherein said first and second module connection means include connection lines that extend from said first and second switch means, respectively, to said backplane.

Claim 13

A module interconnect system as defined in claim 1 wherein the first module connection means connects the first switch means of the selected module to the second switch means of the first adjacent module.

Claim 14

A module interconnect system as defined in claim 12 wherein the second module connection means connects the second switch means of the selected module to the first switch means of the second adjacent module.

Claim 15

A module interconnect system comprising: a backplane having a plurality of module-receiving slots; a plurality of modules mounted in selected ones of said slots and electrically connected to said backplane, each of said modules including a module circuit with input/output lines; a first switch means for each module having a first group of said input/output lines connected thereto and a second switch means for each module having a second group of said input/output lines connected thereto, each of said switch means having at least two states; switch connection means for interconnecting the first and second switch means for each module; a first module connection means for connecting the first switch means of a selected module to a first adjacent module; a second module connection means for connecting the second switch means of the selected module to a second adjacent module; control means responsive to a control signal for controlling the state of the first switch means of each module to thereby selectably connect said first group of input/output lines, said second switch means and said first adjacent module; and for controlling the state of the second switch means of each module to thereby selectably connect said second group of input/output lines, said first switch means and said second adjacent module; and means for providing selected information concerning each module to each adjacent module, said control means being responsive to said selected information concerning an adjacent module for controlling the state of the switch means for the module, said modules including at least two different types and said selected information concerning each module including information concerning the module type.

Claim 16

A module interconnect system comprising: a backplane having a plurality of module-receiving slots; a plurality of modules mounted in selected ones of said slots and electrically connected to said backplane, each of said modules including a module circuit with input/output lines; a first switch means for each module having a first group of said input/output lines connected thereto and a second switch means for each module having a second group of said input/output lines connected thereto, each of said switch means having at least two states; switch connection means for interconnecting the first and second switch means for each module; a first module connection means for connecting the first switch means of a selected module to a first adjacent module; a second module connection means for connecting the second switch means of the selected module to a second adjacent module; control means responsive to a control signal for controlling the state of the first switch means of each module to thereby selectably connect said first group of input/output lines, said second switch means and said first adjacent module; and for controlling the state of the second switch means of each module to thereby selectably connect said second group of input/output lines, said first switch means and said second adjacent module; and means for providing selected information concerning each module to each adjacent module, said control means being responsive to said selected information concerning an adjacent module for controlling the state of the switch means for the module, said modules including at least two different types and said selected information concerning each module including information concerning the module type.