Sensing devices with modular interconnection and programming

• US 4,626,053 A
• Filed: 05/21/1984
• Issued: 12/02/1986
• Est. Priority Date: 05/21/1984
• Status: Expired due to Term

• Current Assignee: Banner Engineering Corporation
• Original Assignee: Banner Engineering Corporation
• Inventors: Fayfield, Robert W.
• Primary Examiner(s): Weidenfeld, Gil
• Assistant Examiner(s): BRADLEY, PAULA A
• Application Number:
  US06/612,663
• Time in Patent Office: 925 Days
• Field of Search: 339/32, 339/33, 339/47 R, 339/147 R
• US Class Current: 439/222
• CPC Class Codes: H01R 29/00 Coupling parts for selective co-operation with a counterpart in different ways to establish different circuits, e.g. for voltage selection, for series-parallel selection, programmable connectors

Abstract

A sensing device constructed of two or more modules which can be connected together in different possible orientations to form a complete sensor. The modules have patterns of electrical contacts on adjacent faces such that different relative orientations of the modules effect interconnection of different contacts to program and select the mode of operation of the sensing device, from a plurality of available modes. In a preferred embodiment, a programming module having a connector bar is positionable between sense and control modules of the device in a plurality of different orientations to effect both programming mode selection and device orientation for mounting convenience.

Claims

1. A sensing device for the detection or measurement of objects, comprising:

a direction dependent sense module having means for sensing objects within a sensitivity pattern along a predetermined sensing direction relative to said sense module, said sense module having a pattern of fixed electrical contacts thereon which connect to circuitry within the sense module;

a second module having a pattern of fixed electrical contacts thereon which connect to circuitry within the second module;

at least one of said sense module and said second module capable of operating in a plurality of discrete modes in response to connections to be made to its pattern of electrical contacts;

said sense module and said second module configured to fit together in a plurality of predetermined discrete orientations with said sensing direction rotated relative to said second module and with selected ones of the contacts of said sense module and said second module making electrical contact in different orientations of the modules to effect selection of one of said discrete modes of operation of said sense module or second module; and

means for holding said sense module and second module together in assembly in each of said plurality of orientations to form a sensing device operative in the selected mode according to the relative orientation of the modules.

2. A sensing device for the detection or measurement of objects comprising:

a direction dependent sense module having means for sensing objects disposed generally along a sensing axis, said sensing module having a pattern of fixed electrical contacts thereon which connect to circuitry within the sensing module;

a second module having a pattern of fixed electrical contacts thereon which connect to circuitry within the second module;

at least one of said sensing module and said second module capable of operating in a plurality of discrete modes in response to connections to be made to their patterns of electrical contacts;

a programming module having electrical contacts thereon and configured to fit between said sensing module and said second module in a plurality of discrete orientations with respect to at least one of said modules, with the electrical contacts of the programming module in contact with the contact patterns of said sensing module and said second module to establish electrical connection between selected contacts thereof to effect selection of one of said discrete modes of operation of at least one of said sensing and second modules; and

means for holding the sensing module, program module and second module together in assembly in each of said plurality of discrete orientations to make a sensing device with the sensing axis in the selected direction and operative in the selected mode according to the relative orientation of the modules.

3. A sensing device according to claim 2 wherein the pattern of electrical contacts on one of said sensing module or second module is independent of relative orientation thereof to thereby provide for rotation for convenience of mounting of the sensing device without affecting mode selection.

4. A sensing device according to claim 2 including a third module having a pattern of electrical contacts thereon which connect to circuitry within the third module, a further pattern of electrical contacts on said second module connected to circuitry therein, and a second programming module having electrical contacts thereon and configured to fit between said second and third modules in more than one orientation with respect to at least one of said modules, with the electrical contacts of said second programming module in contact with the contact patterns of said second and third modules to establish electrical connection between selected contacts thereof to effect further mode selection of at least one of said second and third modules, and wherein said holding means are configured to hold all modules in assembly in the selected orientations according to the selected modes of operation.

5. A sensing device according to claim 2 further including:

a third module having a pattern of fixed electrical contacts thereon which connect to circuitry within the third module,

at least one of said second module and said third module capable of operating in a plurality of discrete modes in response to connections to be made to their patterns of electrical contacts;

a second programming module having electrical contacts thereon and configured to fit between said second module and said third module in a plurality of discrete orientations with respect to at least one of said second module and said third module, with the electrical contacts of the second programming module in contact with the contact patterns of said second module and said third module to establish electrical connection between selected contacts thereof to effect selection of one of said discrete modes of operation of at least one of said second and said third modules; and

means for holding said second module, second program module and third module together in assembly in each of said plurality of discrete orientations according to the selected mode of operation.

6. A sensing device according to claim 2 wherein said programming module includes a contact bar providing a plurality of electrical paths from one side through to the other side thereof.

7. A sensing device according to claim 6 wherein said contact bar is made of conductive elastomer material.

8. A sensing device for the detection or measurement of objects, comprising:

a direction dependent sense module having means for sensing objects disposed generally along a sensing axis, said sensing module having a pattern of fixed electrical contacts on one side thereof, and having circuitry within the sensing module capable of operating in a plurality of discrete modes of operation in response to connections to be made to said electrical contacts;

a second module having a pattern of fixed electrical contacts on one side thereof which connect to circuitry within the second module;

a programming module configured to fit between said sensing module and said second module in a plurality of discrete orientations with said programming module rotated relative to said sensing module, said programming module having a plurality of electrical contacts thereon positioned to establish electrical contact between selected ones of the contacts of said sensing module and said second module depending upon the relative orientation thereof with contact made at each of said plurality of discrete orientations corresponding to one of said plurality of discrete modes to effect mode selection of said sensing module; and

means for holding the sensing module, program module and second module together in assembly in each of said plurality of discrete orientations to make a sensing device with the sensing axis in the selected direction and operative in the selected mode according to the relative orientation of the program module to the sensing module.

9. A sensing device according to claim 8 wherein the pattern of electrical contacts on said second module is independent of relative orientation thereof with respect to said programming module, to thereby provide for rotation for convenience of mounting of the sensing device without affecting mode selection.

10. A sensing device according to claim 8 further including:

said second module including a further pattern of electrical contacts on a second side thereof;

a third module having a pattern of fixed electrical contacts on one side thereof which connect to circuitry within said third module;

at least one of said second and third modules capable of operating in a plurality of discrete modes of operation in response to connections to be made to its patterns of electrical contacts;

a second programming module configured to fit between said second module and said third module in a plurality of discrete orientations with said second programming module rotated relative to at least one of said second and third modules, said second programming module having a plurality of electrical contacts thereon positioned to establish electrical contact between selected ones of the contacts on said second side of said second module and said third module depending on the relative orientation thereof, with contact made at each of said plurality of discrete orientations corresponding to one of said plurality of discrete modes to effect mode selection; and

means for holding the second programming module and third module together in assembly with said second module, sensing module and first programming module in each of said plurality of discrete orientations according to the selected mode of operation.

11. A sensing device according to claim 8 wherein said sensing module and said programming module are square in cross section, wherein said plurality of electrical contacts of said programming module are in the form of an elongate contact bar aligned approximately 221/2 degrees with respect to the possible orientations of the programming module, so that eight different orientations of the sensing module and programming module are possible in assembly.

12. A sensing device according to claim 11 further including reference marks on the edges of said sensing module and program module to indicate by alignment thereof the selected mode of operation.