Control unit for video games and the like

• US 4,488,017 A
• Filed: 02/07/1983
• Issued: 12/11/1984
• Est. Priority Date: 02/07/1983
• Status: Expired due to Term

• Current Assignee: AD Technologies LLC
• Original Assignee: Amiga Corporation
• Inventors: Lee, Hugh M.
• Primary Examiner(s): Pinkham, Richard C.
• Assistant Examiner(s): Brown, Scott L.
• Application Number:
  US06/464,311
• Time in Patent Office: 673 Days
• Field of Search: 273/DIG. 28, 273/85 G, 273/148 R, 273/148 B, 200/5 R, 200/6 R, 200/6 A, 200/86.5, 200/86 R, 200/153 K, 200/264, 200/157, 177/177
• US Class Current: 463/38
• CPC Class Codes: G05G 2009/04711 with substantially hemispherical bearing part forced into engagement, e.g. by a spring
• CPC Class Codes: G05G 2009/04744 Switches
• CPC Class Codes: G06F 3/0334 Foot operated pointing devices
• CPC Class Codes: Y10T 74/20528 Foot operated
• CPC Class Codes: Y10T 74/20612 Hand
• CPC Class Codes: Y10T 74/20888 Pedals

Abstract

Two embodiments of a multi-directional control unit for video games and the like are disclosed. In each embodiment, the control unit includes a base structure, a circuit board with directional circuit segments, a resilient conductive pad arranged adjacent the circuit segments on the circuit board, a raised matrix on the conductive pad normally maintaining the pad in spaced apart relation from the circuit segments, a control element movable relative to the base structure and a directional actuator coupled with the control element for response to relative movement between the control element and the base structure for applying pressure to the resilient pad and establishing electrical contact with one or more of the circuit segments on the circuit board. One of the embodiments is a hand-held unit with the control element being a joystick, auxiliary triggers being mounted on opposite sides of the hand held unit for establishing selective contact in an auxiliary circuit segment. The auxiliary triggers may be employed for example as a firing control. The other embodiment is a foot-operated control unit including a platform adapted to support the weight of an operator and includes an override switch responsive to the weight of the operator on the platform.

Claims

1. A multi-directional control unit for video games and the like, comprising

a base structure,

a circuit board mounted relative to said base structure, directional circuit segments being arranged on a surface of said circuit board,

resilient conductive pad means arranged adjacent said surface of said circuit board, said resilient conductive pad means comprising a conductive surface generally coextensive with said circuit segments and means for normally maintaining said conductive surface in spaced apart relation from said circuit board surface,

said circuit board and resilient pad means being formed with central openings and further comprising pin means for locating said circuit board and pad means relative to said base structure,

a control element capable of multi-directional movement relative to said base structure,

directional actuator means associated with said control element adjacent said conductive pad means, said directional actuator means being responsive to movement of said control element for urging a portion of said conductive pad means into electrical contact with a circuit segment on said circuit board, said directional actuator means having a cylindrical flange for engaging said pad means having a circumferential arrangement of resilient fingers opposite said flange for effective engagement with said control element in order to transfer forces from said control element through said cylindrical flange to said conductive pad means, and

coupler means connected with said circuit segments on said circuit board.

2. A multi-directional control unit for video games and the like, comprising

a base structure,

a circuit board mounted relative to said base structure, directional circuit segments being arranged on a surface of said circuit board,

resilient conductive pad means arranged adjacent said surface of said circuit board, said resilient conductive pad means comprising a conductive surface generally coextensive with said circuit segments and means for normally maintaining said conductive surface in spaced apart relation from said circuit board surface,

a control element capable of multi-directional movement relative to said base structure,

directional actuator means associated with said control element adjacent said conductive pad means, said directional actuator means being responsive to movement of said control element for urging a portion of said conductive pad means into electrical contact with a circuit segment on said circuit board,

coupler means connected with said circuit segments on said circuit board, and

an adaptor element arranged for interaction between said control element and said directional actuator means, said adaptor element comprising means for permitting relative rotation of said control element in order to prevent torque forces from being applied to said pad means.

3. A multi-directional control unit for video games and the like, comprising

a base structure

a circuit board mounted relative to said base structure, directional circuit segments being arranged on a surface of said circuit board,

resilient conductive pad means arranged adjacent said surface of said circuit board, said resilient conductive pad means comprising a conductive surface generally coextensive with said circuit segments and means for normally maintaining said conductive surface in spaced apart relation from said circuit board surface,

a control element capable of multi-directional movement relative to said base structure,

directional actuator means associated with said control element adjacent said conductive pad means, said directional actuator means being responsive to movement of said control element for urging a portion of said conductive pad means into electrical contact with a circuit segment on said circuit board,

coupler means connected with said circuit segments on said circuit board, and

an adaptor element arranged for interaction with said directional actuator means to permit relative rotation of said control element in order to prevent torque forces from being applied to said pad means,

said adaptor element including cylindrical means for limiting multi-directional movement of said control element, said base structure including means for supporting said adaptor element to limit application of force from said control element to said conductive pad means.

4. The control unit of claim 3 wherein said directional actuator means has a cylindrical flange for engaging said pad and a circumferential arrangement of resilient fingers opposite said flange for engagement with said control element by means of said adaptor element in order to transfer forces from said control element to said conductive pad means.

5. The control unit of claim 4 wherein said circumferentially arranged resilient fingers extend radially outwardly and axially toward said adaptor element.

6. A multi-directional control unit for video games and the like, comprising

a base structure,

a circuit board mounted relative to said base structure, directional circuit segments being arranged on a surface of said circuit board,

resilient conductive pad means arranged adjacent said surface of said circuit board, said resilient conductive pad means comprising a conductive surface generally coextensive with said circuit segments and means for normally maintaining said conductive surface in spaced apart relation from said circuit board surface,

a control element capable of multi-directional movement relative to said base structure,

directional actuator means associated with said control element adjacent said conductive pad means, said directional actuator means being responsive to movement of said control element for urging a portion of said conductive pad means into electrical contact with a circuit segment on said circuit board, said directional actuator means having a circumferential arrangement of resilient fingers for effective engagement with said control element in order to transfer forces from said control element to said pad means, and

coupler means connected with said circuit segments on said circuit board.

7. The control unit of claim 6 wherein said circumferentially arranged resilient fingers extend radially outwardly and axially toward said control element.

8. A multi-directional control unit for video games and the like, comprising

a base structure,

a circuit board mounted relative to said base structure, directional circuit segments being arranged on a surface of said circuit board,

resilient conductive pad means arranged adjacent said surface of said circuit board, said resilient conductive pad means comprising a conductive surface generally coextensive with said circuit segments and means for normally maintaining said conductive surface in spaced apart relation from said circuit board surface,

a control element capable of multi-directional movement relative to said base structure,

directional actuator means associated with said control element adjacent said conductive pad means, said directional actuator means being responsive to movement of said control element for urging a portion of said conductive pad means into electrical contact with a circuit segment on said circuit board, and

coupler means connected with said circuit segments on said circuit board,

said circuit board comprising an auxiliary circuit segment on its surface, and further comprising

an auxiliary actuator and respectively opposed trigger elements for moving said auxiliary actuator toward said pad means in order to urge a portion of said pad means into electrical contact with said auxiliary circuit segment.

9. The control unit of claim 8 wherein said opposed trigger elements are operable separately and in combination for moving said auxiliary actuator toward said pad means.

10. The control unit of claim 9 wherein said auxiliary actuator includes opposed ramps and said opposed trigger elements each include a ramp means for respective engagement with one of said opposed ramps.

11. The control unit of claim 10 wherein said base structure is a first housing member and further comprising a second housing member for engagement with said first housing member to capture said movable control element, said trigger elements extending through openings on opposite sides of said first and second housing members.

12. A multi-directional control unit for video games and the like adapted for use on a surface such as a floor or the like, comprising

a base structure,

a circuit board mounted relative to said base structure, directional circuit segments being arranged on a surface of said circuit board,

resilient conductive pad means arranged adjacent said surface of said circuit board, said resilient conductive pad means comprising a conductive surface generally coextensive with said circuit segments and means for normally maintaining said conductive surface in spaced apart relation from said circuit board surface,

a control element capable of multi-directional movement relative to said base structure,

directional actuator means associated with said control element adjacent said conductive pad means, said directional actuator means being responsive to movement of said control element for urging a portion of said conductive pad means into electrical contact with a circuit segment on said circuit board, and

coupler means connected with said circuit segments on said circuit board,

said base structure including platform means for supporting an operator'"'"'s weight, both said base structure and said control element being adapted for interaction with the floor surface so that shifting of the operator'"'"'s weight upon said platform means causes multi-directional movement of said control element relative to said base structure, said platform means being secured to said base structure and including web means adapted for engagement with the floor surface, said control element extending downwardly from said base structure to remain in generally constant alignment with the floor surface whereby shifting of the operator'"'"'s weight on said platform means tends to produce multi-directional movement of said control element relative to said base structure.

13. The control unit of claim 12 wherein said web means on said platform means includes an inner web adapted to surround said control element and engage the floor when the operator'"'"'s weight is supported upon said platform means so that the operator'"'"'s weight is substantially supported by the inner web.

14. The control unit of claim 13 wherein said web means also includes outer webbing arranged for engagement with the floor surface to limit pivitol movement of said platform means on said inner web and thereby limit multi-directional movement of said control element relative to said base structure.

15. The control unit of claim 14 wherein said inner web is of a rectangular configuration for biasing of movement between said control element and said base structure in X-Y directions.

16. The control unit of claim 13 wherein said inner web is of a rectangular configuration for biasing of movement between said control element and said base structure in X-Y directions.

17. The control unit of claim 12 further comprising override switch means responsive to the operator'"'"'s weight on said platform means.

18. The control unit of claim 17 wherein said override switch means includes an override circuit segment on said circuit board and override actuator means responsive to the operator'"'"'s weight on said platform means for urging a portion of said conductive pad means into electrical contact with said override circuit segment.

19. The control unit of claim 18 wherein said directional actuator means has a cylindrical flange for engaging said pad means to establish electrical contact with said directional circuit segments.

20. The control unit of claim 19 wherein said override actuator comprises pin means nested within said directional actuator means, said pin means having a flange adapted for engaging said conductive pad means when the operator'"'"'s weight is supported upon said platform means and for remaining in engagement with said pad means during relative movement between said control element and base structure for operating said directional circuit segments.

21. The control unit of claim 20 wherein said control element includes a surface adapted to rest on the floor surface and cylindrically spaced apart wall portions registering with cylindrically spaced apart slots in said base structure, said directional actuator means including radially extending, flexible fingers for engagement with said respective wall portions.

22. The control unit of claim 21 further comprising spring means captured between said control element and said base structure for urging them apart.

23. The control unit of claim 12 wherein said control element includes a surface adapted to rest on the floor surface and cylindrically spaced apart wall portions registering with cylindrically spaced apart slots in said base structure, said directional actuator means including radially extending, flexible fingers for engagement with said respective wall portions.

24. The control unit of claim 23 further comprising spring means captured between said control element and said base structure for urging them apart.