Ergonomic mouse

• US 20060176273A1
• Filed: 02/08/2006
• Published: 08/10/2006
• Est. Priority Date: 02/10/2005
• Status: Abandoned Application

• Current Assignee: Douglas Bonforte Wolfe
• Original Assignee: Douglas Bonforte Wolfe
• Inventors: Wolfe, Douglas Bonforte
• Application Number:
  US11/349,751
• Publication Number:
  US 20060176273A1
• Time in Patent Office: Days
• US Class Current: 345/156
• CPC Class Codes: G06F 3/0338 with detection of limited linear or angular displacement of an operating part of the device from a neutral position, e.g. isotonic or isometric joysticks

Abstract

An ergonomic input controller includes a pedestal that is in contact with a work surface, such as a desk or an equipment operation panel. A stem is attached atop the pedestal and a grip body is rotatably attached atop the stem at an input housing. An input detector is incorporated into the grip body and is in communication with the input housing. The input detector provides signals regarding grip body movement about the stem. A z-axis controller permits the user to manipulate three dimensional drawings. A maintaining device is attached prevents inadvertent movement of the grip body and holds the grip body in its last used position. An encoder is in communication with and receives signals from the input detector. The encoder provides control signals for output to the computer, game, data input device or industrial controller.

Claims

1. An input controller for inputting user commands to a computing device, comprising:

a pedestal in contact with a work surface wherein the work surface defines a x-y plane and wherein the pedestal is displaced from the work surface defining a Z direction;

an input housing rotatably gimbaled atop the pedestal defining a datum plan parallel to the work surface wherein the input housing is capable of simultaneous angular displacement from the datum plane in a Z-Y plane and a Z-X plane and wherein the input housing further comprises at least one sensor capable of detecting angular displacement of the input housing from the datum plane in the Z-Y plane and the Z-X plane;

an input detector communicatively coupled to the input housing and the computing device and configured to receive signals corresponding to angular displacement of the input housing from the datum plane and convert the signals into planer positional commands of the cursor compatible with the computing device; and

a grip body attached to the input housing wherein a full-range angular displacement of the input housing from the datum plane is configurable to correspond to a displayable field of the computing device, the pedestal remaining in substantially the same position on the X-Y plane.

2. The input controller of claim 1, wherein the input housing further comprises a position retaining device configurable to maintain the angular displacement of the input housing upon removal of any displacing force.

3. The input controller of claim 1, wherein the input detector converts the signals into positional commands for the cursor corresponding to a 2 dimensional rendition of 3 dimensional space.

4. The input controller of claim 3, further comprising a z-axis controller incorporated into the grip body.

5. The input controller of claim 1, further comprising a stem adjustably attached between the pedestal and the grip body.

6. The input controller of claim 5, where the stem comprises a threaded adjuster.

7. The input controller of claim 5, further comprising a ball joint between the pedestal and the stem.

8. The input controller of claim 1, where the grip body comprises a plurality of control buttons.

9. The input controller of claim 8, where the grip body further comprises a scroll controller.

10. The input controller of claim 1 wherein a full-range angular displacement of the input housing from the datum plan in the Z-Y plane corresponds to normal dorsiflexion and normal palmarflexion of user'"'"'s wrist in a full pronation orientation.

11. The input controller of claim 1 wherein a full-range angular displacement of the input housing from the datum plan in the Z-X plane corresponds to normal radial rotation of user'"'"'s wrist beginning from a full pronation orientation without any adduction or adbuction deviation.

12. An ergonomic mouse, comprising

a pedestal having a generally planar lower surface for contact with a work surface;

an adjustable stem attached atop the pedestal; and

a grip body rotatably attached atop the stem,

13. The ergonomic mouse of claim 12, further comprising a z-axis controller incorporated into the grip body.

14. The ergonomic mouse of claim 13, where the grip body further comprises a plurality of control buttons.

15. The ergonomic mouse of claim 14, where the grip body further comprises a scroll controller.

16. The ergonomic mouse of claim 13, wherein the z-axis controller is a control wheel attached to a side of the grip body.

17. The ergonomic mouse of claim 12, where the stem comprises a threaded adjuster for adjusting the length of the stem.

18. A method for inputting user commands to a computing device, comprising:

coupling an ergonomic input controller to the computing device wherein the ergonomic input controller comprises a pedestal in contact with a work surface and an input housing rotatably gimbaled atop the pedestal defining a datum plan parallel to the work surface

receiving signals at the input housing corresponding to angular displacement of the input housing deviating from the datum plane;

converting the inputs the signals into planer positional commands for a cursor compatible with the computing device; and

communicating planer positional commands from the ergonomic input controller to the computing device.

19. The method of claim 18, further comprising maintaining the angular displacement of the input housing upon removal of any displacing force.

20. The method of claim 19, further comprising limiting angular displacement of the input housing from the datum plan to correspond to normal dorsiflexion, normal palmarflexion, and normal radial rotation of user'"'"'s wrist from a full promotion orientation without any radial or ulnar deviation.