Flat and collapsible mouse

• US 7,724,238 B2
• Filed: 08/01/2005
• Issued: 05/25/2010
• Est. Priority Date: 08/06/2004
• Status: Active Grant

• Current Assignee: Christopher Verity Wright, Simon Richard Daniel
• Original Assignee: Christopher Verity Wright, Simon Richard Daniel
• Inventors: Daniel, Simon Richard, Wright, Christopher Verity
• Primary Examiner(s): Shalwala, Bipin
• Assistant Examiner(s): Chowdhury, Afroza Y
• Application Number:
  US11/194,255
• Publication Number:
  US 20060176277A1
• Time in Patent Office: 1,758 Days
• Field of Search: 345/163, 345/156
• US Class Current: 345/163
• CPC Class Codes: G06F 2203/0333 Ergonomic shaped mouse for one hand
• CPC Class Codes: G06F 2203/0337 Status LEDs integrated in the mouse to provide visual feedback to the user about the status of the input device, the PC, or the user
• CPC Class Codes: G06F 3/0317 in co-operation with a patterned surface, e.g. absolute position or relative movement detection for an optical mouse or pen positioned with respect to a coded surface
• CPC Class Codes: G06F 3/03543 Mice or pucks G06F3/03541 takes precedence
• CPC Class Codes: G06F 3/039 Accessories therefor, e.g. mouse pads

Abstract

A mouse (1) suitable for use as a computer input device that is collapsible between a flat configuration in which the mouse (1) is generally planar, and an optional popped configuration in which the mouse (1) has increased volume and forms a generally curved ergonomic profile, where said mouse (1) can be used for wireless data input and control and is operable in either configuration, and can be conveniently attached when flat with a docking cradle or tray (3) that slides into a card-shaped recess (13), such as a PCMCIA or CardBus interface slot within a host device (12) for the purposes of storage, battery recharging, and where said docking cradle (3) can directly provide wireless connectivity and control information between the mouse (1) and host device (12). The mouse (1) may support a combination of buttons (4) and capacitance panels (41) for increased control.

Claims

1. A mouse for controlling a cursor on a screen of a computing device, the mouse being reversibly expandable and collapsible between a flat generally planar configuration and a popped configuration, the mouse being operable in both configurations,

wherein said mouse comprises a planar arrangement of a generally rigid base and a flexible upper surface affixed to a rotation axis at each end, and wherein said expansion from the flat to the popped configuration is achieved via a sliding motion that shortens and compresses the flexible upper surface to form a curved or arched profile due to the reduced chord length between opposing ends,

wherein said mouse base supports rigid side-panels which are stored parallel to the base in the flat configuration and can hinge and reversibly lock at a generally upright position to the base and upper surface in order to provide support to the upper surface as the overall mouse is slid into the popped configuration,

wherein the mouse is reversibly lockable in at least one of the flat configuration and the popped configuration.

2. A mouse according to claim 1, wherein said mouse base is formed from at least two interlocking units which have side rails and grooves in respective sides to enable a slide motion between at least two interlocking units, together with a lock operable to secure the mouse in a collapsed form until released by side buttons.

5. A mouse according to claim 1, wherein said flexible upper surface forms a rigid surface both when flat and when in the popped configuration due to being stored under compression between opposing edges and being partly supported and locked by the rigid side-panels.

6. A mouse according to claim 1, wherein said side-panels support at least one button touch sensor or capacitance sensing layer for providing button touch selection and/or sliding touch selection data from a user.

7. A mouse according to claim 1, comprising a plurality of touch sensors for providing button touch response data or measuring surface slide action of a finger for providing co-ordinate and selection data.

8. A mouse according to claim 7, wherein the mouse has at least one button on said flexible upper surface for providing button touch selection data from a user and at least one capacitance sensing layer on said flexible upper surface for providing sliding touch selection data from a user suitable for operation mimicking a scroll wheel.

9. A mouse according to claim 1, comprising a sensing device for detecting lateral physical movement of the mouse and generating x-y position data suitable for controlling a cursor on a computing device.

10. A mouse according to claim 9, wherein said lateral movement sensing device comprises one of (i) an optical device, and (ii) a gyroscopic device comprising a piezoelectric vibrating element to detect motion or at least one micro electromechanical system formed as a thin-film structure.

11. A mouse according to claim 1, comprising control circuitry.

12. A mouse according to claim 1, comprising a wireless connectivity device constructed and arranged to transmit input data from the mouse for use in controlling a said cursor on a said computing device.

13. In combination a mouse according to claim 1 and a docking cradle for engagement with the mouse and of a shape suitable for being stored within a card-shape recess within a said computing device.

14. A combination according to claim 13, wherein said docking cradle is formed to be slidable into a card-shape recess of a said computing device that is a PCMCIA or CardExpress slot.

15. A combination according to claim 14, wherein said mouse has a rechargeable battery, said docking cradle is connectable to a said computing device by a standard interface so that said rechargeable battery is recharged when the docking cradle is slid into a said slot.

16. A combination according to claim 13, wherein said docking cradle has a USB connector for connecting to a said computing device and arranged and configured to allow at least one of (i) recharging a rechargeable battery of the mouse when the mouse is connected to the docking cradle, and (ii) wireless communication with the mouse when the mouse is not connected to the docking cradle.

17. A combination according to claim 13, wherein said mouse and said docking cradle are permanently attached to each other.

18. In combination, a mouse according to claim 1 and a USB connector that is connectable to the mouse and connectable to a said computing device and arranged and configured to allow at least one of (i) recharging a rechargeable battery of the mouse when the mouse is connected to the USB connector, and (ii) wireless communication with the mouse when the mouse is not connected to the USB connector.

19. A mouse according to claim 1, comprising an outer flexible surface, and a flexible touch panel display on the outer flexible surface to provide a navigation and control window by which a user can directly select from a custom menu or view navigation and context information to help control applications.

3. A mouse for controlling a cursor on a screen of a computing device, the mouse being reversibly expandable and collapsible between a flat generally planar configuration and a popped configuration, the mouse being operable in both configurations,

wherein said device comprises a planar arrangement of a generally rigid base and a flexible upper surface affixed to a rotation axis at each end, and wherein said expansion from the flat to the popped configuration is achieved via a sliding motion that shortens and compresses the flexible upper surface to form a curved or arched profile due to the reduced chord length between opposing ends,

wherein said mouse base supports rigid side-panels which are stored parallel to the base in the flat configuration and can hinge and reversibly lock at a generally upright position to the base and upper surface as the overall mouse is slid into the popped configuration, and

wherein said side-panels are locked in their generally upright position by a sprung rib affixed to the base unit that is sprung biased to an intermediate angle between a zero degree position when the overall mouse is flat and an approximately ninety degree angle when the mouse is popped, and supports a protrusion arranged to mechanically slide over a similar protrusion on the sliding component of the base such that the act of completing the slide forces the sprung rib through the remaining angle and to reversibly lock in the approximately ninety degree position.

4. A mouse for controlling a cursor on a screen of a computing device, the mouse being reversibly expandable and collapsible between a flat generally planar configuration and a popped configuration, the mouse being operable in both configurations,

wherein said device comprises a planar arrangement of a generally rigid base and a flexible upper surface affixed to a rotation axis at each end, and wherein said expansion from the flat to the popped configuration is achieved via a sliding motion that shortens and compresses the flexible upper surface to form a curved or arched profile due to the reduced chord length between opposing ends,

wherein said mouse base supports rigid side-panels which are stored parallel to the base in the flat configuration and can hinge and reversibly lock at a generally upright position to the base and upper surface as the overall mouse is slid into the popped configuration, and

wherein at least one of said side-panels is locked in its generally upright position by a sprung strut, one end of the strut being pivotably mounted to said side-panel and the strut being sprung relative to said side-panel such that the second end of the strut is urged against a surface of the mouse such that the side-panel is urged into its generally upright position when the mouse is expanded into the popped configuration.