Remote acceptance switch for computer mouse

• US 4,816,810 A
• Filed: 08/28/1987
• Issued: 03/28/1989
• Est. Priority Date: 08/28/1987
• Status: Expired due to Fees

• Current Assignee: Moore, Robert F.
• Original Assignee: Moore, Robert F.
• Inventors: Moore, Robert F.
• Primary Examiner(s): Caldwell, Sr., John W.
• Assistant Examiner(s): Fatahi-Yar, Mahmoud
• Application Number:
  US07/090,815
• Time in Patent Office: 578 Days
• Field of Search: 340/706, 340/709, 340/710, 273/148 B, 273/1 E, 273/DIG. 28, 74/471 XY, 178/18
• US Class Current: 345/163
• CPC Class Codes: G06F 3/038 Control and interface arrangements therefor, e.g. drivers or device-embedded control circuitry

Abstract

An accessory (40) for a computer mouse (18) includes a multistrand accessory conductor (42) for transmitting location signals and acceptance signals having a first coupling (44) for coupling a first end of the conductor (42) to the coupling (26) of a computer mouse assembly (19) and a second coupling (46) for coupling a second end of the conductor (42) to a coupling (22) of a computer (10). The accessory further includes a remote acceptance switch (54) coupled to the strands of the multistrand accessory conductor including a hand-operated button (56) for producing an acceptance signal similar to the acceptance signal produced by an acceptance switch (38) of the computer mouse (18). Thus, a cursor location generated by movement of the computer mouse can be accepted in a memory of the computer either by activation of the mouse acceptance switch or the remote acceptance switch.

Claims

1. A computer accessory to be used with a computer and a cursor control device, said cursor control device being of a type having a motion-sensor means for generating location signals indicative of changes in the location of a portion of said cursor control device relative to a work surface and furnishing these to said computer over an information channel flexibly coupling said cursor control device to said computer, said location signals causing movement of a cursor on a display of the computer, said cursor control device also being of a type having a hand-activated acceptance switch thereon to produce acceptance signals in response to hand activation thereof and furnishing these over said information channel to said computer, thereby indicating to the computer that it should accept the present location of the cursor-control-device portion into a memory thereof for special use, said computer accessory including:

a remote acceptance switch for said cursor control device including a hand-operated switch means for producing remote acceptance signals in response to hand actuations thereof, said remote acceptance switch being located remotely from said cursor control device and not being rigidly connected therewith;

a remote-acceptance channel means for coupling said remote acceptance switch to said information channel for transmitting said remote acceptance signals to said information channel;

whereby when movement of said portion of the cursor control device relative to said work surface causes a desired location of the cursor, the acceptance of this location into the computer'"'"'s memory can be signaled to the computer either by hand activation of the acceptance switch on the cursor control device or by hand activation of the remote acceptance switch.

2. A computer accessory as in claim 1, wherein said information channel is formed of an information multistrand conductor.

3. A computer accessory as in claim 2, wherein said remote-acceptance channel means is formed of a parallel multistrand conductor having parallel strands connected in parallel with some strands of said information channel.

4. A computer accessory as in claim 3, wherein said remote-acceptance channel means is further formed of a series multistrand conductor having series strands connected in series with strands of said information multistrand conductor, said parallel strands being connected in parallel with some of said series strands.

5. A computer accessory as in claim 4, wherein said parallel multistrand conductor is long and flexible.

6. A computer accessory as in claim 5, wherein said series multistrand conductor is long and flexible.

7. A computer accessory as in claim 6, wherein said series multistrand conductor has a first easily-disengageable coupling means at a first end thereof for selectively coupling first ends of said series strands with strands of said information multistrand conductor coming from said cursor control device and a second easily-disengageable coupling means at a second end thereof for selectively coupling second ends of said series strands with a computer input port.

8. A computer accessory as in claim 7, wherein said parallel strands are hard wired to said series strands.

9. A computer accessory as in claim 4, wherein said series multistrand conductor has a first easily-disengageable coupling means at a first end thereof for selectively coupling first ends of said series strands with strands of said information multistrand conductor coming from said cursor control device and a second easily-disengageable coupling means at a second end thereof for selectively coupling second ends of said series strands with a computer input port.

10. A computer accessory as in claim 9, wherein said parallel strands are hard wired to said series strands.

11. A computer accessory as in claim 4, wherein said series multistrand conductor is long and flexible.

12. A computer accessory as in claim 11, wherein said series multistrand conductor has a first easily-disengageable coupling means at a first end thereof for selectively coupling first ends of said series strands with strands of said information multistrand conductor coming from said cursor control device and a second easily-disengageable coupling means at a second end thereof for selectively coupling second ends of said series strands with a computer input port.

13. A computer accessory as in claim 12, wherein said parallel strands are hard wired to said series strands.