System for combining haptic sensory-motor effects from two separate input devices into resultant sensory-motor effects and for feedback of such resultant effects between the input devices

• US 6,639,582 B1
• Filed: 08/10/2000
• Issued: 10/28/2003
• Est. Priority Date: 08/10/2000
• Status: Expired due to Term

• Current Assignee: King.com, Ltd (Microsoft Corporation)
• Original Assignee: International Business Machines Corporation
• Inventors: Shrader, Theodore Jack London
• Primary Examiner(s): NGUYEN, CHANH DUY
• Application Number:
  US09/637,318
• Time in Patent Office: 1,174 Days
• Field of Search: 345/156, 345/157, 345/158, 345/161, 345/163, 345/168, 345/173, 434/113, 434/114, 434/112, 463/36, 463/37, 463/38, 463/40, 600/552, 600/553, 600/554
• US Class Current: 345/156
• CPC Class Codes: G06F 3/016 Input arrangements with force or tactile feedback as computer generated output to the user

Abstract

The combination of haptic sensory-motor effects developed at two or more networked remote locations as well as the feedback between such remote locations of the effects resultant from such combinations. Within a communications network comprising a plurality of interconnected computer controlled terminals, a system for communicating haptic sensory-motor states which comprises, within a local or first network terminal, apparatus for receiving data representing an original haptic sensory-motor effect transmitted from a second or remote terminal, apparatus for converting the received data into the physical haptic sensory-motor effect represented by the data, and apparatus for juxtaposing upon the physical haptic sensory-motor effect, a direct physical haptic sensory-motor effect to thereby produce a combined resultant haptic sensory-motor effect at the local or first terminal.

Claims

1. In a communications network comprising a plurality of interconnected computer controlled terminals, a system for communicating haptic sensory-motor states comprising:

a first terminal including;

means for receiving data representing an original spatially arrayed haptic sensory-motor effect transmitted from a second terminal,

means for converting said received data into the spatially arrayed physical haptic sensory-motor effect represented by said data,

means for juxtaposing upon said spatially arrayed physical haptic sensory-motor effect, a direct corresponding spatially arrayed physical haptic sensory-motor effect to thereby produce a resultant first terminal spatially arrayed haptic sensory-motor effect, and

means for transmitting data representing said resultant first terminal spatially arrayed haptic sensory-motor effect back to said second terminal, and

said second terminal includes;

means for converting said data representing said resultant first terminal spatially arrayed haptic sensory-motor effect into the actual spatially arrayed physical haptic sensory-motor effect, and

means for juxtaposing upon said actual spatially arrayed physical haptic sensory-motor effect, a direct corresponding spatially arrayed physical haptic sensory-motor effect represented by original spatially arrayed haptic sensory-motor effect data, to thereby produce at said second terminal, a resultant second terminal spatially arrayed physical haptic sensory-motor effect concurrent with the resultant first terminal spatially arrayed haptic sensory-motor effect.

2. The communications network of claim 1, wherein said means in said first terminal for converting said received data into the spatially arrayed physical haptic sensory-motor effect comprises:

a matrix of moveable rods,

user interactive means for touching said rods, and

means for selectively driving rods in said matrix against said touching means.

3. The communications network of claim 2, wherein said means in said first terminal for juxtaposing said corresponding spatially arrayed direct physical haptic sensory-motor effect comprises:

means enabling said user interactive means for touching said rods to selectively apply forces to rods in said matrix in opposition to said means for driving said rods.

4. The communications network of claim 3, wherein said means in said second terminal for converting said data representing said resultant first terminal spatially arrayed haptic sensory-motor effect into the actual spatially arrayed physical haptic sensory-motor effect comprises:

a matrix of moveable rods,

user interactive means for touching said rods, and

means for selectively driving rods in said matrix against said touching means.

5. The communications network of claim 4 wherein said means in said second terminal for juxtaposing upon said actual spatially arrayed physical haptic sensory-motor effect, a spatially arrayed direct physical haptic sensory-motor effect comprises:

means enabling said user interactive means for touching to selectively apply forces to rods in said matrix in opposition to said means for driving said rods.

6. A method for communicating haptic sensory-motor states in a communications network comprising a plurality of interconnected computer controlled terminals comprising:

receiving at a first terminal, data representing an original spatially arrayed haptic sensory-motor effect transmitted from a second terminal,

converting said received data into the spatially arrayed physical haptic sensory-motor effect represented by said data,

juxtaposing upon said spatially arrayed physical haptic sensory-motor effect, a spatially arrayed direct physical haptic sensory-motor effect to thereby produce a resultant first terminal spatially arrayed haptic sensory-motor effect, and

transmitting from said first terminal, data representing said resultant first terminal spatially arrayed haptic sensory-motor effect back to said second terminal,

converting at second terminal, said data representing said resultant first terminal spatially arrayed haptic sensory-motor effect into the actual spatially arrayed physical haptic sensory-motor effect, and

juxtaposing upon said actual spatially arrayed physical haptic sensory-motor effect at said second terminal, a spatially arrayed direct physical haptic sensory-motor effect represented by original spatially arrayed haptic sensory-motor effect data, to thereby produce at said second terminal, a resultant second terminal spatially arrayed physical haptic sensory-motor effect concurrent with the resultant first terminal spatially arrayed haptic sensory-motor effect.

7. A computer program having code recorded on a computer readable medium for communicating haptic sensory-motor states between two terminals in a communications network comprising a plurality of interconnected computer controlled terminals comprising:

means at a first terminal for receiving data representing an original spatially arrayed haptic sensory-motor effect transmitted from a second terminal,

means for converting said received data into the spatially arrayed physical haptic sensory-motor effect represented by said data,

means for juxtaposing upon said spatially arrayed physical haptic sensory-motor effect, a spatially arrayed direct physical haptic sensory-motor effect to thereby produce a resultant first terminal spatially arrayed haptic sensory-motor effect, and

means at said first terminal for transmitting data representing said resultant first terminal spatially arrayed haptic sensory-motor effect back to said second terminal,

means at said second terminal for converting said data representing said resultant first terminal spatially arrayed haptic sensory-motor effect into the actual spatially arrayed physical haptic sensory-motor affect, and

means at said second terminal for juxtaposing upon said actual spatially arrayed physical haptic sensory-motor effect, a spatially arrayed direct physical haptic sensory-motor effect represented by original spatially arrayed haptic sensory-motor effect data, to thereby produce at said second terminal, a resultant second terminal spatially arrayed physical haptic sensory-motor effect concurrent with the resultant first terminal spatially arrayed haptic sensory-motor effect.