Apparatus and method for electrically connecting remotely located video games

• US 5,292,125 A
• Filed: 05/31/1991
• Issued: 03/08/1994
• Est. Priority Date: 05/31/1991
• Status: Expired due to Term

• Current Assignee: Harold W Milton
• Original Assignee: Jeffrey Tenenbaum, Peter A Hochstein
• Inventors: Hochstein, Peter A., Tenenbaum, Jeffrey
• Primary Examiner(s): Grieb, William H.
• Application Number:
  US07/708,682
• Time in Patent Office: 1,012 Days
• Field of Search: 273/85 G, 273/148 B, 273/434, 273/435, 273/436, 273/437, 273/438, 273/DIG. 28, 314/411
• US Class Current: 463/41
• CPC Class Codes: A63F 13/12 involving interaction between a plurality of game devices, e.g. transmisison or distribution systems protocols for networked virtual reality, networked games H04L29/06034
• CPC Class Codes: A63F 13/30 Interconnection arrangements between game servers and game devices; Interconnection arrangements between game devices; Interconnection arrangements between game servers
• CPC Class Codes: A63F 13/31 Communication aspects specific to video games, e.g. between several handheld game devices at close range
• CPC Class Codes: A63F 2300/402 Communication between platforms, i.e. physical link to protocol

Abstract

A video game communicator (100) is electrically connected between the ports (A, B) of a local video game (12) and one set of player controls (20) of the local video game (12). The video game communicator (100) receives command signals from the player controls (20) and sends them to the local video game (12). The video game communicator (100) also converts the command signals into communication signals to be sent over telephone lines to be received by another video game communicator (100) connected to a remote video game (30). A transit time circuit (126) delays all command signals coming from the player controls (20) to the local video game (12) an amount of time it determines to be the time needed for the command signals to be sent to the remote video game (30). The video game communicator (100) receives communication signals over the telephone lines (110) and converts these signals into command signals representing the command signals of the remotely located competitor. A voice over data circuit (134) allows both communications signals and voice signals to be sent over the telephone lines at the same time. An operator circuit (140) allows either player to send operation signals, i.e., pause, start, stop, to each video game regardless of location of the player.

Claims

1. A video game communication assembly (100) for communicating command signals between a local video game (28) having at least two player ports (A, B), at least one set of player controls (20), and at least two operating modes, and at least one remote video game (30) through a medium (110) capable of transmitting a plurality of data signals and voice signals, said assembly (100) comprising:

control means (106) for controlling command signals received from a set of player controls (20) of the local video game (28) and for creating communication signals;

modem means (114) for bilaterally transmitting said communication signals between said control means (106) and at least one remote video game (30);

first port means (112) for bilaterally transmitting said communication signals between said control means (106) and said modem means (114), said assembly (100) characterized by

said control means (106) including transit time means (126) for determining the amount of time required for said communication signals to travel between said first port means (112) and the remote video game (30).

2. An assembly (100) as set forth in claim 1 further characterized by voice over data means (134) for simultaneously receiving voice signals and said communication signals and for transmitting said communication signals to said modem means (114).

3. An assembly (100) as set forth in either of claims 1 or 2 further characterized by pausing means (138) for automatically pausing the transmission of both the command signals and said communication signals upon receipt of a pause signal.

4. An assembly (100) as set forth in claim 3 further characterized by said control means (106) further including operating means (143) for creating operating signals to change the operating mode of the local video game (28).

5. An assembly (100) as set forth in claim 4 further characterized by said control means (106) including second port means (107) for receiving the command signals from the set of player controls (20).

6. An assembly (100) as set forth in claim 5 further characterized by said modem means (114) including a modem (154) for bilaterally receiving and transmitting said communication signals.

7. An assembly (100) as set forth in claim 6 further characterized by converting means (116) for converting the command signals received by said second port means (107) into said communication signals in serial data form and for converting said communication signals received by said modem means (114) into command signals in parallel data form to be used by the local video game (28).

8. An assembly (100) as set forth in claim 7 further characterized by said control means (106) further including first shift register means (108) for receiving the command signals from said second port means (107) and for transmitting the command signals to the port A of the local video game (12).

9. An assembly (100) as set forth in claim 8 further characterized by said control means (106) further including second shift register means (124) for receiving said communication signals transmitted by said converting means (116) in parallel form and for transforming said communication signals into the command signals.

10. An assembly (100) as set forth in claim 9 further characterized by said voice over data means (134) including first filtering means (136) for filtering the voice signals from said communication signals.

11. An assembly (100) as set forth in claim 10 further characterized by said first filtering means (136) including narrow band notch filters to filter said communication signals from of the voice signals.

12. An assembly (100) as set forth in claim 11 further characterized by microphone means (128) for transforming acoustical vibrations into the voice signals.

13. An assembly (100) as set forth in claim 12 further characterized by speaker means (128) for transforming the voice signals into acoustical vibrations.

14. An assembly (100) as set forth in claim 13 further characterized by said control means (106) including second filtering means (132) for filtering said communication signals from the voice signals.

15. A video game communication assembly (100) for communicating command signals between a local video game (12) having at least two player ports (A, B), one set of player controls (20), and a microprocessor (12), and at least one remote video game (30) in a medium capable of transmitting plurality of data signals and voice signals, said assembly (100) comprising:

control means (106) for receiving command signals from a set of player controls (20) from a local video game and for creating communication signals from the command signals;

modem means (114) for bilaterally transmitting said communication signals between said control means (106) and at least one remote video game (30);

first port means (112) for bilaterally transmitting said communication signals between said control means (106) and said modem means (114), said assembly (100) characterized by

voice over data means (134) for simultaneously receiving voice signals and said communication signals and for transmitting said communication signals to said modem means (114).

16. An assembly (100) as set forth in claim 15 further characterized by said voice over data means (134) including first filtering means (136) for filtering the voice signals from said communication signals.

17. An assembly (100) as set forth in claim 16 further characterized by said first filtering means (136) including narrow band notch filters to filter said communication signals from the voice signals.

18. An assembly (100) as set forth in claim 17 further characterized by pausing means (138) for automatically pausing the transmission of both the command signals and said communication signals upon receipt of a pause signal.

19. An assembly (100) as set forth in claim 18 further characterized by said control means (106) including second port means (107) for receiving the command signals from the one set of player controls (20).

20. An assembly (100) as set forth in claim 19 further characterized by first shift register means (108) for processing the command signals received from said second port means (107) into said communication signals and for parallelly transferring the command signals to a port (A) in the local video game (12).

21. An assembly (100) as set forth in claim 20 further characterized by said modem means (114) including a modem (154) for bilaterally receiving and transmitting said communication signals.

22. An assembly (100) as set forth in claim 21 further characterized by converting means (116) for converting the command signals received by said second port means (107) into said communication signals in serial data form and for converting said communication signals received by said modem means (114) into command signals in parallel data form to be used by the local video game (28).

23. An assembly (100) as set forth in claim 22 further characterized by said control means (106) further including second shift register means (124) for receiving said communication signals transmitted by said converting means in parallel form and sending said communication signals to a second port (B) of the local video game (12).

24. An assembly (100) as set forth in claim 23 further characterized by said control means (106) including microphone means (128) for transforming acoustical vibrations into the voice signals.

25. An assembly (100) as set forth in claim 24 further characterized by said control means (106) further including speaker means (128) for transforming the voice signals into acoustical vibrations.

26. An assembly (100) as set forth in claim 25 further characterized by said control means (106) further including second filtering means (132) for filtering said communication signals from the voice signals.

27. An assembly (100) as set forth in claim 26 further characterized by said pausing means (138) including receiving means for receiving the pause signal.

28. A video game communication assembly (100) for communicating command signals between a local video game having at least two player ports (A, B) and one set of player controls (20), and at least one remote video game (30) having two player ports in a medium capable of transmitting plurality of data signals and voice signals, said assembly (100) comprising:

control means (106) for controlling command signals received from the local video game and for creating communication signals;

modem means (114) for bilaterally transmitting said communication signals between said control means (106) and at least one remote video game (30);

first port means (112) for bilaterally transmitting said communication signals between said control means (106) and said modem means (114), said assembly (100) characterized by

pausing means (138) for automatically pausing the transmission of both the command signals and said communication signals upon receipt of a pause signal.

29. An assembly (100) as set forth in claim 28 further characterized by said control means (106) including second port means (107) for receiving the command signals from the local video game (12).

30. An assembly (100) as set forth in claim 29 further characterized by converting means (116) for converting the command signals received by said second port means (107) into said communication signals in serial data form and for converting said communication signals received by said modem means (114) into command signals in parallel data form to be used by the local video game (28).

31. An assembly (100) as set forth in claim 30 further characterized by said modem means (114) including a modem (154) for bilaterally receiving and transmitting said communication signals.

32. An assembly (100) as set forth in claim 31 further characterized by said control means (106) further including second shift register means (124) for receiving said communication signals transmitted by said converting means in parallel form and sending said communication signals to a second port (B) of the local video game (12).

33. An assembly (100) as set forth in claim 32 further characterized by said control means (106) including microphone means (128) for transforming acoustical vibrations into the voice signals.

34. An assembly (100) as set forth in claim 33 further characterized by said control means (106) further including speaker means for transforming the voice signals into acoustical vibrations.

35. An assembly (100) as set forth in claim 34 further characterized by said control means (106) including second filtering means for filtering said communication signals from the voice signals.

36. A video game communication assembly (100) for communicating command signals between a local video game (12) and at least one remote video game (30) having two player ports (A, B) in a medium capable of transmitting plurality of data signals and voice signals, said assembly (100) comprising:

local video game means including at least two player ports (A, B), at least one set of player controls (20) for orchestrating a video game;

control means (106) for controlling command signals received from said set of player controls (20) and for creating communication signals from the command signals;

modem means (114) for bilaterally transmitting said communication signals between said control means (106) and at least one remote video game (30);

first port means (112) for bilaterally transmitting said communication signals between said control means (106) and said modem means (114), said assembly (100) characterized by

said control means (106) including transit time means (126) for determining the amount of time required for said communication signals to travel between said first port means (112) and at least one of said remote video games (30).

37. An assembly (100) as set forth in claim 36 further characterized by voice over data means (134) for simultaneously transmitting voice signals and said communication signals to said communicating means.

38. An assembly (100) as set forth in either of claims 36 or 37 further characterized by pausing means (138) for automatically pausing the transmission of both the command signals and said communication signals upon receipt of a pause signal.

39. A video game communications circuit for communicating command signals between a local video game having at least two player ports (A, B), at least one set of player controls (20), and at least one remote video game (30) in a medium capable of transmitting plurality of data signals and voice signals, said circuit comprising:

a first microprocessor (140) electrically connected to one set of player controls (20), two player ports (A, B) and an oscillating circuit (Y1, C2, C3, R2);

two player port logic circuits (108,

     124) electrically connected between said first microprocessor (140) and the two player ports (A, B);

a switch (150) connected to said first microprocessor (140) having at least two positions;

a modem circuit (114) electrically connected to said first microprocessor (140) for bilaterally transmitting communication signals to and from said first microprocessor (140);

a voice over data circuit (134) for filtering voice signals from communication signals and for transmitting both to said modem circuit (114); and

communication couplers (L1, L2) for connecting said voice over data circuit (134) to the medium of communication.

40. A method for communicating command signals of a video game between a local video game (12) having player controls (20) and two ports (A, B) and a remotely located video game (30) over a defined medium of communication, the method comprising the steps of:

receiving command signals from the player controls (20);

transferring the command signals to the local video game (12);

converting the command signals to communication signals;

transmitting the communication signals to a remotely located video game (30), the method characterized by

delaying the transmission of the command signals to the local video game until the communication signals reach the remotely located video game (30).

41. A method as set forth in claim 40 further characterized by receiving communication signals representing command signals from the remotely located video game (30).

42. A method as set forth in claim 41 further characterized by converting the communication signals received into command signals.

43. A method as set forth in claim 42 further characterized by converting the command signals received by the player input (20) into communication signals suitable for transmission in the communication medium.

44. A method as set forth in claim 43 further characterized by filtering out the communication signals received from the communication medium from other signals.

45. A method as set forth in claim 44 further characterized by pausing the transmission of communication and command signals upon receiving a pause signal.