Data dial system and method

• US 5,390,240 A
• Filed: 10/08/1992
• Issued: 02/14/1995
• Est. Priority Date: 10/08/1992
• Status: Expired due to Term

• Current Assignee: Verizon Patent and Licensing Incorporated (Verizon Communications Inc.)
• Original Assignee: Williams Telecommunications Group, Inc.
• Inventors: Sensney, Cleatus R.
• Primary Examiner(s): Kuntz, Curtis
• Assistant Examiner(s): WOO, STELLA L
• Application Number:
  US07/957,939
• Time in Patent Office: 859 Days
• Field of Search: 379/94, 379/97, 379/96, 379/95, 379/93, 379/98, 379/102, 379/104, 379/105, 379/54, 379/53, 379/85, 379/202, 379/203, 379/204, 379/205, 379/206, 379/173, 379/172, 379/171, 379/165 , 379/88
• US Class Current: 379/93.14
• CPC Class Codes: H04N 7/173 with two-way working, e.g. subscriber sending a programme selection signal

Abstract

A data dial system having at least one matrix switch, one or more user terminals, one or more Touch-Tone push button telephones, and at least one processor. The matrix switch can switch the user terminals between various inputs and outputs. The Touch-Tone push button telephones, each of which has a dual-tone-multiple-frequency keypad, generates signals which can actuate the processor. The processor controls the operation of the matrix switch, for switching signals between signal sources and signal destinations by establishing connections and by performing disconnections of the various inputs and outputs of the matrix switch.

Claims

1. A data dial system comprising:

a matrix switch having a first plurality of inputs, a first plurality of outputs, a second plurality of inputs and a second plurality of outputs, wherein a first input of the first plurality of inputs, responsive to a first control signal, connects to at least one of the first plurality of outputs, and a first output of the second plurality of outputs, responsive to the first control signal, connects to one of the second plurality of inputs, respectively, and wherein said matrix switch, responsive to a second control signal, disconnects the first input from the connected one of the first plurality of outputs, and disconnects the first output from the connected one of the second plurality of inputs, respectively;

a plurality of user terminals, with each of said plurality of user terminals operatively coupled to one of the first plurality of inputs and to one of the second plurality of outputs, respectively;

a plurality of "Touch-Tone" push button telephones, with each of said plurality of "Touch-Tone" push button telephones having a dual-tone-multiple-frequency (DTMF) keypad for generating DTMF signals;

a dial tone generator, coupled to each of said plurality of "Touch-Tone" push button telephones, for providing a direct current biasing level for operating each of said plurality of "Touch-Tone" push button telephones;

a DTMF-ASCII converter, operatively coupled to said dial tone generator and responsive to each DTMF signal, for converting each DTMF signal to an ASCII signal; and

a processor, operatively coupled to said matrix switch and to said DTMF-ASCII converter, responsive to a first ASCII signal, for generating the first control signal for connecting the first input to at least one of the first plurality of outputs and for connecting the first output to one of the second plurality of inputs, and responsive to a second ASCII signal, for generating the second control signal for disconnecting the first input and the first output.

4. The data dial system as in claim 1, further comprising:

a plurality of coaxial cables for coupling each of said plurality of user terminals to at least one of the first plurality of inputs of said matrix switch and to at least one of the second plurality of outputs of said matrix switch.

5. The data dial system as in claim 4, further comprising:

at least one wall outlet, coupled to each of said plurality of "Touch-Tone" push button telephones, coupled to said plurality of coaxial cables, coupled to said dial tone generator, for connecting each of said plurality of "Touch-Tone" push button telephones to said plurality of coaxial cables, respectively, and to said dial tone generator.

6. The data dial system as in claim 5, wherein each of said plurality of user terminals includes a DS-1 codec.

7. The data dial system as in claim 5, wherein each of said plurality of user terminals includes a DS-3 codec.

8. The data dial system as in claim 7,

wherein at least one of the plurality of user terminals includes a DS-1 codec.

9. The data dial system as in claim 5, further comprising:

at least one local area network (LAN) gateway, with each LAN gateway operatively coupled to a respective one of the first plurality of outputs of said matrix switch.

10. The data dial system as in claim 5, wherein said processor further includes at least one microprocessor for running a predetermined program and for generating the first control signal and for generating the second control signal.

11. The data dial system as in claim 10, further comprising:

display means, operatively coupled to each of said plurality of user terminals, for displaying images.

12. The data dial system as in claim 10, further comprising:

an audio device, operatively coupled to each of said plurality of user terminals, for outputting audio signals.

13. The data dial system as in claim 12, wherein said audio device further includes:

a voice synthesizer for outputting synthesized voice audio signals.

14. The data dial system as in claim 11, further comprising:

a combiner, coupled to the second plurality of outputs of said matrix switch, for combining a plurality of video signals as a combined signal and for outputting the combined signal; and

wherein said display means is operatively coupled to said combiner and responsive to the combined signal for displaying the combined signal as a plurality of images.

15. The data dial system as in claim 11, wherein said predetermined program outputs, to a caller, at least one video message on said display means.

16. The data dial system as in claim 15, wherein said predetermined program outputs, to the caller, at least one video menu on said display means.

17. The data dial system as in claim 12, wherein said predetermined program outputs, to a caller, at least one audio message on said audio device of said user terminal.

18. The data dial system as in claim 17, wherein said predetermined program outputs, to the caller, at least one audio menu on said audio device.

2. A data dial system comprising:

a matrix switch having a first plurality of inputs, a first plurality of outputs, a second plurality of inputs and a second plurality of outputs, wherein a first input of the first plurality of inputs, responsive to a first control signal, connects to at least one of the first plurality of outputs, and a first output of the second plurality of outputs, responsive to the first control signal, connects to at least one of the second plurality of inputs, respectively, and wherein said matrix switch, responsive to a second control signal, disconnects the first input from the connected one of first plurality of outputs, and disconnects the first output from the connected one of the second plurality of inputs, respectively;

a user terminal, with said user terminal operatively coupled to one of the first plurality of inputs of said matrix switch and to one of the second plurality of outputs of said matrix switch;

a "Touch-Tone" push button telephone having a dual-tone-multiple-frequency (DTMF) keypad for generating DTMF signals;

a DTMF-ASCII converter, operatively coupled to said "Touch-Tone" push button telephone, responsive to each DTMF signal for converting each DTMF signal to an ASCII signal; and

a processor, operatively coupled to Said matrix switch and to said DTMF-ASCII converter, responsive to a first ASCII signal for generating the first control signal for connecting the first input to at least one of the first plurality of outputs and the first output to one of the second plurality of inputs of said matrix switch, and responsive to a second ASCII signal for generating the second control signal for disconnecting the first input and the first output of said matrix switch.

19. The data dial system as in claim 2, further comprising:

a plurality of "Touch-Tone" push button telephones, each of said plurality of "Touch-Tone" push button telephones having a dual-tone-multiple-frequency (DTMF) keypad for generating DTMF signals; and

a private switched telephone network (PSTN), operatively coupled to said plurality of "Touch-Tone" push button telephones.

20. The data dial system as in claim 19, further comprising:

a plurality of coaxial cables for coupling said user terminal to at least one of the first plurality of inputs of said matrix switch and to at least one of the second plurality of outputs of said matrix switch.

21. The data dial system as in claim 20, further comprising:

a plurality of dial tone generators for providing a direct current biasing level for operating said plurality of "Touch-Tone" push button telephones; and

at least one wall outlet, coupled to a respective one of said plurality of "Touch-Tone" push button telephones, coupled to said plurality of coaxial cables, coupled to said plurality of dial tone generators, for connecting a respective one of said plurality of "Touch-Tone" push button telephones to said plurality of coaxial cables and to said plurality of dial tone generators.

22. The data dial system as in claim 21, wherein said user terminal includes a DS-1 codec.

23. The data dial system as in claim 21, wherein said user terminal includes a DS-3 codec.

24. The data dial system as in claim 23, further comprising:

a plurality of user terminals, with each user terminal operatively coupled to one of the first plurality of inputs of said matrix switch and to one of the second plurality of outputs of said matrix switch; and

wherein at least one of the plurality of user terminals includes a DS-1 codec.

25. The data dial system as in claim 21, further comprising:

at least one local area network (LAN) gateway, with each LAN gateway operatively coupled to a respective one of the first plurality of outputs of said matrix switch.

26. The data dial system as in claim 21, wherein said processor further includes at least one microprocessor for running a predetermined program and for generating the first control signal and for generating the second control signal.

27. The data dial system as in claim 26, further comprising:

display means, operatively coupled to said user terminal, for displaying images.

28. The data dial system as in claim 26, further comprising:

an audio device, operatively coupled to said user terminal, for outputting audio signals.

29. The data dial system as in claim 28, wherein said audio device further includes:

a voice synthesizer for outputting synthesized voice audio signals.

30. The data dial system as in claim 27, further comprising:

a combiner, coupled to the second plurality of outputs of said matrix switch, for combining a plurality of video signals as a combined signal and for outputting the combined signal; and

wherein said display means is operatively coupled to said combiner and responsive to the combined signal for displaying the combined signal as a plurality of images.

31. The data dial system as in claim 27, wherein said predetermined program outputs, to a caller, at least one video message on said display means of said user terminal.

32. The data dial system as in claim 31, wherein said predetermined program outputs, to the caller, at least one video menu on said display means of said user terminal.

33. The data dial system as in claim 28, wherein said predetermined program outputs, to the caller, at least one audio message on said audio device of said user terminal.

34. The data dial system as in claim 33, wherein said predetermined program outputs, to the caller, at least one audio menu on said audio device of said user terminal.

35. The data dial system as in claim 19, further comprising:

a plurality of matrix switches, each of said plurality of matrix switches having a first plurality of inputs, a first plurality of outputs, a second plurality of inputs and a second plurality of outputs, wherein a first input of the first plurality of inputs, responsive to a first control signal, connects to at least one of the first plurality of outputs, and a first output of the second plurality of outputs, responsive to the first control signal, connects to at least one of the second plurality of inputs, respectively, and wherein each of said plurality of matrix switches, responsive to a second control signal, disconnects the first input from the connected one of first plurality of outputs, and disconnects the first output from the connected one of the second plurality of inputs, respectively; and

a plurality of trunk lines for coupling the first plurality of outputs of a first matrix switch to the second plurality of inputs of a second matrix switch, and for coupling the first plurality of outputs of the second matrix switch to the second plurality of inputs of the first matrix switch.

36. The data dial system as in claim 35, further comprising:

a plurality of amplifiers, coupled to said plurality of trunk lines, connected at the first plurality of outputs of the first matrix switch and connected at the first plurality of outputs of the second matrix switch.

37. The data dial system as in claim 36, wherein said plurality of amplifiers includes a plurality of line build out (LBO) cards.

3. A data dial system comprising:

a plurality of matrix switches, each of said plurality of matrix switches having a first plurality of inputs, a first plurality of outputs, a second plurality of inputs and a second plurality of outputs, with a first input of the first plurality of inputs, responsive to a first control signal, connecting to at least one of the first plurality of outputs, and a first output of the second plurality of outputs, responsive to the first control signal, connecting to at least one of the second plurality of inputs, respectively, and with each of said plurality of matrix switches, responsive to a second control signal, disconnecting the first input from the connected one of first plurality of outputs, and disconnecting the first output from the connected one of the second plurality of inputs, respectively;

a plurality of user terminals, with each of said plurality of user terminals operatively coupled to one of the first plurality of inputs of said matrix switch and to one of the second plurality of outputs of said matrix switch;

a plurality of "Touch-Tone" push button telephones, each of said plurality of "Touch-Tone" push button telephones having a dual-tone-multiple-frequency (DTMF) keypad for generating DTMF signals;

a plurality of DTMF-ASCII converters, operatively coupled to said plurality of "Touch-Tone" push button telephones, responsive to each DTMF signal for converting each DTMF signal to a corresponding ASCII signal; and

a plurality of processors, each of said plurality of processors operatively coupled to a respective one of said plurality of matrix switches and to a respective one of said plurality of DTMF-ASCII converters, responsive to a first ASCII signal for generating the first control signal, responsive to a second ASCII signal for generating the second control signal, for routing a communications channel through said plurality of matrix switches.

38. The data dial system as in claim 3, further comprising:

a private switched telephone network (PSTN), operatively coupled to said plurality of "Touch-Tone" push button telephones.

39. The data dial system as in claim 38, further comprising:

a plurality of trunk lines for coupling the first plurality of outputs of a first matrix switch to the second plurality of inputs of a second matrix switch, and for coupling the first plurality of outputs of the second matrix switch to the second plurality of inputs of the first matrix switch.

40. The data dial system as in claim 39, further comprising:

a plurality of amplifiers, coupled to said plurality of trunk lines, connected at the first plurality of outputs of the first matrix switch and connected at the first plurality of outputs of the second matrix switch.

41. The data dial system as in claim 40, wherein said plurality of amplifiers includes a plurality of line build out (LBO) cards.

42. A data dial system comprising:

switching means having a first plurality of inputs, a first plurality of outputs, a second plurality of inputs and a second plurality of outputs, for connecting, in response to a first control signal, a first input of the first plurality of inputs to at least one of the first plurality of outputs and for connecting a first output of the second plurality of outputs to one of the second plurality of inputs, respectively, for disconnecting, in response to a second control signal, the first input from the connected one of first plurality of outputs, and for disconnecting the first output from the connected one of the second plurality of inputs, respectively;

output means, operatively coupled to one of the first plurality of inputs and to one of the second plurality of outputs, respectively, for outputting video messages and video menus to a caller;

push button means for generating dual-tone-multiple-frequency (DTMF) signals;

generating means, coupled to said push button means, for generating a direct current biasing level for operating said push button means;

converting means, operatively coupled to said generating means, for converting DTMF signals to ASCII signals; and

processing means, operatively coupled to said switching means and to said converting means, for generating the first control signal and the second control signal and for routing a communications channel through said switching means.

43. The data dial system as set forth in claim 42, further comprising:

means for connecting said push button means and said generating means through an outlet on a wall.

44. The data dial system as set forth in claim 43, wherein said processing means further includes:

means for running a predetermined program.

45. The data dial system as set forth in claim 44, wherein said output means outputs audio messages and audio menus to a caller.

46. The data dial system as set forth in claim 44, further comprising:

combining means for combining a plurality of video signals as a combined signal and for outputting the combined signal;

wherein said output means is operatively coupled to said combining means and responsive to the combined signal for displaying the combined signal as a plurality of images.

47. The data dial system as set forth in claim 44, further comprising:

network means for interconnecting said push button means.

48. The data dial system as set forth in claim 47, further comprising:

first coding and decoding means for coding and decoding signals in a DS-1 format.

49. The data dial system as set forth in claim 48, further comprising:

second coding and decoding means for coding and decoding signals in a DS-3 format.

50. The data dial system as set forth in claim 47, further comprising:

trunk means for interconnecting said switching means; and

amplifier means, coupled to said trunk means, for amplifying signals transmitted by said trunk means.

51. A method, using a data dial system, for routing signals comprising the steps of:

a. waiting for a caller to input a user signal on a push button keypad from a "Touch-Tone" push button telephone;

b. determining if the caller inputs a first user signal or a second user signal;

c. generating, in response to the first user signal, a first dual-tone-multiple-frequency (DTMF) signal from the first user signal;

d. converting, in response to the first DTMF signal, the first DTMF signal to a first ASCII signal;

e. generating, in response to the first ASCII signal, a first control signal;

f. connecting, in response to the first control signal, a first input of a first plurality of inputs of a matrix switch to at least one of a first plurality of outputs;

g. connecting, in response to the first control signal, a first output of a second plurality of outputs of the matrix switch to at least one of a second plurality of inputs;

h. generating, in response to the second user signal, a second dual-tone-multiple-frequency (DTMF) signal from the second user signal;

i. converting, in response to the second DTMF signal, the second DTMF signal to a second ASCII signal;

j. generating, in response to the second ASCII signal, a second control signal;

k. disconnecting, in response to the second control signal, the first input of the matrix switch from at least one of the first plurality of outputs; and

l. disconnecting, in response to the second control signal, the first output of the matrix switch from at least one of the second plurality of inputs.

52. The method as set forth in claim 51, further including, before step (b), the step of:

m. generating a direct current biasing level for operating the "Touch-Tone" push button telephone.

53. The method as set forth in claim 52, further including, after step (m) and before step (b), the step of:

n. outputting to the caller, through a user terminal, a video message on a display screen.

54. The method as set forth in claim 53, further including, after step (n) and before step (b), the step of:

o. outputting to the caller, through the user terminal, an audio message by an audio device.

55. The method as set forth in claim 52, further including, after step (i) and before step (j), the step of:

p. routing a video signal from a source, through the matrix switch, to a destination.

56. The method as set forth in claim 52, further including, after step (i) and before step (j), the step of:

q. routing an audio signal from a source, through the matrix switch, to a destination.

57. The method as set forth in claim 52, further including, after step (m) and before step (b), the step of:

n. outputting to the caller, through a user terminal, a video message on a display screen.

58. The method as set forth in claim 52, further including, after step (m) and before step (b), the step of:

n. outputting to the caller, through a user terminal, an audio message by an audio device.

59. The method as set forth in claim 57, further including, after step (i) and before step (j), the step of:

o. routing a video signal from a source, through a plurality of matrix switches, to a destination.

60. The method as set forth in claim 57, further including, after step (i) and before step (j), the step of:

p. routing an audio signal from a source, through a plurality of matrix switches, to a destination.

61. The method as set forth in claim 59, further including, after step (o) and before step (j), the steps of:

p. amplifying the video signal; and

q. transmitting the video signal from first one of the plurality of matrix switches to a second one of the plurality of matrix switches.