Wireless signal transfer by sound waves

• US 20060019605A1
• Filed: 07/20/2004
• Published: 01/26/2006
• Est. Priority Date: 07/20/2004
• Status: Abandoned Application

• Current Assignee: Jeng-Jye Shau
• Original Assignee: Jeng-Jye Shau
• Inventors: Shau, Jeng-Jye
• Application Number:
  US10/896,354
• Publication Number:
  US 20060019605A1
• Time in Patent Office: Days
• US Class Current: 455/66.100
• CPC Class Codes: H04B 5/00 Near-field transmission systems, e.g. inductive or capacitive transmission systems
• CPC Class Codes: H04B 5/0006 using a receiver structurally associated with a loudspeaker or an earphone

Abstract

The present invention uses mechanical sound waves as sound waves as signal carriers for establishing wireless connections for wide varieties of devices. Example applications include computer mice, computer keyboard, video game controller, wireless telephone, cellular phone, household appliance control, ID device, and security system.

Claims

1. A wireless signal transfer device for sending signals from an input device to an electrical device using mechanical sound waves as signal carriers, said wireless signal transfer device comprises:

(a) an input device for receiving inputs,

(b) one or a plurality of instruments for sending out mechanical sound signals,

(c) control means for modifying the properties of the mechanical sound signals sent by said instrument(s) based on predefined relationships between said inputs and the properties of said mechanical sound signals,

(d) one or a plurality of sound detectors for converting said mechanical sound signals sent by said instrument(s) into electrical signals, and

(e) an electrical device for executing operations based on the electrical signals provided by said sound detector(s).

2. The control means in claim 1 modifies the amplitudes of the mechanical sound signals.

3. The control means in claim 1 modifies the phases of the mechanical sound signals.

4. The control means in claim 1 modifies the frequencies of the mechanical sound signals.

5. The control means in claim 1 modifies the tune of the mechanical sound signals.

6. The control means in claim 1 modifies the duty cycle of the mechanical sound signals.

7. The control means in claim 1 modifies the time interval between bursts of the mechanical sound signals.

8. The control means in claim 1 modifies the length of the mechanical sound signals.

9. The control means in claim 1 modifies more than one properties of the mechanical sound signals.

10. The control means in claim 1 modifies the properties of the mechanical sound signals using the same modulation methods used for radio frequency (RF) electromagnetic (EM) waves.

11. The wireless signal transfer device in claim 1 comprises a computer mouse.

12. The computer mouse in claim 11 comprises:

(a) a tracking ball,

(b) a instrument for sending out mechanical sound signals,

(c) an integrated circuit (IC) for modifying the properties of said mechanical sound signals in according to the mouse motions detected by said tracking ball.

13. The computer mouse in claim 11 comprises:

(a) a tracking ball,

(b) one or a plurality of sound instruments,

(c) control means that stimulates said sound instruments to send out characteristic mechanical sound signals based on the motion of said tracking ball.

14. The sound instrument(s) in claim 13 are vibration plate(s).

15. The computer mouse in claim 11 is an optical mouse.

16. The wireless signal transfer device in claim 1 comprises an adaptor that comprises

(a) a socket compatible with the socket of an existing wired connection,

(b) at least one sound detector for converting mechanical sound signals into electrical signals,

(c) electrical circuit components for translating said electrical signals in (b) into signals compatible with existing wired connections.

17. The socket in claim 16 is compatible with universal serial bus (USB) socket.

18. The socket in claim 16 is compatible with computer serial bus.

19. The socket in claim 16 is compatible with that of wired video game controller.

20. The socket in claim 16 is compatible with wired cellular phone headset connection.

21. The socket in claim 16 is compatible with wired telephone headset connection.

22. The socket in claim 16 is compatible with wired microphone connection.

23. The socket in claim 16 is compatible with wired earphone connection.

24. Means for improving signal quality for the signal transfer device in claim 1 comprises

(a) means to divide available bandwidth into multiple channels,

(b) means to evaluate signal quality in different channels,

(c) means to select proper channels for signal transfer.

25. The means to evaluate signal quality in claim 24 comprises

(a) means to sent out known data,

(b) means to compare transferred data with known data in order to measure the quality of a channel.

26. The means to evaluate signal quality in claim 24 comprise

(a) means to stop signal transfer for a quiet period of time,

(b) means to measure background noise during said quiet period in order to measure the quality of a channel.

27. The wireless signal transfer device in claim 1 comprises a video game controller.

28. The video game controller in claim 27 is connected to a game box through an adaptor in claim 18.

29. The video game controller in claim 27 is adapted to control game boxes of different brands.

30. The inputs to the input device in claim 1 are human voices.

31. The human voice in claim 30 is carried by modulated ultrasound signals for wireless transfer to communication devices.

32. The modulated ultrasound signals in claim 31 are digitized.

33. The wireless signal transfer device in claim 1 comprises a headset.

34. The headset in claim 33 communicates with a cellular phone through an adaptor of claim 20.

35. The wireless signal transfer device in claim 1 comprises a microphone.

36. The wireless signal transfer device in claim 1 comprises a cellular phone.

37. The wireless signal transfer device in claim 1 comprises a computer that comprises sound detector(s) for receiving mechanical sound signals form input devices.

38. The wireless signal transfer device in claim 1 comprises a computer that comprises instrument(s) for sending out mechanical sound signals to control other devices.

39. The wireless signal transfer device in claim 1 comprises a telephone answering machine that provides the options to send out mechanical sound signals for controlling other devices.

40. The wireless signal transfer device in claim 1 comprises a switch that response to mechanical sound signals.

41. The wireless signal transfer device in claim 1 comprises a converter that converts the mechanical sound signals into other types of wireless control signals.

42. The wireless control signals in claim 41 are infrared (IR) remote control signals.

43. The input device in claim 1 is a motion detector.

44. The instrument in claim 1 is an audio key for sending out characteristic mechanical sound signals for identification (ID)).

45. The audio key in claim 44 comprises electrical circuits that control the sound ID signals sent by sound instrument.

46. The electrical circuits in claim 45 comprise programmable devices for programming the ID signals.

47. The audio key in claim 44 comprises an air pump for stimulating sound signals.

48. The audio key in claim 44 comprises at least one whistler for sending out ID sound signals.

49. The whistler in claim 48 comprises means to adjust it ID sound signals.

50. The audio key in claim 44 comprises at least on string for sending out ID sound signals.

51. The string in claim 50 comprises means to adjust its ID sound signals.

52. The mechanical sound signals in claim 1 are ultrasound signals.