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A training shoe for soccer includes a pressure-responsive sensor mounted with respect to a soccer shoe at a selected location, for example at the instep or along the laces at the top of the shoe. When a soccer ball is kicked at the selected location, the sensor provides an electrical signal to a mic

A training shoe for soccer includes a pressure-responsive sensor mounted with respect to a soccer shoe at a selected location, for example at the instep or along the laces at the top of the shoe. When a soccer ball is kicked at the selected location, the sensor provides an electrical signal to a microprocessor, causing selection logic in the microprocessor to choose one of several control words. The selected control word is provided to a voice playback circuit to select one of several digital data sets, each set corresponding to a different sound. The playback circuit provides an analog electrical control signal to a speaker, thereby generating a selected sound corresponding to the selected digital data set. System components can be mounted permanently to a shoe, or to a cover or strap arrangement releasably mounted to the shoe.

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1. A training device to promote improved ball handling skills, including:a pressure-responsive sensing component comprising a first sensor positionable near an instep of a shoe and a second sensor positionable along a top of the shoe, each of the sensors being adapted to generate an electrical senso

1. A training device to promote improved ball handling skills, including:a pressure-responsive sensing component comprising a first sensor positionable near an instep of a shoe and a second sensor positionable along a top of the shoe, each of the sensors being adapted to generate an electrical sensor signal when subjected to pressure from momentary contact with a ball or other object; anda signaling component spaced apart from said sensing component, operatively coupled to the sensing component and adapted to generate a sensible signal responsive to the generation of said electrical sensor signal. 2. The device of claim 1 wherein:the first and second sensors comprise first and second flexible membrane switches, respectively. 3. The device of claim 1 wherein:the first and second sensors are permanently mounted to the shoe. 4. The device of claim 1 wherein:the first and second sensors are removably mounted with respect to the shoe. 5. The device of claim 4 further including:a component support structure supporting the sensing component and the signaling component, and adapted for a removable mounting to the shoe. 6. The device of claim 5 wherein:the support structure comprises a cover adapted to at least substantially surround the shoe. 7. The device of claim 5 wherein:the support structure comprises a strap arrangement. 8. The device of claim 1 further including:an electrical conductor disposed between the sensing component and the signaling component to conduct the electrical sensor signal from the sensing component toward the signaling component. 9. The device of claim 1 wherein:the signaling component comprises a speaker, whereby the sensible signal is audible. 10. The device of claim 9 wherein:the speaker is mounted proximate a heel of the shoe. 11. The device of claim 1 further including:a selector operably coupled to the sensing component and adapted, in response to receiving the electrical sensor signal, to select one of a plurality of control outputs individually associated with a plurality of different sensible signals, and to provide the selected control output to the signaling component thereby causing the signaling component to generate the sensible signal associated with the selected control output. 12. The device of claim 11 wherein:said selector comprises a microprocessor having a memory including a plurality of control words, and selection logic adapted to alternatively select different ones of the control words responsive to receiving the sensor signal; andan audio playback circuit adapted, responsive to receiving a selected control word, to generate the control output corresponding to the selected control word. 13. The device of claim 12, wherein:the microprocessor logic includes a random generator to effect random selections of the control words. 14. The device of claim 1 further including:a playback component adapted to store data representing at least one sensible signal, operatively coupled between the sensing component and the signaling component to provide a control output associated with said data to the signaling component responsive to the generation of the electrical sensor signal; anda recording component operatively coupled to the playback component for storing said data to the playback component. 15. An athletic training apparatus, including:a pressure-responsive sensing component positionable at a selected sensing location on a shoe, adapted to generate a sensor signal when subjected to pressure from momentary contact with a ball or other object;a signaling component configured to alternatively and individually generate a plurality of different sensible signals; anda selecting component disposed between the sensing component and the signaling component to receive the sensor signal and adapted, in response to receiving the sensor signal, to select one of a plurality of control outputs individually associated with the plurality of different sensible signals, and to provide the selected control out put to the signaling component thereby causing the signaling component to generate the sensible signal associated with the selected control output;wherein the selecting component comprises a microprocessor having a memory for storing different control words, each control word associated with a different one of the control outputs, said microprocessor incorporating selection logic for selecting one of the control words in response to receiving the sensor signal; andwherein the selecting component further comprises a playback circuit coupled to the microprocessor and adapted to generate the control output associated with the selected control word. 16. The training apparatus of claim 15 wherein:the sensing component, signaling component and selecting component are fixed to the shoe. 17. The training apparatus of claim 15 wherein:the sensing component comprises a flexible membrane switch mounted along an instep of the shoe. 18. The training apparatus of claim 15 further including:electrical conductors electrically coupling the sensing component to the selecting component and coupling the selecting component to the signaling component, wherein the sense signals and the control outputs comprise electrical signals. 19. The training apparatus of claim 15 wherein:the sensible signals comprise audible signals, and the signaling component comprises a speaker mounted to the shoe. 20. The training apparatus of claim 15 wherein:said sensing component comprises a first sensor mounted to an instep of the shoe upper, and a second sensor mounted to a top of the shoe. 21. The training apparatus of claim 15 further including:a recording component for storing a further control word to the memory of the microprocessor, for storing data representing a further control output to the audio playback circuit, and for associating the further control output with the further control word whereby the audio playback circuit generates the further control output responsive to receiving the further control word. 22. The training apparatus of claim 15 wherein:the selection logic in the microprocessor is configured to randomly select the control words. 23. A training apparatus for teaching kicking techniques, including:a component support structure adapted for a removable mounting in a working position with respect to an individual's foot;a pressure-responsive sensing component carried by the support structure, comprising a first sensor located proximate an instep of the foot when the support structure is in the working position, and a second sensor located proximate a top of the foot when the support structure is in the working position, each of the first and second sensors being adapted to generate a sensor signal when subjected to pressure exceeding a predetermined threshold; anda signaling component carried by the support structure in spaced apart relation to the sensing component, operatively coupled to the sensing component, and adapted to generate a sensible signal responsive to the generation of the sensor signal. 24. The apparatus of claim 23 further including:an electrically conductive path between the sensing component and the signaling component, wherein the sensor signal comprises an electrical signal. 25. The apparatus of claim 23 wherein:the signaling component comprises a speaker, wherein the sensible signal comprises an audible signal. 26. The apparatus of claim 23 further including:a selecting component disposed between the sensing component and the signaling component to receive the sensor signal and adapted, in response to receiving the sensor signal, to select one of a plurality of control outputs, wherein said sensible signal comprises a plurality of different sensible signals individually associated with the control outputs; andwherein the selecting component further is adapted to provide the selected control output to the signaling component thereby causing the signaling component to generate the sensible signal associated with the selected control output. 27. The apparatus of claim 26 wherein:the selecting component comprises a microprocessor having a memory for storing different control words, each control word individually associated with one of the control outputs, and selection logic for selecting one of the control words in response to receiving the sensor signal; andaudio playback device coupled to the microprocessor and adapted to generate the control output associated with the selected control word. 28. The apparatus of claim 27 wherein:said selection logic effects random selections of the control words. 29. The apparatus of claim 23 wherein:the support structure comprises a cover adapted to surround a shoe. 30. The apparatus of claim 23 wherein:the support structure comprises a strap arrangement. 31. The apparatus of claim 23 wherein:the support structure comprises a shoe. 32. The apparatus of claim 23 further including:a playback component adapted to store data representing at least one sensible signal and operatively coupled between the pressure-responsive sensing component and the signaling component to provide a control output associated with said data to the signaling component responsive to the generation of the sensor signal; anda recording component operatively coupled to the playback component for storing said data to the playback component. 33. A training device including:a pressure-responsive sensing component positionable along a selected region of a shoe and adapted to generate an electrical sensor signal when subjected to pressure from momentary contact with a ball or other object;a signaling component spaced apart from said selected region of the shoe, adapted to generate different ones of a plurality of sensible signals responsive to receiving different ones of a plurality of control signals individually associated with the sensible signals; anda selector operably coupled to the sensing component, adapted to store a plurality of control words individually associated with the control signals, and further adapted, in response to consecutive episodes of receiving the electrical sensor signal, to alternatively select different ones of the control words according to a selection logic, thereby to select associated ones of the control signals according to said logic, and further to provide the selected control signals to the signaling component thereby causing the signaling component to generate selected ones of the sensible signals according to said selection logic. 34. The device of claim 33 wherein:said selector comprises a microprocessor having a memory for storing the control words, and incorporating the selection logic; anda playback circuit adapted, to receive the selected control words and to generate the control signals associated with to the selected control words. 35. The device of claim 33 wherein:the selection logic includes a random generator to effect random selections of the control words. 36. The device of claim 33 further including:a playback component adapted to store data representing at least one of the sensible signals, operatively coupled between the sensing component and the signaling component to provide a control output associated with said data to the signaling component responsive to the generation of the electrical sensor signal; anda recording component operatively coupled to the playback component for storing said data to the playback component. 37. The device of claim 33 wherein:the sensing component comprises a flexible membrane switch. 38. The device of claim 33 wherein:the sensing component is permanently mounted to the shoe. 39. The device of claim 33 wherein:the sensing component is removably mounted with respect to the shoe. 40. The device of claim 39 further including:a component support structure supporting the sensing component and the signaling component, and adapted for a removable mounting to the shoe. 41. The device of claim 40 wherein:the support structure comprises a cover adapted to at least subs tantially surround the shoe. 42. The device of claim 40 wherein:the support structure comprises a strap arrangement. 43. The device of claim 33 further including:an electrical conductor disposed between the sensing component and the signaling component to conduct the electrical sensor signal from the sensing component toward the signaling component. 44. The device of claim 33 wherein:the signaling component comprises a speaker, whereby the sensible signal is audible. 45. The device of claim 44 wherein:the speaker is mounted proximate a heel of the shoe. 46. The device of claim 33 wherein:said sensing component comprises a first sensor positionable near an instep of the shoe and a second sensor positionable along a top of the shoe.