Systems and Methods of Telemonitoring

1 . A monitoring system for a continuous passive motion exercise unit comprising:

a control panel that can be used to establish an exercise schedule for a person recovering from a surgical procedure;

control circuits coupled to the panel that can receive and store an exercise schedule; and

a wireless communications interface, coupled to the control circuits that transmits exercise related information for the person to a displaced site.

2 . A system as in claim 1 where the control panel includes a multi-dimensional display unit, and the control circuits present a graphical user's interface on the display unit.

3 . A system as in claim 2 with an exercise schedule enterable via the graphical user's interface.

4 . A system as in claim 2 which includes circuitry to download an exercise schedule, via the wireless communications interface, from the displaced site.

5 . A system as in claim 2 which includes voice output circuitry coupled to the control circuits which provides verbal feedback for the person.

6 . A system as in claim 5 where the control panel includes at least one manually operable input that provides exercise related feedback.

7 . A system as in claim 6 where the control circuits forward the exercise related feedback to the displaced site via the communications interface.

8 . A system as in claim 5 where the control circuits include a programmable processor and associated control software.

9 . A system as in claim 8 which includes a unit that stores at least one exercise schedule.

10 . A system as in claim 9 where the unit stores a plurality of exercise records for the person.

11 . A system as in claim 8 where the control software, when executed by the processor, periodically forwards, via the communications interface, exercise indicia related to the person.

12 . A system as in claim 1 which includes, at the displaced site, a common unit that stores exercise indicia related to a plurality of persons.

13 . A system as in claim 12 which includes a display unit and a graphical user's interface, coupled to the common unit, that presents exercise indicia associated with a selected person.

14 . A system as in claim 13 where a temporal sequence of exercise indicia associated with the selected person can be presented on the display unit.

15 . A system as in claim 1 where the control circuits include an interface to a continuous passive motion exercise unit.

16 . A system as in claim 11 where the control circuits include an interface to a continuous passive motion exercise unit.

17 . A monitoring system for a touch pad comprising:

control circuits;

a graphical display unit coupled to the control circuits including graphical user's interface software;

a first interface, coupled to the control circuits, to transfer and receive information to and from a displaced monitoring location;

a second interface, coupled to the control circuits and an input/output port, the port can be coupled to an exercise-type touch pad, the second interface receives contact indicating signals, via the port, indicative of activities at the touch pad, the second interface transfers representations of the signals to the control circuits.

18 . A system as in claim 17 which includes exercise presentation circuitry that visually presents a sequence of exercises for use with the touch pad.

19 . A system as in claim 18 where the presentation circuitry releasibly receives an exercise sequence carrying medium.

20 . A system as in claim 19 where the medium is one of an optical medium or a magnetic medium.

21 . A system as in claim 17 where the control circuits include at least one programmable processor and associated control software.

22 . A system as in claim 17 where the first interface transmits wireless signals to the displaced monitoring location.