Interactive exercise monitoring system and method

• US 5,598,849 A
• Filed: 01/20/1995
• Issued: 02/04/1997
• Est. Priority Date: 07/21/1992
• Status: Expired due to Fees

• Current Assignee: Hayle Brainpower P/L
• Original Assignee: Hayle Brainpower P/L
• Inventors: Browne, Neville J.
• Primary Examiner(s): Kamm, William E.
• Application Number:
  US08/374,632
• Time in Patent Office: 746 Days
• Field of Search: 128/689, 128/690, 128/706, 128/707, 128/903, 128/904, 364/413.04, 364/413.05, 364/413.06
• US Class Current: 600/520
• CPC Class Codes: A63B 2225/20 with means for remote communication, e.g. internet or the like
• CPC Class Codes: A63B 2230/06 heartbeat rate only
• CPC Class Codes: A63B 2230/062 used as a control parameter for the apparatus
• CPC Class Codes: A63B 24/00 Electric or electronic controls for exercising apparatus of preceding groups; Controlling or monitoring of exercises, sportive games, training or athletic performances

Abstract

A fitness monitoring system comprises a personal exercise monitoring device which is preprogrammed with data to guide a user in a desirable exercise regime. The monitoring device includes communication means enabling connection to a central computer system for downloading data recorded during an exercise session to the central computer. The central computer has stored information enabling it to compare this information and that sent by the monitoring device to provide performance reports. These enable feedback to the user via a personal trainer.

Claims

1. An exercise monitoring system for monitoring the progress of a user in an exercise regimen, comprising master data processing means and a user monitor, the data processing means having storage means to store a preset physical parameter value relating to the user'"'"'s exercise regimen and data receiving means to receive data transmitted by the user monitor, and the user monitor having exercise monitoring means to monitor a user'"'"'s exercise event to measure a parameter value relating to the user exercise event, data storage means to store the measured parameter value and data transmitting means for transmitting the stored measured parameter value to the master data processing means after the exercise event is completed, the master data processing means further including data comparison means to compare the measured parameter value transmitted by the user monitor with the stored preset physical parameter value relating to the user'"'"'s exercise regimen, and reporting means for reporting deviation of the transmitted parameter value from the stored physical parameter value whereby to monitor the user'"'"'s progress in the exercise regimen.

2. The exercise monitoring system of claim 1 wherein the physical parameter measuring means is a heart-rate monitor including a transducer for monitoring a pulse of the user to produce a signal indicative of the pulse and signal processing means arranged to provide a signal indicative of an instantaneous heart rate of the user, which is stored as the measured parameter value.

3. The exercise monitoring system of claim 2 wherein each of a plurality of users is provided with a user monitor such that user exercise events of each of the plurality of users may be simultaneously monitored and the storage means of the master data processing means has a capacity to store a preset physical parameter for each of the plurality of users, the data receiving means is accessible by each of the user monitors to receive a transmitted measured parameter value from each user monitor and the data comparison means compares each transmitted measured parameter value with a respective one of the stored preset physical parameters.

4. The exercise monitoring system of claim 3 wherein the user monitor includes preset value storage means for storing values for the preset physical parameter corresponding to values stored in the master data processing means.

5. The exercise monitoring system of claim 4 wherein the user monitor includes indicating means in communication with the data comparison means to indicate when a measured physical parameter measured during the user'"'"'s exercise event is above or below the preset value stored in the preset value storage means to assist the user in maintaining the physical parameter as close as possible to the stored values in the master data processing means.

6. The system of claim 5 wherein the transmission means sequentially transmits to the master data processing means, all of the plurality of values of the measured physical parameters stored in the user monitor for comparison with the preset values stored in the master data processing means.

7. The exercise monitoring system of claim 5 wherein the heart rate data stored in the preset value storage means defines a heart-rate profile, against time, during the period of a single exercise event, and the indicating means includes comparison means for comparing the heart-rate of the user during the exercise event with the stored heart-rate profile, to determine whether or not the user'"'"'s heart-rate is within predetermined limits of the heart-rate profile.

8. The exercise monitoring system of claim 7 wherein the heart-rate data stored in the preset value storage means is stored as a series of heart-rate values for predetermined time intervals during the exercise event.

9. The exercise monitoring system of claim 5 wherein the user monitor includes time stamp storage means for storing data indicating a date and time of an exercise event, the date and time data being transmitted to the master data processing means with the physical parameter data for the particular exercise event, to enable the master data processing means to establish the time at which the exercise event occurred.

10. The exercise monitoring system of claim 5 wherein the user monitor includes identification means programmed with identification data which enables identification of the user monitor by the master data processing means, this identification data being transmitted to the master data processing means with the physical parameter data.

11. The system of claim 2 wherein the user monitor includes event memory means for storing a plurality of values of the measured physical parameter measured at predetermined intervals during the performance of the exercise event by the user and the storage means of the master data processing means has a capacity to store the plurality of values for the measured physical parameter measured at the predetermined intervals over a period of time corresponding to the length of time of the user'"'"'s exercise event.

12. The exercise monitor system of claim 2 wherein the master data processor includes an interactive voice recording means on which a personal trainer associated with a respective one of the users may make a voice recording, the voice recording being accessible by the respective user to receive feedback from his trainer.

13. The exercise monitoring system of claim 2 wherein the master data processing means is arranged to operate in an unattended manner, and the data receiving means includes an auto-answer means to automatically establish communication with a user monitor in response to a transmission initiated by the user monitor and to thereby receive data from the user monitor.

14. The exercise monitoring system of claim 13 wherein the user monitor includes an interfacing means for connection to a standard telephone handset to send information down a telephone line and the data receiving means of the mater data processing means is an auto answer modem.

15. An exercise monitor for facilitating monitoring of the progress of a user in an exercise regime, the exercise monitor including exercise monitoring means to monitor a user exercise event physical parameter measuring means to measure physical parameter data during an exercise event, storage means to store the measured parameter values and data transmitting means for transmitting the stored measured physical parameter data to a central monitoring system after the exercise event is completed.

16. The exercise monitor of claim 15 wherein the physical parameter measuring means is a heart-rate monitor including a transducer for monitoring a pulse of the user to produce a signal indicative of the pulse and signal processing means arranged to provide a signal indicative of an instantaneous heart rate of the user, which is stored as the measured parameter value.

17. The exercise monitor of claim 16 wherein the central monitoring system includes storage means for storing preset values for the physical parameter defining a heart rate profile, against time, for the period of a single exercise event.

18. The exercise monitor of claim 17 wherein the user monitor includes preset value storage means arranged to store preset values for the physical parameter corresponding to values stored in the storage means of the central monitoring system.

19. The exercise monitor of claim 18 wherein the heart-rate is stored as a plurality of heart-rate readings for predetermined time intervals during the exercise event.

20. The exercise monitor of claim 19 wherein the monitor includes event memory means for storing a plurality of values of the physical parameter measured during the performance of the exercise event by the user for later transmission to the central monitoring system by the transmission means.

21. The exercise monitor of claim 20 wherein the storage means of the user monitor is programmed with data which enables identification of the user monitor by the central monitoring system, and this identification data is transmitted to the central monitoring system and the physical parameter data and including logging mode initiating means.

22. The exercise monitor of claim 21 wherein the monitor stores data indicting date and time of an exercise event, the date and time data being transmitted with the physical parameter data for the particular exercise event, to enable the central monitoring system to establish the time at which the exercise event occurred.

23. The exercise monitor of claim 16, the monitor including data comparison means to compare the measured parameter value with a preset value for a point in the profile corresponding to a current position in the exercise event, indicating means in communication with the comparison means to indicate when a physical parameter value measured during the user'"'"'s exercise event is above or below the corresponding parameter value stored in the present value storage means to assist the user in maintaining the physical parameter as close as possible to an expected parameter profile.

24. The exercise monitor of claim 23 wherein the preset value storage means is arranged to store heart-rate data in a form defining a heart-rate profile, against time, during the period of a single exercise event, and the indicating means includes comparison means for comparing the heart-rate of the user during the exercise event with the stored heart-rate profile, to determine whether or not the user'"'"'s heart-rate is within predetermined limits of the heart-rate profile.

25. The exercise monitor of claim 23 wherein the transmission means is arranged to transmit all of the plurality of stored values of the measured physical parameter stored during a single exercise event to the central monitoring system.

26. The exercise monitor of claim 15 including logging mode initiating means and wherein the control means is responsive to the logging mode initiating means for measuring the physical parameter over an extended period of time and to store sample values of the measured parameter in the storage means at regular sample time intervals.

27. The exercise monitor of claim 26 wherein the control means monitors the storage means and when the storage means is full the control means increases the sample interval and discards previously stored samples which do not correspond to the increased sample interval to provide storage space for further samples.

28. The exercise monitor of claim 27 wherein the sample interval is initially set at a value of 3 seconds and when the interval is increased, its increased value is two times the previous value of the sample interval.

29. A method of monitoring the progress of a user in an exercise regimen, comprising the steps of storing a preset physical parameter target value relating to the user'"'"'s exercise regimen in a master data processing means, monitoring a user exercise event by measuring and storing the physical parameter value using a user monitoring device, transmitting the stored measured parameter value relating to the exercise event from the user monitoring device to the master data processor means after the exercise event is completed, and using the master data processing means to compare the transmitted parameter value with the stored preset physical parameter value relating to the user'"'"'s exercise regimen to determine the user'"'"'s performance from the results of the comparison step and reporting the user'"'"'s performance relative to his preset value.

30. The method of monitoring of claim 29 wherein the step of measuring the physical parameter includes the steps of measuring the user'"'"'s pulse and determining the user'"'"'s heart-rate from the pulse measurements and in the transmission step the measured parameter transmitted to the master data processor is the user'"'"'s heart-rate.

31. The method of monitoring of claim 30 wherein the step of monitoring the exercise events of a user is repeated for a plurality of users using a plurality of user monitoring devices and the steps of transmitting a measured physical parameter to the master data processing means and storing the measured parameter in the storage means of the master data processing means are performed for each of the plurality of users, each user independently transmitting the measured physical parameter value measured by the respective user monitoring device to the master data processing means and a comparison of transmitted and stored parameters being performed for each user to produce a respective performance report for that user.

32. The method of monitoring of claim 31 including indicating when any physical parameter measured during the user'"'"'s exercise event is above or below the corresponding preset parameter value stored in the master data processing means to assist the user in maintaining the physical parameter as close as possible to the expected parameter profile.

33. The method of monitoring of claim 30 wherein the preset value storage step of the master data processor stores a plurality of values for the physical parameter in the master data processing means corresponding to an expected parameter profile over a period of time presenting the length of time of the user'"'"'s exercise event.

34. The method of monitoring of claim 33 including storing preset values for the physical parameter in the user monitoring device, corresponding to values stored in the master data processing means.

35. The method of monitoring of claim 34 including storing the physical parameters measured during the performance of a single exercise event by the user in an event memory in the user monitoring device.

36. The method of monitoring claim 35 including downloading all of the stored values of the physical parameters measured during the exercise event to the master data processing means and comparing the measured parameters with the preset values stored therein after the exercise event is completed.

37. The method of monitoring of claim 35 wherein the step of storing the preset data in the user monitoring device includes storing heart-rate data in a form defining a heart-rate profile, against time, during the period of a single exercise event, and the step of comparing each measured physical parameter with the corresponding stored preset value is performed by comparing the heart-rate of the user during the exercise event with the stored heart-rate profile, and the indicating step indicates whether or not the user'"'"'s heart-rate is within predetermined limits of the heart-rate profile.

38. The method of monitoring of claim 37 wherein the step of storing the measured heart-rate data includes storing a plurality of heart-rate readings for predetermined time intervals during the exercise event.

39. The method of monitoring of claim 38 wherein the step of storing the measured heart rate data includes a step of determining and storing data indicative of a date and time of an exercise event in the user monitoring device and the transmitting step includes transmitting the date and time data together with the measured physical parameter data for the particular exercise event, to enable the master data processor to establish the time of the exercise event.

40. The method of monitoring of claim 37 including storing identification data in the monitoring device which enables identification of the user by the master data processing means and the transmission step includes transmitting the identification data with the measured physical parameter data.

41. The method of monitoring of claim 29 including a review step wherein a personal trainer associated with a respective one of the users examines the report produced on the user and makes a voice recording of feedback information on an interactive voice recording means and a feedback step in which the respective user accesses the voice recording to receive feedback information from his trainer.

42. The method of monitoring of claim 29 including operating the master data processing means in an unattended manner, a data receiving means associated with the master data processing means for automatically establishing communication with a user monitoring device in response to a transmission initiated by the user monitoring device, and receiving data transmitted from the user monitoring device and passing the data to the master data processing means.

43. The method of monitoring of claim 42 wherein the transmitting step includes communications with the master data processing means via dial-up telephone connection.

44. The method of monitoring of claim 43 wherein the transmitting step includes connecting the user monitoring device to a standard telephone handset via an acoustic interfacing means, dialing up a connection with the master data processor by using a dialing mechanism of the handset and then transmitting a data modulated signal down a telephone line via the handset, receiving the transmitted data at the receiving means via an auto answer modem with which the data modulated signal is compatible.