JP2004321585A - Exercise therapy guidance management device - Google Patents

Abstract

Kind Code: A1 The exercise therapy guidance management device can display a heart rate index exercise amount, a step count, and a calorie consumption amount during an appropriate exercise of an exerciser by a simple device, and the exercise or lifestyle of the exerciser can be indicated by a doctor or lifestyle instruction. To be able to know at any time whether it is being performed according to the prescription of the person.
Kind Code: A1 An exercise therapy guidance management apparatus for an exerciser who performs appropriate exercise according to a prescription uses a heart rate detection / transmitter, a body motion detector, and a heart rate detected by the heart rate detection / transmitter. A microcomputer 6 for calculating the upper and lower heart rates taking in at least the average heart rate and exercise intensity of the exerciser during proper exercise, and further calculating the number of steps and calorie consumption during proper exercise; And a memory card 10 for storing time-dependent changes in heart rate index exercise amount, step count, and calorie consumption.
[Selection diagram] Fig. 1

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention may be applied as a medical device or a health device in the guidance management of exercise therapy for lifestyle-related diseases performed under the guidance of a doctor and lifestyle instructor or in the self-management of exercise therapy performed by the athlete. The present invention relates to an exercise therapy guidance management device that can perform exercise therapy.
[0002]
[Prior art]
Exercise used by physicians and lifestyle instructors to provide appropriate guidance to individuals individually for patients with various diseases called lifestyle-related diseases and their reserves to promote health and improve lifestyle. Pedometers and calorie counters using acceleration sensors as evaluation and recording devices, lifestyle recorders that record physical activity, and appropriate exercise amount indicating devices that enable the user to exercise while recognizing appropriate exercise intensity was there.
[0003]
The pedometer and the calorie counter both use the number of steps or calorie consumption as an index and recognize the amount of exercise performed after the end of exercise.However, the amount of exercise is not recorded over time. The momentum cannot be recorded over time.
[0004]
Although the lifestyle recorder records the physical activity over time using the number of steps and the calorie consumption, exercise data based on a heart rate reflecting various physiological functions is not introduced. The appropriate exercise amount indicating device uses the heart rate during exercise as an index, but cannot record the heart rate for a long period of time, and also measures the number of steps and calorie consumption that are evaluated as daily physical activity. Can not do it.
[0005]
For example, Japanese Patent Application Laid-Open No. 2000-93409 discloses an exercise level temporal storage device that includes means for detecting physical activity by an acceleration sensor, determining a physical exercise level, and storing a representative value of the exercise level over time. An apparatus is disclosed.
[0006]
Japanese Patent Application Laid-Open No. 6-105829 focuses on the fact that the heart rate is proportional to the exercise intensity as the intensity of exercise, and considers the heart rate obtained by applying the Carbonen's formula used in the field of exercise therapy. There is disclosed a portable appropriate exercise amount indicating measure in which a number is used as an index to indicate by voice whether or not the exercise being performed is appropriate.
[0007]
However, none of the conventional devices can simultaneously determine a heart rate index appropriate exercise amount, an appropriate number of steps, and an appropriate amount of calorie consumption using a heart rate as an index. It was inconvenient for active athletes to know if their exercises and lifestyle were being performed as prescribed by a doctor or lifestyle instructor.
[0008]
In addition, the obtained data related to the heart rate index proper exercise amount, proper step count and proper calorie consumption are stored together with date and time data, and an external computer can read the stored data for a certain period for analysis. Since it was not something that could be supplied at the same time, it was necessary for the doctor or lifestyle instructor to review and correct whether the heart rate index appropriate amount of exercise, the number of steps and the amount of calories burned were appropriate It was inconvenient when making a determination as to whether or not.
[0009]
[Problems to be solved by the invention]
Accordingly, the present invention provides an exercise therapy guidance management apparatus for an exerciser who performs an appropriate exercise according to a prescription, using a heart rate detected from a heart rate detection site on the surface of the exerciser's body, during the exercise of the exerciser during the appropriate exercise. It is possible to display the heart rate index exercise amount using the heart rate as an index, and to display the number of steps and calorie consumption during the appropriate exercise of the exerciser calculated from the movement of the waist of the exerciser. And a heart rate index using the heart rate during proper exercise as an index, the number of steps during proper exercise, and the calorie consumption during proper exercise can be obtained simultaneously as a single device, With a simple device, an exerciser performing exercise therapy can know at any time whether or not his / her exercise and lifestyle are being performed as prescribed by a doctor or lifestyle instructor. In the, it is intended to provide a therapeutic exercise leadership management device.
[0010]
In addition, the present invention, as an exercise therapy guidance management device for an exerciser who performs an appropriate exercise according to a prescription, a heart rate index exercise amount as an index of the heart rate during the exercise of the exerciser, the number of steps during the exercise of the exerciser and Each data relating to the calorie consumption during the exercise of the exerciser can be stored together with the date and time data, and an external computer can read and supply an arbitrary set period of the stored data for analysis by an external computer. The physician or lifestyle instructor should make sure that the heart rate index during proper exercise, the number of steps and the amount of caloric expenditure of the exerciser receiving lifestyle guidance are appropriate, or An object of the present invention is to provide an exercise therapy guidance management device that can provide appropriate basic data when making a determination as to whether a review or correction is necessary. .
[0011]
[Means for Solving the Problems]
In order to solve the above-mentioned problem, an exercise therapy guidance management apparatus according to the present invention according to claim 1 is an exercise therapy guidance management apparatus for an exerciser who performs an appropriate exercise according to a prescription, wherein the exercise therapy instruction management apparatus is provided on the body surface of the exerciser. Heart rate detecting means to be worn on the heart rate detecting part of the exerciser, body motion detecting means to be worn on the waist of the exerciser, and at least a set time during proper exercise of the exerciser using the heart rate detected by the heart rate detecting means. Heart rate index exercise amount calculation means for calculating upper and lower heart rates taking in the average heart rate and exercise intensity for each interval, and the number of steps during proper exercise of the exerciser from the body movement detected by the body movement detection means. A step number calculating means for calculating; and a calorie consumption calculating means for calculating calorie consumption during proper exercise of the exerciser.
[0012]
The exercise therapy guidance management apparatus according to claim 1, wherein the heart rate index exercise amount calculated by the heart rate index exercise amount calculating means, the number of steps during proper exercise calculated by the step number calculating means, and the calorie consumption. Display means for displaying the calorie consumption during proper exercise calculated by the calculating means, and a heart rate index exercise quantity during proper exercise calculated by the heart rate index exercise quantity calculating means and during proper exercise calculated by the step count calculating means. Storage means for storing changes over time of the number of steps and the calorie consumption during proper exercise calculated by the calorie consumption calculation means.
[0013]
An exercise therapy guidance management apparatus according to the present invention according to claim 2, wherein the exercise therapy guidance management apparatus for an exerciser who performs an appropriate exercise in accordance with a prescription, wherein the heartbeat detection to be worn on a heartbeat detection site on the body surface of the exerciser. Means, a body movement detecting means worn on the waist of the exerciser, and an average heart rate and exercise intensity at least for each set time interval during proper exercise of the exerciser using the heart rate detected by the heart rate detecting means. Heart rate index exercise amount calculating means for calculating the upper and lower heart rates, the step count calculating means for calculating the number of steps during proper exercise of the exerciser from the body movement detected by the body movement detecting means, Calorie consumption calculating means for calculating calorie consumption during proper exercise of the exerciser from body movement detected by the movement detecting means.
[0014]
In the exercise therapy guidance management apparatus according to the second aspect of the present invention, the heart rate index exercise amount data representing the heart rate index exercise amount during proper exercise calculated by the heart rate index exercise amount operation means is calculated by the step number operation means. A memory for storing step count data representing the number of steps during proper exercise, and calorie consumption data representing calorie consumption during proper exercise calculated by the calorie consumption calculating means, together with date and time data by the timing means, and By supplying the set number of days of each of the data to an external computer, a trend analysis data supply unit for analyzing a trend of the set number of days relating to the appropriate exercise performed by the exerciser is provided. I have.
[0015]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a configuration of an exercise therapy guidance management device according to an embodiment of the present invention. FIG. 2 is a front view showing an example of an operation display surface of a main body of the exercise therapy guidance management device of FIG. FIG. 4 is a right side view of the main body of the exercise therapy guidance management device of FIG. 2, FIG. 4 is an operation procedure flow chart for explaining an example of a specific operation procedure by the exercise therapy guidance management device of FIG. 1, and FIG. A daily trend graph on the amount of exercise created and analyzed by an external personal computer based on data recorded on a memory card installed in the main body of the exercise therapy guidance management device of FIG. FIG. 6 is a one-month trend graph relating to exercise amount created and analyzed by an external personal computer based on data recorded on a memory card installed in a main body.
[0016]
First, in FIG. 1, an athlete 4 operates a constant setting operation unit 7 provided in the exercise therapy guidance management device 2 to specify the age, gender, weight, date, time, doctor or lifestyle instructor or the individual. When each constant of the appropriate exercise intensity is input, a signal corresponding to each constant is sent to the microcomputer 6, and the constant is set.
[0017]
The heartbeat detection / transmitter 3, which is a heartbeat detection unit, is attached to a heartbeat detection site on the body surface of the exerciser 4 by an attachment device such as an adhesive tape or a band, and detects a heartbeat. After the radio signal transmitted from the heartbeat detection / transmitter 3 is shaped into a square wave corresponding to the electrocardiogram R wave by the reception / pulsation waveform shaper 5 arranged on the main body 2 of the exercise therapy guidance management device 1. Is sent to the microcomputer 6 which is an appropriate momentum calculating means.
[0018]
The microcomputer 6 calculates the average heart rate for one minute, determines the heart rate at rest, calculates the upper limit heart rate and the lower limit heart rate corresponding to the appropriate exercise amount taking in the exercise intensity, and executes the appropriate exercise being executed. Are counted. Whether or not the proper exercise is being performed can be confirmed by the buzzer sound generated from the buzzer 8 as necessary. The buzzer 8 sounds at intervals of one second, for example, when the exerciser 4 is exercising at an appropriate exercise intensity, and is set to 0. 0 when the exerciser 4 is excessively exercising beyond the range of the appropriate exercise intensity. The buzzer 8 sounds at intervals of 5 seconds, such as sounding at intervals of 5 seconds, and sounding at intervals of 2 seconds when the exerciser 4 is exercising with a small amount of exercise less than the appropriate exercise intensity. The exercise intensity of No. 4 can be notified. The display 9 as the data display means displays a menu for operating the exercise therapy guidance management device 1 and a menu for setting constants.
[0019]
The exerciser 4 performs the operation and the constant setting of the exercise therapy guidance management device 1 while interacting with the screen of the display 9, that is, in an interactive manner. It is possible to monitor the average heart rate for one minute in real time on the screen of the display 9.
[0020]
The microcomputer 6 and the clocking means composed of the clock circuit 11 manage the date and time. A memory card 10, which is a means for supplying data to an external personal computer 14 and is detachable from the main body 2 of the exercise therapy guidance management device 1, is connected to the microcomputer 6 via a slot, and is operated by operating the constant setting operation unit 7. It is possible to record a constant set in the microcomputer 6, an average heart rate calculated by the microcomputer 6, a proper exercise execution integrated time which is an integrated value of a time when the appropriate exercise is executed, a date and a time.
[0021]
A body motion detector 12, which is a body motion detecting means, provided on the main body 2 of the exercise therapy instruction management device 1, detects a vertical motion of the exerciser and generates a body motion signal. After being amplified by the signal amplifier 13, it is sent to the microcomputer 6 which is a body movement calculating means. The microcomputer 6 counts the number of steps of the exerciser 4 based on a signal from the body movement detector 12 due to the vertical vibration of the exerciser 4 during proper exercise, The calorie consumption calculated from the physical characteristic values such as age, gender, and weight of No. 4 is calculated.
[0022]
The number of steps and calorie consumption of the exerciser are displayed in real time on the screen of the display 9 as the data display means by selecting and operating a switch of the constant setting operation unit 7. Through this, it is possible to monitor changes in the number of steps and calorie consumption of the exerciser.
[0023]
The memory card 10 serving as a means for supplying data to the external personal computer 14 includes, in the memory card 10, the results of the calculation of the number of steps counted by the microcomputer 6, the calorie consumption, and the above-mentioned average heart rate, proper exercise execution integration time, date, and The time can be recorded.
[0024]
In FIG. 2 showing an example of an operation display surface of the main body 2 of the exercise therapy instruction management device 1 constituted by the above-described respective components, the heartbeat detection / transmitter 3 is provided at a heartbeat detection site on the surface of the body of the exerciser 4. When worn, the power of the heartbeat detection / transmitter 3 is turned on, and the heartbeat detection / transmitter 3 transmits a heartbeat signal. When the memory card 10 is inserted into the slot of the main body 2 of the exercise therapy guidance management device 1 in this state, the power of the main body 2 of the exercise therapy guidance management device 1 is turned on, and the reception / pulsation waveform shaper 5 of FIG. Receiving a heartbeat signal from the transmitter 3;
[0025]
The button switch of the constant setting operation unit 7 functions as a switch for setting various constants, a switch for selecting a screen of the display 9, or a switch for sounding the buzzer 8 in FIG. In addition, the buzzer 8 is for monitoring the range of the appropriate exercise amount of the exercise performed by the exerciser 4 as necessary. Further, the display 9 functions as a monitor of the operation status of the constant setting operation unit 7 in an interactive manner and various data. The memory card 10 records and saves various data, and functions as a data supply unit to the external personal computer 14. When the memory card 10 is removed from the main body 2 of the exercise therapy guidance management device 1, the power of the main body 2 of the exercise therapy guidance management device 1 is automatically turned off.
[0026]
In FIG. 3 showing a lateral side view of the main body 2 of the exercise therapy instruction management device 1, a clip 15 is formed to protrude from the back cover surface of the main body 2, and the exercise therapy instruction management device 1 is utilized by using the clip 15. Can be easily attached to the waist of the exerciser 4, for example. A front cover 16 is detachably attached to the front surface side of the main body 2. The front cover 16 can protect the constant setting operation unit 7 and the display 9.
[0027]
Next, the operation procedure of the exercise therapy guidance management device 1 of FIG. 1 will be described with reference to the operation procedure flowchart of FIG. In STEP 1, first, the athlete 4 receives a prescription of an appropriate amount of exercise when the exerciser 4 performs the exercise therapy from a doctor or a lifestyle instructor, or the athlete 4 prescribes an appropriate amount of exercise. Then, in STEP 2, when the memory card 10 is inserted into the slot provided in the main body 2 of the exercise therapy guidance management device 1, the power of the main body 2 of the exercise therapy guidance management device 1 is automatically turned on.
[0028]
In STEP 3, personal data such as age, gender, weight, and exercise intensity for proper exercise amount, and date and time are input in an interactive manner while referring to the screen of the display unit 9. Then, in STEP 4, the main body 2 of the exercise therapy guidance management device 1 is mounted on the waist of the exerciser 4. Further, in STEP 5, when the heartbeat detection / transmitter 3 is mounted on a heartbeat detection site on the body surface of the exerciser 4, the power of the heartbeat detection / transmitter 3 is automatically turned on.
[0029]
In STEP 6, the exerciser 4 measures the resting heart rate in a state where the exerciser 4 is resting by taking a deep breath in a sitting position or the like. As a result, in STEP 7, the resting heart rate is measured, and the “GO” sign is displayed on the screen of the display 9. Therefore, in STEP 8, the exerciser 4 presses the “ENT” button of the constant setting operation unit 7. Then, STEP9, STEP10, STEP11 and STEP12 automatically proceed. In STEP9, the microcomputer 6 calculates the appropriate amount of exercise. In STEP10, the microcomputer 6 calculates the average heart rate. In, the microcomputer 6 calculates the number of steps, and in STEP12, calculates the calorie consumption.
[0030]
Subsequently, STEP13, STEP14, STEP15, and STEP16 also automatically proceed. In STEP13, the time series data of the appropriate exercise amount calculated by the microcomputer 6 is stored in the memory card 10, and in STEP14, the time is calculated by the microcomputer 6. The time-series data of the averaged heart rate is stored in the memory card 10, the time-series data of the number of steps calculated by the microcomputer 6 is stored in the memory card 10 in STEP 15, and calculated by the microcomputer 6 in STEP 16. The time series data of the consumed calorie consumption is stored in the memory card 10.
[0031]
When the exercise amount measurement is terminated in STEP 17, the memory card 10 is removed from the slot of the main body 2 of the exercise therapy guidance management device 1, and the power supply of the main body 2 of the exercise therapy guidance management device 1 is automatically turned off. Further, in STEP 18, when the heartbeat detection / transmitter 3 is removed from the surface of the body of the exerciser 4, the power of the heartbeat detection / transmitter 3 is automatically turned off.
[0032]
In STEP 19, the analysis of the exercise data executed by the exerciser 4 is executed by inserting the memory card 10 into the slot of the external personal computer 14. In step 20, in order to know whether or not the exerciser 4 is exercising with the appropriate exercise intensity, two switch buttons on the constant setting operation unit 7 are simultaneously pressed. Sounds at intervals of one second, for example, when the exerciser 4 is exercising at an appropriate exercise intensity, and 0. 0 when the exerciser 4 is excessively exercising beyond the range of the appropriate exercise intensity. The buzzer 8 sounds at intervals of 5 seconds, such as sounding at intervals of 5 seconds, and sounding at intervals of 2 seconds when the exerciser 4 is exercising with a small amount of exercise less than the appropriate exercise intensity. The exercise intensity of No. 4 can be notified.
[0033]
When the same exerciser restarts the exercise amount measurement in STEP 22, the memory card 10 is inserted into the slot of the main body 2 of the exercise therapy guidance management device 1 in STEP 23, and thereafter, the process returns to STEP 4 in FIG. On the other hand, when the same person newly executes exercise therapy management, or when another person executes exercise therapy management, the process is executed from STEP 1 in FIG.
[0034]
The exercise therapy guidance management device 1 supplies the exercise data recorded on the memory card 10 to an external personal computer 14, and also makes a trend graph of a change in the amount of exercise for a number of days set by the exerciser 4, for example, a day. For example, by making a trend graph of the change in the amount of exercise during an arbitrarily selected period of several days, one month, several months, one year, or more, in addition to the doctor and lifestyle instructor, the person himself / herself can analyze the data in a table. It has software that makes it easy to do.
[0035]
FIG. 5 shows an example in which a change in the daily exercise amount of the exerciser 4 is converted into a trend graph by the above-described software of the exercise therapy instruction management device 1. In FIG. 5, the horizontal axis shows the time of day, the upper part of the vertical axis shows the average heart rate of the exerciser for one minute and the calorie consumption per unit time at each time, and the lower part of the vertical axis Shows the number of steps per unit time at each time when the exerciser performs the appropriate exercise.
[0036]
FIG. 6 shows an example of a trend graph of a change in the exercise amount of the exerciser 4 for one month by the above-mentioned software of the exercise therapy guidance management device 1. In FIG. 6, the abscissa indicates the date of one month, the upper part of the ordinate indicates the appropriate exercise execution time of each day of the exerciser, and the lower part of the ordinate indicates the appropriate exercise execution time of each day of the exerciser. The number of steps when the exercise is performed and the amount of calories consumed when the appropriate exercise is performed are shown.
[0037]
The exercise therapy guidance management device shown in FIGS. 1 to 6 is merely an example of a preferred embodiment of the present invention, and the present invention may be implemented in various forms within the scope of the claims. It can be carried out according to the embodiment.
[0038]
【The invention's effect】
According to the exercise therapy guidance management device of the present invention, the following effects can be obtained.
(1) The exercise therapy guidance management device according to the first aspect of the present invention is an exercise therapy guidance management device for an exerciser who performs an appropriate exercise in accordance with a prescription, wherein the exercise therapy instruction management device is provided for a heartbeat detection site on the body surface of the exerciser. Heart rate detecting means to be worn; body motion detecting means to be worn on the waist of the exerciser; and average heart rate at least for each set time interval during proper exercise of the exerciser using the heart rate detected by the heart rate detecting means. Heart rate index exercise amount calculating means for calculating upper and lower heart rates taking in number and exercise intensity; and step number calculating means for calculating the number of steps during proper exercise of the exerciser from the body movement detected by the body movement detecting means. A calorie consumption calculating means for calculating calorie consumption during proper exercise of the exerciser; a heart rate index exercise amount during proper exercise calculated by the heart rate index exercise amount calculating means; Display means for displaying the number of steps during proper exercise calculated by the calorie consumption and the calorie consumption during proper exercise calculated by the calorie consumption calculating means, respectively, and the heart rate during proper exercise calculated by the heart rate index exercise amount calculating means. Storage means for storing each change with time of the index exercise amount, the number of steps during proper exercise calculated by the step number calculation means and the calorie consumption during proper exercise calculated by the calorie consumption calculation means, Using the heart rate detected from the heart rate detection site on the surface of the exerciser's body, it is possible to display the heart rate index exercise amount using the heart rate during the exercise of the exerciser as an index, and to show the exerciser's lower back The number of steps and calorie consumption of the exerciser calculated from the body movement of the exerciser can be displayed. The number and calorie expenditure during proper exercise can be obtained simultaneously by a unitized device, and exercisers who are exercising with exercise therapy can use their simple devices to adjust their exercise and lifestyle by a doctor or lifestyle instructor. It can be known at any time whether or not it is being performed as prescribed.
(2) The exercise therapy guidance management device according to the second aspect of the present invention is an exercise therapy guidance management device for an exerciser who performs an appropriate exercise in accordance with a prescription, wherein the heartbeat detection site on the body surface of the exerciser is provided. Heart rate detecting means to be worn; body motion detecting means to be worn on the waist of the exerciser; and average heart rate at least for each set time interval during proper exercise of the exerciser using the heart rate detected by the heart rate detecting means. Heart rate index exercise amount calculating means for calculating upper and lower heart rates taking in number and exercise intensity; and step number calculating means for calculating the number of steps during proper exercise of the exerciser from the body movement detected by the body movement detecting means. A calorie consumption calculating means for calculating calorie consumption during proper exercise of the exerciser from the body movement detected by the body movement detecting means, and a properness calculated by the heart rate index exercise amount calculating means. Heart rate index exercise amount data representing the moving heart rate index exercise amount, step number data representing the number of steps during proper exercise calculated by the step number calculation means, and calorie consumption during proper exercise calculated by the calorie consumption amount calculation means. A memory for storing the calorie consumption data together with the date and time data by the timing means, and supplying the set number of days of each of the data stored in the memory to an external computer, whereby the setting relating to the appropriate exercise performed by the exerciser is provided. And a trend analysis data supply means for analyzing the trend for the number of days performed, the heart rate index exercise amount using the heart rate during the exercise of the exerciser as an index, the number of steps during the exercise of the exerciser, and the exerciser. The data related to the calorie consumption during proper exercise are saved together with the date and time data, and the saved data can be set arbitrarily. An external computer can read and supply the time period for analysis, and a doctor or lifestyle instructor can provide a heart rate index during proper exercise, It is possible to provide appropriate basic data when determining whether the number of steps and calorie consumption are appropriate, or whether it is necessary to review or modify Become.
[Brief description of the drawings]
FIG. 1 is a block diagram illustrating a configuration of an exercise therapy guidance management device according to an embodiment of the present invention.
FIG. 2 is a front view showing an example of an operation display surface of a main body of the exercise therapy guidance management device of FIG. 1;
FIG. 3 is a right side view of a main body of the exercise therapy guidance management device of FIG. 2;
FIG. 4 is an operation procedure flowchart for explaining an example of a specific operation procedure by the exercise therapy instruction management device of FIG. 1;
5 is a daily trend graph relating to the amount of exercise created and analyzed by an external personal computer based on data recorded on a memory card installed in the main body of the exercise therapy instruction management device of FIG. 1;
FIG. 6 is a one-month trend graph relating to the amount of exercise created and analyzed by an external personal computer based on data recorded on a memory card installed in the main body of the exercise therapy instruction management device of FIG. 1;
[Explanation of symbols]
DESCRIPTION OF REFERENCE NUMERALS 1 exercise therapy guidance management device 2 body of exercise therapy guidance management device 3 heartbeat detection / transmitter 4 exerciser 5 reception / pulsation waveform shaper 6 microcomputer 7 constant setting operation unit 8 buzzer 9 as appropriate exercise amount discriminating means 9 display 10 Memory card 11 Clock circuit 12 Body motion detector 13 Body motion signal amplifier 14 External personal computer 15 Clip 16 Front cover STEP1 to STEP23 Flow chart steps

Claims (2)

An exercise therapy guidance management device for an exerciser who performs appropriate exercise according to a prescription,
Heartbeat detection means worn on a heartbeat detection site on the body surface of the exerciser,
Body movement detecting means attached to the waist of the exerciser,
Heart rate index exercise amount calculation means for calculating upper and lower heart rates by taking in at least the average heart rate and exercise intensity at each set time interval during proper exercise of the exerciser using the heart rate detected by the heart rate detection means When,
Step number calculating means for calculating the number of steps during proper exercise of the exerciser from the body movement detected by the body movement detecting means,
Calorie consumption calculation means for calculating the calorie consumption during proper exercise of the exerciser,
The heart rate index momentum during proper exercise calculated by the heart rate index exercise amount calculating means, the number of steps during proper exercise calculated by the step number calculating means, and the calorie consumption during proper exercise calculated by the calorie consumption calculating means. Display means for displaying each,
The heart rate index exercise amount during proper exercise calculated by the heart rate index exercise amount calculation means, the number of steps during proper exercise calculated by the step number calculation means, and the calorie consumption during proper exercise calculated by the calorie consumption amount calculation means. Storage means for storing each change over time;
An exercise therapy guidance management device, comprising: An exercise therapy guidance management device for an exerciser who performs appropriate exercise according to a prescription,
Heartbeat detection means worn on a heartbeat detection site on the body surface of the exerciser,
Body movement detecting means attached to the waist of the exerciser,
Heart rate index exercise amount calculation means for calculating upper and lower heart rates by taking in at least the average heart rate and exercise intensity at each set time interval during proper exercise of the exerciser using the heart rate detected by the heart rate detection means When,
Step number calculating means for calculating the number of steps during proper exercise of the exerciser from the body movement detected by the body movement detecting means,
Calorie consumption calculating means for calculating calorie consumption during proper exercise of the exerciser from the body movement detected by the body movement detecting means,
Heart rate index exercise amount data representing the heart rate index exercise amount during proper exercise calculated by the heart rate index exercise amount operation means, step number data representing the number of steps during proper exercise calculated by the step number operation means, and the calorie consumption amount calculation means. By storing the calculated calorie consumption data representing the calorie consumption during proper exercise together with the date and time data by the timing means, and supplying the set number of days of each of the data stored in the memory to an external computer, An exercise therapy guidance management device, comprising: a trend analysis data supply unit configured to analyze a trend for the set number of days relating to an appropriate exercise performed by the exerciser.

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