JP7373781B1 - Systems, programs, and methods. - Google Patents

Abstract

A system, program, and method for performing exercise are provided. [Solution] A system including at least one computer device is a system in which an athlete terminal, a server device, and an administrator terminal are communicably connected to each other via a communication network. The terminal includes target angle setting means for setting a target angle at which the exerciser performs a predetermined exercise with respect to a predetermined angle formed based on a predetermined point on the body of the exerciser. [Selection diagram] Figure 10

Description

TECHNICAL FIELD The present invention relates to systems, programs, and methods.

BACKGROUND ART Rehabilitation (hereinafter also referred to as rehabilitation) has conventionally been performed for the purpose of resolving physical and mental disorders. Rehabilitation is known to improve muscular and skeletal disorders such as lower back pain, knee pain, and stiff shoulders, mental disorders such as depression and sleep disorders, and internal organ disorders such as asthma and diabetes.

Rehabilitation is often performed in hospitals, clinics, etc. under the supervision of specialists such as doctors, nurses, physical therapists, and occupational therapists. However, making a reservation at a hospital or clinic or going to a hospital or clinic is a burden for users undergoing rehabilitation. Furthermore, because there are limits to the frequency and time that rehabilitation can actually be performed at hospitals and clinics, the pace at which symptoms improve may be slowed down.

Recently, it has become possible to watch rehabilitation videos on the Internet. However, it is not easy for users to decide for themselves what kind of rehabilitation is suitable for them.

At least one object of the invention is to provide a system for performing exercise.

The purpose of the present invention is to
[1] A system comprising at least one computer device, which calculates a target angle at which an exerciser performs a prescribed exercise with respect to a prescribed angle that can be formed based on a prescribed point on the body of the exerciser. A system comprising target angle setting means for setting;
[2] The system according to [1], wherein the target angle is set according to a range of motion at the predetermined angle;
[3] An angle measuring means for measuring an angle at a predetermined angle that can be formed based on a predetermined point on the body of an athlete, and determining whether the measured angle is within a target angle range. The system according to [1] or [2], comprising: angle determining means;
[4] The system according to [3] above, comprising a timer that measures the time during which the measured predetermined angle is within the range of the target angle;
[5] The system according to [4], comprising a number counting means for counting the number of times the measured time reaches a predetermined time;
[6] A system comprising at least one computer device, which calculates the angle at a predetermined angle on the exerciser's body based on information acquired by sensors attached to two predetermined points on the exerciser's body. A system comprising: an angle measuring means for measuring the angle; and an angle determining means for determining whether the measured angle is within a target angle range when an exerciser performs a predetermined exercise;
[7] The two predetermined points on which the sensor is attached are one point on the chest, one point on the waist, one point on the shoulder, one point on the forearm or hand, and one point on the thigh. One point on the lower leg, one point on the upper arm, one point on the forearm, one point on the lower back, one point on the thigh, one point on the chest and the upper arm, forearm or hand. 1 point on the lower back, 1 point on the upper arm, forearm or hand, 1 point on the head, 1 point on the chest or back, 1 point on the lower leg, and 1 point on the foot. The system according to [6] above, which is one point on the lower back and one point on the back, or one point on the upper arm and one point on the back;
[8] The system according to [6] or [7], comprising a timer that measures the time during which the measured predetermined angle is within the range of the target angle;
[9] The system according to [8], comprising a number counting means for counting the number of times the measured time reaches a predetermined time;
[10] A target angle that is equipped with an exerciser terminal operated by the exerciser or an administrator terminal operated by an administrator who manages or assists the exerciser, and sets a target angle when the exerciser performs a predetermined exercise. The system according to any one of [1] to [9] above, comprising a setting means, wherein the target angle setting means sets the target angle in response to an operation on an exerciser terminal or an administrator terminal;
[11] A program that is executed by at least one computer device, which causes the computer device to perform a predetermined exercise about a predetermined angle that can be formed based on a predetermined point on the exerciser's body. A program that functions as a target angle setting means for setting a target angle;
[12] A method executed in a system comprising at least one computer device, the method comprising: an exerciser performing a predetermined movement about a predetermined angle that can be formed based on a predetermined point on the exerciser's body; a method, comprising a target angle setting step of setting a target angle at a time;
[13] A program that is executed by at least one computer device, the computer device detects information on the body of the exerciser based on information acquired by sensors attached to two predetermined points on the body of the exerciser. A program that functions as an angle measuring means for measuring an angle at a predetermined angle, and an angle determining means for determining whether the measured angle is within a target angle range when an exerciser performs a predetermined exercise;
[14] A method executed in a system comprising at least one computer device, which calculates information on the body of an exerciser based on information obtained by sensors attached to two predetermined points on the body of the exerciser. A method comprising: an angle measuring step of measuring an angle at a predetermined corner; and an angle determining step of determining whether the measured angle is within a target angle range when an exerciser performs a predetermined exercise. ;
[15] A system comprising at least one computer device, a region selection means for selecting one of the body regions, a first image regarding at least a portion of the selected body region, and at least one of the selected body regions. and an image display means for displaying a second image regarding the part, the first image being an image taken of the real world, and the second image being recommended as a target for a predetermined treatment in the selected body part. a system in which the point or area to be detected is an identified image;
[16] A program that causes at least one computer device to execute, the computer device including: a region selection means for selecting one of the body regions; a first image regarding at least a portion of the selected body region; The first image is an image of the real world, and the second image is an image of a predetermined treatment on the selected body part. an image in which points or areas recommended for target are identified;
[17] A method executed in a system comprising at least one computer device, the method comprising: selecting one of the body parts; a first image relating to at least a portion of the selected body part; and a second image regarding at least a portion of the selected body part, the first image being an image of the real world, and the second image being an image of a predetermined part of the selected body part. a method in which a point or area recommended as a target for treatment is identified;
This is achieved by

According to the present invention, a system for performing exercise can be provided.

1 is a block diagram showing the configuration of a system according to an embodiment of the present invention. FIG. 2 is a block diagram showing the hardware configuration of an athlete's terminal according to an embodiment of the present invention. 1 is a block diagram showing a hardware configuration of a server device according to an embodiment of the present invention. FIG. 5 is a flowchart of target angle setting processing according to an embodiment of the present invention. It is a figure showing an example of a display screen concerning an embodiment of the present invention. It is a figure showing an example of a display screen concerning an embodiment of the present invention. It is a figure showing an example of a display screen concerning an embodiment of the present invention. 3 is a flowchart of angle measurement processing according to an embodiment of the present invention. It is a figure showing an example of a display screen concerning an embodiment of the present invention. It is a flowchart of exercise number counting processing according to an embodiment of the present invention. It is a flowchart of treatment position display processing according to an embodiment of the present invention. It is a figure showing an example of a display screen concerning an embodiment of the present invention.

Embodiments of the present invention will be described below, but the present invention is not limited to the following embodiments unless it goes against the spirit of the present invention. The order of each process constituting the flowchart described below is random to the extent that no contradiction or inconsistency occurs in the process content, and each process constituting the flowchart is It is also possible to omit some of the processes, or to add new processes to each process that constitutes the flowchart.

[System configuration]
FIG. 1 is a block diagram showing the configuration of a system according to an embodiment of the present invention. The system 1 includes an athlete terminal 2, a server device 3, and an administrator terminal 4. The exerciser terminal 2 is operated by an exerciser who performs exercise such as rehabilitation. The exerciser may be someone who is receiving treatment for a mental or physical condition at a hospital, or a person who is not receiving treatment at a hospital but is suffering from a mental or physical condition. Further, the administrator terminal 4 is operated by an administrator who manages or assists the exerciser. The administrator may be, for example, a physical therapist, chiropractor, instructor, trainer, or other person who has specialized knowledge regarding exercise such as rehabilitation.

The exerciser terminal 2, the server device 3, and the administrator terminal 4 are connected to each other via a communication network 5 so that they can communicate with each other. In the system 1, any one of the athlete terminal 2, the server device 3, and the administrator terminal 4 can function as an information processing device. When any of the athlete terminal 2, the server device 3, and the administrator terminal 4 functions as an information processing device, as necessary, between the athlete terminal 2, the server device 3, and the administrator terminal 4, Send and receive information.

Note that the number of exerciser terminals 2 may be two or more. Further, the number of administrator terminals 4 may be two or more. The server device 3 may function in a distributed manner among a plurality of computer devices. For example, instead of the server device 3, distributed ledger technology such as blockchain may be used.

Furthermore, the system 1 only needs to include one or more of the athlete terminal 2, the server device 3, and the administrator terminal 4. That is, the system 1 only needs to include at least one computer device. For example, the system 1 may be configured by the athlete terminal 2, or may be configured by the athlete terminal 2 and the administrator terminal 4. In that case, any of the computer devices that make up the system 1 may execute a predetermined function.

FIG. 2 is a block diagram showing the hardware configuration of the athlete's terminal according to the embodiment of the present invention. The exerciser terminal 2 includes a control section 11, a RAM 12, a storage section 13, an input section 14, a display section 15, and a communication interface 16, each of which is connected by a bus.

The control unit 11 is composed of a CPU and a ROM. The control unit 11 executes a program stored in the storage unit 13 and controls the exerciser terminal 2. The RAM 12 is a work area for the control unit 11. The storage unit 13 is a storage area for storing programs and data. In other words, the storage unit 13 functions as a recording medium that stores programs. The control unit 11 performs arithmetic processing based on the program and data read from the RAM 12 and data input through the input unit 14 .

The display section 15 has a display screen. The control unit 11 outputs a video signal for displaying an image on a display screen according to the result of the arithmetic processing. Here, the display screen of the display unit 15 may be a touch panel including a touch sensor. In this case, the touch panel functions as the input section 14.

The communication interface 16 can be connected to the communication network 4 wirelessly or by wire, and can send and receive data to and from other computer devices via the communication network 4. Data received via the communication interface 16 is loaded into the RAM 12, and arithmetic processing is performed by the control unit 11.

Moreover, it is preferable that the exerciser terminal 2 is equipped with a camera. Examples of the exerciser terminal 2 include, but are not limited to, a personal computer, a smartphone, a tablet terminal, and the like. Further, a dedicated application for using the system 1 (hereinafter also referred to as a dedicated application) may be installed on the exerciser terminal 2.

The administrator terminal 4 may have the same hardware configuration as the exerciser terminal 2. Examples of the administrator terminal 4 include, but are not limited to, a personal computer, a smartphone, a tablet terminal, and the like. Further, a dedicated application for using the system 1 may be installed on the administrator terminal 4.

FIG. 3 is a block diagram showing the hardware configuration of the server device according to the embodiment of the present invention. The server device 3 includes at least a control section 21, a RAM 22, a storage section 23, and a communication interface 24, which are connected to each other by an internal bus.

The control unit 21 is composed of a CPU and a ROM, and executes programs stored in the storage unit 23 to control the server device 3. Furthermore, the control unit 21 includes an internal timer that measures time. The RAM 22 is a work area for the control unit 21. The storage unit 23 is a storage area for storing programs and data. In other words, the storage unit 23 functions as a recording medium that stores programs. The control unit 21 reads the program and data from the RAM 22, and executes the program based on information received from the exerciser terminal 2 and the administrator terminal 4, respectively.

Furthermore, the program may be stored on a recording medium such as a CD-ROM. In this case, the program stored in the recording medium may be installed on the athlete terminal 2, the server device 3, or the administrator terminal 4 to execute a predetermined function.

Alternatively, the program may be distributed from a computer device external to the system. In this case, a program distributed from a computer device outside the system may be installed on the athlete terminal 2, the server device 3, and/or the administrator terminal 4 to execute a predetermined function.

[Rehabilitation program registration]
An example in which an exerciser exercises for rehabilitation under the supervision or assistance of a manager will be described below. The administrator first interviews the exerciser and sets and registers a rehabilitation program suitable for the exerciser. The interview between the administrator and the athlete may be conducted face-to-face, or may be conducted online using the administrator terminal 4 and the athlete terminal 2. The administrator can set and register, as a rehabilitation program, the target angle of the range of motion for the part to be rehabilitated by the exerciser, the exercise menu for rehabilitation, and the like.

The part to which the exerciser undergoes rehabilitation is not particularly limited, as long as it is a part of the body in which the exerciser has a problem. The areas where the exerciser performs rehabilitation may be, for example, the lower back, shoulders, neck, elbows, knees, ankles, etc. The part to be rehabilitated by the exerciser may be set by the exerciser or may be set by the administrator.

Range of motion refers to the range of movement of a joint and is expressed in angles. In areas of the body where an exerciser has a problem, the range of motion may be narrower than when the user does not have a problem. Therefore, it is preferable that the exerciser's range of motion becomes wider through rehabilitation. Through interviews with the exerciser, the administrator can set a target angle for the range of motion that is appropriate for the exerciser. The target angle of the range of motion may be set for each predetermined angle that can be formed based on a predetermined point on the body of the exerciser.

A predetermined angle that can be formed based on a predetermined point on the body of an athlete refers to an angle that can be formed based on two or three predetermined points on the body of the athlete. . As long as it can be formed based on a predetermined point on the body of the exerciser, it may be formed based on a predetermined straight line on the body of the exerciser.

For example, the predetermined angle at the elbow is an angle formed based on three points: the wrist, the elbow, and the shoulder. The range of motion of the elbow is the range of motion at the angle formed based on the three points of the wrist, elbow, and shoulder. Further, the range of motion of the elbow is also the range of motion at an angle formed based on a straight line connecting the wrist and the elbow, and a straight line connecting the elbow and the shoulder. Therefore, it can be said that the range of motion of the elbow is the range of motion at the angle that can be formed based on the three points of the wrist, elbow, and shoulder.

The range of motion of the elbow can also be said to be the range of motion at an angle formed based on one point on the straight line connecting the wrist and the elbow, and one point on the straight line connecting the elbow and shoulder. Therefore, a predetermined angle on the body of the exerciser is an angle that can be formed by two predetermined straight lines or vectors formed based on two predetermined points on the body of the exerciser. It can be said that it is an angle that can be formed based on two predetermined points on a person's body.

The exercise menu for rehabilitation is not particularly limited as long as it can relieve the discomfort that the exerciser is experiencing. The exercise menu may be one aimed at stretching a predetermined body part, one aimed at improving muscle strength in a predetermined body part, or the like. The contents of the exercise menu may include, for example, the type of exercise, the number of times of exercise, and the target angle when performing the exercise. The target angle when exercising may be set for each predetermined angle that can be formed based on a predetermined point on the body of the exerciser.

A predetermined angle that can be formed based on a predetermined point on the body of an athlete refers to an angle that can be formed based on two or three predetermined points on the body of the athlete. . As long as it can be formed based on a predetermined point on the body of the exerciser, it may be formed based on a predetermined line on the body of the exerciser.

For example, the predetermined angle at the elbow is an angle formed based on three points: the wrist, the elbow, and the shoulder. Further, the predetermined angle at the elbow is also an angle formed based on a straight line connecting the wrist and the elbow, and a straight line connecting the elbow and the shoulder. Therefore, it can be said that the predetermined angle at the elbow is an angle that can be formed based on the three points of the wrist, elbow, and shoulder.

It can also be said that the predetermined angle at the elbow is an angle formed based on one point on the straight line connecting the wrist and the elbow, and one point on the straight line connecting the elbow and the shoulder. Therefore, a predetermined angle on the body of the exerciser is an angle that can be formed by two predetermined straight lines or vectors formed based on two predetermined points on the body of the exerciser. It can be said that it is an angle that can be formed based on two predetermined points on a person's body.

FIG. 4 is a flowchart of target angle setting processing according to the embodiment of the present invention. The administrator starts a dedicated application on the administrator terminal 4 and displays a screen for setting and registering a rehabilitation program (hereinafter also referred to as a rehabilitation program registration screen). On the rehabilitation program registration screen of the administrator terminal 4, an input of a target angle at which the exerciser performs a predetermined exercise is accepted (step S1). Information regarding the input target angle is transmitted from the administrator terminal 4 to the server device 3 (step S2). The transmitted information regarding the target angle is received at the administrator terminal 4 (step S3). The received information regarding the target angle is stored in the administrator terminal 4 (step S4), and the target angle setting process ends.

FIG. 5 is a diagram showing an example of a display screen according to an embodiment of the present invention. In the target angle setting process, an execution screen 100 as shown in FIG. 5 is displayed on the display screen of the administrator terminal 4. The execution screen 100 is an example of a rehabilitation program registration screen.

The rehabilitation program registration screen shown in FIG. 5 displays an exerciser's identification number 101, an exerciser's name 102, a rehabilitation program input field 103, a rehabilitation program confirmation field 104, and a rehabilitation program registration button 105.

In FIG. 5, the number "001" is displayed as the exerciser's identification number 101. Furthermore, the name "Kokutoku Taro" is displayed as the athlete's name 102. In addition, in FIG. 5, "exercise person" is displayed as "patient." The athlete's identification number and the athlete's name may be registered in the system 1 before the athlete has an interview with the administrator. For example, when an exerciser applies to use System 1, he/she can use the exerciser terminal 2 to provide information about his or her name, age, gender, date of birth, height, weight, and physical and mental condition, and information about his/her own physical and mental health, and information about his or her past rehabilitation activities. By inputting information such as the period during which the exerciser was exercising, the environment in which the rehabilitation will be performed, an image showing his or her posture, and information regarding the possibility of continuing the rehabilitation, the server device 3 included in the system 1 is provided with information about the exerciser. Information may be stored. Further, when the information about the exerciser is stored in the system 1, the identification number of the exerciser may be stored in association with the information about the exerciser.

The rehabilitation program input field 103 is a field for inputting the contents of the rehabilitation program. In FIG. 5, the rehabilitation program input field 103 includes a rehabilitation program type 106, a range of motion target angle input field 107, an exercise menu input field 108, a rehabilitation program implementation period input field 109, and an add button 110 (110a, 110b and 110c) are displayed.

In FIG. 5, the type "lower back" is displayed as the rehabilitation program type 106. The type of rehabilitation program is not particularly limited, as long as it is a type among rehabilitation programs classified according to predetermined criteria. The type of rehabilitation program may be, for example, the name of a body part such as the lower back, shoulder, or head, or the name of a physical or mental disorder such as lower back pain, stiff shoulders, headache, diabetes, or sleep disorder.

In FIG. 5, a prespecified rehabilitation program type is displayed as the rehabilitation program type 106, but the administrator may input the rehabilitation program type in the rehabilitation program input field 103. When the administrator inputs the type of rehabilitation program, it may be possible to select the type of rehabilitation program suitable for the exerciser from predetermined options. Further, when specifying the type of rehabilitation program, the administrator may check information regarding the physical and mental condition of the exerciser and input it on the administrator terminal 4.

When a rehabilitation program type specified in advance is displayed as the rehabilitation program type 106, the type of rehabilitation program specified by the system 1 may be displayed, and the type of rehabilitation program selected in advance by the exerciser may be displayed. may be displayed. For example, the system 1 may identify the type of rehabilitation program suitable for the exerciser based on pre-stored information about the exerciser's physical and mental condition. Alternatively, for example, when an exerciser applies to use the system 1, he or she may select the type of rehabilitation program that he/she desires on the exerciser terminal 2.

The range of motion target angle input field 107 is a field for inputting the target angle of the exerciser regarding the range of motion at a predetermined angle that can be formed based on a predetermined point on the exerciser's body. In FIG. 5, a range of motion target angle input field 107 displays a range of motion type 107a, a minimum range of motion target angle input field 107b, and a maximum range of motion target angle input field 107c.

In FIG. 5, four types of range of motion 107a are displayed: "trunk extension evaluation," "trunk flexion evaluation," "trunk rotation evaluation," and "trunk flexion evaluation." The type of range of motion is not particularly limited as long as it specifies the subject whose range of motion is to be evaluated. The type of range of motion may specify the part of the body whose range of motion is to be evaluated, the direction of exercise for evaluating the range of motion, and the like. Examples of body parts whose range of motion is evaluated include the trunk, shoulders, arms, and legs. Further, examples of the direction of movement for evaluating the range of motion include extension, flexion, rotation (internal rotation, external rotation), left and right lateral bending, abduction, and internal rotation.

In FIG. 5, a prespecified range of motion type is displayed as the range of motion type 107a, but in the range of motion target angle input field 107, the administrator inputs the type of range of motion. Good too. When the administrator inputs the type of range of motion, it may be possible to select the type of range of motion suitable for the exerciser from predetermined options.

When a range of motion type specified in advance is displayed as the range of motion type 107a, the type of range of motion specified by the system 1 may be displayed. For example, the system 1 may identify the type of range of motion based on the type of rehabilitation program. In this case, in the server device 3, the type of range of motion corresponding to the type of rehabilitation program may be stored for each type of rehabilitation program.

The minimum target angle input field 107b for the range of motion is a field for inputting the minimum value among the target angles for the range of motion. The maximum target angle input field 107c for the range of motion is a field for inputting the maximum value of the target angles for the range of motion. The minimum target angle input field 107b for the range of motion and the maximum target angle input field 107c for the range of motion may be such that it is possible to input a target angle by entering a numerical value, and the target angle displayed by a pull-down menu may be input. It may also be possible to input the target angle by selecting a predetermined angle from among the angles.

If different values are entered as the minimum target angle of the range of motion and the maximum target angle of the range of motion, the target angle of the range of motion will be set as the range of angles between the minimum target angle and the maximum target angle. . On the other hand, if the same numerical value is input as the minimum target angle of the range of motion and the maximum target angle of the range of motion, the target angle of the range of motion is set as one point of the minimum target angle or the maximum target angle.

In the range of motion target angle input column 107, the minimum target angle of the range of motion and the maximum target angle of the range of motion can be input for each type of range of motion. Depending on the type of range of motion, the part of the body that bends and the direction in which it bends differs. Therefore, setting a target angle for each type of range of motion means setting a target angle for the exerciser for a range of motion at a predetermined angle that can be formed based on a predetermined point on the exerciser's body. represents something.

With the target angles entered in the range of motion minimum target angle input field 107b and the range of motion maximum target angle input field 107c, the add button 110a displayed at the bottom right of the range of motion target angle input field 107 is pressed. As a result, the type of range of motion, the minimum target angle of the range of motion, and the maximum target angle of the range of motion are added as items for the range of motion test.

The added range of motion test item is displayed in the rehabilitation program confirmation column 104. In FIG. 5, four items are displayed as items for the range of motion test. Specifically, the target angle is set to 20 to 30 degrees for each range of motion for "trunk extension evaluation," "trunk flexion evaluation," "trunk rotation evaluation," and "trunk flexion evaluation." , the range of motion test item is displayed.

The exercise menu input field 108 is a field for inputting an exercise menu for rehabilitation. In FIG. 5, the exercise menu input field 108 includes an exercise type input field 108a, a number of exercise input field 108b, a minimum target angle input field 108c when performing the exercise, and a maximum target angle input field when performing the exercise. A column 108d is displayed.

The exercise type input field 108a is a field for inputting the type of exercise performed by the exerciser. The exercise type input field 108a may be one in which the type of exercise can be entered by typing characters, and a predetermined exercise type is selected from the exercise types displayed by a pull-down menu. It may also be possible to input the type of exercise.

The type of exercise may specify the part to be exercised, the direction of the exercise, and the like. Examples of body parts that perform exercise include the trunk, shoulders, arms, and legs. Further, examples of the direction of movement include extension, flexion, rotation (internal rotation, external rotation), left and right lateral bending, abduction, adduction, and the like. Examples of the types of exercise include body side stretching and trunk rotation. Note that body side stretching is an exercise that causes the trunk to bend laterally.

The number of exercise input field 108b is a field for inputting the number of times to perform the exercise input in the exercise type input field 108a. The number of exercise times input field 108b may be one in which the number of times of exercise can be entered by entering a numerical value, and a predetermined number of times of exercise can be selected from the number of times of exercise displayed by a pull-down. It may also be possible to input the number of times of exercise. The number of times of exercise may be, for example, 10 times, 20 times, or 30 times.

The minimum target angle input field 108c for performing an exercise is a field for inputting the minimum value of the target angles for performing the exercise input in the exercise type input field 108a. Further, the maximum target angle input field 108d for performing an exercise is a field for inputting the maximum value of the target angles for performing the exercise input in the exercise type input field 108a. The minimum target angle input field 108c when performing an exercise and the maximum target angle input field 108d when performing an exercise may be such that a target angle can be input by entering a numerical value. It may be possible to input the target angle by selecting a predetermined angle from among the target angles displayed by a pull-down menu.

If you enter different values for the minimum target angle when performing an exercise and the maximum target angle when performing an exercise, the target angle when performing the exercise will be between the minimum target angle and the maximum target angle. is set as the range of angles. On the other hand, if you enter the same value as the minimum target angle when performing an exercise and the maximum target angle when performing an exercise, the target angle when performing the exercise will be the minimum target angle or the maximum target angle. It is set as one point.

By inputting a target angle into the minimum target angle input field 108c when performing an exercise and the maximum target angle input field 108d when performing an exercise, the exerciser can achieve a predetermined target angle in step S1 of the target angle setting process. Input of a target angle when performing an exercise is accepted.

Depending on the type of exercise, the parts of the body that bend and the directions differ. Therefore, in step S1, it can be said that the target angle at which the exerciser performs the predetermined exercise is set for a predetermined angle that can be formed based on a predetermined point on the exerciser's body.

The target angle at which the exerciser performs a predetermined exercise is preferably set in accordance with the range of motion at a predetermined angle that can be formed based on a predetermined point on the exerciser's body. For example, the administrator may check the exerciser's range of motion by having the exerciser perform a predetermined movement during the interview, and may set a target angle that is slightly wider than the current range of motion. In this case, the administrator may visually confirm the exerciser's range of motion, or may confirm the exerciser's range of motion by angle measurement processing, which will be described later. Setting a target angle according to the exerciser's range of motion makes it easier for the exerciser to set a reasonable goal, making it easier for the exerciser to maintain motivation to continue exercising.

With predetermined items entered in the exercise type input field 108a, the exercise frequency input field 108b, the minimum target angle input field 108c when performing the exercise, and the maximum target angle input field 108d when performing the exercise. , by pressing the add button 110b displayed at the bottom right of the exercise menu input field 108, the input type of exercise, the number of times of the exercise, the minimum target angle when performing the exercise, and the input of the exercise. The maximum target angle for exercise will be added as an item in the exercise menu.

The added exercise menu items are displayed in the rehabilitation program confirmation field 104. In FIG. 5, one item is displayed as an exercise menu item. Specifically, an exercise menu item is displayed for an exercise called "body side stretch" in which the number of exercises is 30 times and the target angle is 15 to 25 degrees.

The rehabilitation program implementation period input field 109 is a field for inputting the period for implementing the rehabilitation program. In FIG. 5, in the rehabilitation program implementation period input field 109, a rehabilitation program scheduled start date input field 109a, a rehabilitation program scheduled end date input field 109b, and an exercise implementation frequency input field 109c are displayed.

The rehabilitation program scheduled start date input field 109a is a field for inputting the scheduled start date of the rehabilitation program. The scheduled start date input field 109a of the rehabilitation program may be one in which the scheduled start date can be input by typing characters, and a predetermined date can be entered from among the dates displayed in a pull-down menu. It may also be possible to input the scheduled start date by selecting .

The rehabilitation program scheduled end date input field 109b is a field for inputting the scheduled end date of the rehabilitation program. The expected end date input field 109b for the rehabilitation program may be one in which the expected end date can be entered by typing characters, and a predetermined date can be entered from among the dates displayed in a pull-down menu. It may also be possible to input the scheduled end date by selecting .

The exercise frequency input field 109c is a field for inputting the frequency of exercising for rehabilitation during the implementation period of the rehabilitation program. The exercise frequency input field 109c may be one in which the exercise frequency can be entered by typing characters, or by selecting a predetermined exercise frequency from the exercise frequencies displayed in a pull-down. It may also be possible to input the frequency of implementation. The frequency of exercise may be, for example, once a week, three times a week, or five times a week.

With predetermined items entered in the rehabilitation program scheduled start date input field 109a, the rehabilitation program scheduled end date input field 109b, and the exercise implementation frequency input field 109c, the lower right of the rehabilitation program implementation period input field 109 By pressing the add button 110c displayed, the input scheduled start date and scheduled end date of the rehabilitation program, as well as the exercise implementation frequency are added as information regarding the implementation period of the rehabilitation program.

Information regarding the implementation period of the added rehabilitation program is displayed in the rehabilitation program confirmation column 104. In Figure 5, as information regarding the implementation period of the rehabilitation program, the scheduled start date of the rehabilitation program is December 1, 2022, the scheduled end date of the rehabilitation program is March 1, 2023, and the frequency of exercise is once a week. It is displayed that it is 3 times.

In FIG. 5, a delete button 111 is displayed on the right side of each item of the range of motion test, each item of the exercise menu, and each piece of information regarding the implementation period of the rehabilitation program displayed in the rehabilitation program confirmation field 104. Note that in FIG. 5, the reference numerals are omitted for deletion buttons other than the deletion button 111 displayed on the right side of the exercise frequency.

By pressing the delete button displayed in the rehabilitation program confirmation field 104, the item or information displayed to the left of the deletion button can be deleted from the rehabilitation program confirmation field 104.

The rehabilitation program registration button 105 is a button for registering the rehabilitation program displayed in the rehabilitation program confirmation field 104. By pressing the rehabilitation program registration button 105, information regarding the rehabilitation program including information regarding the target angle is transmitted to the server device 3 in step S2 of the target angle setting process. The information regarding the target angle includes the type of exercise, and the minimum and maximum target angles when performing the exercise.

The information regarding the rehabilitation program transmitted to the server device 3 is received by the server device 3 in step S2 of the target angle setting process, and is stored in the storage unit 23 of the server device 3. This completes the setting of the rehabilitation program, and the rehabilitation program for the exerciser is registered in the system 1. By registering the rehabilitation program, the exerciser can start exercising for rehabilitation in accordance with the registered rehabilitation program.

In this way, the system includes a target angle setting means for setting a target angle when the exerciser performs a predetermined exercise with respect to a predetermined angle that can be formed based on a predetermined point on the body of the exerciser. This makes it possible to provide a system for performing exercise. Furthermore, by setting the target angle, it becomes easier to obtain the effects of rehabilitation through exercise.

Furthermore, in this way, the target angle is set according to the range of motion at a predetermined angle that can be formed based on a predetermined point on the exerciser's body, so that the exerciser can continue exercising. It becomes easier to maintain motivation.

In addition, although the mode in which the rehabilitation program is registered by the administrator has been described above, at least a part of the registration of the rehabilitation program may be performed by the exerciser. In other words, the type of range of motion, the target angle of the range of motion, the type of exercise, the number of times of exercise, the target angle when performing exercise, and/or the implementation period of the rehabilitation program can be entered by operating the exerciser terminal 2. It may be done accordingly. Further, the contents of the input rehabilitation program may be transmitted to the server device 3 in response to an operation on the exerciser terminal 2, and stored in the server device 3.

Alternatively, at least part of the registration of the rehabilitation program may be performed by the system 1. That is, the system 1 may specify the type of range of motion, the target angle of the range of motion, the type of exercise, the number of times of exercise, the target angle when performing the exercise, and/or the implementation period of the rehabilitation program. In this case, System 1 collects information about the exerciser's age, gender, height, weight, mental and physical condition, the period of rehabilitation, information about the environment in which rehabilitation is performed, images showing posture, etc. Based on this, the content of the rehabilitation program may be specified. Information about the exerciser's age, gender, height, weight, mental and physical condition, period of rehabilitation, information about the environment in which the rehabilitation will be carried out, images showing posture, etc. are available on the exerciser terminal 2. , and/or may be input from the administrator terminal 4 and stored in the server device 3.

System 1 uses information about the exerciser's age, gender, height, weight, mental and physical condition, the period of rehabilitation, information about the environment in which rehabilitation is performed, images showing posture, etc. When specifying the content of a rehabilitation program, System 1 first collects information on age, gender, height, weight, mental and physical condition, period of rehabilitation, and information on the environment in which rehabilitation will be performed. , images showing postures, etc., and the contents of a rehabilitation program suitable for those conditions may be stored in association with each other. Then, a rehabilitation program corresponding to the input information such as age, gender, height, weight, mental and physical condition, period of rehabilitation, information about the environment in which rehabilitation will be performed, images showing posture, etc. The content may also be specified.

In addition, System 1 inputs information about the athlete's age, gender, height, weight, mental and physical condition, the period of rehabilitation, information about the environment in which rehabilitation will be performed, images showing posture, etc. Using a predictive model (learning model) machine-learned as data and the content of the rehabilitation program as output data, the input information about age, gender, height, weight, mental and physical condition, and whether rehabilitation has been performed so far The contents of the rehabilitation program corresponding to the period of rehabilitation, information about the environment in which rehabilitation is performed, images showing posture, etc. may be specified. Here, information on other exercisers may be used as training data for this prediction model. For example, information about the age, gender, height, weight, and mental and physical condition of an athlete whose mental and physical condition improved after undergoing a rehabilitation program in the past, the length of time he or she has been undergoing rehabilitation, and the period of rehabilitation. Information about the environment, images showing posture, etc. are used as input data, and the content of the rehabilitation program adopted at that time is used as output data. By doing so, the rehabilitation program specified by the system 1 is more likely to improve the physical and mental conditions of the exerciser.

The information on the physical and mental condition of the exerciser as input data includes the details and specific examples of the exerciser's symptoms, numerical values that score the exerciser's symptoms and pain, and responses to a questionnaire regarding the exerciser's symptoms. It's good. The details and specific examples of the symptoms of the exerciser and the answers to the questionnaire regarding the symptoms of the exerciser may be in the form of text or numerical values. The input data may be any one or more of the above examples. Furthermore, the content of the rehabilitation program as output data may include the type of range of motion, target angle of range of motion, type of exercise, number of times of exercise, target angle when performing exercise, implementation period of the rehabilitation program, etc. .

Machine learning algorithms are not particularly limited, and known ones can be used, such as linear regression, multiple regression analysis, support vector machines, decision trees, random forests, and deep learning using multilayer neural networks. can be mentioned.

A multilayer neural network has an input layer, an output layer, and a plurality of hidden layers. Weights are set for edges connecting nodes in each layer. A weight corresponding to each input to the node is set to the edge, and each input to the node is multiplied by the corresponding weight, and the value obtained by multiplying by these weights and the bias are added. The values obtained by the addition are subjected to non-linear transformation using an activation function to calculate an activation value. The calculated activation value becomes the input value passed to the next layer node. The number of intermediate layers can be designed as appropriate. The weights are optimized using the above training data.

Further, the content of the rehabilitation program specified by the system 1 may be registered as the specified content, and may be registered after the content has been confirmed by the administrator and/or the exerciser and the content has been modified as appropriate. Good too. That is, the contents of the rehabilitation program specified by the system 1 are transmitted to the administrator terminal 4 and/or the exerciser terminal 2, and the contents of the rehabilitation program specified by the system 1 are sent to the administrator terminal 4 and/or the exerciser terminal 2 for modification and/or registration. operations may be performed.

In this way, the target angle setting means sets the target angle according to the operation on the exerciser's terminal or the administrator's terminal, so that the target angle can be set according to the exerciser's or administrator's judgment.

[Implementation of rehabilitation program]
After the rehabilitation program is registered, it becomes possible to display a screen for implementing the rehabilitation program on the exerciser terminal 2. FIG. 6 is a diagram showing an example of a display screen according to an embodiment of the present invention. When implementing a rehabilitation program, an execution screen 200 as shown in FIG. 6 is displayed on the display screen of the exerciser terminal 2. The execution screen 200 is an example of a home screen of a dedicated application.

The home screen shown in FIG. 6 displays a rehabilitation program summary 201, administrator summary 202, calendar 203, rehabilitation summary 204, start button 205, and various icons 206.

The rehabilitation program summary 201 may be anything that allows at least part of the contents of the registered rehabilitation program to be grasped. In FIG. 6, as a rehabilitation program summary 201, a name 201a of the rehabilitation program summary ``rehabilitation for lower back pain'', an exercise frequency 201b ``frequency: once a week'', and a ``period: 3 months'' are shown. An implementation period 201c of the rehabilitation program is displayed.

The administrator summary 202 may be any information that can grasp at least part of the information about the administrator who manages the exerciser. In FIG. 6, as an overview 202 of the administrator, a photograph 202a of the administrator's face and the administrator's name 202b "Hanako Isho" are displayed. Note that in FIG. 6, the "administrator" is displayed as "therapist."

The calendar 203 may be any calendar that allows at least part of the schedule of the rehabilitation program to be grasped. In FIG. 6, a calendar for “December 2022” is displayed as the calendar 203.

In addition, the calendar 203 allows the user to grasp the scheduled date of performing rehabilitation exercise, the scheduled date of interview with the administrator, and/or the date on which the exerciser performed rehabilitation exercise. It may be displayed in any manner. In Figure 6, the scheduled date for rehabilitation exercise is marked with ◇, the scheduled date for interview with the administrator is marked with 〇, and the day on which the exerciser performed rehabilitation exercise is marked as □ It is surrounded by marks. In other words, in Figure 6, the exerciser plans to perform rehabilitation exercises every Monday, and has a meeting with the administrator every Friday, as well as on December 3rd and 5th. , and that he performed rehabilitation exercises on the 7th.

Note that as the calendar 203, a calendar for the month to which the exerciser displays the home screen of the dedicated application may be displayed. Furthermore, it may be possible to change the month of the displayed calendar by operating the exerciser terminal 2.

The rehabilitation outline 204 represents an outline of the rehabilitation that the exerciser is scheduled to perform in one day. In FIG. 6, as a rehabilitation summary 204, rehabilitation items 204a and rehabilitation duration 204b are displayed.

The rehabilitation item 204a represents the rehabilitation item that the exerciser is scheduled to perform on one day. Further, the required rehabilitation time 204b represents the required time when the exerciser performs the rehabilitation scheduled for one day. In FIG. 6, "1: range of motion test, 2: rehabilitation, 3: health record, 4: read article" is displayed as the rehabilitation item 204a. Further, in FIG. 6, "10 minutes" is displayed as the required time 204b for rehabilitation. Therefore, the exerciser can understand that today's rehabilitation will take about 10 minutes, including a range of motion test, rehabilitation exercises, health records, and reading an article. The time required for rehabilitation may be specified depending on the content of rehabilitation.

The rehabilitation items 204a may be the same every day or may be different depending on the day. For example, range of motion testing may be performed at predetermined intervals, such as once a week. Moreover, instead of reading the article, a predetermined questionnaire may be conducted. Note that the article may be an article corresponding to the symptoms of an exerciser or an article regarding general health.

The start button 205 is a button for starting the rehabilitation displayed in the rehabilitation item 204a. By pressing the start button 205, a screen for implementing the rehabilitation displayed in the rehabilitation item 204a is displayed on the display screen of the exerciser terminal 2. The screen for implementing rehabilitation will be described later.

Various icons 206 are icons for displaying screens for executing various functions. In FIG. 6, as various icons 206, a home screen icon 206a, a therapist icon 206b, a community icon 206c, a history icon 206d, a shop icon 206e, and a menu icon 206f are displayed.

The exerciser can display the home screen by pressing the home screen icon 206a. Furthermore, by pressing the therapist icon 206b, the exerciser can display a screen for exchanging messages with the therapist in charge of the exerciser. Furthermore, by pressing the community icon 206c, the exerciser can display a screen for interacting with exercisers and/or administrators who use the system 1, and participate in the community.

Furthermore, by pressing the history icon 206d, the exerciser can display a screen for checking the exerciser's rehabilitation history. Further, by pressing the shop icon 206e, the exerciser can display a screen for purchasing products related to rehabilitation. Furthermore, by pressing the menu icon 206f, the exerciser can display a screen for changing notification settings in the dedicated application.

Although not shown, the home screen also includes a voice guide button that outputs the instructions displayed when performing range of motion tests and rehabilitation exercises, and a voice guide button that outputs the instructions displayed when performing range of motion tests and rehabilitation exercises. An exercise BGM button or the like may be displayed for outputting music during exercise.

[Range of motion test]
If a range of motion test item is displayed as the rehabilitation item 204a, a screen for performing a range of motion test is displayed by pressing the start button 205. In a range of motion test, the range of motion of a predetermined part of an exerciser's body is measured.

The content of the range of motion test is not particularly limited as long as it is capable of measuring the range of motion in a predetermined part of the body of the exerciser. It is preferable that the content of the range of motion test is such that it is possible to measure the range of motion for which a target angle has been set in the registered rehabilitation program. Range of motion may be measured by performing a predetermined exercise for a predetermined amount of time.

Hereinafter, a mode of measuring the range of motion of an exerciser will be described based on information acquired by sensors attached to two predetermined points on the body of the exerciser. First, the exerciser terminal 2 outputs information instructing the part of the body to which the sensor is to be worn, the angle of the sensor when the sensor is to be worn, and the like. The sensor may be attached using a belt or the like, or may be attached using double-sided tape or the like. That is, the sensor is attached to the surface of the body part.

The part of the body to which the sensor is attached is not particularly limited and can be designed as appropriate. The part of the body to which the sensor is attached can be set depending on the type of range of motion to be measured.

The two points on the body to which the sensor is attached may be, for example, one point on the chest and one point on the waist, one point on the shoulder and one point on the forearm or hand, or one point on the thigh. Whether it's one point and one point on the lower leg, one point on the upper arm and one point on the forearm, one point on the waist and one point on the thigh, or one point on the chest. and one point on the upper arm, forearm or hand, one point on the lower back and one point on the upper arm, forearm or hand, one point on the head and one point on the chest or back. Whether it is one point on the lower leg and one point on the foot, one point on the waist and one point on the back, one point on the upper arm and one point on the back. There may be. Note that the hand section includes the wrist to the fingertips, and the foot section includes the ankle to the toe tip.

1 point on the shoulder and 1 point on the forearm or hand, 1 point on the thigh and 1 point on the lower leg, 1 point on the upper arm and 1 point on the forearm, or 1 point on the lower leg and the foot. When the sensor is attached to one point on the body, the sensor may be attached to the same site on the left and right sides of the body. For example, when one sensor is attached to one point on the right thigh, the other sensor is preferably attached to one point on the right lower leg.

The sensor may be any sensor that can measure an angle at a predetermined angle on the body of the exerciser. For example, the sensor may be an acceleration sensor, a geomagnetic sensor (also referred to as a magnetic sensor or an azimuth sensor), an angular velocity sensor (also referred to as a gyro sensor), or the like. The acceleration sensor measures acceleration in three axial directions, the geomagnetic sensor measures geomagnetism in three axial directions, and the angular velocity sensor measures angular velocity around three axes. Any one or more of these can be used as the sensor.

The sensor may include a battery or the like. Further, the sensor may be able to be connected to the exerciser terminal 2 and/or the server device 3 through communication. The sensor may start acquiring information in response to an instruction from the exerciser's terminal 2. For example, when the start button 205 is pressed on the athlete's terminal 2, an instruction to start acquiring information may be transmitted from the athlete's terminal 2 to the sensor.

Information acquisition by the sensor may be performed, for example, every 1/240 seconds, every 1/120 seconds, or every 1/60 seconds.

When an input is made on the exerciser's terminal 2 indicating that the attachment of the sensor has been completed, a range of motion test screen as shown in FIG. 7 is displayed on the display screen of the exerciser's terminal 2. FIG. 7 is a diagram showing an example of a display screen according to an embodiment of the present invention. When performing an exercise for range of motion testing, an execution screen 300 as shown in FIG. 7 is displayed on the display screen of the exerciser's terminal 2.

The range of motion test screen shown in FIG. 7 displays an image 301 showing a sample exercise, instructions for exercise 302, an image diagram of the exercise 303, range of motion of the exerciser 304, remaining time for exercise 305, and a stop button 306. has been done.

An image 301 showing a sample of exercise is an image showing a sample of movement in a range of motion test performed by an exerciser. The image showing the exercise sample may be a moving image or a still image. Furthermore, the image showing the exercise sample may be an image of the real world, or may be an image of an illustration, animation, computer graphics, or the like. In FIG. 7, as an image 301 showing a sample exercise, an image showing a person performing an exercise of tilting the upper body to the right is displayed.

Instructions for exercise 302 are instructions for exercise in a range of motion test performed by an exerciser. The instruction 302 regarding exercise may correspond to the content of the image 301 showing a sample exercise. In FIG. 7, an instruction 302 regarding exercise is displayed: ``Keep your back straight and lean your upper body to the right.''

The exerciser performs an exercise in a range of motion test along an image 301 showing a sample exercise. While the exerciser is exercising, information measured by the sensor is transmitted to the exerciser's terminal 2, and the exerciser's terminal 2 detects a predetermined point that can be formed based on a predetermined point on the exerciser's body. The angle at the corner is measured. FIG. 8 is a flowchart of angle measurement processing according to the embodiment of the present invention.

By transmitting the information measured by the sensor to the exerciser terminal 2, the information measured by the sensor is acquired at the exerciser terminal 2 (step S11). Next, in the exerciser terminal 2, an angle at a predetermined angle that can be formed based on a predetermined point on the exerciser's body is measured (step S12), and the angle measurement process ends.

In step S11, the exerciser terminal 2 obtains information measured by the sensor by receiving information from the sensor. Information from the sensor may be transmitted, for example, every 1/240 seconds, every 1/120 seconds, or every 1/60 seconds. It is preferable that the timing of acquiring information by the sensor and transmitting the information to the exerciser terminal 2 is synchronized between the two sensors.

The exerciser terminal 2 calculates quaternions and Euler angles based on the acceleration in the three-axis directions, the geomagnetic field in the three-axis directions, and/or the angular velocity around the three axes measured by the sensors.

A quaternion expresses a rotational attitude in a three-dimensional space using four parameters: three rotation axes (vectors) and one rotation angle (scalar). The method for calculating the quaternion is not particularly limited, and any known method can be adopted. For example, a quaternion may be calculated from the value of angular velocity by numerical integration. Alternatively, a quaternion may be calculated from the angular velocity and acceleration, or a quaternion may be calculated from the angular velocity, acceleration, and geomagnetism.

The Euler angle expresses a rotational attitude in a three-dimensional space using three component parameters: a roll angle, a pitch angle, and a yaw angle. The roll angle is calculated based on the angular velocity around the X-axis, the pitch angle is calculated based on the angular velocity around the Y-axis, and the yaw angle is calculated based on the angular velocity around the Z-axis.

In step S12, the exerciser's terminal 2 measures an angle at a predetermined angle that can be formed based on a predetermined point on the athlete's body, based on the calculated quaternion and Euler angle. For example, if one sensor is attached to the upper arm and one to the forearm, the angle of the elbow may be measured by calculating the angle formed by the vectors in the X-axis direction in each sensor.

Based on the angle measured in step S12, an exercise image diagram 303 representing the exercise being performed by the exerciser may be displayed on the range of motion inspection screen. The exercise image diagram 303 allows the exerciser to understand the exercise situation.

In FIG. 7, as an exercise image diagram 303, an area 303a indicating the range of motion, an area 303b indicating the target angle of the range of motion, and an icon 303c indicating the movement of the exerciser are displayed.

The region 303a indicating the range of motion is a region corresponding to the range of motion at a corner on the body part that changes as the exerciser exercises. Instead of the area 303a indicating the range of motion, an area wider than the range of motion, such as an area indicating the direction of movement, may be displayed.

The area 303b indicating the target angle of the range of motion is an area indicating the target angle of the exerciser's range of motion in the registered rehabilitation program. By displaying the area 303a indicating the range of motion and the area 303b indicating the target angle of the range of motion in an overlapping manner, the exerciser can recognize the difference between the original range of motion and the current range of motion. can.

The icon 303c indicating the movement of the exerciser is an icon indicating the movement of the exerciser, which is expressed based on the angle measured in step S12.

In FIG. 7, the icon 303c indicating the movement of the exerciser is represented by a line segment having a solid circle and an open circle at both ends. In the icon 303c showing the movement of the exerciser, the solid circle and the white circle correspond to the parts of the body where the sensors are attached, and the line segments correspond to the body connecting the parts where the sensors are attached. It may also be a thing. Further, a solid circle mark may correspond to a part that moves less during exercise, and an open circle mark may correspond to a part that moves more during exercise than the above-mentioned part that moves less.

In FIG. 7, the exercise performed by the exerciser is an exercise of tilting the upper body to the right. Here, it is assumed that one sensor is attached to the chest and one sensor is attached to the waist of the exerciser. The exercise performed by the exerciser involves tilting the upper body from an upright position toward the lower right direction. Therefore, as the area 303a indicating the range of motion, a fan-shaped area with a center angle of 90 degrees and expanding toward the upper right is displayed. Further, the black circle mark of the icon 303c indicating the movement of the exerciser corresponds to the waist of the exerciser and is displayed at the center corner of the fan shape. Furthermore, the white circle mark of the icon 303c indicating the movement of the exerciser corresponds to the chest of the exerciser, and moves on the fan-shaped arc according to the angle when the upper body is tilted toward the right. will be displayed. In FIG. 7, the white circle of the icon 303c indicating the movement of the exerciser is moved to the right by about 10 degrees, with the vertical line segment 303d corresponding to the radius of the sector being 0 degrees. is being done.

Further, in FIG. 7, a part of the sector is displayed as a region 303b indicating the target angle of the range of motion in a color different from that of the region 303a indicating the range of motion. In Figure 5, the target angle of the range of motion for the item "Truncus flexion side evaluation" was 20 to 30 degrees, so in Figure 7, the vertical line segment 303d is set to 0 degrees, and the range of motion is 20 to 30 degrees. The range is displayed as a region 303b indicating the target angle of the range of motion.

Note that when the target angle of the range of motion is set as a point rather than a range, the area 303b indicating the target angle of the range of motion may be displayed as a point, a line, or a point. It may also be displayed with a numerical value attached to the line.

The exercise image diagram 303 may be displayed in different ways depending on the type of exercise. For example, in the case of an exercise in which the upper body is twisted from side to side, a circle is displayed as the area 303a indicating the range of motion, and a black circle is displayed at the center of the circle as the icon 303c indicating the movement of the exerciser. An open circle may be displayed on the circumference of the circle.

By displaying the exercise image diagram 303 in this manner, it becomes easy for the exerciser to understand the movements he/she should perform and his or her actual movements. In addition, it becomes possible for the exerciser to exercise while knowing whether or not the current movement is reaching the goal, and how close it is to the goal.

The exerciser's range of motion 304 is the exerciser's range of motion specified based on the angle measured in step S12. The exerciser's range of motion may be the maximum angle measured during the range of motion test. In FIG. 7, an angle of "10 degrees" is displayed as the range of motion 304 of the exerciser.

The remaining exercise time 305 represents the remaining time of the predetermined exercise time in the range of motion test. In FIG. 7, "8 seconds" is displayed as the remaining exercise time 305. Further, in FIG. 7, circles are displayed around the characters "8 seconds", and it is possible to grasp the remaining time by the display mode of the circles. Specifically, as the remaining time decreases, the display mode changes so that the colored portion of the circle decreases.

The interrupt button 306 is a button for interrupting the range of motion test. The exerciser can interrupt the range of motion test by pressing the interrupt button 306.

Information regarding the range of motion measured by the range of motion test may be transmitted to the server device 3. Further, information regarding the range of motion measured by the range of motion test may be stored in the exerciser terminal 2 and/or the server device 3. Information regarding the range of motion measured by the range of motion test can be confirmed as the exerciser's rehabilitation history by pressing the history icon 206d on the home screen of the dedicated application. By confirming that the range of motion increases through rehabilitation, it becomes easier for the exerciser to maintain motivation to continue rehabilitation. Further, the administrator may be able to view information regarding the range of motion measured by the range of motion test by operating the administrator terminal 4.

The information regarding the range of motion measured by the range of motion test may include the date and time when the range of motion test was performed, the type of exercise performed, the measured range of motion, and the like.

[Implementation of exercise for rehabilitation]
When the range of motion test is completed, a screen for performing rehabilitation exercise (hereinafter also referred to as a rehabilitation implementation screen) is displayed on the exerciser terminal 2. Exercises for rehabilitation are included in the exercise menu registered in the rehabilitation program. Hereinafter, as shown in FIG. 5, an example will be described in which an exercise called "body side stretch" is performed 30 times with a target angle of 15 to 25 degrees.

FIG. 9 is a diagram showing an example of a display screen according to an embodiment of the present invention. When exercising for rehabilitation, an execution screen 400 as shown in FIG. 9 is displayed on the display screen of the exerciser terminal 2.

The rehabilitation implementation screen shown in FIG. 9 displays an image 401 showing a sample exercise, instructions 402 for exercise, an image diagram 403 of the exercise, target angle maintenance time 404, number of times the exercise is performed 405, and an interrupt button 406. ing.

An image 401 showing a sample exercise is an image showing a sample exercise for rehabilitation performed by an exerciser. The image showing the exercise sample may be a moving image or a still image. Furthermore, the image showing the exercise sample may be an image of the real world, or may be an image of an illustration, animation, computer graphics, or the like. In FIG. 9, an image showing a person performing an exercise of tilting the upper body to the right is displayed as an image 401 showing a sample exercise.

Instructions regarding exercise 402 are instructions regarding exercise for rehabilitation performed by the exerciser. The instruction 402 regarding exercise may correspond to the content of the image 401 showing a sample exercise. In FIG. 9, an instruction 402 regarding exercise is displayed, such as ``Lean your upper body to the right while keeping your back straight.''

The exerciser performs a rehabilitation exercise in accordance with an image 401 showing a sample exercise. While the exerciser is exercising, information measured by the sensor is transmitted to the exerciser terminal 2, and the exerciser terminal 2 counts the number of times the exerciser has exercised. FIG. 10 is a flowchart of exercise frequency counting processing according to the embodiment of the present invention.

First, the above-mentioned angle measurement process is performed in the exerciser terminal 2 (step S21). Next, the exerciser terminal 2 determines whether the measured angle is within the range of the target angle (step S22). If it is determined that the measured angle is within the target angle range (Yes in step S22), the exerciser terminal 2 starts counting the time during which the measured angle is within the target angle range ( Step S23). Next, the exerciser terminal 2 determines whether the measured angle remains within the target angle range for a predetermined period of time (step S24). If it is determined that the measured angle remains within the target angle range for a predetermined period of time (Yes in step S24), the exerciser terminal 2 adds "1" to the number of times the exercise was performed. It is counted (step S25), and the exercise number counting process is completed.

As described above, in the angle measurement process in step S21, the angle at a predetermined corner on the body of the user is determined based on information acquired by sensors attached to two predetermined points on the body of the user. be measured. On the rehabilitation implementation screen, an exercise image diagram 403 representing the exercise being performed by the exerciser may be displayed based on the measured angle. The exercise image diagram 403 allows the exerciser to understand the exercise situation.

In FIG. 9, as an exercise image diagram 403, an area 403a indicating a range of motion, an area 403b indicating a target angle for performing the exercise, and an icon 403c indicating the movement of the exerciser are displayed.

The region 403a indicating the range of motion is a region corresponding to the range of motion at a corner on a body part that changes as the exerciser exercises. Instead of the area 403a indicating the range of motion, an area wider than the range of motion, such as an area indicating the direction of movement, may be displayed.

The area 403b indicating the target angle when performing the exercise is an area indicating the target angle when performing the exercise in the registered rehabilitation program. By displaying an area 403a indicating the range of motion and an area 403b indicating the target angle when performing the exercise in an overlapping manner, the exerciser can recognize the difference between the desired range of motion and the current target angle. can do.

The icon 403c indicating the movement of the exerciser is an icon indicating the movement of the exerciser, which is expressed based on the angle measured in step S21. Regarding the icon 403c indicating the movement of the exerciser, the explanation regarding the icon 303c indicating the movement of the exerciser in the image diagram 303 of exercise on the range of motion test screen described above can be adopted to the extent necessary.

In FIG. 9, the exercise performed by the exerciser is an exercise of tilting the upper body to the right. Here, it is assumed that one sensor is attached to the chest and one sensor is attached to the waist of the exerciser. The exercise performed by the exerciser involves tilting the upper body from an upright position toward the lower right direction. Therefore, a fan-shaped area with a center angle of 90 degrees and expanding toward the upper right is displayed as an area 403a indicating the range of motion. Further, the black circle mark of the icon 403c indicating the movement of the exerciser corresponds to the waist of the exerciser and is displayed at the center corner of the fan shape. Furthermore, the white circle mark of the icon 403c indicating the movement of the exerciser corresponds to the chest of the exerciser, and moves on the fan-shaped arc according to the angle when the upper body is tilted to the right. will be displayed. In FIG. 9, the white circle of the icon 403c indicating the movement of the exerciser is shown moved to the right by about 20 degrees, with the vertical line segment 403d corresponding to the radius of the sector being 0 degrees. is being done.

Further, in FIG. 9, a part of the fan shape is displayed as a region 403b indicating the target angle when performing the exercise, in a color different from that of the region 403a indicating the range of motion. In FIG. 5, the target angle when performing the exercise "body side stretch" was 15 to 25 degrees, so in FIG. It is displayed as an area 403b indicating the target angle of the range of motion.

Note that if the target angle when performing the exercise is set as a point rather than a range, the area 403b indicating the target angle when performing the exercise may be displayed as a point or as a line. It may also be displayed with numerical values attached to points or lines.

The exercise image diagram 403 may be displayed in different ways depending on the type of exercise. For example, in the case of an exercise in which the upper body is twisted from side to side, a circle is displayed as the area 403a indicating the range of motion, and a black circle is displayed at the center of the circle as the icon 403c indicating the movement of the exerciser. An open circle may be displayed on the circumference of the circle.

By displaying the exercise image diagram 403 in this manner, it becomes easy for the exerciser to understand the movements he or she should perform and his or her actual movements. In addition, it becomes possible for the exerciser to exercise while knowing whether or not the current movement is reaching the goal, and how close it is to the goal.

In FIG. 9, an icon 403c indicating the movement of the exerciser is displayed so as to fit within a region 403b indicating the target angle when performing the exercise. Therefore, the exerciser can understand that the target angle can be maintained with the current movement.

Although not shown, the angle measured in step S21 may be displayed as a numerical value on the rehabilitation implementation screen. By displaying the angle measured in step S21 as a numerical value, the exerciser can exercise while knowing whether or not the current movement has reached the goal, and how close it is to the goal. It becomes possible.

In step S22, it is determined whether the measured angle is within a target angle range when the exerciser performs a predetermined exercise.

The target angle at which the exerciser performs a predetermined exercise may be the target angle stored in the server device 3 in the target angle setting process. Here, the target angle when performing the exercise called "body side stretch" is 15 to 25 degrees. Therefore, the angle of 20 degrees measured in step S21 is determined to be within the target angle range. Then, in step S23, counting of the time during which the measured angle is within the range of the target angle is started.

When the measured time reaches a predetermined time, the number of times the exercise has been performed is counted in step S25. The predetermined time is not particularly limited and can be designed as appropriate. The predetermined time may be, for example, 10 seconds, 30 seconds, or 60 seconds. The predetermined time may be predetermined depending on the type of exercise to be performed, or may be set by the administrator as an exercise menu when registering the above-mentioned rehabilitation program.

In FIG. 9, the predetermined time for maintaining the target angle is 30 seconds, and it is assumed that the target angle is maintained for 20 seconds. The target angle maintenance time 404 represents the time during which the measured angle maintains the target angle. In FIG. 9, a time of "20 seconds" is displayed as the target angle maintenance time 404. In addition, in FIG. 9, a circle is displayed around the text "20 seconds", and depending on the display mode of the circle, the predetermined time for which the target angle is to be maintained, and the measured angle for which the target angle is to be maintained. It is now possible to keep track of the time spent. Specifically, as the time during which the measured angle remains at the target angle increases, the display mode changes such that the colored portion of the circle increases.

Furthermore, in FIG. 9, it is assumed that the number of times the exercise should be performed is 30, and the exercise has been performed 22 times. The number of times the exercise has been performed 405 represents the counted number of times the exercise has been performed. In FIG. 9, the number of times "22/30" is displayed as the number of times 405 the exercise is performed. This allows the exerciser to understand that the number of times he should exercise is 30, and that he has exercised 22 times at the moment.

By displaying the image diagram 403 of the exercise, the exerciser can easily understand to what extent the body should be bent, stretched, or rotated when performing the exercise. becomes. Furthermore, by displaying the target angle maintenance time 404 and the number of times the exercise is performed 405, the exerciser can grasp how many more seconds he or she needs to maintain the movement and how many more times the exercise must be performed. This makes it easier.

Note that if it is determined in step S24 that the measured angle is not maintained within the target angle range for a predetermined period of time (No in step S24), the exerciser terminal 2 interrupts timekeeping (step S26). Then, in the exerciser terminal 2, it is determined again whether the angle measured in step S21 is within the range of the target angle (step S22). In other words, if the measured angle is once outside the range of the target angle, for example, even if the posture during exercise collapses, if it is within the range afterwards, the time will be counted cumulatively. .

If it is determined that the measured angle is within the target angle range (Yes in step S22), the exerciser terminal 2 again determines that the measured angle is within the target angle range. Time measurement is started (step S23).

On the other hand, if it is determined that the measured angle is not within the range of the target angle (No in step S22), the exerciser terminal 2 again determines that the angle measured in step S21 is within the target angle. It is determined whether it is within the range (step S22).

Note that if it is determined in step S24 that the measured angle is not maintained within the target angle range for a predetermined period of time, for example, if the exercise posture has collapsed once, the time measurement ends. , the time during which the measured angle is within the range of the target angle may again be counted from zero. In other words, time may be measured only for continuous time during which the measured angle is within the range of the target angle. In that case, instead of interrupting the time measurement in step S26, the exercise number counting process may be terminated.

Acquisition of information by the sensor and transmission of information to the exerciser's terminal 2 are performed in real time. In FIG. 10, when it is determined in step S22 that the measured angle is not within the target angle range, the process returns to step S22 again. However, before starting time measurement in step S23, In addition, if it is determined in step S22 that the measured angle is not within the target angle range, steps S23 to S25 may not be performed, and the exercise number counting process may be ended.

Further, while counting the time during which the measured angle is within the range of the target angle, if it is determined in step S22 that the measured angle is within the range of the target angle, then in step S23 There is no need to start timing. Then, the time period during which the measured angle is within the range of the target angle may continue to be counted.

The interrupt button 406 is a button for interrupting rehabilitation exercise. The exerciser can interrupt the rehabilitation exercise by pressing the interrupt button 406.

Information regarding rehabilitation exercises performed by the exerciser may be transmitted to the server device 3. Furthermore, information regarding rehabilitation exercises performed by the exerciser may be stored in the exerciser terminal 2 and/or the server device 3. Information regarding rehabilitation exercises performed by the exerciser may be confirmed as the exerciser's rehabilitation history by pressing the history icon 206d on the home screen of the dedicated application. By checking the history of exercise for rehabilitation, the exerciser can easily maintain motivation to continue rehabilitation. Furthermore, by operating the administrator terminal 4, the administrator may be able to view information regarding rehabilitation exercises performed by the exerciser.

Information regarding the rehabilitation exercise performed by the exerciser includes the date and time of the rehabilitation exercise, the type of exercise performed, the angle measured while performing the rehabilitation exercise, and the goal. It may also include the time the angle was maintained, the number of times the exercise was performed, etc.

Note that since the part to which the sensor should be attached differs depending on the type of exercise, an instruction to change the part to which the sensor is attached may be outputted as appropriate depending on the type of exercise performed by the exerciser.

As mentioned above, the two points on the body where the sensor is attached may be, for example, one point on the chest and one point on the waist, or one point on the shoulder and one point on the forearm or hand. , whether it is one point on the thigh and one point on the lower leg, one point on the upper arm and one point on the forearm, or one point on the waist and one point on the thigh. , one point on the chest and one point on the upper arm, forearm or hand, one point on the waist and one point on the upper arm, forearm or hand, one point on the head and one point on the chest. Or one point on the back, one point on the lower leg and one point on the foot, one point on the waist and one point on the back, one point on the upper arm and one point on the back. It may be one point in the section.

In the above, we have described a mode in which the angle at a predetermined angle on the body of an exerciser is measured based on information acquired by sensors attached to two predetermined points on the body of the exerciser. Three or more sensors may be attached, and the angle at a predetermined angle on the body of the exerciser may be measured based on information acquired by the sensors attached to three or more predetermined points on the body of the exerciser.

Further, the type of sensor may be a magnetic sensor, a mechanical sensor, or the like.

Alternatively, the measurement of angles at predetermined angles on the athlete's body may be performed without sensors. For example, the angle at a predetermined corner on the body of the person exercising may be measured by analyzing a video of the movement of the person photographed by a camera. Alternatively, the angle at a predetermined corner on the body of the person exercising may be measured, for example, by capturing the movement of the person using a reflective marker and a camera.

In addition, in the above, the angle at a predetermined angle on the body of the exerciser is measured, and if the measured angle remains within the target angle range for a predetermined period of time, it is counted as the number of times the exercise was performed. Although the embodiment has been described in which the angle is not measured and the exerciser performs a predetermined movement, it may be counted as the number of times the exerciser performed the exercise. For example, if one sensor is attached to the left thigh and one is attached to the right thigh, and it is determined that a movement of raising or lowering either thigh has been performed, the number of times the thigh raise exercise has been performed It may be counted as .

If the angle at a predetermined angle on the body of the athlete is not measured, the two points on the body to which the sensor is attached may be, for example, one point on the left thigh and one point on the right thigh. , one point on the left lower leg and one point on the right lower leg, one point on the left foot and one point on the right foot, one point on the left upper arm and one point on the right upper arm. There may be one point on the left forearm and one point on the right forearm, or one point on the left hand and one point on the right hand. In this case, the sensors may be mounted symmetrically across the midline of the body.

In this way, the system includes an angle measuring means that measures an angle at a predetermined corner on the body of the exerciser based on information acquired by sensors attached to two predetermined points on the body of the exerciser; An angle determination means for determining whether the measured angle is within a target angle range when an exerciser performs a predetermined exercise, thereby providing a system for performing exercise using a sensor. can be provided.

In addition, in this way, the two predetermined points on which the sensor is attached are one point on the chest and one point on the waist, one point on the shoulder and one point on the forearm or hand, and one point on the thigh. 1 point and 1 point on the lower leg, 1 point on the upper arm and 1 point on the forearm, 1 point on the waist and 1 point on the thigh, 1 point on the chest, upper arm, and forearm. Or one point on the hand, one point on the waist, one point on the upper arm, forearm or hand, one point on the head and one point on the chest or back, one point on the lower leg. and one point on the legs, one point on the waist and one point on the back, or one point on the upper arm and one point on the back, so that It becomes easy to measure angles.

Further, in this way, the system includes an angle measuring means for measuring an angle at a predetermined angle that can be formed based on a predetermined point on the body of the exerciser, and the measured angle is within the range of the target angle. By providing the angle determining means for determining whether or not the exerciser is exercising appropriately, it is possible to determine whether the exerciser is properly exercising. When exercisers perform exercises appropriately, it becomes easier to obtain the effects of rehabilitation.

Furthermore, in this way, the system is equipped with a timer that measures the time during which the measured predetermined angle is within the range of the target angle, thereby allowing the system to time the time during which the exerciser maintains appropriate movement. I can do it.

In addition, by providing the system with a number counting means for counting the number of times the timed time reaches a predetermined time, it is possible to count the number of times the exerciser has properly performed the exercise.

When the exercise for rehabilitation is finished, a question regarding the mental and physical condition after the exercise may be displayed on the display screen of the exerciser's terminal 2. The questions regarding the physical and mental condition after exercise may include, for example, questions regarding symptoms after exercise, and questions regarding whether or not the symptoms have improved compared to the symptoms before exercise. The answers to the questions regarding the physical and mental condition after exercise may be transmitted to the server device 3 and stored as a health record. The administrator may be able to view the health record by operating the administrator terminal 4.

When the health record is completed, articles corresponding to the exerciser's symptoms, articles related to general health, etc. are displayed on the display screen of the exerciser terminal 2. By reading the article, athletes can easily maintain their motivation to continue with rehabilitation and improve their symptoms.

Points may be awarded to the exerciser when at least a portion of the rehabilitation items 204a displayed on the home screen of the dedicated application are completed. The awarded points are stored in the system 1 in association with the athlete's identification number and the like. Points may be used in the community when asking questions to rehabilitation experts such as physical therapists and chiropractors, or when purchasing products related to rehabilitation.

While the rehabilitation program is being implemented, it is preferable that the administrator and the exerciser meet regularly and share the status of improvement or deterioration of the exerciser's symptoms. The administrator may change the content of the rehabilitation program as appropriate, with reference to the results of the range of motion test, information regarding rehabilitation exercises performed by the exerciser, health records, and the like. When changing the contents of a rehabilitation program, the description regarding registration of the rehabilitation program can be adopted to the extent necessary.

Furthermore, at least part of the change in the contents of the rehabilitation program may be performed by the system 1. That is, the type of range of motion to be changed, the target angle of the range of motion, the type of exercise, the number of times of exercise, the target angle when performing the exercise, and/or the implementation period of the rehabilitation program may be specified by the system 1. . In this case, System 1 includes information about the exerciser's age, gender, height, weight, mental and physical condition, the period of rehabilitation, information about the environment in which rehabilitation will be performed, images showing posture, movement The content of the rehabilitation program to be changed may be specified based on information regarding range tests, information regarding rehabilitation exercises performed by the exerciser, and/or health records.

Regarding the manner in which the content of the rehabilitation program to be changed is specified by the system 1, the above-mentioned description of specifying the content of the rehabilitation program by the system 1 can be adopted to the extent necessary.

Further, the contents of the rehabilitation program to be changed specified by the system 1 may be registered as specified contents, and after the contents are confirmed by the administrator and/or the exerciser and the contents are modified as appropriate. May be registered. In other words, the contents of the rehabilitation program to be changed, specified by the system 1, are sent to the administrator terminal 4 and/or the exerciser terminal 2, and the administrator terminal 4 and/or the exerciser terminal 2 modify and/or register the contents. An operation may be performed for this purpose.

When the content of the rehabilitation program is changed, it is preferable that the target angle at which the exerciser performs a predetermined exercise is set based on information regarding the range of motion test. Setting a target angle according to the exerciser's range of motion makes it easier for the exerciser to set a reasonable goal, making it easier for the exerciser to maintain motivation to continue exercising.

Furthermore, when a range of motion test or rehabilitation exercise is performed, a manager can be present and actually check the movements of the exerciser. Even in that case, it is preferable to use the system 1 to perform the above-described angle measurement process, exercise frequency counting process, and the like.

[Display of treatment position]
Further, the system 1 can display an image in which a point or area recommended as a target for a predetermined treatment is specified. Points or areas recommended as targets for a predetermined treatment may be acupuncture points. Hereinafter, a case where the point or area recommended as a target for a predetermined treatment is an acupuncture point will be described. The exerciser can confirm the position of the acupuncture points using the system 1 and affix an acupuncture or moxibustion sticker on the acupuncture points. Alternatively, the exerciser may stimulate acupuncture points using a massage pen or the like that has an acupuncture effect.

FIG. 11 is a flowchart of treatment position display processing according to the embodiment of the present invention. First, the exerciser terminal 2 receives an input for selecting a region to undergo a predetermined treatment (step S31). Next, the treatment position for the selected region is displayed on the exerciser terminal 2 (step S32), and the treatment position display process ends.

FIG. 12 is a diagram showing an example of a display screen according to an embodiment of the present invention. In the treatment position display process, an execution screen 500 (500a and 500b) as shown in FIG. 12 is displayed on the display screen of the exerciser terminal 2. The execution screen 500a is an example of a treatment site selection screen, and the execution screen 500b is an example of a treatment position display screen.

On the treatment site selection screen shown in FIG. 12(A), a selectable site display image 501 and options 502 are displayed.

The selectable body parts display image 501 is an image that displays body parts that can be selected by the exerciser. In FIG. 12(A), five regions can be selected: front upper arm, back of head, back neck to rear upper arm, back, and lower back, and numbers corresponding to each region are displayed. The body parts that can be selected by the exerciser are not particularly limited, as long as any one of the body parts can be selected. Further, as the body parts that can be selected by the exerciser, a body part suitable for the exerciser's symptoms may be displayed.

In step S31, the exerciser selects the number corresponding to the part to be treated from among the options 502, thereby receiving input to select the part to be treated. Here, it is assumed that the region from the back of the neck to the back of the upper arm has been selected as the region to be treated. When the exerciser terminal 2 receives an input for selecting a region to be treated, a treatment region display screen is displayed on the display screen of the exerciser terminal 2 in step S32.

On the treatment position display screen shown in FIG. 12(B), a treatment position confirmation image 503, a treatment position identification image 504, a return button 505, and a paste record button 506 are displayed.

The treatment position confirmation image 503 is an image related to at least a part of the selected body part, and is an image captured in the real world. The image may be a moving image or a still image. In FIG. 12(B), it is assumed that a video of a person tracing the vicinity of a recommended treatment position with a finger is displayed. The exerciser can check the position where he or she actually feels pain by tracing the vicinity of the recommended treatment position with a finger while viewing the treatment position confirmation image 503 in the same way as in the video.

The treatment position identification image 504 is an image related to at least a part of the selected body part, and is an image in which a point or area recommended as a target for a predetermined treatment is specified in the selected body part. The image may be a moving image or a still image. The treatment position identification image 504 is preferably an image in which a point or area recommended as a treatment target is drawn on an image such as an illustration, animation, or computer graphics depicting muscles and/or bones. . By drawing points or areas recommended as treatment targets on an image depicting muscles and/or bones, it becomes easy to grasp the positions of acupuncture points. In FIG. 12(B), a circle mark is displayed as a recommended treatment position 507 above the muscles of the back neck.

The treatment position confirmation image 503 and the treatment position identification image 504 may be images showing the same part of the selected body part, or may be images showing different parts. It is only necessary that the recommended treatment position can be grasped from the treatment position confirmation image 503 and the treatment position identification image 504.

The exerciser may affix an acupuncture or moxibustion sticker to the recommended treatment position 507 shown in the treatment position identification image 504, or affix an acupuncture or moxibustion sticker to the position where he or she actually feels pain. It's okay.

By displaying the treatment position confirmation image 503 and treatment position identification image 504 side by side on the treatment position display screen, it becomes easy for the exerciser to grasp the point or area where the treatment should actually be performed. "Displaying the treatment position confirmation image 503 and the treatment position specification image 504 side by side" refers to displaying the treatment position confirmation image 503 and the treatment position specification image 504 in a manner that allows them to be compared; The treatment position specifying image 504 does not need to be in contact with the treatment position specifying image 504. For example, the treatment position confirmation image 503 and the treatment position identification image 504 may be arranged at a predetermined interval. Further, the treatment position confirmation image 503 and the treatment position identification image 504 may be displayed side by side horizontally, or may be displayed side by side vertically. It is only necessary that the predetermined point or the predetermined region shown in the image be displayed in a manner that can be compared vertically or horizontally. In the treatment position confirmation image 503 and the treatment position identification image 504, it is preferable that the size and angle of the images and/or the position of a predetermined point or a predetermined part shown by the images correspond.

The treatment position confirmation image 503 and the treatment position identification image 504 may be different images depending on the selected region. Further, a plurality of treatment position confirmation images 503 and a plurality of treatment position identification images 504 may be displayed for one selected region. In that case, combinations of corresponding treatment position confirmation images 503 and treatment position identification images 504 among the plurality of treatment position confirmation images 503 and the plurality of treatment position identification images 504 may be sequentially displayed.

The exerciser may be able to display the treatment site selection screen by pressing the return button 505 on the treatment position display screen.

In addition, when the exerciser affixes an acupuncture or moxibustion sticker, etc., by pressing the pasting record button 506, the position where the acupuncture or moxibustion sticker, etc. is actually pasted can be recorded as a pasting record. can. The pasting record may be done by taking a photograph that allows the position of the acupuncture or moxibustion sticker, etc. that was actually pasted to be known. This may also be done by selecting from among the images. The pasted record may be stored in the exerciser terminal 2 and/or the server device 3.

In this way, the system includes a part selection means for selecting one of the body parts, a first image regarding at least a part of the selected body part, and a second image regarding at least a part of the selected body part. the first image is an image taken of the real world, and the second image is a point or area recommended as a target for a predetermined treatment in the selected body part. The image makes it easy to understand the location where the treatment should be performed.

1 System 2 Exerciser terminal 3 Server device 4 Administrator terminal 11 Control unit 12 RAM
13 Storage section 14 Input section 15 Display section 16 Communication interface 21 Control section 22 RAM
23 Storage section 24 Communication interface 100 Execution screen 101 Exerciser's identification number 102 Exerciser's name 103 Rehabilitation program input field 104 Rehabilitation program confirmation field 105 Rehabilitation program registration button 106 Rehabilitation program type 107 Range of motion target angle input field 108 Exercise Menu input field 109 Rehabilitation program implementation period input field 110 Add button 111 Delete button 200 Execution screen 201 Rehabilitation program overview 202 Administrator overview 203 Calendar 204 Rehabilitation overview 205 Start button 206 Various icons 300 Execution screen 301 Exercise sample Image 302 Instructions for exercise 303 Image of exercise 304 Range of motion of exerciser 305 Remaining time of exercise 306 Interrupt button 400 Execution screen 401 Image showing sample exercise 402 Instructions for exercise 403 Image of exercise 404 Time to maintain target angle 405 Number of times exercise is performed 406 Interrupt button 500 Execution screen 501 Selectable region display image 502 Options 503 Treatment position confirmation image 504 Treatment position identification image 505 Return button 506 Paste record button 507 Recommended treatment position

Claims (18)

A system comprising at least one computer device, the system comprising:
Target angle setting means for setting a target angle when an exerciser performs a prescribed exercise with respect to a prescribed angle that can be formed based on a prescribed point on the exerciser's body ;
An angle measuring means for measuring an angle at a predetermined angle that can be formed based on a predetermined point on the body of an athlete;
an exercise status display means for displaying information that allows the exerciser to understand the exercise status while the exerciser is performing a predetermined exercise;
Equipped with
The target angle is set according to the exerciser's range of motion at the predetermined angle,
The exercise status display means displays an area indicating a target angle at which the exerciser performs a predetermined exercise and an icon indicating the movement of the exerciser, as information that allows the exerciser to understand the exercise status. can be,
An icon indicating the movement of the exerciser is displayed to move according to the angle measured by the angle measuring means,
A system in which an area indicating a target angle and an icon are displayed in an overlapping manner when an angle measured by an angle measuring means is within a range of a target angle. The system according to claim 1, further comprising angle determining means for determining whether the measured angle is within a target angle range. The angle measuring means measures an angle at a predetermined angle on the body of the exerciser based on information acquired by sensors attached to two predetermined points on the body of the exerciser.
The system according to claim 2. 4. The system according to claim 2, further comprising a timer for measuring the time during which the measured predetermined angle is within the range of the target angle. 5. The system according to claim 4, further comprising count means for counting the number of times the measured time reaches a predetermined time. A system comprising at least one computer device, the system comprising:
An angle measuring means for measuring an angle at a predetermined angle on the body of the exerciser based on information acquired by sensors attached to two prescribed points on the body of the exerciser;
An angle determining means for determining whether the measured angle is within a target angle range when the exerciser performs a predetermined exercise ;
an exercise status display means for displaying information that allows the exerciser to understand the exercise status while the exerciser is performing a predetermined exercise;
Equipped with
The exercise status display means displays an area indicating a target angle at which the exerciser performs a predetermined exercise and an icon indicating the movement of the exerciser, as information that allows the exerciser to understand the exercise status. can be,
An icon indicating the movement of the exerciser is displayed to move according to the angle measured by the angle measuring means,
A system in which an area indicating a target angle and an icon are displayed in an overlapping manner when an angle measured by an angle measuring means is within a range of a target angle. The two predetermined points on which the sensor is attached are one point on the chest, one point on the lower back, one point on the shoulder, one point on the forearm or hand, one point on the thigh, and one point on the lower leg. 1 point on the upper arm, 1 point on the forearm, 1 point on the lower back and 1 point on the thigh, 1 point on the chest and 1 point on the upper arm, forearm or hand. , 1 point on the lower back, 1 point on the upper arm, forearm or hand, 1 point on the head, 1 point on the chest or back, 1 point on the lower leg, and 1 point on the foot. 7. The system of claim 6, wherein the system has one point on the lower back and one point on the back, or one point on the upper arm and one point on the back. 8. The system according to claim 6, further comprising a timer for measuring the time during which the measured predetermined angle is within the range of the target angle. 9. The system according to claim 8, further comprising count means for counting the number of times the measured time reaches a predetermined time. Equipped with an exerciser terminal operated by the exerciser or an administrator terminal operated by an administrator who manages or assists the exerciser,
comprising a target angle setting means for setting a target angle when an exerciser performs a predetermined exercise;
The system according to any one of claims 1, 2, 6, and 7, wherein the target angle setting means sets the target angle in response to an operation on an exerciser terminal or an administrator terminal. The system according to any one of claims 1, 2, 6, and 7, wherein the exercise status display means displays information that allows the exercise status of the exerciser to be grasped in different ways depending on the type of exercise. The icon is composed of a fixed object and a moving object,
8. A system according to any of claims 1, 2, 6 and 7, wherein the moving object moves in a rotational manner about a fixed object depending on the angle measured by the angle measuring means. Comprising a sample display means for displaying an image showing a sample exercise,
The exercise status display means displays information on the exercise status of the exerciser in the first display area,
The system according to any one of claims 1, 2, 6, and 7, wherein the sample display means displays an image showing a sample of the exercise in the second display area. The system according to any one of claims 1, 2, 6, and 7, wherein the exercise status display means displays information that allows the user to grasp the time during which the angle measured by the angle measurement means is within a target angle range. A program executed by at least one computer device,
computer equipment,
target angle setting means for setting a target angle when an exerciser performs a prescribed exercise with respect to a prescribed angle that can be formed based on a prescribed point on the exerciser's body ;
An angle measuring means for measuring an angle at a predetermined angle that can be formed based on a predetermined point on the body of an athlete;
Exercise status display means for displaying information that allows the exerciser to understand the exercise status while the exerciser is performing a predetermined exercise
function as
The target angle is set according to the exerciser's range of motion at the predetermined angle,
The exercise status display means displays an area indicating a target angle at which the exerciser performs a predetermined exercise and an icon indicating the movement of the exerciser, as information that allows the exerciser to understand the exercise status. can be,
An icon indicating the movement of the exerciser is displayed to move according to the angle measured by the angle measuring means,
A program that displays an area indicating a target angle and an icon in an overlapping manner when the angle measured by the angle measuring means is within the range of the target angle. 1. A method carried out in a system comprising at least one computer device, the method comprising:
a target angle setting step of setting a target angle at which the exerciser performs a predetermined exercise with respect to a predetermined angle that can be formed based on a predetermined point on the exerciser's body ;
An angle measuring step of measuring an angle at a predetermined angle that can be formed based on a predetermined point on the body of the exerciser;
an exercise status display step for displaying information that allows the exerciser to understand the exercise status while the exerciser is performing a predetermined exercise;
has
The target angle is set according to the exerciser's range of motion at the predetermined angle,
The exercise status display step displays an area indicating a target angle at which the exerciser performs a predetermined exercise and an icon indicating the movement of the exerciser, as information that allows the exerciser to understand the exercise status. can be,
An icon indicating the movement of the exerciser is displayed to move according to the angle measured by the angle measurement step,
A method in which an area indicating a target angle and an icon are displayed in an overlapping manner when the angle measured by the angle measuring step is within a range of the target angle. A program executed by at least one computer device,
computer equipment,
An angle measuring means for measuring angles at predetermined angles on the body of the exerciser based on information acquired by sensors attached to two prescribed points on the body of the exerciser;
Angle determining means for determining whether the measured angle is within a target angle range when an exerciser performs a predetermined exercise ;
Exercise status display means for displaying information that allows the exerciser to understand the exercise status while the exerciser is performing a predetermined exercise
function as
The exercise status display means displays an area indicating a target angle at which the exerciser performs a predetermined exercise and an icon indicating the movement of the exerciser, as information that allows the exerciser to understand the exercise status. can be,
An icon indicating the movement of the exerciser is displayed to move according to the angle measured by the angle measuring means,
A program that displays an area indicating a target angle and an icon in an overlapping manner when the angle measured by the angle measuring means is within the range of the target angle. 1. A method carried out in a system comprising at least one computer device, the method comprising:
an angle measuring step of measuring an angle at a predetermined angle on the body of the exerciser based on information acquired by sensors attached to two prescribed points on the body of the exerciser;
An angle determination step of determining whether the measured angle is within a target angle range when the exerciser performs a predetermined exercise ;
an exercise status display step for displaying information that allows the exerciser to understand the exercise status while the exerciser is performing a predetermined exercise;
has
The exercise status display step displays an area indicating a target angle at which the exerciser performs a predetermined exercise and an icon indicating the movement of the exerciser, as information that allows the exerciser to understand the exercise status. can be,
An icon indicating the movement of the exerciser is displayed to move according to the angle measured by the angle measurement step,
A method in which an area indicating a target angle and an icon are displayed in an overlapping manner when the angle measured by the angle measuring step is within a range of the target angle.

Images