JP7641782B2 - Exercise support system and exercise support program - Google Patents

Description

The present invention relates to an exercise support system and an exercise support program.

Patent document 1 describes an alarm device equipped with a human presence sensor. When the human presence sensor detects a person, this alarm device receives audio data from a server device and outputs the audio.

JP 2020-155956 A

Alarms are often installed in the kitchen of a home, where cooking, washing dishes and other tasks are done for long periods of time while standing. This often leads to physical discomfort such as back pain. If people could do stretching exercises in the kitchen, they could relieve muscle tension and prevent back pain and other problems from occurring. However, there are no mirrors in the kitchen so that people can check their posture, making it difficult to do effective exercises.

The object of the present invention is to provide a means for people working near an alarm to easily exercise.

As a means for solving the above-mentioned problems, the exercise support system of the present invention is an exercise support system that supports human exercise, and is characterized in comprising an alarm equipped with a human presence sensor, an alarm device, an exercise judgment unit that judges that exercise is being performed appropriately when the human presence sensor changes state between a detection state in which it detects a person and a non-detection state in which it does not detect a person when judging whether or not the person is exercising appropriately based on the output of the human presence sensor, and an alarm control unit that activates the alarm device to notify the result of the judgment made by the exercise judgment unit.

According to this configuration, whether or not a person is exercising appropriately is judged based on the output of the human presence sensor, and the judgment result is notified, so that the person can know whether or not they are exercising appropriately. Therefore, people can easily exercise near the alarm.
In addition, when all or part of the person's body enters or leaves the detection area of the human presence sensor, the state of the human presence sensor changes between a detection state and a non-detection state. According to this configuration, when the state of the human presence sensor changes between a detection state and a non-detection state, it is determined that the exercise is being performed appropriately, so that it is accurately determined whether the exercise is appropriate or not.

The exercise support system of the present invention is an exercise support system that supports human exercise, and comprises an alarm equipped with a human presence sensor, an alarm device, an exercise judgment unit that judges whether or not the person is exercising appropriately based on the output of the human presence sensor, an alarm control unit that activates the alarm device to notify the judgment result by the exercise judgment unit, and an input device that accepts a setting input of exercise time or number of exercises, wherein the exercise judgment unit judges whether or not the person is exercising appropriately using judgment conditions corresponding to the exercise time or number of exercises accepted by the input device .

In the present invention, it is preferable that the notification control unit controls the notification device to notify that the human presence sensor has changed its state from a detection state in which a person is detected to a non-detection state in which a person is not detected, or that the human presence sensor has changed its state from the non-detection state to the detection state.

When all or part of a person's body enters or leaves the detection area of the human presence sensor, the human presence sensor changes state between a detection state and a non-detection state. With this configuration, the state change of the human presence sensor between a detection state and a non-detection state is notified, so that the person can know the change in posture during exercise and can exercise appropriately.

In the present invention, it is preferable to provide an exercise promotion unit that controls the notification device to issue a notification encouraging exercise in response to the state in which the human presence sensor continues to detect a human for a predetermined period of time.

With this configuration, if the human presence sensor continues to detect a person for a specified period of time, the person is encouraged to exercise, so people who have been staying near the alarm for a long time and have not been moving much can be encouraged to exercise.

In the present invention, it is preferable that the input device is provided in a mobile information terminal.

With this configuration, the exercise type can be set and input using the input device of the mobile information terminal, making it easy to set and input the exercise type.

In the present invention, it is preferable to provide an installation position determination unit that determines whether the installation position of the alarm device is appropriate based on the output of the human presence sensor.

With this configuration, whether the installation location of the alarm is appropriate is determined based on the output of the human presence sensor, so that exercising with the alarm in an inappropriate position can be prevented, and it can be accurately determined whether the exercise is appropriate.

In the present invention, it is preferable to provide an exercise position determination unit that determines whether or not a person is in an appropriate position to perform exercise based on the output of the human presence sensor.

With this configuration, whether or not the position for exercising is appropriate is determined based on the output of the human presence sensor, so exercising in an inappropriate position can be prevented, and it is possible to accurately determine whether or not the exercise is being performed appropriately.

In the present invention, it is preferable that the notification device is provided in a mobile information terminal.

With this configuration, notifications are sent from the mobile information terminal, so notifications of the judgment results on whether or not the exercise is being performed appropriately can be realized using various functions of the mobile information terminal, and exercise can be effectively promoted.

As a means for solving the above-mentioned problems, the exercise support program of the present invention is an exercise support program that supports a person's exercise, and is characterized in that it has a computer realize an output acquisition function that acquires the output of a human presence sensor provided in an alarm device, an exercise judgment function that, when judging whether a person is exercising appropriately based on the output of the human presence sensor acquired by the output acquisition function, judges that the exercise is being performed appropriately when the human presence sensor changes state between a detection state in which it detects a person and a non -detection state in which it does not detect a person, and an alarm function that activates an alarm device to notify the judgment result made by the exercise judgment function.

According to this configuration, whether or not a person is exercising appropriately is determined based on the output of the human presence sensor, and the result of the determination is notified, so that the person can know whether or not they are exercising appropriately. Therefore, people can easily exercise near the alarm.

FIG. 1 is a diagram showing an overview of an exercise support system. FIG. 13 is a diagram showing assistance in squatting by the exercise assistance system. FIG. 2 is a functional block diagram showing a control configuration. 13 is a flowchart showing an exercise support process.

The exercise support system and the exercise support program according to the present invention will be described below with reference to the drawings. Note that the present invention is not limited to the following embodiments, and various modifications are possible without departing from the spirit of the present invention.

Figure 1 shows an overview of the exercise support system 1. The exercise support system 1 is a system that supports human exercise. This exercise support system 1 uses a human presence sensor 11 provided in an alarm 10 to determine whether or not a person is exercising appropriately, and supports the person's exercise.

As shown in FIG. 3, the alarm 10 is equipped with a gas sensor 12 that detects flammable gases such as city gas, a CO sensor 13 that detects carbon monoxide, a speaker 14 that emits sound (an example of an "alarm device"), and a communication device 15. When the gas sensor 12 detects flammable gas, and when the CO sensor 13 detects carbon monoxide, an alarm sound or announcement is emitted from the speaker 14.

As shown in FIG. 1, the alarm device 10 is installed on the wall 4 in the kitchen near the gas appliance 2 and near the ceiling 3. More specifically, the alarm device 10 is installed within a horizontal radius of 8 m from the gas appliance 2 (or the gas valve) and within 30 cm from the ceiling 3.

The alarm device 10 is also configured to be connectable to the external Internet N (Figure 3) via the communication device 15. The alarm device 10 is configured to be able to download various content from the Internet N and provide it via the speaker 14. For example, when evacuation information or weather warnings are announced, the alarm device 10 will notify these by voice.

In this embodiment, the human presence sensor 11 of the alarm device 10 is an infrared sensor. The human presence sensor 11 may also be an ultrasonic or visible light sensor. The human presence sensor 11 of the alarm device 10 detects the presence of a person in the detection area A1. More specifically, the human presence sensor 11 detects infrared rays from the detection area A1.

As shown in Figures 1 and 2, the detection area A1 is an area that spreads three-dimensionally diagonally downward from the human presence sensor 11, spreading like a fan in the vertical direction and the horizontal direction. In Figure 1, area A2 on the floor 5 that intersects with the detection area A1 is shown in color. When a person is standing in area A2, the human presence sensor 11 is always in a state of detecting the person.

The alarm device 10 is configured to provide various content when the human presence sensor 11 detects a person. For example, when the human presence sensor 11 detects a person, the alarm device 10 notifies the downloaded crime prevention information by voice.

With reference to Figure 2, the support of a person's exercise by the exercise support system 1 will be described. The alarm device 10 is configured to be connectable to the mobile information terminal 40 by wireless communication via the communication device 15. In this embodiment, exercise support content is registered in the alarm device 10, an exercise application 52 (Figure 3) is installed in the mobile information terminal 40, and the alarm device 10 and mobile information terminal 40 support the person's exercise.

As shown in FIG. 3, the mobile information terminal 40 includes a speaker 41 (an example of an "alarm device") that emits sound, a display device 42 (an example of an "alarm device") that displays information, an input device 43 that accepts operational input from a person, and a communication device 44.

When the human presence sensor 11 of the alarm 10 detects that a person has been in the kitchen for a while, the exercise application 52 of the mobile information terminal 40 notifies the person to exercise. For example, the exercise application 52 causes the speaker 41 to play an alarm sound and the display device 42 to display a message encouraging exercise (for example, the text "Would you like to stretch?").

When the person who has received the notification operates the mobile information terminal 40 to input that they will start exercising, the exercise application 52 starts supporting the exercise. Specifically, the exercise application 52 uses the speaker 41 and display device 42 of the mobile information terminal 40, the speaker 14 of the alarm 10, etc. to inform the person of the posture and duration of the exercise, etc.

In this embodiment, whether or not a person is exercising appropriately is determined based on the output of the human presence sensor 11, and the result of the determination is notified to the person. In the example of FIG. 2, squats are being performed as the exercise. When a person is standing in area A2, the human presence sensor 11 is always in a state where it can detect the person. Therefore, it is preferable that squats be performed when the person is standing in area A3, which is closer to the wall (closer to the alarm 10) than area A2. As shown in FIG. 1, detection area A1 exists above area A3.

When a person is standing in area A3 (top of Figure 2), the person's head is located inside detection area A1, so the human presence sensor 11 is in a state where it can detect a person. Based on the output of the human presence sensor 11, the exercise application 52 determines that the person is standing, and causes the speaker 14 of the alarm 10 to play a voice message saying, "Please sit down."

When a person assumes a lowered posture (bottom of Figure 2), the person's head is located outside the detection area A1, and the human presence sensor 11 does not detect the person. Based on the output of the human presence sensor 11, the exercise application 52 determines that the person is performing a squat and has lowered their hips, and causes the speaker 14 of the alarm 10 to play a voice message saying, "Please raise your hips."

When the person raises their hips, the human presence sensor 11 is again in a state where it can detect a person. Based on the output of the human presence sensor 11, the exercise application 52 determines that the person is performing a squat exercise with their hips raised, and determines that the exercise is being performed appropriately. The exercise application 52 adds 1 to the cumulative number of squats.

The exercise application 52 repeats the above-mentioned squat instructions a predetermined number of times. The exercise application 52 records the results of the exercise.

If the position of the alarm device 10 is too high or too low, there is a possibility that it will not be possible to properly determine whether or not a person is exercising appropriately. In this embodiment, the exercise application 52 is configured to determine whether or not the installation position of the alarm device 10 is appropriate based on the output of the human presence sensor 11. Specifically, the exercise application 52 has the person actually exercise, and determines whether or not the installation position of the alarm device 10 is appropriate based on whether or not the output of the human presence sensor 11 changes in conjunction with the person's exercise.

For example, the exercise application 52 plays audio through the speaker 14 of the alarm device 10 and has the person assume a standing posture and a crouched posture while doing squats. The exercise application 52 determines whether the installation position of the alarm device 10 is appropriate or not based on the output of the human presence sensor 11 in both postures. For example, the exercise application 52 determines that the installation position of the alarm device 10 is inappropriate and too high when the human presence sensor 11 does not detect a person in both the standing and sitting postures, determines that the installation position of the alarm device 10 is inappropriate and too low when the human presence sensor 11 detects a person in both the standing and sitting postures, and determines that the installation position of the alarm device 10 is appropriate when the human presence sensor 11 detects a person in the standing posture and does not detect a person in the sitting posture. The exercise application 52 plays audio through the speaker 14 of the alarm device 10 to notify the person of the judgment result of the installation position and instruct them to change the installation position.

In addition, if the location where the person is exercising is too close or too far away from the installation location of the alarm device 10, it may not be possible to properly determine whether the person is exercising appropriately. In this embodiment, the exercise application 52 is configured to determine whether the location where the person is exercising is appropriate based on the output of the human presence sensor 11. Specifically, the exercise application 52 has the person actually exercise, and determines whether the location where the person is exercising is appropriate based on whether the output of the human presence sensor 11 changes in conjunction with the person's exercise.

For example, the exercise application 52 causes the speaker 14 of the alarm device 10 to play audio and causes the person to perform squats in a standing position and a crouched position. The exercise application 52 determines whether the position in which the person performs the exercise is appropriate based on the output of the human presence sensor 11 in both positions. For example, the exercise application 52 determines that the position in which the person performs the exercise is inappropriate and too close to the alarm device 10 when the human presence sensor 11 does not detect a person in both the standing and sitting positions, determines that the position in which the person performs the exercise is inappropriate and too far from the alarm device 10 when the human presence sensor 11 detects a person in both the standing and sitting positions, and determines that the position in which the person performs the exercise is appropriate when the human presence sensor 11 detects a person in a standing position and does not detect a person in a sitting position. The exercise application 52 causes the speaker 14 of the alarm device 10 to play audio to notify the person of the exercise position determination result and instruct them to change the exercise position.

In the example described above, the exercise supported by the exercise support system 1 is squats. The exercise support system 1 may be configured to support other exercises such as stretching exercises, lunge exercises, and leg raises, as well as gymnastics. Depending on the type of exercise supported by the exercise support system 1, corresponding content is registered in the alarm device 10, and a corresponding application is installed on the mobile information terminal 40. Of course, one piece of content or application may be configured to be compatible with multiple types of exercise.

The configuration relating to the control of the alarm device 10 and the mobile information terminal 40 will be described with reference to Figure 3.

The alarm device 10 is equipped with a control device 21. The mobile information terminal 40 is equipped with a control device 51. The control devices 21, 51 are so-called ECUs, and are equipped with a memory (HDD, non-volatile RAM, etc., not shown) that stores programs corresponding to the functional units described below, and a CPU (not shown) that executes the programs. The functions of each functional unit are realized by the CPU executing the programs. In other words, the control devices 21, 51 are equipped with non-transitory recording media that store the programs.

The control device 21 of the alarm device 10 has, as functional units, an abnormality determination unit 22 and a human detection unit 23.

The abnormality determination unit 22 determines whether or not there is a gas leak based on the output of the gas sensor 12. If the abnormality determination unit 22 determines that there is a gas leak, it causes the speaker 14 to play an alarm sound. The abnormality determination unit 22 also determines whether or not there is incomplete combustion based on the output of the CO sensor 13. If the abnormality determination unit 22 determines that there is incomplete combustion, it causes the speaker 14 to play an alarm sound.

The human detection unit 23 determines whether or not a person is present in the detection area A1 based on the output of the human presence sensor 11. Specifically, when the human presence sensor 11, which is an infrared sensor, is in a detection state in which it detects a person, it determines that a person is present in the detection area A1, and when the human presence sensor 11 is in a non-detection state in which it does not detect a person, it determines that no person is present in the detection area A1. The control device 21 provides (notifies) the above-mentioned content based on the determination result of the human detection unit 23. In addition, the exercise application 52 of the mobile information terminal 40 provides the above-mentioned exercise support based on the determination result of the human detection unit 23.

The control device 51 of the mobile information terminal 40 includes, as functional units, an exercise promotion unit 53, an exercise determination unit 54, a notification control unit 55, an installation position determination unit 56, and an exercise position determination unit 57. These functional units constitute the exercise application 52 described above.

The exercise promotion unit 53 controls the speaker 41 and the display device 42 to notify the user of the encouragement to exercise when the state in which the human presence sensor 11 detects a person continues beyond a predetermined time. Specifically, the exercise promotion unit 53 obtains the judgment result of the human detection unit 23 from the alarm 10. When the state in which the human detection unit 23 judges that a person is present in the detection area A1 (detection state) continues beyond a predetermined threshold time, the exercise promotion unit 53 controls the speaker 41 to play an alarm sound and controls the display device 42 to display a message encouraging exercise (for example, the text string "Would you like to stretch?"). The exercise promotion unit 53 may be configured to be able to set a threshold time that is the standard for issuing a warning, based on a manual operation received by the input device 43.

The above-mentioned "continuation of the detection state" may include a short period of non-detection in between. For example, the threshold time is 30 minutes. If the detection state continues for 10 minutes, a non-detection state occurs for 40 seconds, and then the detection state resumes, the detection state is considered to be continuing. Then, if 30 minutes have passed since the start of the previous detection state and the detection state has continued for a total of more than 30 minutes, the exercise promotion unit 53 issues a notification encouraging exercise.

The motion determination unit 54 determines whether or not a person is exercising appropriately based on the output of the human presence sensor 11. Specifically, the motion determination unit 54 acquires the determination result of the human detection unit 23 from the alarm device 10. The motion determination unit 54 determines whether or not a person is exercising appropriately based on the determination by the human detection unit 23 of whether or not a person is present in the detection area A1.

For example, the exercise determination unit 54 determines that exercise is being performed appropriately when the state of the human presence sensor 11 changes between a detection state in which a person is detected and a non-detection state in which no person is detected. The exercise determination unit 54 may be configured to determine that exercise is being performed appropriately when the detection state continues for more than a predetermined first threshold time (corresponding to the state in which the hips are raised before starting a squat) and then the non-detection state continues for more than a predetermined second threshold time (corresponding to the state in which the hips are lowered during a squat).

It is preferable that the conditions for determining appropriate exercise by the exercise determination unit 54 be changed depending on the type of exercise. For example, the exercise determination unit 54 determines whether or not the person is performing exercise appropriately using the determination conditions corresponding to the type of exercise accepted by the input device 43. The input device 43 is configured to accept a setting input of the type of exercise. "Type of exercise" is, for example, stretching, strength training, yoga, squats, lunge exercises, etc.

The input device 43 may be configured to receive a setting input of the exercise intensity (number of repetitions, time, etc.), and the exercise determination unit 54 may be configured to determine whether or not the person is exercising appropriately using a determination condition corresponding to the exercise intensity received by the input device 43.

The notification control unit 55 operates the speaker 41 and the display device 42 to notify the result of the judgment made by the exercise judgment unit 54. For example, when a person performs squats, when the person changes from a standing posture (top of FIG. 2) to a crouched posture (bottom of FIG. 2), the state of the human sensor 11 changes from a detection state in which the person is detected to a non-detection state in which the person is not detected. The notification control unit 55 notifies the user by making the speaker 41 play a chime sound. When the person changes from a crouched posture (bottom of FIG. 2) to a standing posture (top of FIG. 2), the state of the human sensor 11 changes from a non-detection state to a detection state. The notification control unit 55 notifies the user by making the speaker 41 play a chime sound. The notification by the notification control unit 55 may be made by displaying a mark, icon, character, or the like on the display device 42.

The installation position determination unit 56 determines whether the installation position of the alarm device 10 is appropriate based on the output of the human presence sensor 11. Specifically, the installation position determination unit 56 acquires the determination result of the human detection unit 23 from the alarm device 10. The installation position determination unit 56 determines whether the installation position of the alarm device 10 is appropriate based on the determination by the human detection unit 23 of whether or not a person is present in the detection area A1.

For example, the installation position determination unit 56 plays a sound through the speaker 14 of the alarm device 10 to have the person assume a standing posture and a crouched posture in a squat exercise. The installation position determination unit 56 determines whether or not the installation position of the alarm device 10 is appropriate based on the output of the human presence sensor 11 in both postures. For example, the installation position determination unit 56 determines that the installation position of the alarm device 10 is inappropriate and too high when the human presence sensor 11 does not detect a person in both the standing and sitting postures, determines that the installation position of the alarm device 10 is inappropriate and too low when the human presence sensor 11 detects a person in both the standing and sitting postures, and determines that the installation position of the alarm device 10 is appropriate when the human presence sensor 11 detects a person in the standing posture and does not detect a person in the sitting posture. The installation position determination unit 56 plays a sound through the speaker 14 of the alarm device 10 to notify the person of the judgment result of the installation position and instruct them to change the installation position.

The movement position determination unit 57 determines whether or not the position in which a person is exercising is appropriate, based on the output of the human presence sensor 11. Specifically, the movement position determination unit 57 acquires the determination result of the human detection unit 23 from the alarm device 10. The movement position determination unit 57 determines whether or not the installation position of the alarm device 10 is appropriate, based on the determination by the human detection unit 23 of whether or not a person is present in the detection area A1.

For example, the exercise position determination unit 57 plays a sound on the speaker 14 of the alarm device 10 to have the person do squats in a standing position and a crouched position. The exercise position determination unit 57 determines whether the position in which the person performs the exercise is appropriate or not based on the output of the human presence sensor 11 in both positions. For example, if the human presence sensor 11 does not detect a person in both the standing and sitting positions, the exercise position determination unit 57 determines that the position in which the person performs the exercise is inappropriate and too close to the alarm device 10, if the human presence sensor 11 detects a person in both the standing and sitting positions, the exercise position determination unit 57 determines that the position in which the person performs the exercise is inappropriate and too far from the alarm device 10, and if the human presence sensor 11 detects a person in the standing position and does not detect a person in the sitting position, the exercise position determination unit 57 determines that the position in which the person performs the exercise is appropriate. The movement position determination unit 57 plays a sound through the speaker 14 of the alarm device 10 to notify the person of the movement position determination result and instruct them to change the movement position.

A program for realizing the functional units described above is stored in the memory of the mobile information terminal 40. This program is an exercise support program that supports human exercise, and causes a computer to realize an output acquisition function that acquires the output of the human presence sensor 11 provided in the alarm device 10, an exercise judgment function that judges whether or not the person is exercising appropriately based on the output of the human presence sensor 11 acquired by the output acquisition function, and an alarm function that operates an alarm device (speaker 41, display device 42) to notify the result of the judgment made by the exercise judgment function.

The exercise support process performed by the exercise support system 1 will be described with reference to the flowchart in Figure 4.

The exercise promotion unit 53 determines whether the state in which the human presence sensor 11 detects a human (detection state) continues for more than a predetermined time (step S101). If the detection state has not continued for more than the predetermined time (step S101: No), step S101 is executed repeatedly.

If the detection state continues for more than a predetermined time (step S101: Yes), the exercise promotion unit 53 issues a notification encouraging exercise (step S102) and waits for input to start exercise (step S103: No).

When an input to start exercising is received (step S103: Yes), the exercise position determination unit 57 determines whether or not the position where the person is exercising is appropriate based on the output of the human presence sensor 11 (step S104). If the exercise position is not appropriate (step S104: No), the exercise position determination unit 57 issues an instruction to change the exercise position (step S105) and executes step S104 again.

If the exercise position is appropriate (step S104: Yes), the exercise application 52 starts supporting the exercise. Specifically, the exercise application 52 notifies the user of an exercise instruction according to the selected type of exercise (step S106). The exercise determination unit 54 acquires the output of the human sensor 11 (the determination result of the human detection unit 23) (step S107) and determines whether the exercise according to the exercise instruction is being performed appropriately (step S108). The notification control unit 55 notifies the user of the determination result by the exercise determination unit 54 (step S109).

If the set number of exercises has not been completed (step S110: No), the process repeats steps S106 and onward. If the set number of exercises has been completed (step S110: Yes), the exercise application 52 records the exercise results (number of times, time, etc.) (step S111) and ends the process.

[Another embodiment]
(1) In the above embodiment, specific examples of the alarm device 10 and the human presence sensor 11 are described, but these configurations can be modified as appropriate. For example, the alarm device 10 may be equipped with only one of the gas sensor 12 and the CO sensor 13, or may be equipped with another sensor. Furthermore, the detection area A1 of the human presence sensor 11 may be multiple, or may have another shape.

(2) Some or all of the functional units provided in the control device 21 of the alarm device 10 may be provided in the control device 51 of the mobile information terminal 40, or in a server or the like on the Internet N. Some or all of the functional units provided in the control device 51 of the mobile information terminal 40 may be provided in the control device 21 of the alarm device 10, or in a server or the like on the Internet N. Programs for realizing the functional units are provided in the control device 21 of the alarm device 10 and the control device 51 of the mobile information terminal 40 according to the arrangement of each functional unit.

The present invention can be applied to exercise support systems and exercise support programs that support human exercise.

1: Exercise support system 10: Alarm 11: Human presence sensor 14: Speaker (alarm device)
40: Portable information terminal 41: Speaker (alarm device)
42: Display device (alert device)
43: Input device 53: Exercise promotion unit 54: Exercise determination unit 55: Notification control unit 56: Installation position determination unit 57: Exercise position determination unit

Claims (9)

An exercise support system for supporting human exercise,
An alarm equipped with a human presence sensor;
An alarm device;
an exercise determination unit that, when determining whether or not a person is exercising appropriately based on an output of the human presence sensor, determines that the person is exercising appropriately when the human presence sensor changes state between a detection state in which the person is detected and a non-detection state in which the person is not detected;
and a notification control unit that activates the notification device to notify the result of the determination by the exercise determination unit. An exercise support system for supporting human exercise,
An alarm equipped with a human presence sensor;
An alarm device;
an exercise determination unit that determines whether or not a person is exercising appropriately based on an output of the human presence sensor;
a notification control unit that activates the notification device to notify the result of the determination by the motion determination unit;
An input device that accepts a setting input of an exercise time or number of exercises ,
The exercise determination unit determines whether or not the person is exercising appropriately using a determination condition corresponding to the exercise time or the number of times the person exercises, which is received by the input device. The exercise support system according to claim 1 or 2, wherein the notification control unit controls the notification device to notify that the human presence sensor has changed its state from a detection state in which a person is detected to a non-detection state in which a person is not detected, or that the human presence sensor has changed its state from the non-detection state to the detection state. The exercise support system according to any one of claims 1 to 3, further comprising an exercise promotion unit that controls the notification device to notify the user of an encouragement to exercise when the human presence sensor continues to detect a human for a predetermined period of time. The exercise support system according to claim 2 , wherein the input device is provided in a portable information terminal. The exercise support system according to claim 1 , further comprising an installation position determination unit that determines whether or not an installation position of the alarm device is appropriate based on an output of the human presence sensor. The exercise support system according to claim 1 , further comprising an exercise position determination unit that determines whether a position where a person is exercising is appropriate based on an output of the human presence sensor. The exercise support system according to claim 1 , wherein the notification device is provided in a portable information terminal. An exercise support program for supporting a person's exercise,
An output acquisition function that acquires the output of a human presence sensor provided in the alarm;
an exercise determination function that, when determining whether or not a person is exercising appropriately based on the output of the human presence sensor acquired by the output acquisition function, determines that the exercise is being performed appropriately when the state of the human presence sensor changes between a detection state in which the human presence sensor detects a person and a non-detection state in which the human presence sensor does not detect a person ;
and a notification function of activating a notification device to notify a result of the determination by the exercise determination function.

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