KR101945339B1 - Fitness measuring system - Google Patents

Abstract

The present invention relates to a physical strength measurement system comprising: a physical strength measurement band including a body detachably worn on a subject′s wrist, a motion recognition sensor to output motion information of the subject in a motion signal, a first communication module to perform wireless communication with an external device, a control unit to control the wirelessly transmitted motion signal outputted from the motion recognition sensor via the first communication unit, and a battery to supply power required for operation; and a kiosk which includes a main body installed in front of the subject wearing the physical strength measurement band, a Kinect to acquire image information for motion recognition of the subject, a second communication module to wirelessly receive the motion signal from the physical strength measurement band, a display unit to display information to the outside, a memory unit to store information, and a microcomputer to use image information acquired by the Kinect and the motion signal provided from the physical strength measurement band in combination to measure the subject′s physical strength in accordance with a predetermined standard, and displays measurement results of the physical strength by control of the microcomputer using the display unit, stores the measurement results of the physical strength in the memory unit, or supplies the measurement results of the physical strength to a predetermined external device.

Description

{Fitness measuring system}

The present invention relates to a physical strength measuring system, and more particularly, to a physical strength measuring system for measuring a physical strength of an elderly person whose physical strength is less than that of a young person, Smooth and convenient measurement.

In general, physical strength measurements are made in a variety of ways, but have the same purpose in that they are for the health of the subject. However, such a physical strength measurement causes troubles in both the measurer and the measurer, causing discomfort and obtaining different measurement results according to the criteria of the measurer. In particular, by increasing the physical fitness of the elderly over 65 years of age, which is increased by the aging of the elderly, health promotion services for the elderly will be provided, and the social costs and problems of the elderly population will be solved, It is necessary for the elderly to implement a healthy and happy society. For this purpose, it was necessary to obtain the results of the objective measurement of the elderly, whose physical strength is lower than that of the younger ones and whose behavior is not free, smoothly.

In recent years, technology has been developed for facilitating the measurement of physical strength through advanced electronic information technology and communication technology.

As a technique relating to conventional physical strength measurement, Korean Patent Laid-Open No. 10-2014-0144054 entitled " Physical Strength Measurement System Using Smart Communication Device "has been proposed. This is a fitness measurement program Or a fitness measurement app) and a list of subjects to be measured; And a wireless internet for accessing the management server through a wireless data communication network such as 3G or 4G LTE, and is equipped with a fitness measurement program provided by the management server, Server smart communication device selected by the server and the remaining client smart communication device selected by the client, the C / S is synchronized based on the IP address added by the wireless access point of the wireless data communication network Client / Server) communication method, and collects physical information of the subjects in multiple, and confirms the physical information while sharing the physical information in real time.

However, such prior art focuses on the use and management of the fitness information collected from the subject, and does not disclose a configuration for accurately acquiring fitness information from the subject. Thus, There was a limit problem. Especially, it had a problem that it is difficult to easily apply it to the measurement of the physical strength of an elderly person whose physical strength is lower than that of a young person and whose behavior is not free.

In order to solve the problems of the prior art as described above, it is an object of the present invention to improve the accuracy and reliability of the measurement of physical strength for various subjects including the elderly, to provide the measurer and the subject with convenience of measuring the physical strength, It is aimed to make it easy to check whether the measurement is received correctly, to reduce the manpower and effort required for the measurement of physical strength, and to enable smooth and convenient physical strength measurement for the elderly who are less fit and younger than the young.

Other objects of the present invention will become readily apparent from the following description of the embodiments.

According to an aspect of the present invention, there is provided an apparatus for detecting an operation of a subject, comprising: a body that is detachably attached to a wrist of a subject; an operation recognition sensor that outputs operation information of the subject as an operation signal; A first communication module is provided to perform wireless communication with an external device and a control unit for controlling the wireless communication unit to wirelessly transmit an operation signal output from the operation recognition sensor through the first communication module, A physical strength measuring band provided with a battery for supplying the battery; And a body provided in front of a subject wearing the physical strength measuring band, wherein a key knee for obtaining image information for recognizing an operation of the subject is provided, and the operation signal is wirelessly transmitted from the physical strength measuring band A second communication module is provided for receiving the information, a display unit for externally displaying information is provided, and a memory unit for storing information is provided, and the image information obtained by the keynote and the operation signal provided from the physical strength band A microcomputer for measuring the physical strength of the subject according to a predetermined criterion; a display unit for displaying the measurement result of the physical strength under the control of the microcomputer; And a kiosk to be provided to the device, The system is provided.

Wherein the physical strength measuring band further comprises a heartbeat sensor for measuring a heartbeat of a subject and outputting it as a heartbeat signal, and an air pressure sensor for measuring an air pressure and outputting the air pressure signal, wherein the motion recognition sensor detects a three- And the controller may transmit the heartbeat signal and the barometric pressure signal to the kiosk by the first communication module so that the kiosk displays or stores the data.

The main body is provided with a stand portion having a roller so as to be movably mounted on the ground, a wall portion is provided upward from the stand portion, a light transmissive mirror is provided on the front face of the wall portion, And an accommodating chamber is provided which has a triangular cross-sectional shape on the intersection of the stand portion and the wall portion and is opened and closed by the door so as to accommodate the devices necessary for the operation .

Wherein the microcomputer is configured to guide the measurement instructions through text or voice through the display unit or the audio output unit according to a predetermined order through data for the physical strength measurement guide stored in the memory unit when measuring the physical strength of the subject, During the physical strength measurement process, the standard image information and the standard operation signal for the operation of the subject, which is the standard of the image information and the operation signal, are compared with each other, The user is guided in real time by a character or voice through the display unit or the audio output unit through the data and the score is calculated according to the degree of agreement or degree of agreement with the allowable range and displayed on the display unit in real time .

Wherein the microcomputer is configured to track the posture of the subject by inputting an input signal by the input unit to track the body skeleton using the kinetic, perform the pager board of the subject, A motion sensing of the body skeleton tracking technique using the kinetic, a motion sensing of the physical strength band, a motion sensing of the body skeleton tracking using the kinetic, the motion sensing of the physical strength band, An input signal by the input unit, an input signal by the input unit, an input signal by the input unit, and an input signal by the input unit, an operation for bending the subject to the upper body, The input operation by the input unit, the dumbbell movement of the subject, A walking motion of the base body force measuring band, a maximum body walking motion of the subject, tracking the body skeleton of the kinetic body, an input signal by the input unit of the eight-person walking movement of the subject, The motion sensing of the measurement band and the standing time of the subject can be controlled to measure the physical strength of the subject by the motion sensing of the physical strength measurement band.

Wherein the microcomputer acquires posture analysis information through the body shape of the subject through the image information by the kinect and acquires an exercise prescription for posture improvement and pain relief for the posture analysis information from the memory unit, A predetermined operation required for the physical strength measurement is guided by the image or text through the display unit and is guided through the audio output unit by the audio output unit and the voice is guided through the audio output unit, Determining whether the first condition corresponding to the vibration or the stop is satisfied in the process of performing the operation, and when the first condition is satisfied, the peak value of the angular velocity or acceleration is generated from the physical strength band at the time when the first condition is satisfied Judging whether or not the second condition is satisfied, and when the second condition is satisfied, Determining whether a third condition that a sound of a predetermined intensity or more is generated from the subject is satisfied in a microphone provided in the keyboard at a time point when the first condition is satisfied and if the third condition is satisfied, It is possible to report a failure of the single operation to the terminal of the hospital determined in advance for the subject by the communication unit.

According to the physical fitness measuring system of the present invention, the physical strength of the subject is measured by using a combination of the motion information generated by the motion of the subject and the image information obtained from the motion of various subjects including the elderly, The accuracy and reliability of the measurement can be increased and the physical strength of the subject can be measured easily so that the convenience of the measurer and the subject can be improved and not only the subject can easily confirm whether the physical strength measurement is accurately received, It is possible to easily calibrate the measurement, reduce the manpower required for the physical strength measurement, and make smooth and convenient physical strength measurement possible for the elderly who are less fit and younger than the young man.

1 is a perspective view showing a physical strength measuring system according to an embodiment of the present invention.
2 is a rear perspective view showing a kiosk of a fitness measurement system according to an embodiment of the present invention.
FIG. 3 is a configuration diagram showing a fitness measurement system according to an embodiment of the present invention.
FIG. 4 shows a screen of a display unit when measuring physical fitness in a physical fitness measuring system according to an embodiment of the present invention.
FIG. 5 shows a screen of a display unit during a body type examination in a physical fitness measuring system according to an embodiment of the present invention.

The present invention is capable of various modifications and various embodiments, and specific embodiments are illustrated and described in detail in the drawings. It is to be understood, however, that the invention is not to be limited to the specific embodiments, but is to be understood to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention, And the scope of the present invention is not limited to the following examples.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings, wherein like or corresponding elements are denoted by the same reference numerals, and redundant explanations thereof will be omitted.

FIG. 1 is a perspective view showing a physical strength measuring system according to an embodiment of the present invention, FIG. 2 is a rear perspective view showing a kiosk of a physical strength measuring system according to an embodiment of the present invention, FIG. FIG. 2 is a block diagram showing a physical strength measuring system according to an embodiment. FIG.

1 to 3, a physical strength measuring system 10 according to an embodiment of the present invention may include a physical strength measuring band 100 and a kiosk 200.

The physical strength measuring band 100 is provided with a body 110 that is detachably worn on the subject's wrist and includes motion recognition sensors 121 and 122 for outputting operation information of the subject as an operation signal, The first communication module 140 is provided to perform wireless communication and a control unit 150 is provided to control the operation signal outputted from the motion recognition sensors 121 and 122 to be wirelessly transmitted through the first communication module 140 And a battery 160 for supplying power necessary for the operation.

The body 110 may include a plurality of components such as the motion recognition sensors 121 and 122, the first communication module 140, the controller 150 and the battery 160 inside the body 110, In order to be worn as possible, a band 111, which is detachably coupled to each other by a clip, a hook or a clamp, may be provided on both sides. The motion recognition sensors 121 and 122 may include, for example, a 3-axis angular velocity sensor 121 and a 3-axis acceleration sensor 122. [ The first communication module 140 enables wireless communication with an external device such as the kiosk 200 by various methods including Bluetooth or Wi-Fi.

The fitness measuring band 100 further includes a heart rate sensor 130 for measuring a heart rate of a subject and outputting a heart rate signal and an air pressure sensor 170 for measuring an air pressure and outputting the air pressure signal, An operation unit 180 such as a button or a switch provided in the body 110 to input a signal for operating the operation unit 180 to perform a desired operation; And a display unit 190 provided on a front surface or an upper surface of the body 110 so as to display the display unit 190. [ The control unit 150 transmits the heartbeat signal of the heartbeat sensor 130 and the barometric pressure signal of the air pressure sensor 170 to the second communication module 230 of the kiosk 200 by the first communication module 140, The microcomputer 260 of the microcomputer 200 may be displayed on the display unit 240 or may be stored in the memory unit 250 as data.

The kiosk 200 is provided with a body 210 installed in front of a subject wearing a physical strength measuring band 100 and is provided with a key neck 220 for acquiring image information for recognizing an operation of the subject, A second communication module 230 is provided to wirelessly receive an operation signal from the physical strength measuring band 100 and a display unit 240 for displaying information externally is provided and a memory unit 250 for storing information is provided And a microcomputer 260 for measuring a physical strength of the subject according to a predetermined criterion using a combination of image information obtained by the keynote 220 and an operation signal provided from the physical strength measuring band 100, The result of the measurement of the physical strength is displayed on the display unit 240 or stored in the memory unit 250 under the control of the microcomputer 260 or wireless communication is performed with a predetermined external device such as the second communication module 230 Separate Terminal or the like. The criterion set here can be determined according to a variety of general or customized methods, including scores and grades according to the magnitude of the physical measurement result.

The main body 210 can accommodate devices such as a keynote 220, a second communication module 230, a display unit 240, a memory unit 250, and a microcomputer 260 on the inside or the outside A stand part 211 having a roller 213 to be movably installed on the ground may be provided and a wall part 212 may be provided vertically upward from the stand part 211. The wall part 212 A light transmitting mirror 214 may be installed on the front of the mirror 214 and a display portion 240 and a key knot 220 may be provided on the rear surface of the mirror 214 so as to face forward. The main body 210 has a triangular cross-sectional shape on the intersection of the stand 211 and the wall 212 and is opened and closed by the door 216 so that devices necessary for operation such as the second communication module 230 A display unit 240, a memory unit 250, a microcomputer 260, and the like.

The Kinect 220 is, for example, a sensor system that recognizes an object to be positioned in front of it and responds to an operation. The Kinect 220 can read a plurality of people, for example, 48 joint movements 30 times per second, It is equipped with motion capture to recognize the action of the subject, and the microphone module can recognize the voice.

The second communication module 230 performs wireless communication with the first communication module 140 according to a predetermined communication method.

The microcomputer 260 transmits the measurement data to the display unit 240 or the audio output unit 290 via the display unit 240 or the audio output unit 290 in accordance with the predetermined order through the data for the physical strength measurement guide stored in the memory unit 250, During the physical strength measurement process of the subject, the standard image information and the standard operation signal for the operation of the subject, which is the standard of the image information and the operation signal, are compared with each other, and the memory unit 250 The user can perform the calibration instructions in real time through the display unit 240 or the audio output unit 290 using text or voice through the fitness measurement calibration data stored in the storage unit 240, And display it through the display unit 240 in real time.

The microcomputer 260 can confirm the boundary of the physical strength measurement period of the subject through the operation information obtained through the key knot 220 and the operation signal obtained from the motion recognition sensors 121 and 122, Audio files or text files of the stored fitness measurement guide data may be output to the outside through the audio output unit 290 or the display unit 240 in a predetermined order. In addition, the microcomputer 260 transmits the image information obtained from the keynote 220 and the motion signals obtained from the motion recognition sensors 121 and 122 to the subject's motion, which is a standard for the corresponding physical strength measurement, For example, when one of the comparison result of the image information and the comparison result of the operation signal corresponds to the allowable range, it can be recognized as the fitness measurement according to the rule, For example, if all are within the acceptable range, they may be accepted as a physical strength measurement according to the rules. The microcomputer 260 also recognizes the corresponding part of the body and the calibration direction when the comparison range is out of the permissible range. The microcomputer 260 reads out the corresponding calibration instructions from the fitness measurement calibration data stored in the memory unit 250 And outputs it through the display unit 240 or the audio output unit 290 in real time with a character or voice.

For display of the score, the microcomputer 260 converts the degree of coincidence into a percentage, for example, through comparison of the video information and the standard video information and the comparison of the operation signal and the standard operation signal, In this case, the evaluation reference value of the standard image information or the standard operation signal may be set to a range of a certain ratio and used as a criterion for determining the degree of coincidence. Here, the operation signal and the standard operation signal are operation signals provided from the motion recognition sensors 121 and 122 according to the user's motion, and information about some or all of the speed, acceleration, angular velocity, movement distance, Or the like.

The kiosk 200 supplies power required for the operation from an external power supply unit 280 and supplies the power supply unit 280 with a desired voltage and current to the constituent devices. The display unit 240 includes a touch panel, And a separate input unit 270 such as a mouse or a keyboard can be connected to input desired information or commands.

As shown in FIG. 4, the microcomputer 260 controls the posture of the subject by using a key body 220 to track a body skeleton, an input signal by the input unit of the subject's pawb board, The body skeleton tracking using the Kinect 220 and the hand stretching operation of the subject are performed using the Kinect 220 and the motion sensing of the physical strength measuring band 100 and the Kinect The motion sensing of the body skeleton tracking and physical strength band 100 using the body 220, the body skeleton tracking using the kinect 220 for the subject's sitting up and standing motion, An input signal by an input unit, an input signal by an input unit, and a dumbbell movement of a subject by motion sensing of the physical strength band 100, a maximum walking of the subject The motion of the body band of the stamina 220, the motion of the body of the stamina 100, and the standing time of the subject, The physical strength of the subject can be measured by motion sensing of the physical strength band and the physical strength age calculating unit 320 can be controlled to calculate the long life physical strength age. Here, the posture can be evaluated as a score or a grade by comparing the posture of the subject with the predetermined basic posture by comparing the data of the difference, and in addition, the posture of the subject has a certain degree of difference with respect to the basic posture Various methods can be applied, including the existing method, and the evaluation method of the comparison can be variously determined according to the purpose of evaluation.

The stamina age calculating unit 320 calculates the stamina age calculating unit 320 based on the result of the operation provided by the microcomputer 260 and the measured time required for the lying and rising action of the subject further required and the age of the subject, Calculate longevity fitness age.

Here, LFI is the longevity physical age, X1 is the measured time of the rising motion, X2 is the measured time of the 8-character walking movement, X3 is the chair, measured time of the rising motion, The measured time required for the action, AGE, indicates the age of the subject.

The physical fitness measurement system 10 according to the present invention can measure the physical fitness of the elderly people as shown in Table 1 below,

Metrics Used sensor Used technology Measurement method and method 1. Posture Kinect's 3D Camera ST Based on the image of the actual skeleton and the subject's frontal, lateral, and backward telegraph, the posture of shoulder inclination and pelvic deviation were measured and transmitted to the system 2. PAG BOARD - - - The inspectors directly input the test results to the system
- By inserting the insertion piece at the desired position and number in the specified pagboard, the cooperative power of the eye and the hand is measured 3. Eyes open and standing Kinect's 3D Camera ST - Ready while maintaining a good posture while looking at the system
- Start measurement by lifting one foot above a certain height
- The end of measurement and the holding time (unit: sec) when the lifted leg comes down 4. Hand stretch Kinect's 3D camera,
Fitness measurement
band ST, MS - The system will scan the left side of the subject
- Wearing a smart band, both hands stretch forward so that the back of the hand is on top. Ready
- Keeping the lower body and the waist fixed while keeping both arms down.
- When the arm is extended straight forward, the measurement is completed. Measure the distance (unit: cm)
- The 6-axis sensor of the smart band worn on the wrist of the subject is measured by measuring the direction and angle of the arm extending forward. 5. Upper limb elevation angle Kinect's 3D camera,
Fitness measurement
band ST, MS - The system will scan the left side of the subject
- Wearing a smart band, both hands stretch forward so that the back of the hand is on top. Ready
- Lift both arms as far as possible with the lower body and waist fixed
- When the lifting arm is lowered, the measurement is ended and the angle (unit: ㅀ)
- The 6-axis sensor of the smart band worn on the wrist of the subject is measured by measuring the direction and angle of the arm extending forward. 6. Sit up and stand up Kinect's 3D Camera ST - Sit down on your chair with your system in front, Ready
- The moment that happens in the chair starts to measure and sit for 30 seconds.
- Detecting changes in the body skeleton during sitting and standing (eg, knee flexion, changes in waist position, etc.) 7. Sticking - - - The inspectors directly input the test results to the system
- Judge whether or not it is possible to catch a rod installed at a fixed position 8. Bending forward to the upper body - - - The inspectors directly input the test results to the system
- bending the upper body in a sitting position or sitting on the floor 9. Hand grip - - - The inspectors directly input the test results to the system
- Perform the operation to determine the use of the specified pressure gauge or the grip strength 10. Dumbbells Fitness measurement
band MS - With the system in front, sit on the chair and hold the dumbbell in both hands.
- The moment when the dumbbell is lifted, the measurement starts and the number of times it is heard for 30 seconds and dropped.
- The sensation of the 6-axis sensor of the smart band worn on the subject's wrist by sensing the movement of the dumbbell 11. Maximum walking Kinect's 3D Camera ST - After looking at the system, the examinee turns it back to the ready position (about 1.3m from the system)
- It starts when you start to walk forward and measures the time (unit: cm)
-3D The infrared sensor built into the camera measures the distance to the subject and detects the distance from the moment of departure and return from the ready state. 12. Eight-legged walk - - - The inspectors directly input the test results to the system
- Place a turning point on both sides of the line of 1.5 ㅧ 3.6 m on the ground, and place the chair between them. The subject sits in a sitting posture and returns with one turning point and continues to sit at the opposite turning point. Record time spent repeating 2 times 13. Stuck at the wall Fitness measurement
band MS - The subject bends the knee to 90 degrees while leaning against the wall, and hands with the smart band wiped down with the palm attached to the wall. Ready
- Hold the posture and hold both hands 90 degrees upward with your hand upwards and start measuring straight ahead
- The time (unit: sec) in which this posture is maintained is measured. When the posture is disturbed and both hands are lowered,
- Or, if the posture is maintained for more than 60 seconds, the item ends with a full scale measurement
- The 6-axis sensor of the Smart Band worn on the subject's wrist is used to measure the direction and angle at which the hand is lowered 14. Standing time Fitness measurement
band MS - After laying the back on the mattress laid on the floor, the patient's hands with their smart bands facing toward the sky,
-The measurement starts 3 seconds after the Ready state is established. When the start sound is heard, the subject wakes up as soon as possible and stands in a posture with both hands down.
- Measure the time from start to end of measurement (unit: sec)
- The 6-axis sensor of the smart band worn on the wrist of the subject puts the arm on the floor and keeps the ready posture.

In Table 1, ST is Skeleton Tracking technology of 3D camera, and MS is Motion Sensing technology of 6-axis sensor built in smart band.

As shown in FIG. 5, the microcomputer 260 acquires posture analysis information through the body shape of the subject through the image information by the keynote 220, and acquires posture analysis information for posture analysis information and pain relief The exercise prescription is acquired from the memory unit 250 and is provided to the subject. The predetermined action required for the physical fitness measurement is guided by the image or text through the display unit 240, and the voice is sounded through the audio output unit 290 And determines whether or not the first condition corresponding to the tremor or the stop is satisfied in the process of performing the predetermined single operation by the subject through the image information by the key knot 220. If the first condition is satisfied, It is determined whether or not the second condition for generating the angular velocity or the peak value of the acceleration from the physical strength measuring band 100 is satisfied at the time of satisfying the second condition, It is determined whether or not the microphone satisfies a third condition that a sound of a predetermined intensity or more is generated from a subject on a microphone (not shown) provided on the key knot 220. If the third condition is satisfied, The communication unit can notify the terminal 1 of the hospital or clinic predetermined for the subject to be notified of the failure of the single operation. Here, the single operation may mean each operation performed for the above-mentioned physical strength measurement. Therefore, in performing each of these operations, the hospital or the clinic not only makes the health care of the subject easier by notifying the user of the judgment of the nervous body vibration, sudden reaction and moaning sound naturally accompanied by the pain caused, , And provides an opportunity for the subject to be diagnosed or treated without fail in regard to the occurrence of a single operation corresponding to the occurrence of the disorder.

The communication unit 230 enables wireless or wired Internet communication. The microcomputer 260 transmits a result of measuring the physical fitness through the communication unit 230 to the terminal 1 of the hospital or clinic, the terminal 2 of the nursing home or welfare institution, , The terminal 3 of the municipal government or public office, the terminal 4 of the fitness center, etc., so that these institutions can be efficiently used as data on healthcare for the subject. In addition, posture improvement and pain relief for the posture analysis information may be performed by, for example, prescribing stretching that is useful for straightening the shoulder when the shoulder is bent, or exercising the back strength for improving the back pain caused thereby In addition, appropriate exercise regimens based on various measurement results can be provided.

According to the system for measuring physical strength according to the present invention, the physical strength of a subject is measured by using a combination of an image signal obtained from an operation of various subjects including the elderly, and an operation signal generated by an operation of the subject , The accuracy and reliability of the physical strength measurement can be increased.

In addition, according to the present invention, it is possible to easily measure the physical strength of the subject, thereby enhancing the convenience of the subject and the subject, making it easy to check whether the subject is correctly receiving the physical strength measurement, .

In addition, according to the present invention, it is possible to reduce the manpower required for the measurement of physical strength, and to measure the physical strength smoothly and conveniently for the elderly, whose physical strength is lower than that of the young man and whose behavior is not free.

Although the present invention has been described with reference to the accompanying drawings, it is to be understood that various changes and modifications may be made without departing from the spirit and scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the scope of the appended claims and equivalents thereof.

1: terminal of hospital or clinic 2: terminal of nursing home or welfare center
3: Terminal of municipality or government office 4: Terminal of fitness center
100: Stamina measuring band 110: Body
111: Band 121: 3-axis angular velocity sensor
122: 3-axis acceleration sensor 130: heart rate sensor
140: first communication module 150:
160: Battery 170: Pressure sensor
180: operating part 190: display part
191: microphone 200: kiosk
210: main body 211: stand part
212: wall portion 213: roller
214: mirror 215: accommodating chamber
216: Door 220: Kinect
230: second communication module 240:
250: Memory part 260: Microcomputer
270: Input unit 280: Power supply unit
290: audio output section

Claims (6)

There is provided an operation recognition sensor that is provided with a body that is detachably worn on the wrist of a subject and that outputs operation information of the subject as an operation signal and is provided with a first communication module for performing wireless communication with an external device, A control unit for wirelessly transmitting an operation signal output from the operation recognition sensor through the first communication module, and a battery for supplying power required for operation; And
A body provided in front of a subject wearing the physical strength measuring band is provided and a key knuckle for acquiring image information for recognizing an operation of the subject is provided and the operation signal is wirelessly transmitted from the physical strength measuring band A second communication module is provided, a display unit for externally displaying information is provided, and a memory unit for storing information is provided, and the image information obtained by the kinect and the operation signal provided from the physical strength measuring band are combined A microcomputer for measuring the physical strength of the subject according to a predetermined criterion, wherein the microcomputer controls the microcomputer to display the measurement result of the physical fitness through the display unit, store the measurement result in the memory unit, To a kiosk;
Lt; / RTI >
The microcomputer,
Acquiring the posture analysis information through the body shape of the subject through the image information by the Kinect, acquiring the exercise prescription for posture improvement and pain relief for the posture analysis information from the memory unit, A predetermined operation required for the physical strength measurement is guided by the image or text through the display unit and is guided by voice through an audio output unit connected to the microcomputer, and through the image information by the key knot, A peak value of an angular velocity or an acceleration is generated from the physical measurement band at a time when the first condition is satisfied and the first condition is satisfied when the first condition is satisfied Judges whether or not the second condition is satisfied, and when the second condition is satisfied, Determining whether or not the microphone satisfying the second condition satisfies a third condition that a sound of a predetermined intensity or more is generated from the subject to the microphone provided at the time of the second condition and if the third condition is satisfied, And notifies a failure of the single operation to the terminal of the hospital predetermined for the subject by the communication unit. The method according to claim 1,
The physical strength measuring band
A heart rate sensor for measuring a heart rate of a subject and outputting the heart rate signal as a heart rate signal, and an air pressure sensor for measuring an air pressure and outputting an air pressure signal, wherein the motion recognition sensor includes a 3-axis angular velocity sensor and a 3- And the control unit transmits the heartbeat signal and the barometric pressure signal to the kiosk by the first communication module so that the kiosk displays or stores the data. The method according to claim 1 or 2,
The main body includes:
A mirror is provided on a front surface of the wall portion, and a display portion and a key are provided on a rear surface of the mirror, Each of which has a triangular cross-sectional shape on the intersection of the stand portion and the wall portion and which is opened and closed by a door to provide an accommodation chamber for accommodating the devices necessary for operation, . delete The method according to claim 1 or 2,
The microcomputer,
Wherein the body posture of the subject is measured by tracking the body skeleton using the keyboard, an input signal by the input unit of performing the paw board of the subject, a body skeleton tracking using the keynote, A motion sensing of a body skeleton tracking technique and a physical strength measuring band using the key knot, a motion sensing of a body skeleton tracking using a Kinect, a motion sensing of a physical strength band, A bodily skeleton tracking operation using the kinemt, an input signal by the input unit, an input signal by the input unit, and an input signal by the input unit, The grabbing operation of the measurer is controlled by an input signal by the input unit, A walking motion of the subject, a body skeleton tracking of the kinem, an 8-character walking operation of the subject, an input signal by the input unit, and a climbing operation from the wall of the subject, And a physical strength measurement system for controlling the physical strength of the subject by motion sensing of the physical strength band. delete

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