KR102550721B1 - Training system according to personal fitness evaluation - Google Patents

Abstract

a photographing unit for photographing the user; a reproduction unit displaying a guide image to the user so that the user can perform a predetermined operation; an image generating unit which provides the guide image, which contains contents for guiding information about an action so that the user can perform a predetermined action in the image captured by the photographing unit, to the reproducing unit; and an analysis unit for analyzing the motion of the user based on the image provided through the photographing unit.
According to the present invention, the training system according to the individual physical strength evaluation provides the user with individual stretching, muscle strengthening exercise, and aerobic exercise suitable for each individual based on the physical fitness measurement verified by a rehabilitation expert, so that chronic musculoskeletal patients and spine with a high proportion of surgery, Its purpose is to provide exercise therapy that helps activities in daily life as well as rehabilitation training and recovery after surgery for shoulder and knee joint surgery patients.

Description

Training system according to personal fitness evaluation}

The present invention utilizes sensors and wearable devices to secure exercise big data such as user's physical strength, exercise amount, calorie consumption, exercise time and number of times, and provides artificial intelligence-based home training and therapeutic exercise prescription services to patients with chronic musculoskeletal disorders. It relates to a training system based on physical fitness evaluation.

Recently, due to the Corona 19 virus, cases of human-to-human transmission are prevalent all over the world, restrictions on use of health clubs and hospitals, and increased awareness of health, preferring home training to exercise and live at home for personal health.

In addition, in the era of untact technology, it is a concept that integrates the concepts of services that have a common denominator of non-face-to-face, although the methods are different, such as unmanned, self-automated, etc., and has the meaning of erasing contact with people. Various technologies are emerging, and consumers are getting used to these untact technologies.

Therefore, the smart healthcare medical device market is expected to grow by more than 10% annually and reach 14 trillion won in 2020, and the growth of healthcare-related devices is leading the growth of the IoT device industry, increasing overall smart healthcare market demand. .

According to a survey conducted by Embrain Trend Monitor (trendmonitor.co.kr), a comprehensive research company, on 1,000 adult males and females aged 19 to 59 across the country, 87% said, "If you have the will, I can exercise enough at home", 65.8% said, "Home training alone is enough exercise." However, home training is on the rise, with 59% saying "there is a limit to exercising alone without an expert".

Therefore, prior arts related to home training have been proposed.

A medical training system using a shoulder training protocol, which is a proposed prior art, is disclosed (Korean Patent Publication No. 10-2018-0051728). The medical training system using the shoulder joint training protocol according to the present invention includes a first operating server that stores a shoulder joint training protocol, which is an exercise method for shoulder joint rehabilitation training created by a group of musculoskeletal experts, a shoulder joint to which a wireless EMG sensor and a Kinect sensor are attached. It is characterized in that it includes a second operation server for collecting rehabilitation training data, which is a result of self-exercise, when the diseased person performs self-exercise according to the shoulder joint training protocol, and a third operation server for receiving and analyzing the rehabilitation training data. .

In the case of the prior art, there is a limit in that it provides consistent and comprehensive training and therapeutic exercise that does not consider the physical fitness measurement of individual patients with chronic musculoskeletal disorders.

Korean Patent Publication No. 10-2018-0051728 : Medical training system using shoulder joint training protocol

The present invention was created to solve the above problems, and an object of the present invention is to provide individual stretching, muscle strengthening exercise, and aerobic exercise suitable for each individual based on physical fitness measurement verified by a rehabilitation expert to the user with a simple evaluation.

In order to achieve the above object, the training system according to the individual physical strength evaluation according to the present invention includes a photographing unit for photographing the user; a reproduction unit displaying a guide image to the user so that the user can perform a predetermined operation; an image generating unit which provides the guide image, which contains contents for guiding information about an action so that the user can perform a predetermined action in the image captured by the photographing unit, to the reproducing unit; and an analysis unit for analyzing the user's motion based on the image provided through the photographing unit.

The guide image is provided at a location spaced apart from the user area where the user is displayed in the image provided by the photographing unit and includes model objects that move according to actions to be performed by the user.

The guide image includes a guide object included in the user area or overlapped with the model object so that the user can guide and perform a corresponding operation in the image provided from the photographing unit.

The analysis unit includes a motion detection unit for detecting the motion of the user in the photographed image taken by the photographing unit, a wearable computer worn like the user's body and measuring the motion or biometric information of the user, and A data storage unit that stores information on name, age, gender, weight, height, BMI (body mass index), blood sugar, blood pressure, heart rate, and exercise status, and analysis based on the data provided by the data storage unit provide wealth

The image generating unit includes a first image generating unit generating the guide image to include first content for an operation for measuring the physical strength of the user and providing the guide image to the playback unit, and the analysis unit includes the first content While the guide image including is displayed in the playback unit, a first analysis module for determining the user's physical strength by analyzing the user's motion in the image provided from the photographing unit is provided.

The image generating unit includes a second image generating unit generating the guide image to include second content for a predetermined exercise action according to the physical strength of the user determined by the first analysis module and providing the guide image to the playback unit; , The analysis unit analyzes the user's motion in the motion image provided from the photographing unit while the guide image including the second content is displayed in the play unit, and determines the user's exercise information. An analysis module is provided.

The first image generating unit generates the guide image so that the model object having a human shape is moved by a first measurement operation in which the knees of both legs are alternately raised and lowered above a predetermined height, and the first analysis module The number of times the user performs the first measurement operation for a set reference time is counted, and the cardiopulmonary endurance of the user is determined according to the counting number.

A second measurement operation in which the model object having a human form in the first image generator sits on a chair in a sitting posture with the soles of both feet attached to the ground, arms crossed and both shoulders wrapped, and then the knees are fully extended The guide image is generated to move, and the first analysis module counts the number of times the user performs the second measurement operation for a preset reference time, and determines the muscular endurance of the user according to the counting number.

In the first image generating unit, the model object having a human shape is passed over the shoulder and lowered downward from the back, and the other hand is passed from the waist side to the back and moved upward in a third measuring motion. An image is generated, and in the first analysis module, the user's upper extremity flexibility is determined by measuring the distance between the middle and middle fingers of both hands of the user moving in correspondence with the third measurement motion.

In the state in which the model object having a human form in the first image generator is sitting on a chair, one of the legs extends the knee and pulls the toe toward the body so that the foot and the leg form a predetermined angle, and the other leg The guide image is generated so that the guide image is moved in a fourth measuring motion in which the thigh and calf are bent at a predetermined angle while the sole and the ground are in close contact, and in the first analysis module, the user moves correspondingly to the fourth measuring motion The flexibility of the lower extremities of the user is determined by measuring the distance between both fingertips of the user and the toe of one leg.

The first image generating unit generates the guide image so that the model object having a human form stands on the ground with one foot and the other foot is bent at a predetermined angle and moves in a fifth measurement motion; In the first analysis module, the equilibrium of the user is determined by measuring the time the user maintains the fifth measuring operation from the point in time when the user performs the fifth measuring operation.

It further includes a mat unit installed at a position opposite to the photographing unit so that the user can climb and stand, the mat unit is formed to support the user, and a footrest portion having a buried groove on an upper surface, and A chair portion formed to be seated is provided, and the chair portion is embedded in the embedding groove or a main frame having one end rotatably installed on the footrest portion so as to stand upright with respect to the footrest portion, and one end portion installed on the main frame. However, the first seating part is provided with a coupling groove extending from one end to the other end by a predetermined distance so that the user's buttocks can be supported at the edge of the other end, and one end is inserted into the coupling groove. A second seat portion formed to be rotatably installed on the main frame, a first rotation member for rotating the main frame with respect to the footrest portion, and a second rotation member for rotating the first seat portion with respect to the main frame; , the third rotation member for rotating the second seating part with respect to the main frame, and when the second measuring operation is displayed in the reproduction unit, the main frame is rotated so that the main frame is upright with respect to the footrest part, and the main frame is The first pivoting member and the second pivoting member are controlled so that the first seating part protrudes from the frame, and when the fourth measurement operation is displayed in the reproduction unit, the main frame is erected with respect to the footrest part. A seating control module is provided to control the first and third rotational members so that the frame rotates and the second seating part protrudes from the main frame.

A beam irradiation part formed on one side of the chair part to irradiate the required time and counting numbers when measuring physical strength to one side of the mat unit, an expansion tube formed on one side of the mat unit to expand to a predetermined height, and the expansion tube An air compressor formed to interfere with air supplied to the tube, and a guide unit including a tube control module for controlling the air compressor to expand or contract the expansion tube.

The training system according to the individual physical strength evaluation of the present invention provides the user with individual stretching, muscle strengthening exercise, and aerobic exercise suitable for each individual based on the physical fitness measurement verified by a rehabilitation expert, and thus the spine and shoulder, which have a high proportion of patients with chronic musculoskeletal disorders and surgery. In addition, it has the advantage of being able to provide exercise therapy to help activities in daily life as well as rehabilitation training and postoperative recovery for knee joint surgery patients.

1 is an exemplary view of a state of use according to an embodiment of a training system according to personal fitness evaluation according to the present invention;
2 is a block diagram of FIG. 1;
3 is an image of an exemplary operation of the first measurement operation of FIG. 1;
4 is an image of an exemplary operation of the second measurement operation of FIG. 1;
5 is an image of an exemplary operation of the third measuring operation of FIG. 1;
6 is an image of an exemplary operation of the fourth measuring operation of FIG. 1;
7 is an image of an exemplary operation of the fifth measuring operation of FIG. 1;
8 to 9 are example images of the medicine ball exercise of FIG. 1,
10 to 11 are example images of the bare-handed exercise of FIG. 1,
12 to 13 are example images of the jimbal movement of FIG. 1,
14 to 15 are exemplary images of the aerobic exercise of FIG. 1,
16 is a perspective view in which the main frame of the mat unit of FIG. 1 is rotated and drawn out;
17 is a perspective view in which the first seating part and the second seating part of FIG. 1 are rotated and drawn out.

Hereinafter, a personal information protection guestbook according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. Since the present invention can have various changes and various forms, specific embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to a specific form disclosed, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. Like reference numerals have been used for like elements throughout the description of each figure. With respect to the accompanying drawings, the dimensions of the structures are shown enlarged than the actual for clarity of the present invention.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. These terms are only used for the purpose of distinguishing one component from another. For example, a first element may be termed a second element, and similarly, a second element may be termed a first element, without departing from the scope of the present invention.

Terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, the terms "include" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features It should be understood that it does not preclude the possibility of the presence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in this application, it should not be interpreted in an ideal or excessively formal meaning. don't

1 and 2 show an embodiment of a training system according to personal physical fitness evaluation according to the present invention.

Referring to the drawings, the training system according to personal physical strength evaluation includes a recording unit 100, a reproduction unit 200, an image generating unit 300, and an analysis unit 400.

The photographing unit 100 is formed to photograph the user 10, and a camera capable of implementing the image obtained by photographing the motion of the user 10 as computer-readable data including all devices capable of information processing. (110).

When the playback unit 200 is shaped to display the guide image 210 to the user 10, it is a television capable of delivering the guide image 210 to the user 10 as visual information using light. Although the application is preferable, although not shown in the drawing, an unmanned information terminal kiosk is also possible.

In addition, the regeneration unit 200 may display the exercise data of the user 10 analyzed by the analysis unit 400 in a graph and table.

The image generating unit 300 converts the guide image 210 including contents for guiding information on an operation so that the user 10 can perform a predetermined operation in the image taken by the recording unit 100. It is provided to the regeneration unit 200.

At this time, the guide image 210 guides information about an operation so that the user 10 can perform a predetermined operation, and includes a model object 212 and a guide object in the image taken by the photographing unit 100. (213).

Meanwhile, in the guide image 210, the model object 212 and the guide object 213 are augmented on the image captured by the photographing unit 100, and the user area 211 in which the user 10 is displayed. As shown in this figure, it is created on the right side of the regeneration unit 200.

The model object 212 is provided at a position spaced apart from the user area 211 in the guide image 210 and is formed to move according to the actions to be performed by the user 10 . The model object 212 has a human form and includes a certain video or image capable of expressing the motions to be performed, but as shown in the drawing, an image of a trainer skilled in motion is preferable.

The guide object 213 is included in the user area 211 so that the guide image 210 can guide the user 10 to perform a corresponding operation. The guidance object 213 includes characters, signs, symbols, images, and videos capable of performing a corresponding operation and guiding, but as shown in the drawing, it is included in the user area 211 and is included in the user area 211. A circle symbol displayed on the knee and shoulder joints of the user 10 is preferable. In addition, although not shown in the drawing, the guide object 213 includes characters, codes, symbols, images, and videos overlapping the model object 212 .

The image generating unit 300 includes a first image generating unit 310 and a second image generating unit 320 .

The first image generator 310 generates the guide image 210 to include the first content for the motion for measuring the physical strength of the user 10 and provides the guide image 210 to the playback unit 200 .

At this time, referring to FIGS. 3 to 7 , the operation of the model object 212 for measuring the physical strength of the first content is the first to fifth measurement operations, and will be described in detail as follows.

In the first measurement operation, the model object 212 having a human form in the first image generator 310 is moved by a first measurement operation in which the knees of both legs are alternately raised and lowered above a predetermined height. At this time, the first designated height of the first measurement operation is 75 cm high from the ground, and when the knee of one leg is raised by 75 cm or more, the calf and thigh of the user 10 form an angle of 90 degrees, and the knee of the other leg is stretched so that the sole of the foot is Close to the ground. Then, when the knee of the other leg rises more than 75 cm and the calf and thigh form a 90 degree angle, the knee of one leg is extended and the sole of the foot closes to the ground.

In the second measurement operation, the model object 212 attaches the soles of both feet to the ground, crosses both arms, wraps both shoulders, and sits in the center of the chair. It is also a motion that sits down on a chair and gets up so that both knees are fully extended. At this time, it is preferable that the armrest is not applied to the chair.

In the third measurement operation, the model object 212 is lowered downward from the back side with one hand over the shoulder. And the other hand is passed from the waist side to the back and is directed upward.

In the fourth measurement operation, in a state where the model object 212 is sitting on a chair, one leg of both legs extends the knee and pulls the tip of the toe toward the body so that the foot and the leg form a predetermined angle. And the other leg is bent at a predetermined angle between the thigh and the calf in a state where the sole and the ground are in close contact. At this time, the predetermined angle is preferably 90 degrees.

In the fifth measurement operation, the model object 212 stands on the ground with one of the legs and the other leg is bent at a predetermined angle. At this time, the predetermined angle is preferably 90 degrees, and it is possible to balance the hands freely, but it is preferable to wrap the body with both hands as shown in the image. In addition, although not shown in the drawing, it is preferable to mark a square 10 cm wide and 20 cm long on the ground and stand with one foot inside the square.

The second image generator 320 generates the guide image to include second content for a predetermined exercise action according to the physical strength of the user 10 determined by the analysis unit 400, and the playback unit ( 200) is provided.

The analysis unit 400 analyzes the motion of the user 100 based on the image provided through the photographing unit 100 and stores the exercise data of the user 10 in the data storage unit 430 As one, it is provided with a motion sensing unit 410, a wearable computer 420, a data storage unit 430, a manipulation unit 440, and an analysis unit 450.

The motion detection unit 410 detects movement by identifying the user 10 in a photographed image captured by the photographing unit 100 . In addition, the motion sensing unit 410 may be applied with a Kinect sensor that calculates the motion of the user based on location and distance information displayed in three dimensions in image information.

The wearable computer 420 is worn like the body of the user 10 and measures motion or biometric information of the user 10 . The wearable computer 420 is small and light so that it can be worn on the body or clothing so that it can be freely used during the user's activities, and technologies such as smart glasses, smart accessories, smart wear, skin patch sensors, bio implantable sensors can be applied, As shown in the drawing, a smart watch may be applied.

The data storage unit 430 is formed to store information about the name, age, sex, weight, height, BMI, blood sugar, blood pressure, heart rate, and exercise status of the user 10 . At this time, the data storage unit 430 is a recording medium that can be read by the computer system, and examples thereof include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage device, and the like.

The manipulation unit 440 is configured to control the system power of the analysis unit 400 or to input data from the data storage unit 460 . Computer input devices, kiosk touch screens, etc. are applicable, but as shown in the drawing, it is preferable to apply a television remote control.

The analysis unit 450 recognizes the depth and distance of the image based on the data provided from the data storage unit 430 to identify the motion and posture of the person, and calculates each distance from the identified person's body part. As for calculating and analyzing, a first analysis module 451 and a second analysis module 452 are provided.

The first analysis module 451 performs the shooting unit 100 when the guide image 210 including the first content for the motion for measuring the physical strength of the user 10 is displayed in the playback unit 200. ) Analyzes the motion of the user 10 in the image provided in ) to determine the physical strength of the user 10 .

The first analysis module 451 analyzes the motion of the user 10 and determines the motion of the user 10 in more detail as follows.

When the user 10 performs the first measurement operation correspondingly according to the guide image 210 generated to move the user 10 through the first measurement operation, the first analysis module 451 performs a The number of times the user 10 performed the first measurement operation during a set reference time is counted, and the physical strength of the user is determined according to the counting number. At this time, various measurement times can be applied as the reference time, but it is preferable to apply 2 minutes.

At this time, the first measurement operation is to determine the physical strength of the user 10 in more detail through the cardiorespiratory endurance of the user 10 .

When the user 10 performs the second measurement operation correspondingly according to the guide image 210 generated to move the user 10 by the second measurement operation, the first analysis module 451 The number of times the user performed the second measurement operation during a set reference time is counted, and the physical strength of the user is determined according to the counting number. At this time, when sitting on a chair, the buttocks should be completely in contact with the chair.

In addition, through the second measurement operation, the physical strength of the user 10 is determined in more detail as the muscular endurance of the user 10 .

When the user 10 performs the third measurement operation correspondingly according to the guide image 210 generated to move the user 10 by the third measurement operation, the first analysis module 451 performs the The physical strength of the user 10 is determined by measuring the distance between the middle and middle fingers of both hands of the user 10 . At this time, it is preferable for the user 10 to perform the third measurement operation twice and to determine the physical strength based on the average value.

At this time, the physical strength of the user 10 is more specifically determined through the third measurement operation.

When the user 10 performs the fourth measuring operation correspondingly according to the guide image 210 generated to move the user 10 by the fourth measuring operation, the first analysis module 451 performs the The physical strength of the user 10 is determined by measuring the distance between both fingertips of the user 10 and the toe of either leg. At this time, it is preferable for the user 10 to perform the fourth measurement operation twice and to determine the physical strength based on the average value. Also, it is desirable to hold on for 3 seconds when you touch your toes with both hands.

At this time, the physical strength of the user 10 is more specifically determined through the fourth measurement operation.

When the user 10 performs the fifth measurement operation according to the guide image 210 generated to move the user 10 by the fifth measurement operation, the first analysis module 451 performs the user ( 10) determines the physical strength of the user 10 by measuring the time for maintaining the fifth measuring operation from the point at which the fifth measuring operation is performed.

At this time, the physical strength of the user 10 is more specifically determined through the fifth measurement operation.

The second analysis module 452 transmits the guide image 210 including second content for a predetermined exercise motion according to the physical strength of the user 10 determined by the analysis unit 400 to the playback unit ( 200), motion information of the user 10 is determined by analyzing the motion of the user 10 in the motion image provided from the photographing unit 100.

At this time, the first analysis module 451 classifies the physical strength of the user 10 into normal type and weak type according to a predetermined criterion, and the guide image for a predetermined exercise action according to the physical strength of the user 10 The model object 212 of (210) is provided with a stretching operation included in the warm-up and finishing exercise, and an operation of this exercise divided into a normal type and a weak type according to the physical strength of the user 10.

At this time, this exercise includes medicine ball exercise, bare hand exercise, gym ball exercise, and aerobic exercise.

Referring to FIGS. 8 to 9, the detailed description of touching the ball by raising the legs during the medicine ball exercise operation, which is divided into general type and weak type during the operation of the main exercise, is as follows.

In the case of the weak type, the model object 212 is positioned in front of the lower abdomen by lifting a medicine ball with both hands with both feet spread shoulder-width apart. In the next step, the elbows of both arms are extended and the medicine ball is lifted to be located on the top of the head of the model object 212. Next, kick one leg forward so that it corresponds to the ground, and the medicine ball and both hands also correspond to the ground and point to the toe of one leg.

In the case of the general type, the model object 212 is placed in front of the lower abdomen by lifting a medicine ball with both hands with both feet spread shoulder-width apart. The next step is to move one leg to support the ground in the rear part while lifting the medicine ball so that the elbow is extended and the medicine ball is positioned above the head of the model object 212, and the calf and thigh of the other leg are bent at a predetermined angle lose Next, kick one leg supporting the ground at the rear so that it corresponds to the ground, and the medicine ball and both hands also correspond to the ground and point to the toe of one leg.

Referring to FIGS. 10 and 11, the front kick among the bare-handed exercises, which are divided into general type and weak type among the main exercises, will be described in detail.

In the case of the weak type, the model object 212 supports the body weight with the other leg while lifting one leg so as to correspond to the ground in a posture with both feet spread shoulder-width apart.

In the case of the general type, the model object 212 squats so that both knees are bent at a predetermined angle in a posture with both feet spread shoulder-width apart, and raises one leg to correspond to the ground. At this time, the predetermined angle is preferably 80 degrees.

Referring to FIGS. 12 and 13 , an incline push-up during a gimbal exercise operation, which is divided into a normal type and a weak type among the motions of the main exercise, will be described in detail.

In the case of the weak type, the model object 212 puts both arms on the gimbal in a posture with both feet shoulder-width apart and both knees touch the ground. In the next step, the elbows of both arms holding the gimbal are bent so that the distance between the upper body of the model object 212 and the gimbal becomes closer.

In the case of the general type, the model object 212 stands with both arms on the gimbal in a posture with both feet spread shoulder-width apart. The next step is to lift one foot so that it corresponds to the ground, and then bend the knee of the other foot so that the distance between the upper body of the model object 212 and the gimbal becomes closer. Bend the elbows of both arms holding the gimbal.

Referring to FIGS. 14 and 15, a detailed description of jumps among aerobic exercise operations provided by being divided into general type and weak type among the operations of the present exercise are as follows.

In the case of the weak type, the model object 212 jumps at a certain height from the ground while lifting both hands above the head in a posture with feet spread shoulder-width apart, and lands on the ground while lowering both arms.

In the case of the general type, the model object 212 squats while bending both knees at a predetermined angle while placing both arms at the front of the chest of the model object 212 in a posture with feet spread shoulder-width apart. Then, while lifting both hands above the head, jump from the ground at a certain height, and while landing on the ground, bend your knees at a predetermined angle and squat down. At this time, the predetermined angle is preferably 50 degrees.

On the other hand, referring to FIGS. 16 and 17, the training system according to the individual physical strength evaluation further includes a mat unit 500 installed at a position opposite to the photographing unit 100 so that the user 10 can stand up and stand. Including, the mat unit 500 is provided with a footrest part 510, a chair part 520, a beam irradiation part 530, and a guide part 540.

The footrest portion 510 has an upper end formed to support the user 10, and a buried groove 511 is provided to extend downward from the upper surface to a predetermined depth.

The footrest unit 510 includes a sensor unit 512 formed to sense the movement of the user 10 by contact. The sensor unit 512 is formed on the upper surface of the footrest unit 510 and is installed at predetermined intervals to include a contact sensor (not shown) to recognize the movement of the user 10 .

The scaffolding portion 510 may further include a soft layer portion 513, and the soft layer portion 513 is formed to a predetermined thickness between the sensor portion 512 and the ground to prevent impact by the user's movement. Among the previously developed materials with excellent resilience and tactile feel, PVC (Polyvinyl Chloride), PER (Polymer Environmental Resin), TPE (Themoplastic Elastomer), and NBR (Nitrile Butadiene Rubber) are applicable. However, it is preferable to apply cork with good elasticity.

The chair part 520 is formed to be buried in the buried groove 511 so that the user 10 can sit on it, and the main frame 521, the first seating part 522, and the second seating part 523 , a first rotation member (not shown), a second rotation member (not shown), a third rotation member (not shown), and a seating control module (not shown).

The lower part of the main frame 521 is rotatably installed on the footrest part 510 so as to stand upright with respect to the footrest part 510, and the front part of the main frame 521 supports the back of the user 10. can do.

In addition, as shown in the drawing, the main frame 521 may further have a seating portion inlet groove 525 to allow the first seating portion 522 and the second seating portion 523 to be inserted therein. And it may be provided with a main fixing member (not shown) to selectively fix upright with respect to the main frame 521 and the scaffolding portion 510.

The first seating part 522 is installed on the front side of the main frame 521 so that the rear part of the first seating part 522 is pivoted so that the buttocks of the user 10 can be supported at the edge of the front part. is formed

The first seating portion 522 includes a coupling groove 524 to be coupled with the second seating portion 523 to be described later. The coupling groove 524 extends a predetermined distance from the front portion to the rear portion of the first seating portion 522 and penetrates in a direction crossing the extending direction.

In addition, a first fixing member (not shown) is provided so that the first seating portion 522 is selectively fixed upright with respect to the main frame 521 . The first seating portion 522 is formed to extend to a first unit length in a direction away from the front portion of the main frame 521 .

The second seating part 523 is pivotably installed on the main frame 521 so that it can be inserted into the coupling groove 524, and is formed so that the buttocks of the user 10 can be supported at the edge of the front part. do.

In addition, a second fixing member (not shown) is provided so that the second seating part 523 is selectively uprightly fixed to the main frame 521 .

Further, the second seating portion 523 also extends to a second unit length in a direction away from the front portion of the main frame 521, and the second unit length is preferably shorter than the first unit length.

At this time, it is preferable that the center of rotation of the second seating portion 523 is on the center line of rotation of the first seating portion 522 .

The first rotation member (not shown) is formed to rotate the main frame 521 with respect to the scaffolding unit 510, and an electric motor may be applied.

The second rotation member is formed to rotate the first seating portion 522 with respect to the main frame 521, and an electric motor may be applied.

The third rotation member is formed to rotate the second seating portion 523 relative to the main frame 521, and an electric motor may be applied.

The first rotational member (not shown) to the third rotational member (not shown) may be applied with various conventional technologies capable of rotational coupling, but a rotational technology by a rotation shaft may be applied.

The seating control module rotates the main frame 521 so that the main frame 521 is upright with respect to the footrest unit 510 when the second measurement operation is displayed in the regeneration unit 200, and the main frame ( 521) The first rotational member (not shown) and the second rotational member (not shown) are controlled so that the first seating portion 522 protrudes from the regeneration unit 200, and the fourth measuring operation is performed. When displayed, the main frame 521 is rotated so that the main frame 521 is upright with respect to the footrest part 510, and the first seat part 523 protrudes with respect to the main frame 521. It is formed to control a pivoting member (not shown) and the third pivoting member (not shown).

In addition, the seating control module rotates the main frame 521 so that the main frame 521 is upright with respect to the footrest unit 510 when the second measurement operation is displayed in the reproduction unit 200, and the main frame 521 is rotated. The first rotational member (not shown), the second rotational member (not shown), and the third rotational member allow the first seating portion 522 and the second seating portion 523 to protrude from the frame 521. (not shown) may be controlled.

The beam irradiation unit 530 is formed at the upper end of the chair unit 520 to irradiate the required time and counting number to the upper surface of the footrest unit 510 when measuring physical strength.

The guide part 540 is formed on the upper surface of the scaffolding part 510 and is formed to interfere with an expansion tube 541 formed to expand to a predetermined first designated height and air supplied to the expansion tube 541. It includes a compressor (not shown) and a tube control module (not shown) that controls the air compressor (not shown) so that the expansion tube 541 expands or contracts.

More specifically, the tube control module (not shown) controls the air compressor (not shown) to guide the user 10 to a designated height when the first measurement operation is displayed in the regeneration unit 200. so that the expansion tube 541 expands to the first designated height.

In the training system according to the individual physical strength evaluation according to the present invention described in this embodiment, the analysis unit 400 measures the physical strength of the user 10 and generates an image to provide training suitable for the physical strength. 300), there is an advantage of providing suitable home training to the user 10.

The description of the presented embodiments is provided to enable any person skilled in the art to use or practice the present invention. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be applied to other embodiments without departing from the scope of the present invention. Thus, the present invention is not to be limited to the embodiments presented herein, but is to be construed in the widest scope consistent with the principles and novel features presented herein.

1: Training system based on individual physical fitness evaluation
10: User
100: recording unit 110: camera
200: playback unit 210: guide video
211: user area 212: model object
213: guide object
300: image generating unit 310: first image generating unit
320: second image generating unit
400: analysis unit 410: motion detection unit
420: wearable computer 430: data storage unit
440: control unit 450: analysis unit
451: first analysis module 452: second analysis module
500: mat unit 510: foothold
511: buried groove 512: sensor unit
513: soft part 520: chair part
521: main frame 522: first seating part
523: second seating portion 524: coupling groove
525: seating part inlet groove 530: beam irradiation part
540: guide unit 541: expansion tube

Claims (13)

a photographing unit for photographing the user;
In the image provided to the user by the photographing unit so that the user can perform a predetermined operation, a model object provided at a location away from the user area where the user is displayed and moving according to the operation to be performed by the user is included. a playback unit for displaying a guide image;
an image generating unit which provides the guide image, which contains contents for guiding information about an action so that the user can perform a predetermined action in the image captured by the photographing unit, to the reproducing unit;
Analysis unit for analyzing the user's motion based on the image provided through the photographing unit; and
Further comprising a mat unit installed at a position opposite to the photographing unit so that the user can rise and stand,
The mat unit
A scaffolding portion formed to support the user and provided with a buried groove on an upper surface thereof;
A chair portion formed so that the user can be seated,
the chair part
A main frame having one end rotatably installed in the scaffolding portion so as to be embedded in the embedding groove or stand upright with respect to the scaffolding portion;
A first seating part having one end installed on the main frame and having a coupling groove extending from one end to the other end and penetrating a predetermined distance so that the user's buttocks can be supported at the edge of the other end;
A second seating portion formed such that one end is rotatably installed on the main frame so as to be inserted into the coupling groove;
A first rotational member for rotating the main frame with respect to the scaffolding unit;
a second rotational member for rotating the first seating portion with respect to the main frame;
a third rotational member for rotating the second seating portion with respect to the main frame;
When the previously input motion of the model object having a human form is displayed in the reproduction unit, the first rotation member is controlled to rotate the main frame, and the first and second seats are selectively rotated so that the first and second seats are rotated. Characterized in that it comprises a; seating control module for controlling the second to third rotation members.
Training system based on personal fitness evaluation.
delete According to claim 1,
The guide image is characterized in that in the image provided from the photographing unit, a guide object included in the user area or overlapped with the model object so that the user can perform and guide a corresponding operation,
Training system based on personal fitness evaluation. According to claim 1 or 3,
The analysis unit
a motion detection unit for detecting the motion of the user in the photographed image captured by the photographing unit;
A wearable computer worn like the user's body and measuring the user's movement or biometric information;
a data storage unit storing information about the user's name, age, gender, weight, height, BMI, blood sugar, blood pressure, heart rate, and exercise state;
Characterized in that it has an analysis unit for analyzing based on the data provided from the data storage unit,
Training system based on personal fitness evaluation. According to claim 1 or 3,
The image generating unit
A first image generating unit generating the guide image to include first content for an operation for measuring the physical strength of the user and providing the guide image to the playback unit;
The analysis unit
Having a first analysis module for determining the physical strength of the user by analyzing the motion of the user in the image provided from the photographing unit while the guide image including the first content is displayed in the playback unit. characterized by,
Training system based on personal fitness evaluation. According to claim 5
The image generating unit
A second image generating unit generating the guide image to include second content for a predetermined exercise action according to the physical strength of the user determined by the first analysis module and providing the guide image to the playback unit;
The analysis unit
While the guide image including the second content is displayed in the playback unit, a second analysis module for determining the user's exercise information by analyzing the user's motion in the motion image provided from the recording unit characterized in that,
Training system based on personal fitness evaluation. According to claim 5
The first image generating unit generates the guide image so that the model object having a human shape is moved by a first measurement operation in which the knees of both legs are alternately raised and lowered above a predetermined height,
Characterized in that the first analysis module counts the number of times the user performs the first measurement operation for a preset reference time and determines the physical strength of the user according to the counting number,
Training system based on personal fitness evaluation. According to claim 5
A second measurement operation in which the model object having a human form in the first image generator sits on a chair in a sitting posture with the soles of both feet attached to the ground, arms crossed and both shoulders wrapped, and then the knees are fully extended To generate the guide image to move,
Characterized in that the first analysis module counts the number of times the user performs the second measurement operation for a predetermined reference time, and determines the physical strength of the user according to the counting number,
Training system based on personal fitness evaluation. According to claim 5
In the first image generating unit, the model object having a human shape is passed over the shoulder and lowered downward from the back, and the other hand is passed from the waist side to the back and moved upward in a third measuring motion. create a video,
Characterized in that the first analysis module determines the physical strength of the user by measuring the distance between the middle and middle fingers of both hands of the user moving in correspondence with the third measurement operation,
Training system based on personal fitness evaluation. According to claim 5
In the state in which the model object having a human form in the first image generator is sitting on a chair, one of the legs extends the knee and pulls the toe toward the body so that the foot and the leg form a predetermined angle, and the other leg Generating the guide image so that the guide image is moved in a fourth measurement operation in which the thigh and the calf are bent at a predetermined angle while the sole and the ground are in close contact with each other;
Characterized in that the first analysis module determines the physical strength of the user by measuring the distance between both fingertips of the user and the toe of either leg, which the user moves in correspondence with the fourth measuring operation,
Training system based on personal fitness evaluation. According to claim 5
The first image generating unit generates the guide image so that the model object having a human shape moves in a fifth measuring motion by standing on one of the two legs on the ground and bending the other foot at a predetermined angle;
Characterized in that the first analysis module determines the physical strength of the user by measuring a time from when the user performs the fifth measurement operation to maintaining the fifth measurement operation.
Training system based on personal fitness evaluation. delete According to claim 1
A beam irradiation unit formed on one side of the chair unit to irradiate the required time and counting number to one side of the mat unit when measuring physical strength;
An expansion tube formed on one side of the mat unit to inflate to a predetermined height, an air compressor formed to interfere with air supplied to the expansion tube, and a tube control controlling the air compressor to expand or contract the expansion tube. Characterized in that it has a guide portion including a module,
Training system based on personal fitness evaluation.

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