KR102035919B1 - posture analysis application providing method for correct posture management - Google Patents

Abstract

The present invention provides a posture analysis application method for correct posture management to determine the distance or angle according to the position of the body marker marker, to provide the correct posture management, by analyzing the user's posture through the posture analysis application to create a customized exercise content In providing
The present invention provides a posture analysis application method for correct posture management by determining the distance or angle according to the position of the body marker marker, by analyzing the user's posture through the application for correct posture management, providing musculoskeletal disorders There is a significant effect that can be identified for treatment.

Description

Posture analysis application providing method for correct posture management

The present invention relates to a method for providing a posture analysis application for correct posture management, and more specifically, to determine the distance or angle according to the position of the body marker, and to analyze the posture of the user through the application for the objective posture management By providing indicators, the present invention relates to a method for providing posture analysis application for correct posture management that can be grasped to treat musculoskeletal disorders.

In the posture analysis system and method using the corrected foot pressure value of Korean Patent Publication No. 10-1274114 as a prior art, a method for analyzing a posture of a pedestrian wearing a shoe with one or more pressure sensors is provided. Measuring, at any time interval, the basic foot pressure value generated by wearing the shoe; Calculating a representative basic foot pressure value using the plurality of basic foot pressure values measured at any time interval; Correcting the foot pressure value measured by the pressure sensor using the representative basic foot pressure value; Calculating a foot pressure related value to be used for posture analysis of a pedestrian using the corrected foot pressure value; And analyzing the attitude of the pedestrian using the foot pressure related value, wherein the basic foot pressure value is a foot pressure value of the pedestrian measured when the foot is put in the air after wearing the shoe. The representative basic foot pressure value is calculated as any one of the average, the 보정 value correction average, and the median value of the plurality of basic foot pressure values, and the foot pressure related value is a center of pressure or center of gravity of a pedestrian. It is described as a posture analysis method using the corrected foot pressure value characterized in that).

As another conventional technique, a posture and motion analysis system using the image of Korean Patent No. 10-1679285, photographs a plurality of LED markers for irradiating different colors attached to a subject and each segment of the subject from various directions. And a first camera arranged around the subject to photograph the top of the subject, a second camera to photograph the front of the subject, a third camera to photograph the rear of the subject, and a left or right side of the subject. An image capturing unit including a fourth camera capturing an image; An image acquisition unit which acquires an image from the image photographing unit and converts the image into a digital signal; An image processor for receiving and processing the digital signal from the image acquisition unit and extracting movement of the plurality of LED markers; And an image analyzer configured to analyze the posture and the motion of the subject based on the processing result of the image processor, wherein the image acquirer includes a PCI Express bus and extracts vision data from the image. And a frame grabber board, wherein the frame grabber board includes four connectors each connected to the first to fourth cameras, four camera link circuits respectively connected to the four connectors, and the four cameras. Four FIFO CHs connected to a link circuit, and four PCI Express chipsets connecting the four FIFO CHs and the image processor, respectively, provide a 15 fps image in four directions taken by the first to fourth cameras. frame persecond), and the image processor is further configured to determine each point of the plurality of LED markers based on an RGB value of an image in the digital signal. Calculates a distance between the points of each marker and an angle between the markers, and the image analyzer determines whether the distance between the points of the markers and the angle between the markers is within a preset reference range to evaluate the posture and the motion of the subject. , Posture and motion analysis system using images.

However, such a conventional configuration has a disadvantage in that it is difficult to provide an objective indicator because the distance and angle are not accurate to provide a correct analysis.

Therefore, through the present invention posture analysis application providing method for correct posture, by determining the distance or angle according to the position of the body marker marker, by analyzing the user's posture through the application for correct posture management by providing an objective indicator, To provide a posture analysis application method for correct posture management that can be grasped to treat musculoskeletal disorders.

The present invention provides a posture analysis application method for correct posture management to determine the distance or angle according to the position of the body marker marker, to provide the correct posture management, by analyzing the user's posture through the posture analysis application to create a customized exercise content It is characterized by providing.

The present invention provides a posture analysis application method for correct posture management by determining the distance or angle according to the position of the body marker marker, by analyzing the user's posture through the application for correct posture management, providing musculoskeletal disorders There is a significant effect that can be identified for treatment.

1 is a conceptual diagram of a method for providing posture analysis application for correct posture management of the present invention;
Figure 2 is a conceptual diagram for determining the diagnosis result for the body details of the present invention posture analysis application method for correct posture management

The present invention provides a posture analysis application method for correct posture management to determine the distance or angle according to the position of the body marker marker, to provide the correct posture management, by analyzing the user's posture through the posture analysis application to create a customized exercise content It is characterized by providing.

In addition, the body markers are characterized in that they are located in each of the images taken the back, side, front of the body.

In addition, the body markers formed on the image of the back of the body to determine the ear, head, scapula, elbows, torso, pelvis, thighs, calves, or astragalus, body markings formed on the image of the side of the body The marker determines the head, the pelvis, the knee, or the foot, and the body marking marker formed on the image of the front of the body determines the angle of the knee.

The present invention will be described in detail with reference to the accompanying drawings.

1 is a conceptual diagram of a method for providing posture analysis application for correct posture management of the present invention, and FIG. 2 is a conceptual diagram for determining a diagnosis result for body details of the method for providing posture analysis application for correct posture management.

Specifically, the present invention provides a posture analysis application method for correct posture management to determine the distance or angle according to the position of the body marker, and to provide the correct posture management, the user through the posture analysis application It is to provide customized exercise contents by analyzing postures, and to provide objective indicators to identify musculoskeletal disorders.

The posture analysis application is installed in devices such as smart devices and computers.

After photographing the user's body through the camera, the body markers are displayed on the image of the body, the diagnosis results are determined through the body markers, and the evaluation and analysis can be performed according to the diagnosis results to provide customized exercise. will be.

At this time, the body is recognized through OpenCV from the image taken by the camera.

The body markers are located on the images photographing the back, side, and front of the body.

The body markers formed on the image of the back of the body determine the ear, head, scapula, elbow, torso, pelvis, thigh, calf, or astragalus. The head, the pelvis, the knee, or the foot are determined, and the body marking marker formed on the image of the front of the body determines the angle of the knee.

At this time, the part determined as the ear, head, scapula, elbow, torso, pelvis, thigh, calf, or astragalus through the body marker marker formed on the image of the back of the body is determined as follows.

With respect to the ear, the inclination of the left and right sides is determined based on the horizontal center of the body.

For the head, the state of forward rotation, reverse rotation and non-rotation to left and right sides is determined.

For the scapula, the height of the shoulders of the left and right sides is determined, the height of the lower left and right sides is determined, the distance between each of the left and right inferior angles from the center of the body is determined, and the rotation of the left and right sides is performed. To judge.

The rotation of the left and right elbows is determined for the elbows.

For the body, the state of forward rotation, reverse rotation, and no rotation is determined.

For the pelvis, the tilt of the left and right pelvis is determined based on the center.

And about the said thigh, the thickness is judged in cm unit.

And about the said calf, the thickness is judged in cm unit.

For the astragalus, the tilt of the left and right astragalus is determined based on the center.

In addition, the part determined as the head, pelvis, knee, or foot through the body markers formed on the image of the side of the body is determined as follows.

For the head, it is determined whether the head is in a normal state in which the head is in a straight state with respect to the body without being located forward, backward, or forward and backward with respect to the body.

The tilt of the left and right pelvis is determined with respect to the pelvis.

For the knee, a normal state in which the left and right knees are bent, the hyperextension, and the left and right knees are not bent and the hyperextension is not bent is determined.

For the feet, the left and right feet are determined by pes planus, pes cavus, and a normal state.

In addition, the part judged by the knee through the body markers formed on the image of the front of the body is determined as follows.

For the knee, the Q-angle is determined.

That is, the diagnosis result is determined by the above method.

The evaluation analysis based on the diagnosis results are head evaluation including the items of the ear, head, torso evaluation including the items of the scapula, elbow, torso, pelvis evaluation including the items of the pelvis, thigh, knee, calf, There is a foot evaluation that includes the item of the ankle, foot, and to determine the diagnosis result through the item for each evaluation, and to present a customized exercise according to the diagnosis result in detail as follows.

Turtle neck, aura neck can be judged as a diagnosis result for the head evaluation, according to the diagnosis result is to present a pull jaw movement, head rotation and bending movement by a customized exercise, turtle neck or aura tree from the diagnosis result If it is determined that the jaw pull exercise, head rotation and bending movements are all presented.

For the trunk evaluation, trunk rotation, scoliosis, bend, etc. can be judged as a diagnosis result, and according to the diagnosis result, to present a trunk rotation exercise, Convex exercise, Concave exercise, rhomboid strengthening exercise, scapula lowering exercise If, according to the diagnosis result, the trunk rotation, Convex movement, Concave movement is presented if it is judged as trunk rotation, and if it is judged as scoliosis, the trunk rotation movement, Convex movement, Concave movement, rhomboid strengthening movement, If it is determined that the stiff muscle strengthening exercise, scapula lowering exercise.

Anterior tilt, posterior tilt, and lateral tilt can be judged as a diagnosis result for the pelvic evaluation, and according to the diagnosis result, posterior tilt motion, anterior tilt motion, and contra lateral tilt motion are presented. If it is judged as anterior tilt, posterior tilt motion and contra lateral tilt motion are presented.If it is judged as posterior tilt, anterior tilt motion and contra lateral tilt motion are presented, and if it is judged as lateral tilt, posterior tilt motion, Anterior tilt motion, Contra It presents all the lateral tilt movements.

For the foot evaluation, the flat foot can be judged as a diagnosis result, and the foot movement exercise and weight movement exercise are presented as a customized exercise.

In this way, the presented customized exercise is provided as a pre-stored video or picture through the posture analysis application.

When the posture analysis application is executed, an initial screen is displayed, and the initial screen can be selectively switched to another screen, and the other screen is a personal information setting screen for storing personal information such as gender, age, and weight on the screen. To provide a body marker marker display screen for displaying the body marker marker, and the exercise content providing screen for providing customized exercise content.

The personal information, body markers, and personalized exercise content information are stored in a database of a server. In order to transmit the information to the server, a simple object access protocol (SOAP) message-based XML protocol is used.

Therefore, the present invention provides a posture analysis application method for correct posture management by determining the distance or angle according to the position of the body marker marker, by analyzing the user's posture through the application for correct posture management, musculoskeletal disorders There is a significant effect that can be seen to treat.

Claims (3)

In order to determine the distance or angle according to the position of the body marker marker, and to provide correct posture management, the posture analysis application provides a posture analysis application for proper posture management by analyzing a user's posture and providing customized exercise contents. In the method,
The posture analysis application is installed on a computer,
After photographing the user's body through a camera connected to the computer, the body markers are displayed on the image of the body, the diagnosis results are determined through the body markers, and the assessment is performed according to the diagnosis results to provide customized exercise. I can do it,
Recognizing the body through OpenCV in the image taken by the camera,
The body markers are located on the images of the back, side, and front of the body, respectively.
The body markers formed on the image of the back of the body determine the ear, head, scapula, elbow, torso, pelvis, thigh, calf, or astragalus. Judging the head, pelvis, knee, or foot, the body markers formed on the image of the front of the body is to determine the angle of the knee,
The body markers formed on the image of the back of the body are judged for the part judged by the ear, head, scapula, elbow, torso, pelvis, thigh, calf, or astragalus.
With respect to the ear, it is determined that the inclination of the left and right on the basis of the center of the body transverse side,
Regarding the head, the state of forward rotation, reverse rotation and non-rotation to the left and right sides is determined,
For the scapula, the height of the shoulders of the left and right sides is determined, the height of the lower left and right sides is determined, the distance between each of the left and right inferior angles from the center of the body is determined, and the rotation of the left and right sides is performed. Judge,
Regarding the elbow, judging the rotation of the left and right elbows,
Regarding the body, the state of forward rotation, reverse rotation, and not rotated is determined,
For the pelvis, it is determined that the inclination of the left and right pelvis relative to the center,
About the thigh, judge the thickness in cm units,
For the calf, judge the thickness in cm,
For the astragalus, it is to determine the inclination of the left and right astragalus relative to the center,
The body markers formed on the image of the side of the body to determine the head, pelvis, knees, or feet judged,
For the head, it is determined whether the head is in a normal state in which the head is in a straight line with the body without being located in front of the body, in the rear, or in front of and behind,
Regarding the pelvis, the tilt of the left and right pelvis is determined,
With respect to the knee, the normal state of bending of the left and right knees, overextension, and left and right knees without bending and overextension are judged as positions.
For the foot, it is to determine the pes planus, pes cavus, and normal state of the left and right feet.
Judging the part judged by the knee through the body marker marker formed on the image of the front of the body, the Q-angle for the knee.
The evaluation analysis based on the diagnosis results are head evaluation including the items of the ear, head, torso evaluation including the items of the scapula, elbow, torso, pelvis evaluation including the items of the pelvis, thigh, knee, calf, There is a foot evaluation that includes ankle and foot items, and the diagnosis result is determined through the items for each evaluation, and a customized exercise is presented according to the diagnosis result.
Turtle neck, aura neck can be judged as a diagnosis result for the head evaluation, according to the diagnosis result is to present a pull jaw movement, head rotation and bending movement by a customized exercise, turtle neck or aura tree from the diagnosis result If it is determined that the chin pull exercise, head rotation and bending exercise,
For the trunk evaluation, trunk rotation, scoliosis, bend, etc. can be judged as a diagnosis result, and according to the diagnosis result, to present a trunk rotation exercise, Convex exercise, Concave exercise, rhomboid strengthening exercise, scapula lowering exercise If, according to the diagnosis result, the trunk rotation, Convex movement, Concave movement is presented if it is judged as trunk rotation, and if it is judged as scoliosis, the trunk rotation movement, Convex movement, Concave movement, rhomboid strengthening movement, If it is determined that the stiff muscle strengthening exercise, scapula lowering exercise,
Anterior tilt, posterior tilt, and lateral tilt can be judged as a diagnosis result for the pelvic evaluation, and according to the diagnosis result, posterior tilt motion, anterior tilt motion, and contra lateral tilt motion are presented. If it is judged as anterior tilt, Posterior tilt motion and Contra lateral tilt motion are presented.If it is judged as Posterior tilt, Anterior tilt motion and Contra lateral tilt motion are presented. present all the lateral tilt movements,
The flat foot can be judged as a diagnosis result for the foot evaluation, and a foot workout, a weight movement exercise as a customized exercise,
The personalized exercise presented is provided as a pre-stored video or photo through the posture analysis application.
When the posture analysis application is executed, an initial screen is displayed, and the initial screen can be selectively switched to another screen, and the other screen is a personal information setting screen that can store personal information including gender, age, and weight on the screen. , To provide a body marker marker display screen for displaying the body marker marker, and the exercise content providing screen for providing customized exercise content,
The personal information, body markers, and customized exercise content information are stored in a database of a server, and in order to transmit information to the server, a SOAP (Simple Object Access Protocol) message-based XML protocol, characterized in that How to provide posture analysis application for correct posture management
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