KR102379980B1 - Analysis system for body shape - Google Patents

Abstract

The present invention relates to a body type diagnosis management system. According to the present invention, it is possible to quickly and easily diagnose whether various items have body imbalance at the same time as measurement using a 3D depth camera, thereby reducing the time required for measurement and all measured data It has the advantage of being able to quickly and easily check whether or not a person's body imbalance has been diagnosed by providing a personal site for the person to be measured along with the instantaneous online transmission, and to continuously receive various information on the correction of body imbalance.

Description

Body shape diagnosis management system {Analysis system for body shape}

The present invention relates to a body type diagnosis management system, and more particularly, by measuring the body shape, quickly diagnosing whether there is an imbalance, and transmitting the result online to write and save an analysis report, the body shape through more systematic and continuous management It is about a body type diagnosis management system that corrects imbalances.

In general, in a normal human body, the left and right distances should be symmetrical with respect to the spine and the height should be the same.

However, in the case of modern people, the proportion of work done indoors is higher than that of physical work outdoors, and there are many cases of working for a long time sitting in a chair. It is out of this aligned state, and as the balance of the human body is broken, the skeleton is adapted to the misaligned state and deformation is made.

Eventually, the spine and body shape, which should be balanced, are curved, and the left and right balances are out of balance.

In addition, as such a process is repeated, the progression of body imbalance accelerates faster and the degree becomes more severe, causing musculoskeletal disorders in various parts of the body.

Moreover, with the development of smartphones in recent years, children and adults alike look at the smartphone screen for a long time with their necks bowed excessively, resulting in an increase in body imbalance related to the neck and spine.

In particular, in the case of today's youth, compared to the previous generation, it is rare to play outside from childhood, and they are used to living with a computer or game console mainly indoors. It can be said that there is a lot of exposure to body imbalances caused by posture and habits.

The problem of body imbalance is serious even for adults, but it is even more serious during adolescence, and in fact, the statistics of body imbalance among adolescents are very high.

Above all, since adolescents are in the process of growing up, if the wrong body shape is maintained, not only will their athletic ability be reduced, but they may also be accompanied by symptoms of growth disorders, emotional anxiety, and chronic fatigue.

If the body imbalance in adolescence is left unattended, academic performance may decrease due to musculoskeletal disease and its pain, as well as serious sequelae after becoming an adult.

Currently, the Office of Education makes it compulsory for elementary, middle, and high school students to conduct a health fitness assessment (PAPS) once a year, but most schools only measure essential items such as cardiorespiratory endurance, agility, obesity and body mass index However, posture evaluation to measure body imbalance is not well progressed.

Taking this problem of body imbalance among young people seriously, the Incheon Office of Education enacted an ordinance to conduct a posture evaluation from 2019, and schools across the country are expected to participate in it in the future.

Accordingly, body shape measuring equipment is required to measure the body shape of adolescents.

Until now, body shape measuring equipment can make a diagnosis based on information perceived by the eye, such as a visual analysis to check whether the body shape is imbalanced with the naked eye after taking a picture of the subject, or a marker analysis to attach a marker to the joint area before measurement. Most of the methods are lowered, and the 3D analysis using a 3D camera also shows that the image is expressed in 3D, but there is no significant difference in the method of finding and checking the position of the marker on the image with the naked eye. It is easy to understand, but it is true that it is difficult to grasp the minute difference with the naked eye because it is still in progress.

In addition, not only does it take a long time to measure the body shape, but it also takes a lot of time to determine whether the body shape is imbalanced after measurement and finally to write a body shape analysis report of the subject. There were many shortcomings in

Therefore, there is a need for a body type diagnosis management system capable of measuring body shape and diagnosing imbalance in a simple method within a short time and enabling continuous management using online.

Registered Patent No. 10-1839106: Body shape analysis system

The present invention is proposed in order to solve the above problems of the prior art, and an object of the present invention is to measure the body shape using a 3D depth camera and to diagnose whether various items have body shape imbalance, and analyze the body shape imbalance for the result It is to provide a body type diagnosis management system that can continuously manage the report by creating a report and sending it online, creating a site for each individual subject to be measured, and providing information on correction as well as reading the body shape imbalance analysis report.

As a problem solving means of the present invention for achieving the above object,

A body shape analysis device that generates and stores diagnostic data for determining whether or not a body shape is imbalanced based on image data photographed by the subject, and the body shape analysis device receives the image data and diagnostic data along with personal information of the subject from the body shape analysis device to analyze body shape imbalance An integrated management server that prepares a report, classifies it by members and provides a body shape correction solution, and a database that accumulates and stores the image data, diagnostic data, and body shape imbalance analysis report for each member,
The body shape analysis device includes: an image data generation unit that automatically tracks joint points from an image taken of the subject, and generates image data in which a result value of determining the angles of lines connecting the joint points, etc. is displayed on the image; A body shape imbalance diagnosis unit that compares the image data generated by the data generation unit with a reference value for each judgment item to determine whether a body shape is imbalanced, a data storage unit that stores the image data and the diagnosis data, and the data storage unit A data transmission unit for transmitting the body analysis integrated data including the image data and the diagnostic data stored in the integrated management server to the integrated management server,
The integrated management server includes an analysis report writing module that creates a body shape imbalance analysis report in a designated format based on the image data and diagnostic data of the person to be measured received from the body shape analysis device, and the individual of the person under the measurement received from the body shape analysis device A member management module that checks whether a member is a member based on the information, uploads the body shape imbalance analysis report written in the analysis report writing module in the case of a member to the member's personal site, and executes a new member registration procedure if not a member; When the new member registration process is completed through the member management module, a personal site in a designated format is created based on the member's body shape analysis integrated data and body shape imbalance analysis report. A personal site creation module that executes an update, the integrated body shape analysis data transmitted from the body shape analysis device, and the body shape imbalance analysis report created by the analysis report writing module are stored in the database, and the body shape analysis integrated data or body shape imbalance When data errors are found in the analysis report, the data management module checks and corrects them automatically or manually. A body shape correction solution providing module that provides information and correction programs to each member’s personal site, and a self-measurement program so that members can take pictures with a personal motion recognition device, create image data and diagnostic data, and upload them to the integrated management server In addition to providing, when image data and diagnostic data measured by a member are uploaded, simple analysis data is created in the analysis report creation module based on the results, stored in the database, and updated on the member's personal site, thereby causing the member's body imbalance Includes a self-measurement mode providing module that can be used as analysis data,
The body shape correction solution providing module checks the body shape change based on each member's accumulated body shape imbalance analysis report, diagnoses and displays the result, and changes each time it is measured based on the measured body shape imbalance analysis report A body shape correction unit including a body shape correction simulation program that continuously displays the figure through images and provides a function to simulate and confirm the completed correction of the part where the body imbalance occurs, and a consultation board for orthodontic experts and a professional counseling department that connects online one-to-one counseling, a correction information provider that provides information related to body imbalance correction in documents, images, and videos, and self-produced orthodontic content or personal content produced by members Posture correction that provides information for correct posture correction while judging the user's posture in conjunction with a correction information update unit that updates the content of the correction information providing unit according to the uploaded body type imbalance item, and a personal motion recognition device Disclosed is a body type diagnosis management system including a part.

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According to the body type diagnosis management system according to the present invention,

By using the 3D Depth camera to shoot from three sides: front, side, and back, the joint point of the subject is automatically tracked and, at the same time, the body shape imbalance of various items can be quickly and easily diagnosed, reducing the time required for measurement. can have an effect.

In addition, all measured data is transmitted online immediately, and by creating a personal website for the subject, he or she can quickly and easily check whether or not his/her body imbalance is diagnosed. It has the effect of continuously being provided with a variety of information about

In addition, by using personal motion recognition equipment such as Kinect, users can directly measure and diagnose their body shape, and check their lifestyle to block the source of other body imbalances.

In addition, it is added that, in addition to the effects specifically specified as described above, the specific effects that can be easily derived and expected from the characteristic configuration of the present invention can also be included in the effects of the present invention.

1 is a diagram schematically illustrating an overall configuration of a body type diagnosis management system according to an embodiment of the present invention.
2 is a diagram illustrating a configuration of an image data generating unit and an image data generating process of the body type diagnosis management system according to an embodiment of the present invention.
3 is a diagram illustrating an example of an item of body imbalance that can be measured by the body shape analysis apparatus of the body type diagnosis management system according to an embodiment of the present invention.
4 is a diagram illustrating a data flow of image data and diagnostic data of the body type diagnosis management system according to an embodiment of the present invention.
5 is a diagram exemplifying the data flow of the body shape analysis integrated data and the body shape imbalance analysis report of the body type diagnosis management system according to an embodiment of the present invention.
6 is a diagram illustrating a configuration of a body shape correction solution providing module of a body shape diagnosis management system according to an embodiment of the present invention.
7 is a diagram illustrating a configuration of a body shape correction solution providing module of a body shape diagnosis management system according to an embodiment of the present invention.
8 is a diagram illustrating a self-measurement mode of the body type diagnosis management system according to an embodiment of the present invention.
9 is a diagram illustrating a comparison between the self-measurement mode of the body type diagnosis management system according to an embodiment of the present invention and the measurement using the body type analysis device.
10 is a diagram illustrating a process in a body shape analysis apparatus as an example of a body shape diagnosis management method according to an embodiment of the present invention.
11 is a diagram illustrating a process in an integrated management server as an example of a body type diagnosis management method according to an embodiment of the present invention.

Hereinafter, a preferred embodiment of the body type diagnosis management system according to the present invention will be described in detail with reference to the accompanying drawings.

This embodiment is provided to more completely explain the present invention to those with average knowledge in the art, and the shape, size, thickness, spacing between elements, etc. of elements in the accompanying drawings are for convenience of explanation. Alternatively, it should be noted that the expression may be reduced or exaggerated in order to emphasize a clearer explanation.

In addition, in the description of the embodiment, if it is described that a certain component is “provided”, “formed”, “installed”, “coupled”, “fixed”, or “connected” to another component, , may be provided, formed, installed, coupled, fixed, or connected directly to the other components, but it will be understood that other components may exist in the middle.

In addition, when it is determined that the technical features of the present invention may be unnecessarily obscured as it is already obvious to a person skilled in the art, such as a known function or a known configuration related in principle in explaining the embodiment, the detailed A description will be omitted.

1 schematically illustrates a body type diagnosis management system according to an embodiment of the present invention.

1 , the body shape diagnosis management system according to an embodiment of the present invention may include a body shape analysis device 100 , an integrated management server 200 , and a database 300 .

First, the body shape analysis apparatus 100 generates image data D1 by photographing a subject and determines whether a body shape is imbalanced to generate diagnostic data D2, and the generated image data D1 and diagnosis It stores the data D2 and performs a function of transmitting it to the integrated management server 200 .

The body shape analysis apparatus 100 may include an image data generation unit 110 , a body shape imbalance diagnosis unit 120 , a data storage unit 130 , and a data transmission unit 140 .

2 to 3 exemplify the configuration of the image data generating unit 110 and the process of generating the image data D1.

As shown in the exemplified figure, the image data generating unit 110 automatically finds joint points from the 3D depth camera 111 for photographing the subject and the photographed image P of the subject, and selects each joint point. It may be configured to include an image analysis module 112 that generates the image data D1 by displaying the connected lines and the angle values of each line on the image.

This image data generator 110 captures the subject from the front, side, and back with the 3D depth camera 111, respectively, and generates the image data D1 through the image analysis module 112, so that it is not manual. Since it is possible to automatically find and mark the joint point of the subject, it is possible to identify the joint position faster and more accurately than the conventional visual or marker method.

In addition, since the subject can be photographed from three directions (front, side, and rear) and the location of the joint point can be more accurately determined based on data obtained from different directions, the imbalance of the pelvic anteroposterior inclination, etc., which was difficult to grasp with existing equipment The presence or absence can also be determined.

The 3D depth camera 111 generates a photographed image P by photographing a subject with a camera using a 3D depth recognition technology, and transmits the depth data of the subject to the image analysis module to obtain image data D1 It performs a function that allows it to be created.

The 3D depth camera (111) may be a camera equipped with a 3D depth sensor that can obtain depth information of a subject using 3D depth technology, and the type of image sensor mounted on the camera and 3D depth recognition technology used therein It may be used in various ways, such as a stereo-type method or a time-of-flight method, and is not limited to a specific method.

The image analysis module 112 is the position of each joint point required for measurement based on the photographed image P of the subject photographed by the 3D depth camera 111 and the subject's depth data obtained through 3D depth recognition technology. You can perform the function to automatically find and display the captured image (P).

When the corresponding joint point is found, the joint points of each part are connected with a line and the angle of the line is measured. Joints are marked with parallel lines, and vertical joints such as knees and ankles are marked with vertical lines, and the angle value of the line is checked and displayed.

From the side image (P), the angle values of the neck, back, shoulder, knee, etc. are obtained through the location of each joint point of the cervical and thoracic vertebrae and ASIS and PSIS of the pelvis, and from the rear image (P), the pelvis By finding the joint point of the calcaneus and calcaneus and connecting them with a line to obtain the corresponding angular motion value, the body shape imbalance diagnosis unit 120 obtains a measurement value for determining body shape imbalance.

When the image analysis module 112 displays all joint points and lines between joints and displays the angle values on the photographed image P, the generation of image data D1 for diagnosing body shape imbalance is completed.

The body imbalance diagnosis unit 120 analyzes the image data D1 generated from the image data generation unit 110, and calculates the angle value of the line connecting the joint points included in the image data for each determination item of body imbalance. It is possible to generate diagnostic data D2 diagnosing three types of body shape imbalance as an example, good, imbalance progression, and imbalance by comparing with the area of the designated reference value.

The body imbalance diagnosis unit 120 diagnoses the body shape imbalance of the face, shoulders, pelvis and legs through the face horizontal slope, shoulder horizontal slope, pelvic horizontal slope and leg angle values from the image data D1 measured from the front. can do.

In the case of the horizontal inclination of the face, shoulder, pelvis, etc., between 0° and ±1° is good, and a difference of more than ±2° can be diagnosed as body imbalance.

In the case of the leg, by measuring the vertical outward angle from the groin to the center of the knee and ankle, 170° to 184° is diagnosed as good. there is.

In addition, the body imbalance diagnosis unit 120 receives the angle of the neck and back, the line between the cervical vertebrae and the acromion, ASIS and PSIS, and the angle from the hip joint to the knee patella, the peach bone, etc. from the image data D1 measured from the side. It can diagnose body imbalances in the neck, back, shoulder, pelvis, and knee.

In the case of neck, 50° or more is diagnosed as good, but if it is less than 24°, it is diagnosed as turtle neck, and between 25 and 49°, turtle neck is in progress.

In the case of the back, it is diagnosed as good if it is less than 62°, and if it is more than 63°, it is diagnosed as bent back.

In the case of the pelvis, a diagnosis is made by measuring the angle between ASIS and PSIS. If it is between 8° and 15°, it is good, but if it is more than 16°, it can be diagnosed as an anterior slope, and if it is less than 7°, it can be diagnosed as a posterior slope.

In the case of the knee, it is diagnosed as good if it is less than 184°, but if it is more than 185°, it can be diagnosed as a half-length knee with the knee excessively bent backwards.

Also, the body imbalance diagnosis unit 120 may diagnose whether the body shape is imbalanced through the vertical inclination of the calcaneal angle from the image data D1 having the back side measured.

The data storage unit 130 includes the image data D1 generated by the image data generation unit 110, the diagnostic data D2 generated by the body shape imbalance diagnosis unit 120, and personal information D3 of the subject. It serves to store, etc.

In addition, each time the image data generating unit 110 captures the front, side, and rear images and generates image data D1, the corresponding image data D1 is stored in the data storage unit 130, thereby causing mechanical errors or mistakes. Accordingly, it is possible to prevent in advance a situation in which the image data D1 is lost and thus the image data D1 is required to be photographed again.

The data transmission unit 140 completes all imaging of the front, side, and rear surfaces of the image data generating unit 110 and completes the diagnosis of imbalance for all body imbalance items in the body type imbalance diagnosis unit 120. It serves to transmit the data (D1), the diagnostic data (D2), and the body shape analysis integrated data (D4) including the personal information (D3) of the subject to the integrated management server (200).

At this time, the data transmission unit 140 stores the body shape analysis integrated data D4 in the data storage unit 130 before transmitting it to the integrated management server 200, so that the transmission is stopped due to a network error or the data can be prevented from being damaged.

Next, the integrated management server 200 receives the body shape analysis integrated data D4 from the body shape analysis device 100, creates a body shape imbalance analysis report D5, and creates and manages individual sites for each member. play a role

The integrated management server 200 includes an analysis report creation module 210 , a member management module 220 , a personal site creation module 230 , a data management module 240 , and a body shape correction solution providing module 250 . And, it may be configured to include a self-measurement mode providing module (260).

The analysis report writing module 210 is a body shape imbalance analysis report (D5) of a designated format based on the image data (D1), diagnostic data (D2), and personal information (D3) of the subject received from the body shape analysis device 100 ), it is desirable to write concisely and clearly so that it can be easily recognized using the image data (D1), focusing on the relevant part of each item of body imbalance.

The member management module 220 checks whether a member has signed up based on the received personal information (D3) of the subject. The personal site creation module 230 described later may update the member's personal site by including the body shape imbalance analysis report D5.

At this time, if member information matching the personal information (D3) of the subject checked in the member management module 220 is not found, that is, if the subject is not currently registered as a member, the personal information ( Based on D3), the new member registration procedure can be executed.

The personal site creation module 230 may perform a function of creating and updating personal sites of registered members.

The personal site creation module 230 checks whether the member is a member in the member management module 220, and when it is confirmed as a member, it can update the contents of the personal site including the new body imbalance analysis report (D5) of the member. there is.

At this time, if the new member registration procedure is executed because the member is not registered, the member's personal site can be newly created by including the body shape imbalance analysis report (D5) after the new member registration is completed.

The data management module 240 stores the body shape analysis integrated data D4 received from the body shape analysis device 100 and the body shape imbalance analysis report D5 prepared in the analysis report writing module 210 to the database 300 . It can play a role in storage.

In addition, the data management module 240 can automatically correct when an error in data is found in the body shape analysis integrated data (D4) or body shape imbalance analysis report (D5). you can make it editable.

In this case, the corresponding part can be displayed separately, and after the administrator completes the correction, the analysis report creation module 210 newly updates the body shape imbalance analysis report D5 based on the corrected data, and creates the personal site The module 230 may newly update the corresponding content in the personal site including the corrected body shape imbalance analysis report D5.

4 to 5 exemplify the generation and flow of each data generated and stored in the body type diagnosis management system. As shown in the figure, image data D1 is generated from a photographed image P, and image data D1 ) and the reference value for each item of body imbalance, the diagnostic data D2 is formed.

When the generation of the diagnosis data D2 is completed, the body shape analysis integrated data D4 that combines the image data D1, the diagnosis data D2, and the personal information D3 of the subject into one is generated, and the integrated management server ( 200) will be sent.

When the integrated management server 200 receives the body shape analysis integrated data D4, the analysis report operation module 210 diagnoses and analyzes the body shape imbalance of the subject based on the image data D1 and the diagnosis data D2. A body shape imbalance analysis report (D5) is prepared and stored in the database (300) like the body shape analysis integrated data (D4), and the personal site of the subject is updated through the personal site creation module (230).

In this way, the body type analysis integrated data (D4) and body type imbalance analysis report (D5) generated by the body type diagnosis management system are stored every time body type is measured and used as data for correcting the member's body type imbalance, as well as in the database 300 It can be said that the possibility of using the stored data of many members as big data is sufficient.

The body shape correction solution providing module 250 serves to provide each member's personal website with information for correcting body shape imbalance suitable for each member's body shape imbalance item based on the body shape imbalance analysis report (D5) of each member. and a body shape correction unit 251 , a correction information providing unit 252 , a correction information updating unit 253 , an expert consultation unit 254 , and a posture correction unit 255 .

The body shape correction unit 251 displays the body shape imbalance status of the current member based on the accumulated body shape imbalance analysis report (D5) using tables and images to make it easy to see, so that the parts that need correction and musculoskeletal disorders caused by body shape imbalance by telling you about it. It can play a role in recognizing the need for members to correct their body imbalance.

The body shape correction unit 251 checks the sequential changes as well as the measured images according to each cycle when the member performs body shape analysis more than once, and performs correction through images, tables, graphs, etc. It can be displayed in an easy-to-understand manner and the evaluation can also be displayed.

In addition, the body shape correction unit 251 corrects the measurement image of the part where the body shape imbalance occurs to the member, generates an image in which the body shape imbalance is resolved, and compares it with the current body shape correction simulation program 251a. may include more.

The body shape correction simulation program (251a) may include an algorithm for correcting and synthesizing the image, and corrects the image of the part that needs correction based on the image data (D1) of the member who currently has body imbalance. By editing the image, the member can preview the appearance of his body imbalance resolved.

The correction information providing unit 252 may record various data such as documents, images, and videos including information on each item of body imbalance, and provide information corresponding to each member's body shape imbalance.

The information provided by the correction information providing unit 252 can be produced in various forms and contents, such as a guide to correct lifestyle for correction, an introduction of an exercise method suitable for the imbalance, and a guide to a medical institution for correction when the imbalance is severe. and may be continuously updated with new content.

In addition to self-produced content, external citations or content materials directly produced by members can also be uploaded and utilized.

The correction information update unit 253 delivers the self-produced content to the correction information providing unit 252 and updates it, provides a program for members to upload their own content, and stores the uploaded member-made content After verifying whether the content is usable, if it is determined that the content is usable, it can be transmitted to the correction information providing unit 252 to be updated.

The expert counseling unit 254 can provide a service that allows members to receive one-on-one counseling through connection with a consultation bulletin board and correctional experts that allow members to ask questions or consultations related to body imbalance correction. there is.

In addition, the expert counseling unit 254 may provide information on orthodontic surgery guidance and specialized medical institutions for members with severe imbalance.

The posture correction unit 255 may provide accurate information on posture correction necessary to prevent body imbalance or to prevent the imbalance from becoming severe.

In addition, the posture correction unit 255 interlocks with a personal motion recognition device using a 3D depth sensor such as Kinect to determine whether the user's posture is correct and displays the result in an easy-to-read manner to correct the posture to have a correct lifestyle It may further include a calibration program (255a).

Kinect is a device that recognizes voice and motion developed for games. It is equipped with a 3D depth sensor so that users can easily identify the location of the user's joints. It is used in various fields such as medicine.

The posture correction program 255a uses this Kinect to recognize the seated state of an individual from the front and the side, respectively, to determine the position of the user's back, neck, and waist, etc. It gives you a reaction on your back and displays the correct posture on the screen so that you can follow it so you can develop a correct lifestyle.

8 to 9 exemplify a self-measurement mode in which a member can generate body shape imbalance diagnosis data by photographing with his/her personal information.

As shown in the figure, the self-measurement mode providing module 260 uses the image data (D1) generated by the body shape analysis device 100 for the image captured by the person registered as a member with his/her personal motion recognition device. The self-measurement program 261 may be provided to generate the diagnostic data D2 for diagnosing body shape imbalance based on the image data D1 by converting it to the same format as .

In addition, the self-measurement mode providing module 260 uploads the diagnostic data made based on the image data generated by the self-measurement program through the self-measurement program to the integrated management server 200 to prepare an analysis report in a simple format; Together, you can upload the simple analysis report to the member's personal site.

The self-measurement program 261 uses a motion recognition device that an individual can have, such as a Kinect, to measure the front and side faces of the member according to a pre-designated format in the same way as the body shape analysis device 100. A UI for self-measurement can be provided so that the user can take a picture.

The self-measurement program 261 provides a UI necessary for self-measurement so that the member can photograph his/her front and side, and if the photographed image has been correctly photographed by analyzing the photographed image, it generates image data by tracking joint points, and photographing If this is not done correctly, you can display on the screen about the correct shooting method with an alarm sound.

The self-measurement program 261 may provide a menu in which the member can pre-designate the item of body shape imbalance that the member wants to measure when diagnosing whether or not body shape imbalance is present according to the designated body shape imbalance item when the image data is generated.

However, the image data (D1) and diagnostic data (D2) generated through the self-measurement program 261 and the simple analysis report created based thereon may differ in accuracy from the data generated by the body shape analysis device 100. Therefore, separate marks are used to distinguish them, and the analysis report is also written in a simple format, so it is desirable to use it only as a reference material for the member concerned.

As illustrated in FIG. 9 , the body shape analysis integrated data D4 and body shape imbalance analysis report D5 generated by measuring with the body shape analysis device 100 are stored in the database 300 and are stored in the database 300 as statistical data as well as big data. On the other hand, the self-measurement data or simple analysis report generated by measuring with the self-measurement program 261 is used only as personal data for correcting individual body imbalances of members and is not used as statistical data or big data.

The database 300 may accumulate and store the body shape analysis integrated data D4 of the subject received from the body shape analysis device 100 and the body shape imbalance analysis report D5 prepared by the integrated management server 200 for each member. .

In addition, the database 300 includes other measuring devices or the self-measurement in addition to the body shape analysis integrated data D4 generated by the body shape analysis device 100 or the body shape imbalance analysis report D5 created by the integrated management server 200 . It is possible to collect all the information related to body shape imbalance generated by various methods such as body shape imbalance analysis data generated through the mode providing module 260, and systematic big data analysis can be performed for each type of body shape imbalance using the collected data. .

The body type diagnosis management system according to an embodiment of the present invention has been described above. Hereinafter, a body type diagnosis management method according to the present invention will be described according to the flowcharts illustrated in FIGS. 10 to 11 .

First, the subject is photographed with the 3D depth camera 111 (S110), the joint points are automatically tracked, the line between the joints is displayed on the image (S120), and the vertical and horizontal angle values of each line connecting the joints are displayed. An image data generation step (S130) is performed.

When the image data D1 is generated, the measured values in the image data D1, that is, the vertical and horizontal angle values of the lines connecting the joint points, are compared with the reference value for each item of body shape imbalance and determined (S140) to determine whether the body shape is imbalanced for each item. A diagnosis data generation step (S150) of diagnosing and generating result data in which the results are displayed as three values of good, unbalanced in progress, and unbalanced is performed.

When the diagnostic data D2 is generated, data storage (S160) such as the image data (D1) and diagnostic data (D2) is executed, and then the process of checking whether the front, side, and rear data are all generated (S170) is performed. .

Here, if side or rear data has not yet been generated, the process starts again from the step S110 of photographing the subject in the corresponding direction.

If the photographing of the subject (S110), generation of diagnostic data (S150) and data storage (S160) in all directions of the front, side, and rear are completed, finally all image data (D1) and diagnostic data (D2) and the individual of the subject The data transmission step (S180) of transmitting the body shape analysis integrated data (D4) including the information (D3) to the integrated management server 200 is performed.

When the data transmission step (S180) is completed, the process in the body shape analysis apparatus 100 is finished, and the subsequent process is transferred to the integrated management server 200 .

When the integrated management server 200 receives the body shape analysis integrated data D4 transmitted from the body shape analysis device 100 ( S210 ), a data error check ( S220 ) to determine whether there is an error in the transmitted data is executed.

When a data error is found, if the error can be automatically corrected, it is automatically corrected.

If no data error is found, an analysis report preparation step (S230) of creating a body shape imbalance analysis report (D5) in a designated format based on the received image data (D1) and diagnostic data (D2) of the subject is performed.

When the body shape imbalance analysis report (D5) is completed, the body shape imbalance analysis report (D5) is stored in the database 300 (S240) together with the body shape analysis integrated data (D4), and then uploaded to the individual website of each member. , prior to that, a member registration check ( S250 ) to check whether the subject is currently registered as a member is performed first.

The member registration check (S250) is a process of comparing the received personal information (D3) of the subject with personal information (D3) of currently registered members to find out whether they match.

Here, if matching personal information (D3) is found, that is, if the subject is registered as a member, the newly created body type analysis integrated data (D4) and body type imbalance analysis report (D5) are included in the member's personal site. The personal site update step (S260) to be updated is performed.

If no matching personal information (D3) is found as a result of the member registration check (S250), that is, if the subject is not registered as a member, registration of a new member to register as a new member based on the personal information (D3) of the subject It proceeds to step S251.

When the subject is registered as a new member, a new personal site creation step (S261) of creating a new personal site for the member including the body type analysis integrated data (D4) and body type imbalance analysis report (D5) is performed.

When the personal site update step (S260) or the new personal site creation step (S261) is completed, the analysis result notification step (S270) of sending the creation or update of the personal site to the person to be measured by text message is carried out, so that the person under test can determine his or her body type Make the imbalance analysis report (D5) accessible.

If a data error that cannot be automatically corrected occurs, the corresponding item is displayed separately. After the data error correction step (S280) in which the manager of the integrated management server 200 manually corrects the data error, the data error is corrected again. It proceeds from the analysis report preparation step (S230) to the analysis result notification step (S270).

The preferred embodiments of the present invention have been described in detail above, but the technical scope of the present invention is not limited to the contents described in the above-described embodiments and drawings, and may be modified or modified by those of ordinary skill in the art. A modified equivalent configuration will be said to do not depart from the scope of the technical spirit of the present invention.

The reference numerals for the main parts of the accompanying drawings are as follows.
100: body shape analysis device 110: image data generating unit
111: 3D depth camera 112: image analysis module
120: body imbalance diagnosis unit 130: data storage unit
140: data transmission unit
200: integrated management server 210: analysis report writing module
220: member management module 230: personal site creation module
240: data management module 250: body shape correction solution providing module
251: body shape correction unit 252: correction information providing unit
253: Correction information update department 254: Expert counseling department
255: posture correction unit
260: self-measurement mode providing module
300: database

Claims (10)

a body shape analysis device for generating and storing diagnostic data for determining whether a body shape is imbalanced based on image data photographed by the subject;
an integrated management server that receives the image data and diagnostic data along with the personal information of the person being measured from the body shape analysis device, prepares a body shape imbalance analysis report, classifies them by member, and provides a body shape correction solution; and
A database for accumulating and storing the image data, diagnostic data, and body shape imbalance analysis report for each member;
The body shape analysis device,
an image data generating unit that automatically tracks joint points from an image taken by the subject and generates image data in which a result value of determining angles of lines connecting the joint points, etc. is displayed on the image;
a body shape imbalance diagnosis unit that compares the image data generated by the image data generation unit with a reference value for each determination item to generate diagnostic data for determining whether a body shape is imbalanced;
a data storage unit for storing the image data and diagnostic data; and
A data transmission unit for transmitting the body shape analysis integrated data including the image data and diagnostic data stored in the data storage unit to the integrated management server;
The integrated management server,
an analysis report writing module for creating a body shape imbalance analysis report in a designated format based on the image data and diagnostic data of the subject received from the body shape analysis device;
Check whether a member is a member based on the personal information of the subject received from the body shape analysis device, and if the member is a member, upload the body shape imbalance analysis report written in the analysis report writing module to the member's personal site, and if not, a new member a member management module for executing a subscription procedure;
When the new member registration process is completed through the member management module, a personal site in a designated format is created based on the member's body type analysis integrated data and body type imbalance analysis report. a personal site creation module for executing updates as much as possible;
The body shape analysis integrated data transmitted from the body shape analysis device and the body shape imbalance analysis report created by the analysis report preparation module are stored in the database, and if a data error is found in the body shape analysis integrated data or body shape imbalance analysis report, it is checked a data management module to enable automatic or manual correction;
a body shape correction solution providing module that manages body shape imbalance items to be corrected by each member based on the body shape imbalance analysis report, and provides correction information and correction programs related to the body shape imbalance item to each member's personal website; and
The self-measurement program is provided so that members can take pictures with their personal motion recognition device, create image data and diagnostic data and upload them to the integrated management server. A self-measurement mode providing module capable of creating simple analysis data in the analysis report writing module, storing it in the database, and updating the member's personal site, so that it can be used as an analysis data for the body imbalance of the member;
The body shape correction solution providing module,
Based on each member's accumulated body shape imbalance analysis report, check the body shape change, diagnose and display the result, and continuously display the change in each measurement based on the subject's accumulated body shape imbalance analysis report through images and a body shape correction unit including a body shape correction simulation program that provides a function of pre-simulating and confirming a state in which the correction of the body shape imbalance has been completed;
an expert counseling department that connects counseling bulletin boards for orthodontic experts and online one-to-one counseling;
a correction information providing unit that provides information related to body imbalance correction in documents, images, and videos;
a correction information update unit for uploading self-produced correction-related content or personal content produced by a member and updating the correction information providing unit according to the corresponding body type imbalance item; and
A body type diagnosis management system comprising a; a posture correction unit that interworks with a personal motion recognition device to determine a user's posture and provides information for correct posture correction. delete delete delete delete delete delete delete delete delete

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