KR20090109413A - Figure diagnosis system and the method thereof - Google Patents

Abstract

PURPOSE: A figure diagnosis system and a method thereof are provided to guide an exercise therapy suitable for a figure of user by evaluating a figure and a posture of user through a figure evaluating part. CONSTITUTION: An input interface(100) receives measured figure test information. An evaluating part(200) includes a figure evaluating part(220), a display part(250), and a control part(240). The figure evaluating part evaluates and analyzes the figure test information, and includes a figure evaluating module and a posture evaluating module. The figure evaluating module analyzes the figure test information, and determines a figure of user. The posture evaluating module analyzes the figure test information, and determines a posture of user. The display part displays information analyzed by the figure evaluating part. The control part controls the input interface, the figure evaluating part, and the display part. Database stores the figure test information.

Description

FIGURE DIAGNOSIS SYSTEM AND THE METHOD THEREOF

The present invention relates to a body diagnosis system and a method thereof, and more particularly, to a body diagnosis system and a method for evaluating body shape and posture through a body shape evaluation unit and correcting them as treatment and exercise therapy.

In general, it is important to change the posture according to age so that it can grow correctly according to the posture change after the growth phase is completed as shown in FIG. 1.

Normally, your body's posture changes continuously from 18 to 20 when growth is complete.

In other words, physiological posture changes that occur during the growing season are normal, but abnormal and bad postures need prevention and treatment.

 Therefore, during the growing season, it is important to regularly check posture and body type to prevent bad posture and to grow correctly.

As shown in Figure 2, when distinguishing between good posture and bad posture, the head is pulled forward, if the back is bent, the abdomen is coming out in the front is a typical feature of the bad posture.

In particular, as shown in Fig. 3, when assuming that the line drawn vertically from the ankle of the foot to the ground is the centerline of the body, the body is leaned forward or leaned back, the head is pulled forward, the back is bent, and the waist is cut This can be said to be the case.

In contrast, as shown in Fig. 4, the ideal posture is a position in which the line passes through the ear canal, the front of the shoulder and the center of the hip, and the back of the knee slightly when a vertical line is drawn to the ground with respect to the ankle bone of the foot. This is the ideal posture with low consumption.

Therefore, the correct treatment is to get close to this ideal posture through the body treatment and exercise therapy according to the body examination and posture examination.

As shown in Fig. 5, the four types of posture alignment include post-war full posture, military posture, curved back posture, and flat posture. Since the treatment method and the exercise method are different according to each of these postures, treatment and body exercise are required through accurate posture analysis and body examination.

6 shows a common cause of bad posture.

Nowadays, the amount of exercise is lacking, while the time spent sitting at the desk and computer is increasing day by day, the neck is pulled forward, and the back is getting worse, people's posture is getting worse.

Specifically, as shown in FIG. 7, scoliosis, which is the biggest problem due to bad posture, is particularly present in students in the growing stage, and proper prevention and treatment are necessary through body diagnosis and posture examination.

In other words, the body type diagnosis program for proper prevention and treatment through the body type diagnosis and postural examination is required.

In addition, there is a need for a new system that will increase the reproducibility of treatment in the field of oriental medicine and collect the quantitative clinical data, and will greatly improve the diagnosis and treatment method through the standard of Korean medicine.

The present invention divides four types of body types (1, 2, 3, 4) and posture evaluation grades into 5 grades (1, 2, 3, 4, 5 grades) through the body diagnosis system, and exhibits great effects in pain. The purpose is to provide a body diagnostic system.

An object of the present invention is to provide a system for determining an objective virtual patient's body shape by determining and scoring eight posture test items through a body diagnosis system.

An object of the present invention is to provide an appropriate prevention and treatment through body diagnosis and posture examination.

The purpose of the present invention is to create a foundation for increasing the reproducibility of treatment and quantitative clinical data collection in the field of oriental medicine, and to greatly improve the diagnosis and treatment methods with the standard of Chinese medicine.

The body diagnostic system according to the present invention includes an input interface for receiving measured body examination information, a body body evaluation unit for evaluating and analyzing the body body body inspection information, a display unit for displaying the information analyzed by the body body body evaluation unit, and It is preferable that the evaluation unit comprises an input interface, a control unit for controlling the body shape evaluation unit and the display unit, and a database storing the body shape inspection information.

The body shape evaluation unit of the body diagnosis system according to the present invention preferably further comprises a body shape evaluation module for determining the body shape by analyzing the body shape examination information, and a posture evaluation module for determining the posture by analyzing the body shape inspection information. Do.

The input interface of the body diagnosis system according to the present invention is a side inspection information input interface for receiving Lateral View inspection, Lumbar Flexion / Extension inspection, and GH Flexion inspection information, Shoulder Up / Down inspection, Quick Motion Test inspection, Gluteal Line Up Back inspection information input interface for receiving / Down inspection and Ankle Arch Up / Down inspection information,

Upper limb test information input interface that receives handness pattern test, SC joint up / down test, head side bending test, and elbow flexion test information, PSIS up / down test, prone leg length test, elly test test, and Patrick test test It is preferably configured to include a lower limb inspection information input interface for receiving information.

The posture evaluation module of the body diagnostic system according to the present invention preferably receives the body examination information of the input interface, calculates the lateral posture, the back posture, the upper limb and the lower limb diagnosis, and transmits the calculated results to the display unit. .

The body evaluation module of the body diagnosis system according to the present invention preferably receives the upper extremity examination information and the lower examination information from the body examination information of the input interface, calculates a diagnosis result, and transmits the diagnostic result to be displayed on the display unit.

It is preferable that the posture evaluation module of the body diagnosis system according to the present invention receives the upper extremity examination information, calculates a diagnosis result as follows, and transmits the diagnostic result to be displayed on the display unit.

(1) In case Head> Bending test and RT> LT, Handness Pattern test

In case of right-handed, the left upper limb FOR / right upper limb is BACK, and the treatment area calculates the diagnosis result by wrist.

(2) In case of RT> LT after head side bending test, handness pattern test is performed.In case of left handed, the left upper limb FOR / right upper limb is BACK, and the treatment area calculates the diagnosis result by shoulder.

(3) In the case of LT> RT with Head Side Bending test, Handness Pattern test is performed for right-handed, and right upper limb FOR / left upper limb BACK, and treatment area is evaluated by shoulder to calculate diagnosis result.

(4) In case of LT> RT with Head Side Bending test, Handness Pattern test is performed for left handed.

(5) If the Head Side Bending test is RT> LT and the right handed person performs the Lateral View test, the LWF treatment (Left wrist FOR treatment) in the case of Forward and the RWB treatment (Right wrist BACK treatment) in the case of Backward Calculate the result

(6) If the Head Side Bending test is RT> LT and is left-handed, the Lateral View test is performed to perform LGF treatment (Left Shoulder FOR treatment) in the case of Forward and RGB treatment (Right Shoulder BACK treatment) in the case of Backward. calculate

(7) If the Head Side Bending test is LT> RT and is right-handed, the Lateral View test is performed to perform RGF treatment (Right shoulder FOR treatment) in the case of Forward and LGB treatment (Left Shoulder BACK treatment) in the case of Backward. Operation

(8) If the Head Side Bending test is LT> RT and is left-handed, the Lateral View test is performed to perform RWF treatment (Right wrist FOR treatment) in case of Forward and LWB treatment (Left wrist BACK treatment) in case of Backward. calculate

The posture evaluation module of the body diagnostic system according to the present invention preferably receives the lower examination information and transmits the diagnostic result to be displayed on the display unit by calculating a diagnosis result as follows.

(1) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) with the abdominal position (up lying down position) and in the case of RT Down / LT Up (right lower limb FOR / lower left BACK), leg length test ( Prone Leg Length Test) to perform the Elly Test in case of RT> LT and calculate the evaluation result by evaluating the treatment area using the ankle in case of RT> LT

(2) Determine if the lower limb is an anterior inclination or a posterior inclination (PSIS Up / Down inspection) with the abdominal position (up lying down position). Prone Leg Length Test) to perform Elly Test in case of RT> LT and compute the diagnosis result by evaluating the treated part with hip joint in case of LT> RT

(3) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down test) with the abdominal position (up-down position). Prognostic Leg Length Test) is performed to calculate the evaluation results by RPL treatment (right pelvic / lumbar spine) for LT> RT.

(4) Determine if the lower limb is an anterior inclination or a posterior inclination (PSIS Up / Down inspection) with the abdominal position (up lying down position), and in case of RT Down / LT Up (right lower limb FOR / lower left BACK), leg length examination. (Prone Leg Length Test) If there is no difference, the treated area is evaluated with hip joint and the diagnosis result is calculated.

(5) Determine if the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) with the abdominal position (up-down lying position) .In case of LT Down / RT Up In case of RT> LT, LPL treatment (left pelvic / lumbar vertebral therapy) is used to calculate evaluation results.

(6) Determine whether the lower limb is an anterior inclination or a posterior inclination (PSIS Up / Down inspection) with the abdominal position (up lying down), and in the case of LT Down / RT Up In the case of LT> RT, Elly Test is performed.In case of RT> LT, the treatment area is evaluated with the hip joint.

(7) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) by using the abdominal position (up-down position) .In the case of LT Down / RT Up (left lower FOR / BACK) In the case of LT> RT, Elly Test is performed.

(8) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) with the abdominal position (up lying down position) and in the case of LT Down / RT Up In case of LT> RT, Elly Test is performed and if there is no difference, the treatment area is evaluated with hip joint and the diagnosis result is calculated.

(9) In the case of (1), the evaluation result is calculated by LAB treatment (left ankle BACK treatment) in the case of Forward and RAF treatment (right ankle for treatment) in the case of Forward.

(10) In the case of (2), the evaluation results are calculated by LHB treatment (left hip BACK treatment) in the case of Forward and RHF treatment (right hip FOR treatment) in the case of Forward.

(11) In the case of (4), the evaluation results are calculated by LHB treatment (left hip BACK treatment) in the case of Forward and RHF treatment (right hip FOR treatment) in the case of Forward.

(12) In the case of (6), the evaluation results are calculated by RHB treatment (right hip BACK treatment) in the case of Forward and LHF treatment (left hip FOR treatment) in the case of Forward.

(13) In the case of (7), the evaluation results are calculated by RAB treatment (right ankle BACK treatment) in case of Forward and LAF treatment (left ankle FOR treatment) in case of Forward.

(14) In the case of (8), the evaluation results are calculated by RHB treatment (right hip BACK treatment) in the case of Forward and LHF treatment (left hip FOR treatment) in the case of Forward.

In the posture evaluation module of the body diagnosis system according to the present invention, the eight items of the posture test have a total score of 100 and a perfect score of 12.5 is calculated so as to subtract the score as follows.

(1) In the Lateral View test, the score is reduced to -4 for Forward Head, -4 for ThoracicKyphosis, and -4 for Lumbar Lodorsis.

(2) In the GH Flexion test, -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) -12 points in case of -0 points in case of BOTH (+)

(3) -5 points for RT, -10.5 points for RT, -5 points for LT, -10.5 points for LT, and -0 points for no difference from the shoulder up / down test.

(4) -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) -12 points in case of -0 points in case of BOTH (+)

(5) Elbow Flexion test -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, BOTH (-) -12 points in case of -0 points in case of BOTH (+)

(6) Patrick test shows -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) -12 points, if BOTH (+), -0 points are subtracted from the perfect score for each item

(7) In Lumbar Flexion test, -0 point for Normal, -4 point for Hyper, -8 point for Hypo, -12 point for Straight, -12 point only for upper thoracic vertebra, and perfect score for each item. Subtract from

(8) Subtract from the perfect score for each item above -0 for Normal, -4 for Hyper, and -8 for Hypo in the Lumbar Extension test

The controller of the body diagnostic system according to the present invention preferably evaluates the scores of the eight posture test items in the following grades.

(1) Grade 1 is between 90 and 100 points, and the prognosis is normal without any problem in posture and musculoskeletal system.

(2) Grade 2 is between 80 and 90 points, and the prognosis is that there is no big problem in posture and musculoskeletal system.

(3) Grade 3 is between 60 and 80 points, and the prognosis is that there are some problems in posture and musculoskeletal system.

(4) Grade 4 is between 40 and 60 points, prognosis is poor posture, problems with musculoskeletal system, and it is determined that treatment and posture correction are necessary about 15-20 times 2 ~ 3 times a week.

(5) Grade 5 is between 0 and 40 points. Prognosis is very poor posture and severe musculoskeletal system. 3 weeks twice a week treatment and continuous management is needed.

The body diagnosis system according to the present invention includes an inspection apparatus capable of a body examination, an input interface for receiving a body examination information measured from the apparatus, a body evaluation unit for evaluating and analyzing the body examination information, and the body evaluation unit. It is preferable that the evaluation unit comprises a display unit for displaying the information analyzed in the control unit, the input interface, the body shape evaluation unit and the control unit for controlling the display unit, and a database for storing the body shape inspection information.

According to the present invention, the body diagnosis method includes receiving body type test information measured through an input interface, evaluating and analyzing the body type test information through a body type evaluation unit, and information analyzed by the body type evaluation unit through a display unit. It is preferable to include the step of displaying.

Evaluating and analyzing the body examination information of the body diagnosis method according to the present invention, by determining the body shape by analyzing the body examination information through the body shape evaluation module, and analyzing the body examination information through the posture evaluation module It is preferable to include the step of determining the posture.

Preferably, the method further includes receiving the body shape examination information of the input interface and calculating a side posture, a back posture, an upper limb, and a lower limb diagnosis result of the patient to be transmitted to display on the display unit.

Preferably, the method includes a step of receiving the upper limb examination information and the lower limb examination information from the body examination information of the input interface of the body diagnostic method according to the present invention and calculating and transmitting a diagnosis result to be displayed on the display unit.

The body diagnostic method according to the present invention preferably further comprises a step of the body test is connected to the test equipment capable of body type test to the input interface.

The body diagnostic method according to the present invention preferably further comprises the step of transmitting the control to display the display unit to score the body examination information.

The body diagnosis method according to the present invention preferably further comprises the step of transmitting the display to the display unit to evaluate the five grades based on the score of the body examination information.

The present invention has the effect of providing accurate and appropriate data for efficient treatment by accurately identifying the cause of pain and distinguishing between a treatment site and a non-application site.

The present invention has the effect of increasing and continuing the therapeutic effect by guiding exercise therapy to fit the body type.

The present invention has an effect that can determine the body shape of the objective virtual patient by scoring by setting the eight posture test items through the body diagnostic system.

The present invention has the effect that not only the pain that the patient complains but also the poor posture that caused it can be corrected as a treatment and exercise therapy.

The present invention has the effect of enabling efficient patient management by accumulating data through regular body examination.

The present invention has the effect of providing a reasonable herbal healing system by excluding the treatment application that depends on the subjective judgment of the examiner.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

9 is a block diagram showing the configuration of a body type diagnostic system according to the present invention.

FIG. 10 is a detailed diagram illustrating the body shape evaluation unit of FIG. 9.

11 is a block diagram showing the configuration of a body type diagnostic system according to an embodiment of the present invention.

The body diagnosis system according to the present invention is largely divided into an input interface 100 and an evaluation unit 200.

The input interface 100 is an interface for receiving the measured body type examination information.

The evaluation unit 200 is divided into a body evaluation unit 220, a display unit 250, and a control unit 240.

The body shape evaluation unit 220 is a device for evaluating and analyzing the body shape inspection information.

The display unit 250 is a device for displaying the information analyzed by the body shape evaluation unit 220.

The controller 240 is a device for controlling the input interface 100, the body shape evaluator 220, and the display 250.

In addition, the body diagnostic system according to the present invention further comprises a database for storing the body examination information to be able to store and retrieve the information analyzed by the evaluation unit.

The database may store normal body data necessary for body type diagnosis and data for distinguishing each body part in advance to facilitate the body shape evaluation.

The input interface 100 is divided into a side inspection information input interface, a rear inspection information input interface, an upper limb examination information input interface, and a lower examination information input interface.

The input interface 100 may receive schedule information from the inspection equipment (3D scanner, etc.) 300 of FIG. 11 or may be manually input by an inspector.

The side inspection information input interface is an interface for receiving Lateral View inspection, Lumbar Flexion / Extension inspection, and G-H Flexion inspection information.

The back inspection information input interface is an interface for receiving Shoulder Up / Down inspection, Quick Motion Test inspection, Gluteal Line Up / Down inspection, and Ankle Arch Up / Down inspection information.

The upper limb inspection information input interface is an interface for receiving handness pattern inspection, S-C joint up / down inspection, head side bending inspection, and elbow flexion inspection information.

The lower test information input interface is an interface for receiving PSIS Up / Down test, Prone Leg Length test, Elly Test test, and Patrick Test test information.

The body shape evaluator 220 includes a body shape evaluation module 221 for determining the body shape by analyzing the body shape examination information and a posture evaluation module 222 for determining the posture by analyzing the body shape inspection information.

The posture evaluation module 222 receives the body shape examination information of the input interface and calculates and transmits the patient's side posture, back posture, upper limb and lower limb diagnosis result to be displayed on the display unit 250.

The body evaluation module 221 receives the upper limb examination information and the lower limb examination information from the body examination information of the input interface, calculates a diagnosis result, and transmits it to the display unit 250 for display.

In addition, the body diagnosis system according to the present invention may remotely perform a body diagnosis through a personal scanner (PC) and a personal scanner connected to a certain server device through a network (for example, the Internet) and connected to the server device.

The personal scanner is preferably a device for telemedicine as a device usable for personal or hospital use.

Therefore, the components according to the present invention as described above can provide a reasonable herbal healing system for humans excluding the treatment application that depends on the subjective judgment of the examiner.

Hereinafter, each test of the body type diagnostic test will be described in detail with reference to the accompanying drawings.

First, as shown in Fig. 12, the body type can be classified into four body types by the diagnostic test.

The joints of our body can be largely divided into two characteristics: strength and movement (movement). It is divided into two types, which are mainly used for strength and types that are mainly used for movement (movement).

   FOR (Forward) is a characteristic of movement (movement), BACK (Backward) is a characteristic of force.

   Here, FOR means forward inclination and BACK means backward inclination.

In other words, since all of our bodies are designed to bend (bent forward), the front slope is advantageous for movement, and the rear slope is advantageous for force. In other words, the concept of flexion and extension can be substituted.

Thus, as shown in Figs. 13 to 16, it can be classified into four body types.

Specifically, the ratio of the front side and the rear side is detected by dividing the left and right sides based on the reference line of FIG. 5 by receiving the body shape inspection information measured by the 3D scanner.

In addition, the body evaluation module 221 determines that the ratio of the front face is FOR, and determines that the ratio of the back face is BACK. This determination is made by dividing the left side and the right side.

In other words, with the patient standing upright, raise the baseline (or laser line) perpendicular to the ground with 2cm of the ankle ankle in front as a reference point, and divide the body into front and back based on the baseline. If the ratio is large, let backward.

 That is, according to the image information input from the 3D scanner in the later-described lateral view test, a line is drawn perpendicularly to the ground 2 cm in front of the ankle of the ankle, and the body is divided into two parts based on the line.

There are three main types of body diagnostic tests: postural examination, upper extremity examination and lower extremity examination. The results from each test can be used to determine the body shape and treatment, the exercise therapy and posture evaluation grade, and the treatment schedule that are appropriate for the patient's body according to the calculation of the body diagnosis program included in the body shape evaluation unit of the body diagnosis system according to the present invention. .

Postural examinations include side and back examinations. The patient's posture is assessed by looking at the patient's side and back and by examining the joint's ROM.

At the same time, he takes pictures and shows his posture to the patient, leaving them as data.

FIG. 18 is a view showing a Lateral View test during the side view, FIG. 19 is a view showing a Lumbar Flexion / Extension test (waist bending / extension test) during the side test, and FIG. 20 is a view showing a GH Flexion test during the side test. Figure 21 is a view showing the Shoulder Up / Down inspection during the rear inspection, Figure 22 is a view showing the Quick Motion Test inspection during the rear inspection, Figure 23 is a view showing the Gluteal Line Up / Down inspection during the rear inspection, Figure 24 is a diagram showing the Ankle Arch Up / Down inspection during the rear inspection.

Although the drawings described below show an inspection method including an inspector for convenience, it is preferable to display the result sheet by performing an instant inspection with a 3D scanner.

That is, on the drawings, a plate with a grid is used for convenience, but it is preferable to check the body shape and posture with a grid screen or a 3D scanner for moorography described below.

In particular, the 3D scanner is a dedicated scanner for measuring the position of the human body, including a determination unit that can determine each part of the human body and a device for accurately detecting the height of each part, including a database for storing the determined information is used. desirable.

Posture test according to the present invention is largely divided into lateral examination and back examination.

The lateral examination is divided into lateral view examination, lumbar flexion / extension examination (waist flexion / extension examination), and G-H flexion examination.

The back test is divided into shoulder up / down test, quick motion test test, gluteal line up / down test, and ankle arch up / down test.

Hereinafter, the side inspection and the back inspection, and the like, the requirements required for each inspection can be automatically delivered to the virtual patient by installing a speaker or the like in the body diagnostic system according to the present invention. Same as below.

Lateral view test (lateral posture test) compares the ratio of the front and back when the patient's body is divided into front and rear by drawing a line perpendicular to the ground centered on the outside of the patient and 2 cm in front of the patient.

Specifically, the body shape evaluation module 221 puts the patient in an upright position to see the side view, and the center reference point draws a line perpendicular to the ground at a point 2 cm in front of the outer peach bone of the patient's foot to face the front and the body of the patient. Compare the ratio of the front to the back when divided by the back.

At the same time, through the image information received by the 3D scanner, the posture evaluation module 222 shows three types of bad postures (head forward, head forward, thoracic kyphosis), and the lower back. Check if it is present (Lumbar Lodorsis).

In addition, the posture evaluation module 222 diagnoses thoracic thoracic thoracic only when the normal value is 45 degrees and the thoracic thoracic thoracic thoracic only in Thoracic Kyphosis diagnosis.

The Lumbar Flexion / Extension test (Lumbar flexion test) checks whether the body evaluator is well on the waist. That is, whether your lower back is normal, hyperperforming, hyperporous, hypo-stiff (straight), limiting your movement, and your lower back does not move (only the upper thoracic spine) Check only).

Lumbar Lodorsis is based on the Lumbar-Sacral Angle, which is normal at 30 degrees. Here, Lumbar Lorsosis is diagnosed when the urethral angle is more than 30 degrees.

For example, the posture evaluation module 222 diagnoses Thoracic Kyphosis and Lumbar Lorsosis when the subject is bent a lot through the image information input by the 3D scanner of the patient or the lower back is moved forward.

The G-H Flexion test (shoulder elevation test) is also known as "hurray" to check whether the shoulder joint is moving normally. This test can be used to determine whether you have shoulder problems, such as shoulder impingement syndrome or fifty shoulders.

Specifically, the above-described side inspection is preferably inspected as shown in Table 1 below.

Here, the posture evaluation module displays a relatively high and good mobility of the left and right as "<" or ">".

Therefore, the posture evaluation module may recommend a treatment part or an exercise part by checking a relatively high one of the left and the right and the good mobility.

Here, the reference value may vary according to the body size of the virtual patient, and the basic reference value may be uniformly stored and used in a database of the body diagnosis system according to the present invention.

In addition, ">" and "<" are not only relatively high, but also include a high degree of mobility. Same as below.

The Shoulder Up / Down test is a test for evaluating left and right shoulder height differences. Severe shoulder height differences can lead to a loss of balance and problems with the shoulders, cervical spine, lumbar spine, and pelvis.

That is, the posture inspection module 222 may raise the image of the virtual patient on the virtual reference ground and detect the difference between the left and right shoulder heights through the image information received by the 3D scanner.

The Quick Motion Test (aka The Sheer Test) is a test called "Heavy Sheer Test" that tells you whether your arm is moving well in a short time. If the examination is severely limited or there are many differences between left and right, the upper body may be unbalanced, which may seriously affect the neck, shoulders and waist.

That is, the posture test module 222 informs the posture of the Quick Motion Test test through the speaker and the image information received by the 3D scanner, the posture inspection module 222 captures the virtual patient's image by time and captures the motion of the virtual patient. Can be detected.

The Gluteal Line Up / Down test is a test that checks the height of the buttocks and lines. As the hip fold lines are elevated, the pelvis rises and falls, and the left and right pelvis deviations can be seen.

That is, the posture inspection module 222 may detect the deviation by comparing the hip wrinkle image of the virtual patient to the left and right through the image information received by the 3D scanner.

However, since the buttocks and wrinkles are not accurately exposed while wearing clothes or underwear, it is preferable to detect the difference between the left and right virtual buttock lines using a scanner having high performance resolution.

The Ankle Arch Up / Down Test is a test to check the height of the foot. Foot exams can be used to determine whether the foot is flat, the shape of the left and right feet, and the habitual ankle sprain.

That is, the posture inspection module 222 may raise a virtual patient's foot arch image on the virtual reference ground and detect the height of the foot arch through the image information received by the 3D scanner.

Specifically, the above-mentioned backside inspection is preferably inspected as shown in Table 2 below.

Here, the reference value of the shoulder UP / DOWN inspection is preferably about 3cm, for example.

FIG. 25 is a view showing a handness pattern test during upper limb examination, FIG. 26 is a view showing an SC joint up / down test during upper limb examination, FIG. 27 is a view showing a head side bending test during upper limb examination, and FIG. 28 is an upper limb Figure showing the Elbow Flexion test during the test, Figure 29 is a view showing the PSIS Up / Down test during the lower limb test, Figure 30 is a view showing the Prone Leg Length test during the lower limb test, Figure 31 is the Elly Test test during the lower limb test 32 is a view showing the Patrick Test test of the lower limb test.

As shown in the figure, upper limb examination is divided into handness pattern examination, S-C joint up / down examination, head side bending examination, and elbow flexion examination.

The Handness Pattern Test is a test to determine which handle is in the patient. Statistically, right-handed people have lower right shoulders, right pelvis up, left-handed hands with lower left shoulders, and left pelvis up.

That is, the posture inspection module 222 may raise the image of the virtual patient on the virtual reference ground and detect the difference in the relative height between the shoulder and the pelvis through the image information received by the 3D scanner.

S-C Joint Up / Down Test (Clavicle Height Test) is a test to check the height of the left and right clavicles. The clavicle is the only bone that connects the arm with the trunk. Therefore, by checking the level of the clavicle, you can find out which arm was used and how many problems occurred.

That is, the posture inspection module 222 may receive the image information received by the 3D scanner to detect the height difference of the clavicle as the image of the virtual patient.

The Head Side Bending Test is a test to mock the neck.

In other words, by checking the side of the cervical spine abnormalities, and at the same time it is possible to determine whether the problem of the upper cervical spine, or the lower middle cervical spine is helpful in the treatment.

That is, the posture inspection module 222 receives the image information received by the 3D scanner through the speaker of the body type diagnostic system according to the present invention and receives the image information received by the 3D scanner. Can be detected.

The Elbow Flexion Test is an elbow flexion test. In modern people who use a lot of the upper body, elbow movement limitations are common. Examine whether the left and right elbows bend normally to see if there is a problem with the upper body.

In other words, the elbow of the virtual patient through the speaker of the body diagnostic system according to the present invention to receive the image information received by the 3D scanner and the posture inspection module 222 is the image of the virtual patient to bend the left and right elbows normally It can be detected by measuring by time.

The information measured by the above-described inspection is input through a 3D scanner or the like as an input interface and calculated as follows to display a treatment method (see FIG. 39).

Head side bending test is performed and divided into RT> LT and LT> RT.

In this case, the S-C joint test may be omitted.

In the case of RT> LT, the handness pattern test is performed, and in the case of right-handed, the left upper limb FOR / right upper limb is BACK, and the treatment area is evaluated by the wrist and the result sheet is displayed accordingly.

In the case of RT> LT, a handness pattern test is performed. In the case of a left-handed person, the left upper limb FOR / the right upper limb is BACK, and the treatment area is evaluated by the shoulder, and the result sheet is displayed accordingly.

In the case of LT> RT, the right-handed FOR / left upper limb BACK is performed by the handness pattern test, and the treatment area is evaluated by the shoulder and the result sheet is displayed accordingly.

In the case of LT> RT, the handness pattern test is performed, and in the case of left-handed people, the right upper limb FOR / left upper limb BACK is evaluated, and the treatment site is evaluated by the wrist and the result sheet is displayed accordingly.

The head side bending test is RT> LT, and in case of right-handed, the Lateral View test is performed to perform forward LWF treatment (left wrist FOR treatment) and backward, RWB treatment (right wrist BACK treatment). Display the text.

If the Head Side Bending test is RT> LT and is left-handed, the Lateral View test is performed to display the evaluation result sheet for LGF treatment (Left Shoulder FOR treatment) in case of Forward and RGB treatment (Right Shoulder BACK treatment) in case of Backward.

If the Head Side Bending test is LT> RT and is right-handed, a Lateral View test is performed to display an evaluation result sheet for RGF treatment (right shoulder FOR treatment) in the case of Forward and LGB treatment (left shoulder BACK treatment) in the case of Backward.

If the Head Side Bending test is LT> RT and is left-handed, a Lateral View test is performed to display an evaluation result sheet for RWF treatment (right wrist FOR treatment) in the case of Forward and LWB treatment (left wrist BACK treatment) in the case of Backward.

The lower limb test is divided into PSIS Up / Down test, Prone Leg Length test, Elly Test test, and Patrick Test test.

The PSIS Up / Down Examination (PBS) is a test that evaluates whether the pelvis is forward (anterior inclination) or backward (rear). The pelvis is one of the key examinations of the lower extremities because the front and rear slopes of the pelvis have a significant effect on the function of the lower extremities.

That is, the posture inspection module 222 may receive the image information received by the 3D scanner and detect and measure whether the pelvis is tilted forward or backward as an image of a virtual patient.

The Prone Leg Length Test is a prolonged leg length test.

In addition, it is a test that can find out whether the leg length mismatch, functional short and short and structural short and short.

 Therefore, when the leg lengths are different from each other, the balance in the lower limbs is broken and the effects rise to the pelvis and waist, causing an imbalance over the whole body.

That is, the posture inspection module 222 receives the image information received by the 3D scanner and detects a difference or an imbalance by measuring the lengths of both legs as an image of a virtual patient.

The Elly Test test is a test of the hip rotation in prone position. If the examination is limited or there is a difference between the left and right means that there is a problem of hip and pelvis.

That is, the posture inspection module 222 may receive the image information received by the 3D scanner and measure and measure the hip rotation in the image uploaded on the reference plane of the virtual patient.

The Patrick Test test is a test similar to the Elly Test, a so-called "double-legged or four-legged" test. As with the Elly Test, limitations in the test or gaps in the left and right means a problem with the hip and pelvis.

That is, the posture inspection module 222 may receive the image information received by the 3D scanner and detect the limitation or the left and right difference in the inspection as an image uploaded on the reference plane of the virtual patient.

The information measured by the above-described inspection is input through a 3D scanner or the like as an input interface and calculated as follows to display a treatment method (see FIG. 40).

Determine if the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) with the abdominal position (up-down position) and if it is RT Down / LT Up (Lower / Forest BACK) and LT Down / RT Up ( It is divided into the case of left / lower FOR / BACK.

In the PSIS Up / Down test, the RT Down / LT Up test is divided into the case of RT> LT and the case of LT> RT.

In the PSIS Up / Down test, the LT Down / RT Up is divided into the case of RT> LT and the case of LT> RT.

In the PSIS Up / Down test, in the case of RT Down / LT Up, if the leg length test is RT> LT, an Elly Test is performed and divided into a case where RT> LT and LT> RT do not differ from each other.

In addition, in the PSIS Up / Down test, the evaluation result sheet is displayed to perform RPL treatment (right pelvic / lumbar therapy) when the leg length test is LT> RT in the case of RT Down / LT Up.

In the PSIS Up / Down test, in the case of LT Down / RT Up, when the leg length test is RT> LT, the evaluation result sheet is displayed to perform LPL treatment (left pelvic / lumbar therapy).

In addition, in the PSIS Up / Down test, when the LT Down / RT Up is performed, the Elly Test is performed when the leg length test is LT> RT and divided into a case where RT> LT and LT> RT do not differ.

Subsequently, in the PSIS Up / Down test, an Elly Test is performed when the leg length test is RT> LT in the case of RT Down / LT Up, and an evaluation result sheet is displayed by limiting the treatment area to the ankle when RT> LT.

In addition, in the PSIS Up / Down test, in the case of RT Down / LT Up, when the leg length test is RT> LT, an Elly Test is performed, and in the case of LT> RT, the treatment area is limited to the hip joint to display an evaluation result sheet.

In the PSIS Up / Down test, in the case of RT Down / LT Up, if the leg length test is RT> LT, an Elly Test is performed. If there is no difference, the treatment area is limited to the hip joint and an evaluation result sheet is displayed.

Subsequently, in the PSIS Up / Down test, the EL Down test is performed when the leg length test is LT> RT in the case of LT Down / RT Up, and the evaluation result sheet is displayed using the treatment area as the hip joint in the case of RT> LT.

In the PSIS Up / Down test, the EL down test is performed when the leg length test is LT> RT in the case of LT Down / RT Up, and the evaluation result sheet is displayed using the treatment site as the ankle in case of LT> RT.

In the PSIS Up / Down test, if the length of the LT Down / RT Up is LT> RT, the Elly Test is performed. If there is no difference, the evaluation result sheet is displayed using the treatment area as the hip joint.

In addition, in the PSIS Up / Down test, in the case of RT Down / LT Up, when the leg length test is RT> LT, Elly Test is performed, and in the case of RT> LT, Lateral View test is performed. In case of Backward, the evaluation result sheet is displayed for RAF treatment (Right Ankle FOR treatment).

In addition, in the PSIS Up / Down test, in case of RT Down / LT Up, when the leg length test is RT> LT, EElly Test is performed, and when LT> RT is Lateral View test, LHB treatment (Left hip BACK treatment) In case of Backward, the evaluation result sheet is displayed for RHF treatment (Right hip FOR treatment).

In the PSIS Up / Down test, in the case of RT Down / LT Up, if the leg length test is RT> LT, Elly Test is performed and there is no difference. Lateral View test is performed. In the case of Forward, LHB treatment (left hip BACK treatment), In the case of Backward, the evaluation results are displayed for RHF treatment (right hip FOR treatment).

In addition, in the PSIS Up / Down test, the LT Down / RT Up test is performed by Elly Test when the LT> RT is LT> RT and the Lateral View test when RT> LT is the RHB treatment (Right Hip BACK treatment) In case of Backward, the evaluation results are displayed for LHF treatment (left hip FOR treatment).

In the PSIS Up / Down test, LT Down / RT Up, Elly Test is performed if the leg length test is LT> RT, and Lateral View test is performed for LT> RT.For the forward, RAB treatment (right ankle back treatment), Backward If so, the evaluation result sheet is displayed for LAF treatment (left ankle FOR treatment).

In the PSIS Up / Down test, when the LT Down / RT Up is LT> RT, if the leg length test is El> Test, there is no difference.If there is no difference, the Lateral View test is performed.In the case of Forward, RHB treatment (right hip BACK treatment) If so, the evaluation results are displayed for LHF treatment (left hip FOR treatment).

Meanwhile, the upper limb and lower limb examinations are measured as shown in Table 3 through a 3D scanner for precise inspection.

Table 3 below shows the Elbow Flexion test and the Patrick Test test. Inspections other than this may be measured precisely through a 3D scanner or the like as the above-described inspection.

Here, when it does not exceed the Patrick Test standard, it means that both halves are less than the average halves.

FIG. 12 is a view showing four types of body shapes, and FIG. 13 is a view showing a first body shape with increased mobility of the left arm and a leg among the four types of body types of FIG. 12, and FIG. 14 is a four body types of FIG. FIG. 15 is a view showing a second body shape in which the mobility of the right arm and the leg is increased, and FIG. 15 is a view showing a third body shape in which the mobility of the left arm and the right leg is increased, among the four types of body types of FIG. FIG. 12 shows a fourth body shape in which the mobility of the right arm and the left leg is increased among the four body types.

As shown in the drawings, one of the basic characteristics of the present invention, the four types of body types (1, 2, 3, 4 type) is divided into the basics of the human body such as the pelvis or scapula by occupation, lifestyle, posture, etc. As the parts forming the axis are twisted little by little, the state of the body is differentiated according to the body shape formed.

According to the body type diagnosis system of the present invention, after dividing the four types of body types, the body type diagnosis program analyzes the body type that corresponds to the current state of the body and finds the cause of pain and can be treated correctly.

The first body shape is a body shape in which the mobility of the left arm and leg is increased.

The second body shape is a body shape in which the mobility of the right arm and leg is increased.

The third body shape is a body shape in which the mobility of the left arm and the right leg is increased.

The fourth body shape is a body shape in which the mobility of the right arm and the left leg is increased.

In addition to the body test, Lateral View test, Lumbar Flexion / Extension test, and GH Flexion test information are input through the side test information input interface, and the Shoulder Up / Down test, Quick Motion Test test, Inputting the Gluteal Line Up / Down test and Ankle Arch Up / Down test information, and receiving the Handness Pattern test, SC Joint Up / Down test, Head Side Bending test, and Elbow Flexion test information through the upper limb test information input interface PSIS Up / Down test, Prone Leg Length test, Elly Test test, and Patrick Test test information are inputted through the lower extremity test information input interface. I can display it.

17 is a diagram showing the prognosis and treatment schedule by classifying the posture evaluation grade 5.

As shown in the drawings, the posture evaluation test according to the present invention selects eight test items based on the four body types described above, gives a score for each item, adds them together, and calculates a posture evaluation score. Can be classified into 5 levels (1, 2, 3, 4, 5), so that the basic prognosis and treatment schedule can be identified.

That is, the posture evaluation test according to the present invention is to check the posture state of the current patient based on the body shape of the patient to check how bad the patient's posture is and how much the patient's posture is improved.

The first grade is a normal grade without problems in posture and musculoskeletal system.

The second grade is a grade that is not a big problem in posture and musculoskeletal system, but should be treated by visiting if uncomfortable symptoms occur.

The third grade is a problem with a little posture and musculoskeletal system, and a grade requiring treatment and posture correction about 10 times twice a week.

The fourth grade is a bad posture, a lot of problems in the musculoskeletal system, and a grade that requires about 15 to 20 treatments and posture corrections 2-3 times a week.

The fifth grade is a poor posture, serious musculoskeletal problems and requires three months of treatment and continuous management twice a week.

That is, the scores of the posture evaluation items may be added to divide the grades from the first grade to the fifth grade, and the prognosis and treatment schedule may be determined accordingly. At the same time, a retest may be performed once a month according to the treatment schedule to confirm improvement.

In addition, the posture evaluation test is performed once a month, and the graph of the result sheet allows the user to grasp how the posture has been improved or worsened at a glance, so that the physical condition change can be immediately identified.

In addition, the body diagnostic system according to the present invention is determined by the body shape and the treatment site of the patient through the body shape examination and the treatment and exercise therapy guidance according to this, and the posture evaluation score and grade is calculated through the posture evaluation test accordingly The patient's condition and treatment schedule can be defined.

And, the posture evaluation test of the body diagnostic system according to the present invention is once a month, three times a reference, the result is output in a graph form that can be compared at a glance by the test item is the most causing and poor posture items It will be possible to know and to cure it.

In addition, the prognosis and treatment schedule are determined for each posture evaluation grade and applied to the treatment of patients.

Hereinafter, the body-specific personalized exercise treatment will be described with reference to FIGS. 41 and 44 to 53.

According to the results of the body type diagnosis program, it is possible to easily understand the exercise therapies according to the body type of the patient. .

 Each exercise regimen is easy and simple to do at home, which can increase the effectiveness of the treatment and increase the duration of the treatment.

In addition, not only the pain that the patient complains but also the poor posture that caused it can be corrected as a treatment and exercise therapy.

1. Upper extremity exercise- lowering wrist

This exercise is a wrist exercise that makes the dorsal flexion of the wrist in a planar flexion state.

2. Upper Limb Exercise- Raise Your Wrists Up

This exercise is a wrist exercise that causes the wrist flexion to become Dorsi Flexion.

3. Upper extremity movement-horizontal abduction resistance movement

This exercise is designed to strengthen your shoulder joints with increased or unstable mobility.

4. Upper extremity exercise-elbow flexion resistance exercise

This exercise is to loosen the arm that the elbow is stuck or the movement is poor.

5. shoulder stretching exercises

In modern people who use a lot of the upper body, the muscles of the neck and shoulders are chronically hardened. In other words, constant stiffening of the neck and shoulder muscles causes the spine to twist and cause pain.

  This exercise allows you to easily relax your neck and shoulder muscles and function normally through shoulder stretching exercises that are easy to do anywhere, anytime.

6. Lower Exercise-Pelvic AS Correction Exercise

This exercise corrects the shape of the pelvis forward.

7. Leg Exercise-Pelvic PI Correction Exercise

This exercise corrects the shape of the pelvis tilted backwards.

8. Not Exercise-Calf Stretch

This exercise is a stretching exercise that relaxes and tightens the calf muscles.

9. Spinal Stretch Exercise

This exercise is a spinal stretching exercise that adjusts the position and spine by moving the body back and forth by adjusting the position of the arms and legs up and down according to the body shape as a result of the body diagnostic test.

Hereinafter, an inspection method of a body diagnosis system according to the present invention will be described in detail with reference to the accompanying drawings.

The body diagnosis system according to the present invention can be made by a precise body examination described below, but can also be diagnosed by simply inputting information based on the naked eye or one's own judgment.

First, in the body examination room according to the present invention, the body shape of the patient is examined using a 3D scanner.

Then, the body shape inspection information is input through the input interface of the body diagnosis system according to the present invention connected to the 3D scanner.

Subsequently, the body diagnosis system receiving the body examination information analyzes the body examination information through the body evaluation unit.

The information analyzed by the body shape evaluator of the body diagnosis system is converted into a predetermined format through the control unit and displayed through the display unit.

First, a virtual patient's body type is examined using a 3D scanner for the virtual patient Park ○○ (male, 27 years old) of FIG.

Here, the 3D scanner may be replaced by a 2D scanner and / or a moire-to-grid screen, and any device may be used as long as the device is sufficient to inspect the FOR (Forward) and BACK (Backward).

In particular, it is preferable to use the grid screen shown in Korean Patent Registration No. 0711506 for the moire topography grid screen.

In addition, in the present invention, it is preferable to use a 3D dedicated scanner called RENAI M currently in use.

In the virtual patient, according to the above-described body examination method, the Lateral View inspection (1) of the side examination is Foward, the Lumbar Flexion / Extension inspection (2) is normal, and the GH Flexion inspection (3) is RT> LT. Was measured.

In addition, the virtual patient by the above-described body test method, the shoulder up / down test (4) RT ↑ of the rear examination, Quick Motion Test test (5) RT> LT, Gluteal Line Up / Down test (6) LT Up / RT Down, Ankle Arch Up / Down Inspection (7) was measured by the 3D scanner as RT Up / LT Down.

In addition, the virtual patient is by the above-described body test method, the handness pattern test (8) of the upper limb examination, right-handed, SC joint up / down test (9) RT Up / LT Down (higher right bone bone), Head Side Bending test 10 was RT> LT, and Elbow Flexion test 11 was measured with the 3D scanner as RT> LT (when the left elbow bends more than 150 degrees above the right).

In addition, the virtual patient according to the above-described body test method, the lower limb test is the PSIS Up / Down test 12 LT Up / RT Down, Prone Leg Length test 13 is RT <LT, Elly Test test 14 RT <LT, Patrick Test test 15, RT> LT was measured with the 3D scanner.

Therefore, the body shape inspection information by the above-described inspection displays the result sheet in the form as shown in FIGS. 34 to 36 by the body diagnosis system according to the present invention.

Figure 34 is a view showing the result of the body examination result of the body diagnostic system according to the present invention, Figure 35 is a view showing another example of the result sheet of the body examination result of the body diagnostic system according to the present invention, Figure 36 is Figure 4 shows another example of the result sheet of the body examination result of the body diagnosis system according to the present invention.

On the other hand, the body shape examination information measured by the 3D scanner through the body evaluation unit can determine the body type and treatment, the exercise therapy and posture evaluation grade, treatment schedule suitable for the patient's body according to the operation of the program as follows.

According to the displayed chart according to the virtual patient's body diagnosis system, the upper and lower limb FOR and upper limb BACK and the lower limb FOR and lower limb BACK are based on the results of upper and lower limb examination. Mobility is increased, and the right arm and left leg are increased in force.

In addition, the virtual patient has increased mobility of the left arm and the right leg corresponds to the third body type.

Specifically, the results of the tests, the treatment method and the recommended exercise will be described in detail with reference to the drawings.

First, when the patient's body is divided into front and rear by drawing a line perpendicular to the ground centering on the foot and anterior 2cm of the virtual patient (Lateral View test), the result is forwarded to the front. The ratio is high.

Then, the result of checking that the head was pulled forward, the back was bent and the waist was cut forward was the result.

In addition, as a result of checking whether the waist moves properly (Lumbar Flexion / Extension), the waist was determined to be normal.

As a result, according to the above-described side posture test, the lower body is developed compared to the upper body (by the above-described Lateral View test), and the head is pushed forward and the neck-shoulder is posture. It became.

That is, the virtual patient is examined by the forward type in the side view by the above-described Lateral View test is a body shape to be moved forward with respect to the centerline of the body, thereby concentrating the force on the lower body, it is determined that the lower body is developed type.

In conclusion, the virtual patient was displayed in the lateral posture 23 is "a lower body developed form compared to the upper body, the head is pulled forward to give a lateral view to the neck-shoulder" (lateral view).

Then, by examining whether the shoulder joint is normally moved (GH Flexion test) and the result is RT> LT, the virtual patient is judged that the right shoulder (joint) is better than the left side (or determined to be excellent in mobility). .

In addition, the test for evaluating the difference between the left and right shoulder heights of the virtual patient (Shoulder Up / Down test) was RT ↑ and the right shoulder was determined to be high.

In addition, as a result of a quick motion test (Quick Motion Test), it was RT> LT, and it was determined that the left arm was less painful than the right side, causing pain in the left neck and shoulder. .

In other words, if the user is not eagerly rested by the Quick Motion Test, the shoulder loses its normal range of motion, and thus, it can be determined that the pain in the neck and the shoulder that is directly related to the shoulder is caused.

Subsequently, as a result of the test for checking the height of the buttocks of the imaginary patient (Gluteal Line Up / Down Test), the upper buttocks were determined to be LT UP / RT Down.

Then, the test for checking the height of the foot arch of the virtual patient (Ankle Arch Up / Down test) resulted in RT UP / LT Down, and the right foot arch was determined to be high.

In conclusion, the posterior posture 23 of the virtual patient is, for example, "the right shoulder is slightly higher than the left (shoulder test). The pain in the left neck and shoulder as the left arm is less eager than the right (quick motion). Create a "

The patient's right hand was lowered and the right pelvis was raised to determine right-handedness. The test to check the height of the left and right collarbones (SC Joint Up / Down test) was performed. / LT Down, the right clavicle was determined to be high.

A head side bending test resulted in RT> LT, indicating that the neck was better metered to the right.

The elbow flexion test (RTD) resulted in RT> LT, which determined the right elbow to bend better.

In conclusion, the upper limb 23 of the virtual patient was displayed as, for example, “elbow-flexion left arm less than right. G-H flexion left arm lower”.

A test that evaluates whether the pelvis is forward (front slope) or backward (back slope) results in LT Up / RT Down, leaving the left pelvis tilted backwards and the right pelvis forward. It was determined to be inclined.

In a prone leg length test (Prone Leg Length test) resulted in RT <LT, it was determined that the left leg is longer than the right.

It was determined that RT <LT was good at the left side of the hip joint when it was lying down, and it was RT <LT.

When lying down, the so-called "double-legged or four-legged" test (Patrick Test test) resulted in RT> LT, indicating that the left leg was less bipedal than the right leg.

In conclusion, the lower extremity 23 of the virtual patient is, for example, "the left leg is less bipedal compared to the right (patrick test). The waist is well bent (lumbar test). test) ".

Meanwhile, as shown in FIG. 35, the treatment method 24 and the recommended exercise 25 are displayed on the result sheet.

The recommendation movement 25 may select one of the recommendation movements shown in FIGS. 44 to 53 and may be changed by data accumulated in the database of the present invention.

In addition, as shown in FIG. 36, the body image 26, the posture evaluation score 27, the posture evaluation test result (28), and the posture evaluation final result (29) are the body evaluation part of the body diagnosis system according to the present invention. Calculated through the 220 and displayed.

37 and 38, the posture evaluation items and the scores of the posture evaluation may be periodically measured and displayed in a graph.

39 and 40 illustrate a process of measuring the treatment method 24 of FIG. 35 in detail.

FIG. 41 describes a process of specifically recommending the recommendation movement 25 of FIG.

Hereinafter, the score of the virtual patient will be converted with reference to FIG. 42.

Lateral view inspection during the side inspection is a foward and subtracts -4 points from 12.5 of points for each item.

 G-H Flexion test subtracts -4 points from 12.5 points per item with RT> LT.

In addition, the shoulder up / down test during the rear examination is RT ↑ and subtracts -5 points from 12.5 points per item.

In addition, the Quick Motion Test test subtracts -4 points from 12.5 of perfect points for each item with RT> LT.

Subsequently, the Elbow Flexion test subtracts -4 points from 12.5 of points for each item with RT> LT.

In addition, the Patrick Test test is RT> LT and subtracts -4 points from 12.5 of points for each item.

Lumbar Flexion and Lumbar Extention are Normal and there is no subtraction.

Therefore, the virtual patient is 75 points out of a total of 100 points (8 items X 12.5 points), it can be seen that it corresponds to the third grade by the posture score of FIG.

In addition, in the present invention, the above-described score conversion method selects only the basic eight items, and the body examination results are accumulated in the database of the body diagnosis system according to the present invention, and thus weights for each test item can be obtained.

In addition, each subtracted score can also be adjusted by the database of the body type diagnosis system according to the present invention, if you want to discriminate from each other according to the physical characteristics of the Korean virtual patient.

This is because the number of virtual patients at a certain ratio should be examined for each grade, but if the number is concentrated in a certain body type or a certain grade, the above numerical value should be corrected.

Figure 54 is a view showing the inspection equipment of the body diagnostic system according to the present invention, Figure 55 is a view showing the entire examination room of the body diagnostic system according to the present invention.

The inspection equipment of the drawings is an imaging device 500 used for the test of the present invention, it is also preferably replaced with the above-mentioned moiretography grid screen 501 and / or 3D scanner.

In addition, by adding a device capable of capturing the motion pattern and the gait test of the human body to the above-described test equipment, it is also possible to perform an objective test on the walking and motion pattern of the patient.

Fig. 56 is a flowchart showing the overall procedure of the body diagnostic method according to the present invention, and Fig. 57 is a flowchart showing the specific procedure of the body diagnostic method according to the present invention.

As shown in the figure, first, the body shape inspection information measured through the input interface is received (S101).

Then, the body shape evaluation unit evaluates and analyzes the body shape inspection information (S102).

Subsequently, the controller displays the information analyzed by the body shape evaluation unit through the display unit (S103).

As shown in Fig. 57, the step of evaluating and analyzing the body shape inspection information is divided as follows.

First, the body shape inspection information is analyzed through the body shape evaluation module to determine the body shape (S202).

The posture evaluation module determines the posture by analyzing the body examination information (S203).

In addition to the above-described schematic sequence, the following steps may be further added.

The body shape evaluation unit scores the body shape inspection information and transmits it to display on the display unit (S205).

In addition, the body evaluation unit evaluates the five grades based on the score of the body examination information and transmits the same to the display unit (S206).

In conclusion, the present invention is directed to a method for generating specific judgment and treatment data by specific body examination.

However, various body examinations or body evaluation methods which are researched and developed in medicine or oriental medicine as well as such specific body examinations may be applied to the present invention to develop various judgment and treatment data.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, changes, and modifications are possible in the technical field of the present invention without departing from the technical spirit of the present invention. It will be clear to those of ordinary knowledge.

1 is a view showing a change in posture after the growth phase and the growth is completed.

2 shows typical features of a bad posture.

3 shows an incorrect posture.

4 shows an ideal posture.

5 shows four types of posture alignment.

6 shows a common cause of bad posture.

7 and 8 show scoliosis.

9 is a block diagram showing the configuration of a body type diagnostic system according to the present invention.

10 is a block diagram showing in detail the body shape evaluation unit of FIG.

Figure 11 is a block diagram showing the configuration of a body type diagnostic system according to an embodiment of the present invention.

12 shows four types of body shapes.

FIG. 13 is a view showing a first body shape in which the mobility of the left arm and the leg is increased among the four body types of FIG. 12; FIG.

FIG. 14 is a view showing a second body type in which the mobility of the right arm and leg is increased among the four body types of FIG. 12; FIG.

FIG. 15 is a view showing a third body in which the mobility of the left arm and the right leg is increased among the four body types of FIG. 12; FIG.

FIG. 16 is a view showing a fourth body shape in which the mobility of the right arm and the left leg is increased among the four body types of FIG. 12; FIG.

Fig. 17 shows the prognosis and treatment schedule by classifying posture evaluation into 5 grades.

18 is a view showing a Lateral View inspection of the side inspection.

Figure 19 shows the Lumbar Flexion / Extension examination (waist flexion / extension examination) during side examination.

20 is a view showing a G-H Flexion inspection of the side inspection.

Figure 21 is a view showing the Shoulder Up / Down inspection during the rear inspection.

22 is a view showing a Quick Motion Test test during the rear inspection.

Figure 23 shows the Gluteal Line Up / Down test during the backside scan.

Figure 24 is a view showing the Ankle Arch Up / Down inspection during the rear inspection.

Figure 25 is a view showing the Handness Pattern examination of the upper limb examination.

Figure 26 is a view showing the S-C Joint Up / Down examination of the upper limb examination.

Figure 27 shows the Head Side Bending test of the upper limb test.

Figure 28 shows the Elbow Flexion test of the upper limb test.

29 is a diagram showing a PSIS Up / Down inspection during the lower limb examination.

30 is a diagram showing a Prone Leg Length test during the lower limb test.

Figure 31 shows the Elly Test test of the lower extremity test.

32 is a view showing the Patrick Test test of the lower limb test.

33 is a view showing an input interface of the body diagnostic system according to the present invention.

Figure 34 is a view showing the result of the body examination result of the body diagnostic system according to the present invention.

35 is a view showing another example of the result sheet of the body examination result of the body diagnosis system according to the present invention;

36 shows another example of the result sheet of the body examination result of the body diagnosis system according to the present invention;

Fig. 37 is a graph showing the posture evaluation items examined three times, once a month.

38 is a view showing a graph that can confirm whether the improvement by performing a re-test once a month for each posture evaluation item.

Figure 39 shows the detailed treatment according to the upper limb examination.

40 is a view showing the detailed treatment according to the lower limb examination.

41 is a view showing the exercise therapy according to the posture, upper limb and lower limb test results.

42 shows scores according to eight items of posture examination.

43 is divided into five classes by scores according to eight items of posture examination and shows the prognosis thereof.

44 is a view showing lowering of the wrist during the upper extremity movement.

45 is a view showing raising above the wrist during the upper extremity movement.

46 is a diagram showing a horizontal abduction resistance movement during the upper limb movement.

47 is a view showing the elbow flexion resistance movement during the upper limb movement.

48 shows a shoulder stretching exercise.

49 is a view showing the pelvic AS correction movement during the lower limb movement.

50 is a view showing the pelvic PI correction movement during the lower extremity exercise.

51 is a view showing the calf stretching exercise during the lower extremity exercise.

52 and 53 show spinal stretching movements.

Figure 54 shows the inspection equipment of the body diagnostic system according to the present invention.

55 is a view showing the entire laboratory of the body diagnostic system according to the present invention.

56 is a flowchart showing the overall procedure of the body diagnostic method according to the present invention.

57 is a flowchart showing the specific procedure of the body diagnostic method according to the present invention.

Claims (40)

In the body diagnostic system, An input interface for receiving measured body examination information, A body shape evaluation unit for evaluating and analyzing the body shape inspection information; A display unit which displays the information analyzed by the body shape evaluation unit; A control unit controlling the input interface, the body shape evaluation unit and the display unit; An evaluation unit comprising: a database for storing the body examination information; Body diagnostic system, characterized in that consisting of. The method of claim 1, The body evaluation unit, A body shape evaluation module for determining the body shape by analyzing the body shape inspection information; A posture evaluation module for determining posture by analyzing the body examination information; Body diagnostic system, characterized in that configured to include. The method of claim 2, The posture evaluation module, Body type diagnosis system, characterized in that receiving the body shape information of the input interface to calculate the posture and back and upper and lower limb examination information of the patient to display the posture test results on the display unit. The method of claim 2, The posture evaluation module is a body diagnostic system, characterized in that for calculating the relatively high of the left and right and the good mobility received the body test information indicated by "<" or ">". The method of claim 2, The posture evaluation module is a body type diagnostic system, characterized in that to display the treatment area or exercise area recommended by calculating the received and relatively high of the left and right of the good mobility. The method of claim 2, The body evaluation module, Body type diagnostic system, characterized in that receiving the upper limb test information and lower limb test information from the body test information of the input interface to calculate the diagnostic result and to transmit the display to the display unit. The method of claim 1, The input interface, A side inspection information input interface for receiving Lateral View inspection, Lumbar Flexion / Extension inspection, and G-H Flexion inspection information; A rear inspection information input interface for receiving shoulder up / down inspection, quick motion test inspection, gluteal line up / down inspection, and ankle arch up / down inspection information; Upper limb examination information input interface for receiving handness pattern inspection, S-C joint up / down inspection, head side bending inspection, and elbow flexion inspection information; A lower limb test information input interface for receiving PSIS Up / Down test, Prone Leg Length test, Elly Test test, and Patrick Test test information; Body diagnostic system, characterized in that configured to include. The method of claim 7, wherein The Lateral View test (lateral posture test) is a vertical line on the ground around the 2cm anterior of the foot through the body examination information of the virtual patient received through the input interface to divide the patient's body into the front and rear Body diagnostic system, characterized in that the comparison of the ratio between the front and rear body inspection unit. The method of claim 8, The Lateral View test is whether the head is forward (Head Forward), The body diagnosis system further comprises a check by the body check whether the back (Thoracic Kyphosis), the waist is inclined forward (Lumbar Lodorsis). The method of claim 7, wherein The Lumbar Flexion / Extension test (Lumbar flexion test) is a body diagnostic system characterized in that it checks whether the waist is moving properly through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein The GH Flexion test (shoulder elevation test) is a body diagnosis system, which captures motion of a shoulder joint through a body examination information of a virtual patient received through the input interface, and examines it with a body examination unit. . The method of claim 7, wherein The Shoulder Up / Down test (shoulder height difference test) is a body diagnostic system, characterized in that by examining the left and right shoulder height difference through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein The quick motion test test (examination test) is characterized in that the body inspection unit detects whether the motion is faster than the reference value by capturing the arm by time through the body examination information of the virtual patient received through the input interface. Diagnostic system. The method of claim 7, wherein Gluteal line up / down test (hip pleated line height test) is a body diagnostic system, characterized in that the examination of the height of the buttocks and wrinkles by the body examination unit through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein Ankle Arch Up / Down test (foot arch test) is a body diagnostic system, characterized in that for examining the height of the foot arch with the body examination through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein The handness pattern test (handle pattern test) is a body type diagnostic system, characterized in that by examining the body by the body of the examination of the handle by the relative height difference of the shoulder and pelvis through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein S-C joint up / down test (clavicle height test) is a body diagnostic system, characterized in that the examination of the height of the left and right clavicle through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein The head side bending test (head side bending test) is a body diagnostic system, characterized in that to examine the degree (angle) of the neck through the body examination information of the virtual patient received through the input interface with a body examination unit. The method of claim 7, wherein Elbow Flexion test (elbow flexion test) is a body diagnostic system, characterized in that to examine the elbow flexion degree through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein The PSIS Up / Down test (Pelvic Upper Pelvic Skeleton Test) is the pelvis tilted forward (front tilt) and backward (rear tilt) through the virtual patient's body test information received through the input interface. ) Is a body diagnostic system, characterized in that for examining the body. The method of claim 7, wherein Prone Leg Length test (abdominal leg length test) is a body diagnostic system, characterized in that by examining the leg length in the state lying down through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein Elly Test test (abdominal upper leg rotation test) is a body diagnostic system, characterized in that the examination of the hip joint rotation in the state lying down through the body examination information of the virtual patient received through the input interface. The method of claim 7, wherein The Patrick Test test (supine bilateral limb test; four-leg test) is characterized by examining the shape of both legs or four-leg legs in the state of lying down directly through the body test information of the virtual patient received through the input interface. Body diagnostic system. The method of claim 7, wherein The Lateral View inspection, Lumbar Flexion / Extension inspection, and G-H Flexion inspection information are input through the side inspection information input interface. Through the back inspection information input interface, Shoulder Up / Down inspection, Quick Motion Test inspection, Gluteal Line Up / Down inspection, and Ankle Arch Up / Down inspection information are inputted. Handness pattern inspection, S-C joint up / down inspection, head side bending inspection, and elbow flexion inspection information are inputted through the upper limb inspection information input interface, The PSIS Up / Down test, Prone Leg Length test, Elly Test test, and Patrick Test test information are input through the lower test information input interface, Body type diagnosis system, characterized in that for displaying the treatment and exercise therapy to fit the body of the patient through the calculation unit of the body evaluation unit. The method of claim 2, The posture evaluation module, And receiving the upper extremity examination information and calculating a diagnosis result as follows to transmit the display to the display unit. (1) In case of RT> LT after head side bending test, handness pattern test is performed.In case of right handed, the upper left limb FOR / right upper limb is BACK, and the treatment area calculates the diagnosis result by wrist. (2) In case of RT> LT after head side bending test, handness pattern test is performed.In case of left handed, the left upper limb FOR / right upper limb is BACK, and the treatment area calculates the diagnosis result by shoulder. (3) In the case of LT> RT with Head Side Bending test, Handness Pattern test is performed for right-handed, and right upper limb FOR / left upper limb BACK, and treatment area is evaluated by shoulder to calculate diagnosis result. (4) In case of LT> RT with Head Side Bending test, Handness Pattern test is performed for left handed. (5) If the Head Side Bending test is RT> LT and the right handed person performs the Lateral View test, the LWF treatment (Left wrist FOR treatment) in the case of Forward and the RWB treatment (Right wrist BACK treatment) in the case of Backward Calculate the result (6) If the Head Side Bending test is RT> LT and is left-handed, the Lateral View test is performed to perform LGF treatment (Left Shoulder FOR treatment) in the case of Forward and RGB treatment (Right Shoulder BACK treatment) in the case of Backward. calculate (7) If the Head Side Bending test is LT> RT and is right-handed, the Lateral View test is performed to perform RGF treatment (Right shoulder FOR treatment) in the case of Forward and LGB treatment (Left Shoulder BACK treatment) in the case of Backward. Operation (8) If the Head Side Bending test is LT> RT and is left-handed, the Lateral View test is performed to perform RWF treatment (Right wrist FOR treatment) in case of Forward and LWB treatment (Left wrist BACK treatment) in case of Backward. calculate The method of claim 2, The posture evaluation module, Body type diagnostic system, characterized in that for receiving the lower extremity examination information and calculates the diagnostic result as follows to display on the display. (1) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) with the abdominal position (up lying down position) and in the case of RT Down / LT Up (right lower limb FOR / lower left BACK), leg length test ( Prone Leg Length Test) to perform the Elly Test in case of RT> LT and calculate the evaluation result by evaluating the treatment area using the ankle in case of RT> LT (2) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down test), and in the case of RT Down / LT Up (lower right FOR / low left BACK), perform a leg length test (Prone Leg Length test). In case of RT> LT, Elly Test is performed.In case of LT> RT, treatment area is evaluated by hip joint. (3) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down test) and if it is RT Down / LT Up (lower right FOR / low left BACK), perform a leg length test (Prone Leg Length test). In the case of LT> RT, the evaluation results are calculated by RPL treatment (right pelvic / lumbar spine treatment). (4) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down test), and in the case of RT Down / LT Up (lower right FOR / low left BACK), perform a leg length test (Prone Leg Length test). If there is no difference, the treated area is evaluated with hip joint. (5) Determine whether the lower limb is a forward inclination or a backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (FOR / RIGHT BACK), LPL in case of RT> LT Calculate assessment results by treatment (left pelvic / lumbar spine) (6) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (FOR / RIGHT BACK), check the length of the leg. In case of RT> LT, test area is evaluated with hip joint and diagnostic result is calculated (7) Determine whether the lower limb is a forward inclination or a backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (FOR / RIGHT BACK), the leg length test is performed. Calculate the evaluation result by evaluating the treated part in case of LT> RT after test (8) Determine whether the lower limb is a forward inclination or a backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (Left-FOR / Right-Left BACK), check the leg length. If there is no difference by testing, evaluate the treated area with hip joint and calculate the diagnosis result (9) In the case of (1), the evaluation result is calculated by LAB treatment (left ankle BACK treatment) in the case of Forward and RAF treatment (right ankle for treatment) in the case of Forward. (10) In the case of (2), the evaluation results are calculated by LHB treatment (left hip BACK treatment) in the case of Forward and RHF treatment (right hip FOR treatment) in the case of Forward. (11) In the case of (4), the evaluation results are calculated by LHB treatment (left hip BACK treatment) in the case of Forward and RHF treatment (right hip FOR treatment) in the case of Forward. (12) In the case of (6), the evaluation results are calculated by RHB treatment (right hip BACK treatment) in the case of Forward and LHF treatment (left hip FOR treatment) in the case of Forward. (13) In the case of (7), the evaluation results are calculated by RAB treatment (right ankle BACK treatment) in case of Forward and LAF treatment (left ankle FOR treatment) in case of Forward. (14) In the case of (8), the evaluation results are calculated by RHB treatment (right hip BACK treatment) in the case of Forward and LHF treatment (left hip FOR treatment) in the case of Forward. The method of claim 2, The posture evaluation module is a body diagnostic system, characterized in that the eight items of the posture test is calculated to subtract the score as 100 points in total and 12.5 points for each item as follows. (1) In the Lateral View test, the score is reduced to -4 for Forward Head, -4 for ThoracicKyphosis, and -4 for Lumbar Lodorsis. (2) In the GH Flexion test, -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) -12 points in case of -0 points in case of BOTH (+) (3) -5 points for RT, -10.5 points for RT, -5 points for LT, -10.5 points for LT, and -0 points for no difference from the shoulder up / down test. (4) -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) -12 points in case of -0 points in case of BOTH (+) (5) Elbow Flexion test -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, BOTH (-) -12 points in case of -0 points in case of BOTH (+) (6) Patrick test shows -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) -12 points, if BOTH (+), -0 points are subtracted from the perfect score for each item (7) In Lumbar Flexion test, -0 point for Normal, -4 point for Hyper, -8 point for Hypo, -12 point for Straight, -12 point only for upper thoracic vertebra, and perfect score for each item. Subtract from (8) Subtract from the perfect score for each item above -0 for Normal, -4 for Hyper, and -8 for Hypo in the Lumbar Extension test The method of claim 1, And the controller determines and evaluates the scores of the eight posture test items in the following grades. (1) Grade 1 is between 90 and 100 points, and the prognosis is normal without any problem in posture and musculoskeletal system. (2) Grade 2 is between 80 and 90 points, and the prognosis is that there is no big problem in posture and musculoskeletal system. (3) Grade 3 is between 60 and 80 points, and the prognosis is that there are some problems in posture and musculoskeletal system. (4) Grade 4 is between 40 and 60 points, prognosis is poor posture, problems with musculoskeletal system, and it is determined that treatment and posture correction are necessary about 15-20 times 2 ~ 3 times a week. (5) Grade 5 is between 0 and 40 points. Prognosis is very poor posture and severe musculoskeletal system. 3 weeks twice a week treatment and continuous management is needed. The method according to any one of claims 1 to 28, The body diagnostic system, Body diagnostic system, characterized in that further comprises a test equipment capable of a body examination. Receiving body examination information measured through an input interface; A control unit evaluating and analyzing the body examination information through a body evaluation unit; Displaying, by a controller, information analyzed by the body shape evaluation unit through a display unit; Body diagnostic method characterized in that it comprises a. The method of claim 30, Evaluating and analyzing the body examination information, Determining the body shape by analyzing the body examination information through a body shape evaluation module; Determining the posture by analyzing the body examination information through a posture evaluation module; Body diagnostic method characterized in that it comprises a. The method of claim 30, And receiving the body examination information of the input interface, calculating the side and rear attitude diagnosis results of the patient, and transmitting the calculated results to display on the display unit. The method of claim 30, And receiving the upper limb examination information and the lower limb examination information from the body examination information of the input interface, calculating and transmitting a diagnosis result to be displayed on the display unit. The method of claim 30, Body type diagnostic method characterized in that it further comprises the step of the body type test is connected to the inspection device capable of body type test to the input interface. The method of claim 30, And controlling the control unit to score the body examination information and display the score on the display unit. The method of claim 30, And a step in which the control unit evaluates the five grades based on the score of the body examination information and transmits the same to the display unit. The method of claim 31, wherein Determining the posture by analyzing the body examination information through the posture evaluation module, (1) In case Head> Bending test and RT> LT, Handness Pattern test In the case of right-handed, the left upper limb FOR / right upper limb BACK, the treatment site using the wrist to calculate the diagnosis result; (2) performing a Head Side Bending test and performing a Handness Pattern test in the case of RT> LT, the left upper limb FOR / right upper limb BACK in the left-handed operation, and calculating the diagnosis result using the shoulder on the treatment area; (3) Check the Head Side Bending test and check the Handness Pattern test when LT> RT. If the right-handed to the right upper limb FOR / left upper limb BACK, the treatment area is evaluated by the shoulder to calculate the diagnosis result; (4) Perform Head Side Bending test and check Handness Pattern test if LT> RT. If the left-handed to the right upper limb FOR / left upper limb BACK, the treatment site is evaluated by the wrist to calculate the diagnosis result; (5) If the Head Side Bending test is RT> LT and is right handed, Lateral Calculating an evaluation diagnosis result of performing LWF treatment (left wrist FOR treatment) in the case of Forward and RWB treatment (right wrist BACK treatment) in the case of Forward; (6) Lateral when the Head Side Bending test is RT> LT and left handed Calculating an evaluation diagnosis result of performing a View test to perform LGF treatment in the case of Forward (left shoulder FOR treatment) and RGB treatment in the case of Backward (right shoulder BACK treatment); (7) If the Head Side Bending test is LT> RT and is right-handed, the Lateral View test is performed to perform RGF treatment (Right shoulder FOR treatment) in the case of Forward and LGB treatment (Left Shoulder BACK treatment) in the case of Backward. Calculating a; (8) If the Head Side Bending test is LT> RT and is left-handed, the Lateral View test is performed to perform RWF treatment (Right wrist FOR treatment) in the case of Forward and LWB treatment (Left wrist BACK treatment) in the case of Backward. Calculating; Body diagnostic method characterized in that it comprises a. The method of claim 31, wherein Determining the posture by analyzing the body examination information through the posture evaluation module, (1) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection) with the abdominal position (up lying down position) and in the case of RT Down / LT Up (right lower limb FOR / lower left BACK) Calculating a diagnosis result based on the ankle of the treated part in the case of RT> LT by performing an Elly Test in the case of RT> LT; (2) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down test), and in the case of RT Down / LT Up (lower right FOR / low left BACK), perform a leg length test (Prone Leg Length test). Calculating a diagnosis result of evaluating the treatment area with the hip joint in the case of RT> LT; (3) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down test) and if it is RT Down / LT Up (lower right FOR / low left BACK), perform a leg length test (Prone Leg Length test). Calculating an evaluation diagnosis result by RPL treatment (right pelvic / lumbar spine treatment) when LT> RT; (4) Determine if the lower limb is an inclined forward or backward inclination (PSIS Up / Down test) and if it is RT Down / LT Up (lower right FOR / low left BACK), perform a leg length test (Prone Leg Length test). Calculating a diagnosis result of evaluating a treated part with a hip if there is no difference; (5) Determine whether the lower limb is a forward inclination or a backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (FOR / RIGHT BACK), LPL in case of RT> LT Calculating an assessment diagnosis result by treatment (left pelvic / lumbar spine treatment); (6) Determine whether the lower limb is an inclined forward or backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (FOR / RIGHT BACK), check the length of the leg. Calculating a diagnosis result of evaluating the treatment area with the hip in the case of RT> LT after the test; (7) Determine whether the lower limb is a forward inclination or a backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (FOR / RIGHT BACK), the leg length test is performed. Calculating a diagnosis result of evaluating the treatment area using the ankle when the test is performed for LT> RT; (8) Determine whether the lower limb is a forward inclination or a backward inclination (PSIS Up / Down inspection), and in the case of LT Down / RT Up (Left-FOR / Right-Left BACK), check the leg length. Calculating a diagnosis result of evaluating a treated part with a hip if there is no difference by performing a test; (9) calculating the evaluation result of LAB treatment (left ankle BACK treatment) in case of Forward and RAF treatment (right ankle FOR treatment) in case of Forward by performing Lateral View test; (2) calculating a diagnosis result by performing LHB treatment (left hip BACK treatment) in case of Forward and RHF treatment (right hip FOR treatment) in case of Forward by performing Lateral View test; (11) calculating the evaluation result by performing LHB treatment (left hip BACK treatment) in case of Forward and RHF treatment (right hip FOR treatment) in case of Forward by performing Lateral View test; (12) calculating the evaluation result of RHB treatment (right hip BACK treatment) in case of Forward and LHF treatment (left hip FOR treatment) in case of Forward by performing Lateral View test; (13) calculating the evaluation result of RAB treatment (right ankle BACK treatment) in case of Forward and LAF treatment (left ankle FOR treatment) in case of Forward by performing Lateral View test; (8) calculating a diagnosis result of RHB treatment (right hip BACK treatment) in case of Forward and LHF treatment (left hip FOR treatment) in case of Forward by performing Lateral View test; Body diagnostic method characterized in that it comprises a. 36. The method of claim 35 wherein Scoring the body type examination information, (1) subtracting from 12.5 points with -4 points for Forward Head, -4 points for ThoracicKyphosis, and -4 points for Lumbar Lodorsis in the Lateral View test; (2) In the GH Flexion test, -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) Subtracting from the perfect score for each item to -12 points in the case of -12 points in the case of BOTH (+); (3) -5 points for RT, -10.5 points for RT, -5 points for LT, -10.5 points for LT, and -0 points for no difference from the shoulder up / down test. Making a step; (4) -4 points for RT> LT, -10.5 points for RT >> LT in Quick Motion inspection, Subtracting from the perfect score for each item to -4 points for LT> RT, -10.5 points for LT >> RT, -12 points for BOTH (-), and -0 points for BOTH (+); (5) Elbow Flexion test -4 points for RT> LT, -10.5 points for RT >> LT, Subtracting from the perfect score for each item to -4 points for LT> RT, -10.5 points for LT >> RT, -12 points for BOTH (-), and -0 points for BOTH (+); (6) Patrick test shows -4 points for RT> LT, -10.5 points for RT >> LT, -4 points for LT> RT, -10.5 points for LT >> RT, and BOTH (-) Subtracting from the perfect score for each item to -12 points and -0 points for BOTH (+); (7) In Lumbar Flexion test, -0 point for Normal, -4 point for Hyper, -8 point for Hypo, -12 point for Straight, -12 point only for upper thoracic vertebra, and perfect score for each item. Subtracting from; (8) subtracting from the perfect score for each item to -0 for Normal, -4 for Hyper, and -8 for Hypo in the Lumbar Extension test; Body diagnostic method characterized in that it comprises a. The method of claim 36, Evaluating the scored body examination information in five grades, (1) the first grade is between 90 and 100 points and the prognosis is determined to be normal without problems in posture and musculoskeletal system; (2) the second grade is between 80 and 90 points, and the prognosis is that there is no big problem in posture and musculoskeletal system, but if it is uncomfortable symptom, it is decided to visit and be treated; (3) the third grade is between 60 and 80 points, and the prognosis is that the posture and the musculoskeletal system are slightly troubled, and that 10 treatments and posture corrections are required twice a week; (4) the fourth grade is between 40 and 60 points, and the prognosis is poor posture and problems with the musculoskeletal system, and it is determined that 15 to 20 times of treatment and posture correction are necessary 2 to 3 times a week; (5) the fifth grade is between 0 and 40 points and the prognosis is very poor posture and severe musculoskeletal problems, judging that twice a week treatment and continuous management is necessary; Body diagnostic method characterized in that it comprises a.

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