KR100969001B1 - Biomechanical parameter display method and system for performing the method - Google Patents

Abstract

Disclosed are a biomechanical parameter display method and a system for performing the method. The method for displaying biomechanical parameters includes measuring at least one biomechanical parameter for diagnosing a musculoskeletal disorder of the subject; Recording the biomechanical parameter together with the clinical date of measurement of the biomechanical parameter; And displaying single or multiple biomechanical parameters corresponding to a single or multiple clinical dates according to the display condition selected by the measurer.

Musculoskeletal disorders, biomechanical parameters, clinical date, clinical condition, insole, monitor, display condition, image type, display type, display item

Description

METHOD FOR DISPLAY OF BIOMECANICAL PARAMETERS AND SYSTEM FOR EXECUTING THE METHOD}

The present invention relates to a biomechanical parameter display system, and more particularly, to a biomechanical parameter display method and system that can more easily analyze the correlation and trend of biomechanical parameters applied to diagnose musculoskeletal disorders.

In general, in order to diagnose diseases and possible occurrences of the musculoskeletal system related to the foot and the spine, diagnostic equipment such as X-ray (M-R), magnetic resonance imaging (MRI), tomography (CT) is used.

The diagnostic equipment may diagnose musculoskeletal disorders based on the measured biomechanical parameters by measuring the biomechanical parameters of the subject in a static state.

However, existing diagnostic equipment cannot obtain diagnostic data that must be obtained in the dynamic state because it provides only the measured results when the subject is in the static state and cannot measure the biomechanical parameters when the subject is in the dynamic state. .

In addition, the test subjects are provided with the static data measured in the static state for each clinical date as a result of the examination, or simply provide the comparison result by comparing the static data with reference data (normal person data).

In the process of treating musculoskeletal disorders, there is no environment in which a measurer or a measurer compares or analyzes biomechanical parameters that are related to each other or analyzes trends of each biomechanical parameter.

The present invention provides a display environment that can more effectively compare and analyze the biomechanical parameters applied to the diagnosis of musculoskeletal disorders by collecting biomechanical parameters in the dynamic as well as the static state.

The present invention provides a method and system for displaying biomechanical parameters that allows a measurer to more easily and effectively access the biomechanical parameters of a subject.

The present invention provides a method and system for displaying biomechanical parameters that enable a measurer or a subject to grasp the correlation and trend of biomechanical parameters at a glance.

The present invention includes the steps of measuring at least one biomechanical parameter for diagnosis of musculoskeletal disorders of the subject; Recording the biomechanical parameter together with the clinical date of measurement of the biomechanical parameter; And displaying single or multiple biomechanical parameters corresponding to a single or multiple clinical dates according to the display condition selected by the measurer.

The biomechanical parameter is divided into static data measured in a static state and dynamic data measured in a dynamic state, and the display condition includes an image form, a display form, and a display item, and the image form is configured to display static data. And a second image type for displaying dynamic data, wherein the display form includes a first display type for displaying multiple biomechanical parameters for a single clinical date, and a single biomechanical parameter for multiple clinical dates. A second display form to display, and a third display form to display multiple biomechanical parameters for multiple clinical dates, the display item comprising: a first list for selecting biomechanical parameters; It may include a second list.

The displaying of the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates according to the display condition selected by the measurer is limited to the static data when the measurer selects the first image type and the first display type. Allows input of multiple biomechanical parameters and a single clinical date and displays static data for each biomechanical parameter of a single clinical date according to the input of the measurer,

When the measurer selects the first image type and the second display type, the input of a single biomechanical parameter and multiple clinical dates is allowed only for the static data, and the clinical date of the single biomechanical parameter according to the input of the measurer. Display static data,

When the measurer selects the first image type and the third display type, input of a plurality of biomechanical parameters and a plurality of clinical dates is allowed only for the static data and according to the input date of the measurer by clinical date. Display static data,

When the measurer selects the second image type and the first display type, the biometric parameters allow for input of a plurality of biomechanical parameters and a single clinical date only for the dynamic data, and the biomechanical parameters of a single clinical date according to the input of the measurer. Display dynamic data,

When the measurer selects the second image type and the second display type, the input of the single biomechanical parameter and the plurality of clinical dates is allowed only for the dynamic data, and the clinical date of the single biomechanical parameter according to the input of the measurer. Display dynamic data,

When the measurer selects the second image type and the third display type, input of a plurality of biomechanical parameters and a plurality of clinical dates is allowed only for the dynamic data and according to the clinical date for each biomechanical parameter according to the input of the measurer. Dynamic data can be displayed.

The present invention provides a biomechanical analysis system for measuring at least one biomechanical parameter for diagnosis of musculoskeletal disorders of a subject; And a biomechanical monitor system storing the measured biomechanical parameters with a clinical date and displaying single or multiple biomechanical parameters corresponding to a single or multiple clinical dates according to a display condition selected by the measurer. A biomechanical parameter display system is provided.

According to the present invention, by providing a display environment for comparing and analyzing not only the static data of the biomechanical parameters but also the dynamic data, it is possible to easily check the correlation and trend between the biomechanical parameters of the subject in the process of healing musculoskeletal disorders.

Hereinafter, with reference to the accompanying drawings will be described a biomechanical parameter display method and a system for performing the method according to the present invention.

The present invention provides a display environment in which the biomechanical parameters analyzed at the time of diagnosis of musculoskeletal disorders can be effectively displayed to more easily identify the correlations and trends between the biomechanical parameters.

1 is a diagram illustrating an internal configuration of a biomechanical parameter display system according to the present invention.

The biomechanical parameter display system of the present invention may include a biomechanical analysis system 110 and a biomechanical monitor system 130.

Here, the biomechanical analysis system 110 measures at least one biomechanical parameter for diagnosis of a musculoskeletal disorder of the subject.

The biomechanical parameters may be classified into static data measured in a static state and dynamic data measured in a dynamic state, and biomechanical parameters corresponding to the static data may be measured in a static state (shoulder to pelvic, pelvic to knee). , knee to foot, Q-angle, X / O angle, etc.), cubbs angle, ankle foot angle, RCSP, SD (Shoulder Difference)-Difference between left and right shoulder height, ACD (ACJ Difference)-Difference between left and right Acromion Clavicular Joint , PD (PSIS Difference)-Height difference between left and right PSIS, ASD (ASIS Difference)-Height difference between left and right ASIS, ShSpineC7-Straight and parallel distance between shoulder and 7th cervical spine, ACJ (Acromion Clavicular Joint) C7 Acromion Clavicular Joint And a straight line distance and a parallel distance to the seventh cervical spine, and the biomechanical parameters corresponding to the dynamic data include RCSP, ankle foot angle, shoulder tilting, shoulder rotation, shoulder elevation, shoulder obliquity, pelvis tilting, pelvis rotation, pelviselevation, pelvis obliquity, and the like.

The biomechanical analysis system 110 may include markers 111 attachable to upper body skeletal positions of the subject's hands, arms, shoulders, and spine, and lower body skeletal positions of the feet, legs, and waist. The data collector 113 measures position information of the marker in a static state or a dynamic state of the measurer, and based on the position information of the marker 111 measured by the data collector 113. And a data analyzer 115 for calculating biomechanical parameters.

The marker 111 may use one of reflective markers and color markers, and the data collector 113 may be an infrared CCD, a CMOS camera, or a general CCD according to the type of the marker 111. Alternatively, one can use a CMOS camera.

In the case of the biomechanical parameter corresponding to the dynamic data, the data analyzer 115 determines the position information of the marker 111 through the data collector 113 while the subject performs the dynamic reference operation. After collecting at intervals, the collected position information may be modeled on a time axis and calculated as 3D motion trajectory data.

In addition, the biomechanical monitor system 130 stores the biomechanical parameters measured by the biomechanical analysis system 110 together with the clinical date, and corresponds to a single or multiple clinical dates according to the display conditions required by the measurer. Or to display a plurality of biomechanical parameters.

The biomechanical monitoring system 130 may include an input unit 137, a storage unit 131, a display unit 135, and a controller 133.

The input unit 137 is an input unit for inputting a control command of a measurer to the biomechanical analysis system 110 and the biomechanical monitoring system 130, and inputs a clinical date and a clinical condition for measuring the biomechanical parameters or A display condition for the biomechanical parameter may be input. Here, the clinical condition may include whether the subject wears the insole.

The storage unit 131 is a storage unit for storing the biomechanical parameters measured by the biomechanical analysis system 110 for each clinical date and / or clinical condition.

The controller 133 controls the overall operation of the biomechanical analysis system 110 and controls the display of the biomechanical parameters according to the display condition input by the measurer.

The display unit 135 may provide an interface screen on which a measurer can select the display condition under the control of the controller 133 and a display screen for displaying biomechanical parameters corresponding to the display condition of the measurer. have.

According to the above configuration, the biomechanical analysis system 110 measures the biomechanical parameters of the subject for each clinical date and / or clinical condition under the control of the controller 133, and then measures the biomechanical parameters of the measured biomechanical parameters. Transfer to dynamics monitoring system 130. In this case, the biomechanical monitoring system 130 receives the biomechanical parameters of the subject from the biomechanical analysis system 110 and stores them in the storage unit 131 together with the clinical date and / or clinical conditions input by the measurer. do. In addition, the biomechanical monitoring system 130 may display the stored biomechanical parameters on the display unit 135 for each clinical date and / or clinical condition according to the display condition input by the measurer.

Hereinafter, a process of displaying biomechanical parameters according to display conditions required by the measurer will be described in detail.

2 is a diagram illustrating the entire process of the biomechanical parameter display method according to the present invention.

In step S201, the biomechanical parameter display system measures at least one biomechanical parameter to diagnose the musculoskeletal disorder of the subject. The biomechanical parameter may include static data measured in a reference motion in a static state and dynamic data measured in a reference motion in a dynamic state.

In step S202, the biomechanical parameter display system records the biomechanical parameters of the subject together with the clinical date and / or clinical condition. The biomechanical parameter display system requires a measurer to input a clinical date and / or clinical condition before or after the biomechanical parameter is measured and the measured by clinical date and / or clinical condition inputted from the measurer. Record the biomechanical parameters.

In step S203, the biomechanical parameter display system receives a display condition for the biomechanical parameter from the measurer for analyzing a condition of the musculoskeletal disorder of the subject.

In step S204, the biomechanical parameter display system extracts the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates according to the display condition input by the measurer to convert the extracted biomechanical parameters to the clinical date or clinical trial. Display by condition.

Various display forms for the biomechanical parameters will be described in detail.

3 is a diagram illustrating an example of an interface screen for inputting display conditions of biomechanical parameters.

The biomechanical parameter display system of the present invention may require input from a measurer for display conditions including image type, display type, and display item.

The interface screen for inputting the display condition includes an image type selection menu 310 for selecting an image type, a display type selection menu 330 for selecting a display type, and a display item for selecting a display item. A selection menu 350 is provided.

The image type selection menu 310 includes a first image selection menu 311 for displaying biomechanical parameters corresponding to static data and a second image selection menu 313 for displaying biomechanical parameters corresponding to dynamic data. ) May be included.

The display type selection menu 330 includes a first display selection menu 331 for displaying a plurality of biomechanical parameters for a single clinical date and a second display selection menu for displaying a single biomechanical parameter for a plurality of clinical dates. 333 and a third display selection menu 335 for displaying multiple biomechanical parameters for multiple clinical dates.

The display item selection menu 350 configures an item with biomechanical parameters corresponding to the static data or dynamic data, and includes a parameter list 351 for selecting a biomechanical parameter within the item and a clinical date. It may include a list of clinical dates (353) for selecting the and the clinical conditions for each clinical date. The clinical condition may include insole wearing state, insole non-wearing state.

The display form of biomechanical parameters corresponding to static data is described.

When the measurer selects the first image selection menu 311, as shown in FIG. 3, the parameter list 351 is configured as a biomechanical parameter list corresponding to static data and the clinical date list 353 is recalled. The biomechanical parameters of the static data should be composed of a list of clinical dates measured.

Example

When the measurer selects the first image selection menu 311 from the image type selection menu 310 and the first display selection menu 331 from the display type selection menu 330, the biomechanical parameter display is performed. The system provides a display item selection menu 350 for selecting multiple biomechanical parameters and a single clinical date for static data only. That is, the biomechanical parameter display system provides a parameter list 351 allowing multiple selections and a clinical date list 353 allowing only a single selection. At this time, the clinical date list 353 allows multiple selection of the clinical conditions for individual clinical dates.

The measurer may select one or more biomechanical parameters and one clinical date (including one or more clinical conditions) through the display item selection menu 350.

4 shows an example of a display screen of static data displaying multiple biomechanical parameters for a single clinical date.

As shown, static data for a plurality of biomechanical parameters measured on a single clinical date, that is, biomechanical parameters of a single clinical date, may be displayed for each clinical condition according to a display condition selected by a measurer.

Example

The biomechanical parameter when the measurer selects the first image selection menu 311 from the image type selection menu 310 and the second display selection menu 333 from the display type selection menu 330. The display system provides a display item selection menu 350 for selecting a single biomechanical parameter and multiple clinical dates for static data only. That is, the biomechanical parameter display system provides a parameter list 351 to allow only a single selection and a clinical date list 353 to allow multiple selections. At this time, the clinical date list 353 allows multiple selection of the clinical conditions for individual clinical dates.

The measurer may select one biomechanical parameter and one or more clinical dates (including one or more clinical conditions) through the display item selection menu 350.

5 shows an example of a display screen of static data displaying a single biomechanical parameter for multiple clinical dates.

As shown, a single biomechanical parameter measured on a plurality of clinical days, that is, a single biomechanical parameter, can be displayed for each clinical condition according to a display condition selected by the measurer.

Example

When the measurer selects the first image selection menu 311 from the image type selection menu 310 and the third display selection menu 335 from the display type selection menu 330, the biomechanical parameter display is performed. The system provides a display item selection menu 350 for selecting a number of biomechanical parameters and a number of clinical dates for static data only. That is, the biomechanical parameter display system provides a parameter list 351 to allow multiple selection and a clinical date list 353 to allow multiple selection. At this time, the clinical date list 353 allows multiple selection of the clinical conditions for individual clinical dates.

The measurer may select one or more biomechanical parameters and one or more clinical dates (including one or more clinical conditions) through the display item selection menu 350.

6 illustrates an example of a display screen of static data displaying a plurality of biomechanical parameters for a plurality of clinical dates.

As shown, the static data for each clinical date may be displayed for each clinical condition for each biomechanical parameter, that is, for each biomechanical parameter measured on a plurality of clinical days according to the display condition selected by the measurer.

Meanwhile, a method of displaying biomechanical parameters corresponding to dynamic data will be described.

FIG. 7 illustrates an example of an interface screen for inputting display conditions of biomechanical parameters corresponding to dynamic data.

When the measurer selects the second image selection menu 713 in the image type selection menu 710, an interface screen for displaying biomechanical parameters corresponding to dynamic data is provided as shown in FIG. 7. That is, the display item selection menu 750 configures the parameter list 751 as a list of biomechanical parameters corresponding to the dynamic data, and selects the clinical date list 753 as a list of clinical dates for measuring the biomechanical parameters of the dynamic data. It is preferable to construct.

Example

When the measurer selects the second image selection menu 713 in the image type selection menu 710 and selects the first display selection menu 731 in the display type selection menu 730, the biomechanical parameter display is performed. The system provides a display item selection menu 750 to select multiple biomechanical parameters and a single clinical date for dynamic data. That is, the biomechanical parameter display system provides a parameter list 751 that allows multiple selection and a clinical date list 753 that allows only a single selection. At this time, the clinical date list 753 allows multiple selection of the clinical conditions for individual clinical dates.

The measurer may select one or more biomechanical parameters and one clinical date (including one or more clinical conditions) through the display item selection menu 750.

8 shows an example of a display screen of dynamic data displaying multiple biomechanical parameters for a single clinical date.

As shown in the drawing, a plurality of biomechanical parameters measured on a single clinical date, that is, dynamic data for each biomechanical parameter of a single clinical date, may be displayed for each clinical condition according to a display condition selected by a measurer.

The display screen for the dynamic data may include a result screen 804 for displaying a graph showing dynamic data of each parameter with respect to a plurality of biomechanical parameters. The result screen 804 provides a graph of dynamic data of the corresponding clinical date for each biomechanical parameter along with a list of biomechanical parameters selected by the measurer. In addition, the result screen 804 may be divided into a dynamic data graph for each clinical condition (with insole, without insole), and a dynamic data graph for left and right subjects.

The display screen for the dynamic data may include an image screen 801 displaying a clinical environment of a subject measured when measuring biomechanical parameters, and a static display of biomechanical parameters corresponding to static data measured on a recent clinical date. The screen 802 may further include a data screen 803 for displaying the maximum, minimum, average, and variance values of the biomechanical parameters displayed through the result screen 804.

Example

When the measurer selects the second image selection menu 713 in the image type selection menu 710 and selects the second display selection menu 733 in the display type selection menu 730, the biomechanical parameter display is performed. The system provides a display item selection menu 750 to select a single biomechanical parameter and multiple clinical dates for dynamic data only. That is, the biomechanical parameter display system provides a parameter list 751 that allows only a single selection and a clinical date list 753 that allows multiple selections. At this time, the clinical date list 753 allows multiple selection of the clinical conditions for individual clinical dates.

The measurer may select one biomechanical parameter and one or more clinical dates (including one or more clinical conditions) through the display item selection menu 750.

FIG. 9 illustrates an example of a display screen of dynamic data displaying a single biomechanical parameter for multiple clinical dates.

As shown, a single biomechanical parameter measured on a plurality of clinical days, that is, a single biomechanical parameter, can be displayed for each clinical condition according to a display condition selected by the measurer.

The display screen for the dynamic data may include a result screen 904 for displaying a graph showing dynamic data for each clinical date of the parameter for a single biomechanical parameter. The result screen 904 may be divided into a dynamic data graph for each clinical condition (with insole and without insole) and a dynamic data graph for left and right subjects.

The display screen for the dynamic data includes an image screen 901 for displaying a clinical environment of a subject measured when measuring biomechanical parameters, and a static display for displaying biomechanical parameters corresponding to static data measured on a recent clinical date. The screen 902 may further include a data screen 903 displaying maximum, minimum, average, and variance values of the biomechanical parameters displayed through the result screen 904.

Example

When the measurer selects the second image selection menu 713 in the image type selection menu 710 and selects the third display selection menu 735 in the display type selection menu 730, the biomechanical parameter display is performed. The system provides a display item selection menu 750 to select multiple biomechanical parameters and multiple clinical dates for dynamic data only. That is, the biomechanical parameter display system provides a parameter list 751 and a clinical date list 753 to allow multiple selection. At this time, the clinical date list 753 allows multiple selection of the clinical conditions for individual clinical dates.

The measurer may select one or more biomechanical parameters and one or more clinical dates (including one or more clinical conditions) through the display item selection menu 750.

10 illustrates an example of a display screen of dynamic data displaying a plurality of biomechanical parameters for a plurality of clinical dates.

As shown, the static data for each clinical date may be displayed for each clinical condition for each biomechanical parameter, that is, for each biomechanical parameter measured on a plurality of clinical days according to the display condition selected by the measurer.

The display screen for the dynamic data may include a result screen 104 for displaying a graph showing dynamic data for each clinical date of each parameter for a plurality of biomechanical parameters. The result screen 104 provides a graph of dynamic data for each biomechanical parameter for each clinical date along with a list of clinical dates selected by the measurer. In addition, the result screen 104 may be divided into a dynamic data graph for each clinical condition (with insole, without insole) and a dynamic data graph for left and right subjects.

The display screen for the dynamic data includes an image screen 101 for displaying a clinical environment of a subject taken when measuring biomechanical parameters, and a static display for displaying biomechanical parameters corresponding to static data measured on a recent clinical date. The screen 102 may further include a data screen 103 displaying a maximum value, a minimum value, an average value, and a variance value of any one of the biomechanical parameters displayed through the result screen 104.

According to the present invention, the biomechanical parameters can be freely displayed according to various display forms, so that the measurer or the subject can easily compare and analyze the biomechanical parameters and more easily identify the condition or trend of the subject in the healing process for musculoskeletal disorders.

The biomechanical parameter display method according to the present invention can be implemented in the form of program instructions that can be executed by various computer means and recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine code, such as that produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter. The hardware device described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

As described above, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above embodiments, and those skilled in the art to which the present invention pertains various modifications and variations from such descriptions. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined not only by the claims below but also by the equivalents of the claims.

1 is a diagram illustrating an internal configuration of a biomechanical parameter display system according to the present invention.

2 is a diagram illustrating the entire process of the biomechanical parameter display method according to the present invention.

3 is a diagram illustrating an example of an interface screen for inputting display conditions of biomechanical parameters corresponding to static data.

4 to 6 are diagrams showing an example of each display type for displaying static data for each biomechanical parameter.

FIG. 7 illustrates an example of an interface screen for inputting display conditions of biomechanical parameters corresponding to dynamic data.

8 to 10 are diagrams showing an example of each display type for displaying dynamic data for each biomechanical parameter.

<Explanation of symbols for main parts of the drawings>

110: biomechanical analysis system

111: marker

113: data collector

115: data analysis unit

130: biomechanical monitor system

131: storage unit

133: control unit

135: display unit

137: input unit

Claims (23)

Measuring at least one biomechanical parameter for diagnosing a musculoskeletal disorder of the subject; Recording the biomechanical parameter together with the clinical date of measurement of the biomechanical parameter; And, Displaying single or multiple biomechanical parameters corresponding to a single or multiple clinical dates depending on the display conditions selected by the operator Including, Measuring at least one biomechanical parameter for diagnosis of musculoskeletal disorders of the subject, Attaching predetermined markers to the skeletal position of the subject; Calculating static data of the subject by measuring position information of the marker in a static state; Calculating dynamic data of the subject by measuring position information of the marker in a dynamic state Biomechanical parameter display method comprising a. delete The method of claim 1, The biomechanical parameters are divided into static data measured in a static state and dynamic data measured in a dynamic state. The display condition includes an image type, a display type, a display item, The video form includes a first video form for displaying static data and a second video form for displaying dynamic data, The display form includes a first display form displaying multiple biomechanical parameters for a single clinical date, a second display form displaying a single biomechanical parameter for multiple clinical dates, and a plurality of biomechanical parameters for multiple clinical dates. A third display form for displaying, The display item includes a first list for selecting a biomechanical parameter and a second list for selecting a clinical date. Biomechanical parameter display method characterized in that. The method of claim 3, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: When selecting the first image type and the first display type, providing a display item for selecting a plurality of biomechanical parameters and a single clinical date for the static data; Selecting at least one biomechanical parameter and one clinical date in the display item; Displaying static data for each biomechanical parameter of a single clinical date according to the selection Biomechanical parameter display method comprising a. The method of claim 3, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: When selecting the first image type and the second display type, providing a display item for selecting a single biomechanical parameter and a plurality of clinical dates for the static data; Selecting one biomechanical parameter and one or more clinical dates in the display item; Displaying static data by clinical date of a single biomechanical parameter according to the selection Biomechanical parameter display method comprising a. The method of claim 3, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: When selecting the first image type and the third display type, providing a display item for selecting a plurality of biomechanical parameters and a plurality of clinical dates for the static data; Selecting at least one biomechanical parameter and at least one clinical date in the display item; Displaying static data for each clinical date according to the biomechanical parameters according to the selection. Biomechanical parameter display method comprising a. The method of claim 3, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: When selecting the second image type and the first display type, providing a display item for selecting a plurality of biomechanical parameters and a single clinical date for the dynamic data; Selecting at least one biomechanical parameter and one clinical date in the display item; Displaying dynamic data for each biomechanical parameter of a single clinical date according to the selection. Biomechanical parameter display method comprising a. The method of claim 3, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: When selecting the second image type and the second display type, providing a display item for selecting a single biomechanical parameter and a plurality of clinical dates for the dynamic data; Selecting one biomechanical parameter and one or more clinical dates in the display item; Displaying dynamic data by clinical date of a single biomechanical parameter according to the selection Biomechanical parameter display method comprising a. The method of claim 3, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: When selecting the second image type and the third display type, providing a display item for selecting a plurality of biomechanical parameters and a plurality of clinical dates for the dynamic data; Selecting at least one biomechanical parameter and at least one clinical date in the display item; Displaying dynamic data for each clinical date according to the biomechanical parameters according to the selection. Biomechanical parameter display method comprising a. The method according to any one of claims 4 to 9, Recording the clinical condition of the subject having measured the biomechanical parameter together with the biomechanical parameter, The clinical condition includes insole wearing state, insole non-wearing state, The display item further includes a third list for selecting clinical conditions, According to the display condition selected by the operator, displaying the single or multiple biomechanical parameters corresponding to the single or multiple clinical dates may include: Providing a display item for selecting the clinical condition for each clinical date; Selecting at least one clinical condition from the display item; Displaying single or multiple biomechanical parameters corresponding to a single or multiple clinical dates according to the selection according to the clinical condition. Biomechanical parameter display method further comprising. The method of claim 3, The second image form, An image of the subject measuring the biomechanical parameter, a maximum value, a minimum value, an average value and a variance value for each biomechanical parameter for the entire clinical date, and a graph of the biomechanical parameter Biomechanical parameter display method characterized in that. A computer-readable recording medium in which a program for executing the method of any one of claims 1, 3, 9, or 11 is recorded. A biomechanical analysis system that measures at least one biomechanical parameter for diagnosis of musculoskeletal disorders of the subject; And, The biomechanical monitor system storing the measured biomechanical parameters with the clinical date and displaying single or multiple biomechanical parameters corresponding to the single or multiple clinical dates according to the display condition selected by the measurer. Including, The biomechanical analysis system, Markers attached to the skeletal position of the subject, A data collector for measuring position information of the marker in a static or dynamic state of the subject; A data analyzer which calculates static or dynamic data of the subject from position information of the marker measured by the data collector; Biomechanical parameter display system comprising a. delete The method of claim 13, The biomechanical monitoring system, A storage unit for storing the biomechanical parameters measured by the biomechanical analysis system for each clinical date; An input unit for inputting a display condition for the biomechanical parameter; A display unit for displaying the biomechanical parameters; Control unit for controlling the overall operation of the biomechanical analysis system and control the display of biomechanical parameters corresponding to the display conditions input by the measurer Biomechanical parameter display system comprising a. The method of claim 15, The biomechanical parameters are divided into static data measured in a static state and dynamic data measured in a dynamic state. The display condition includes an image type, a display type, a display item, The video form includes a first video form for displaying static data and a second video form for displaying dynamic data, The display form includes a first display form displaying multiple biomechanical parameters for a single clinical date, a second display form displaying a single biomechanical parameter for multiple clinical dates, and a plurality of biomechanical parameters for multiple clinical dates. A third display form for displaying, The display item includes a first list for selecting a biomechanical parameter and a second list for selecting a clinical date. Biomechanical parameter display system, characterized in that. The method of claim 16, The control unit, When the measurer selects the first image type and the first display type, the biometric parameter of a single clinical date is allowed according to the input of the measurer, allowing input of a plurality of biomechanical parameters and a single clinical date only for the static data. Displaying star static data Biomechanical parameter display system, characterized in that. The method of claim 16, The control unit, When the measurer selects the first image form and the second display form, it is possible to input a single biomechanical parameter and a plurality of clinical dates for the static data only and the clinical date of the single biomechanical parameter according to the input of the measurer. Displaying star static data Biomechanical parameter display system, characterized in that. The method of claim 16, The control unit, When the measurer selects the first image type and the third display type, input of a plurality of biomechanical parameters and a plurality of clinical dates is allowed only for the static data, and according to the input date of the measurer for each clinical date. Displaying static data Biomechanical parameter display system, characterized in that. The method of claim 16, The control unit, When the measurer selects the second image form and the first display form, the biometrics allow input of a plurality of biomechanical parameters and a single clinical date only for the dynamic data, and the biomechanics of a single clinical date according to the input of the measurer. Displaying dynamic data per parameter Biomechanical parameter display system, characterized in that. The method of claim 16, The control unit, When the measurer selects the second image type and the second display type, the input of a single biomechanical parameter and a plurality of clinical dates is allowed only for the dynamic data, and the clinical date of the single biomechanical parameter is determined according to the input of the measurer. Displaying star dynamic data Biomechanical parameter display system, characterized in that. The method of claim 16, The control unit, When the measurer selects the second image type and the third display type, input of a plurality of biomechanical parameters and a plurality of clinical dates is allowed only for the dynamic data and according to the clinical date for each biomechanical parameter according to the input of the measurer. Displaying dynamic data Biomechanical parameter display system, characterized in that. The method according to any one of claims 17 to 22, The controller receives the clinical condition for the subject from the measurer, stores the measured biomechanical parameters with the clinical condition, and then permits input of one or more clinical conditions and according to the input of the measurer. Display parameters by clinical condition The clinical condition is to include insole wearing state, insole non-wearing state Biomechanical parameter display system, characterized in that.

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