JP2020189073A - Moving organ function improvement support system and moving organ function improvement support method - Google Patents

Abstract

To provide a moving organ function improvement support system excellent in convenience for a user capable of providing a training menu for improving a moving organ function.SOLUTION: A movable range of a user's skeleton and joint is measured from an image of the user taken with a camera 32, a response collected by a microphone 34, a value of pressure detected by an aid 37, etc. for an instruction or a questions output to a touch screen 31 and a speaker 33 with an image and a sound. Together with body information, etc. input to the touch screen 31 by the user, the information on the measurement of the movable range of the skeleton and the joint is analyzed, a training menu for improving the user's moving organ function is selected, and output to a printer 39 or the like so that the state of the moving organ is diagnosed in a user-friendly manner, and even presentation of the training menu item for function improvement is enabled.SELECTED DRAWING: Figure 1

Description

The present invention is a locomotor function improvement support system and a locomotor function improvement support method that support the function improvement of the locomotorium by presenting a training menu for improving the function of the locomotorium such as bones, joints, and muscles. It is about.

In today's society, where the aging of the population is progressing and the opportunities to use the legs and hips are decreasing due to the development of transportation, the functions of standing and walking are reduced due to the weakening of the locomotor organs such as bones, joints and muscles. , The risk of falling into a state of needing nursing care is likely to increase. Such a condition in which the locomotive organs are impaired or weakened is called locomotive syndrome, and while the emphasis is on "healthy life expectancy" that enables a healthy and daily life, preventive enlightenment centered on the Japanese Orthopedic Association. Various measures are being taken.

In order to take measures against locomotive syndrome, it is first necessary to accurately grasp the condition of the locomotive organs. For such issues, for example, while reducing the burden on the subject, the condition of the locomotive organs An invention relating to a locomotive evaluation system that quantitatively evaluates (see Patent Document 1) and exercise to evaluate how much the musculoskeletal disorder has been improved after training for improving the symptoms of locomotive syndrome. An invention relating to a musculoskeletal disorder evaluation system (see Patent Document 2) is disclosed.

Japanese Unexamined Patent Publication No. 2016-202871 Japanese Unexamined Patent Publication No. 2015-12374

The inventions described in Patent Documents 1 and 2 are all effective for grasping the risk of locomotive syndrome (motor organ syndrome) and the improvement status by training, but all of them are intended for the action of standing up and the whole body. It is considered that the condition of the locomotorium cannot be fully grasped. In addition, all of them are used for grasping the state of the locomotorium, and cannot present measures such as training for improving the state.

In Japan, which has entered a super-aging society, the reserve army of locomotive syndrome is rapidly increasing, and it can be easily used without visiting specialized institutions such as medical institutions, for prevention and improvement. There is a social need for a mechanism that allows people to receive presentations on training menus.

The present invention has been made in order to cope with such a problem, and it is possible to present a training menu for improving the functions of locomotor organs such as bones, joints, and muscles, which is convenient for users. It is an object of the present invention to provide an excellent musculoskeletal function improvement support system and a support method for musculoskeletal function improvement.

In order to solve such a problem, the locomotor function improvement support device according to the present invention provides a receiving means for receiving input of predetermined information related to the user's body, and audio or video to the user. A measuring means for instructing a predetermined action using at least one and measuring the range of motion of the joint of the user from the state of the action by the user, and information related to the body received by at least the receiving means. And, using the information about the range of motion measured by the measuring means, the training menu for improving the function of the user's locomotorium selected by analyzing the state of the user's locomotorium is output. It is characterized in that it is provided with an output means for performing.

In the present invention, by measuring the range of motion of the user's joints from the motion instructed by voice or video, it is possible to measure the range of motion of the joints widely, not limited to the standing motion, and the measured information. By analyzing the above and outputting a training menu to improve the function of the user's locomotorium, it is possible not only to diagnose the state of the locomotorium in a way that is easy for the user to understand, but also to improve the function. It even enables the presentation of training menus.

Further, in the locomotor function improvement support device according to the present invention, the measuring means instructs the user to push a predetermined auxiliary tool in order to use it for measuring the range of motion of the user's joint. It can also be characterized by receiving the value of the pressure detected from the auxiliary tool. In order to instruct the operation of pushing the predetermined auxiliary tool, the irradiation means for irradiating a light beam indicating a position to be pushed by the user of the auxiliary tool may be provided.

The range of motion of the user's joints can be measured by the measuring means of the present invention, for example, by photographing the movement of the user with a depth measuring camera, but by measuring the pressure using such an auxiliary tool. It is possible to analyze the more accurate state of the locomotorium by measuring values that cannot be measured by the depth measurement camera alone. In that case, if the user indicates the position to be pushed by irradiating the light beam, it becomes easier for the user to understand what kind of operation should be performed.

Further, in the locomotor function improvement support device according to the present invention, the measuring means is used for measuring the range of motion of a user's joint, and is related to an operation instructed to the user detected by a microphone. It can also be characterized by accepting answers to questions to the person.

With this configuration, for example, when the user takes a certain posture, it is possible to confirm whether or not the user can take that posture naturally by answering "painful" or "not painful", so that the range of motion is more accurate. Can be measured.

Further, in the locomotor function improvement support device according to the present invention, the output means outputs a training menu selected by analyzing the state of the locomotorium of the user on a server connected via a network. Can also be featured.

As described above, by configuring the function of analyzing the state of the locomotorium and the function of selecting the training menu on the server connected to the network, a plurality of locomotor function improvement support devices according to the present invention can be provided. It will be easier to deploy to the base.

Further, in the locomotor function improvement support device according to the present invention, the output means inputs information regarding the state of the locomotorium of the user into a predetermined model and outputs a training menu output from the model. Can also be featured.

With such a configuration, for example, by using a trained model using artificial intelligence for the output of the training menu, it is possible to continuously improve the accuracy of selecting a more appropriate training menu.

The present invention can also be specified as a locomotor function improvement support system including at least one of a locomotor function improvement support device according to the present invention and an auxiliary tool or a microphone having a predetermined function.

The locomotor function improvement support system according to the present invention performs a predetermined operation by using at least one of voice and video for the reception means for receiving input of predetermined information related to the user's body and the user. A measuring means for instructing and measuring the movable range of the joint of the user from the state of the movement by the user, at least information related to the body received by the receiving means, and a movable range measured by the measuring means. A locomotor function including an output means for outputting a training menu for improving the function of the user's locomotorium, selected by analyzing the state of the user's locomotorium using information about the user. In order to use the improvement support device and the measuring means of the exercise device function improvement support device to measure the movable range of the user's joint, the pressure from the pushing action performed by the user according to the instruction of the exercise device function improvement support device. It is a locomotor function improvement support system characterized by being provided with an auxiliary tool for detecting a value.

Alternatively, the locomotor function improvement support system according to the present invention uses at least one of audio and video for the reception means for receiving input of predetermined information related to the user's body. A measuring means for instructing an operation and measuring the movable range of the joint of the user from the state of the operation by the user, at least information related to the body received by the receiving means, and the measuring means measured. Exercise including an output means for outputting a training menu for improving the function of the user's locomotorium, which is selected by analyzing the state of the user's locomotorium using information about the range of motion. Regarding the operation instructed by the locomotor function improvement support device to the user in order to use the device function improvement support device and the measurement means of the locomotor function improvement support device for measuring the movable range of the user's joint. It is a locomotor function improvement support system characterized by including a microphone for detecting an answer to a question to the user. Assistance to detect the pressure value from the pushing motion performed by the user according to the instruction of the locomotor function improvement support device in order to be used for measuring the range of motion of the user's joint by the measuring means of the locomotor function improvement support device. It may be characterized by having an ingredient.

Further, the locomotor function improvement support system according to the present invention is provided with an irradiation means for irradiating a light beam indicating a position to be pushed by the user of the auxiliary tool in order to instruct the operation of pushing the predetermined auxiliary tool. It can also be a feature.

Further, in the locomotor function improvement support device of the locomotor function improvement support system according to the present invention, the output means is selected by analyzing the state of the user's locomotorium with a server connected via a network. It can also be characterized by outputting a training menu.

Further, in the locomotor function improvement support device of the locomotor function improvement support system according to the present invention, the output means inputs information regarding the state of the locomotorium of the user into a predetermined model and outputs the information from the model. It can also be characterized by outputting a training menu.

The present invention can also be specified as a support method for improving locomotor function, which is executed by the locomotor function improvement support device according to the present invention.

The method for supporting the improvement of the locomotor function according to the present invention includes a reception step in which a computer accepts input of predetermined information related to the user's body, and at least one of audio and video by the computer to the user. The measurement step of instructing a predetermined motion using the above and measuring the range of motion of the user's joint from the state of the motion by the user, and the body related to the body received by the computer at least in the reception step. A training menu for improving the function of the user's musculoskeletal system selected by analyzing the state of the user's musculoskeletal system using the information to be performed and the information on the range of motion measured in the measurement step. It is a support method for improving the function of the locomotorium, which is characterized by having an output step for outputting.

Further, the support method for improving the locomotor function according to the present invention may be specified as a support method for improving the locomotor function executed by each configuration of the locomotor function improvement support device according to the present invention described above. it can.

According to the present invention, it is possible to measure the range of motion of joints of the whole body widely, not limited to the movement of standing up, and not only diagnose the state of the locomotorium but also present a training menu for improving the function of the locomotorium. It will also be possible to do. In order to facilitate the deployment of devices that realize these functions to many bases without requiring manpower, for example, the exercise device function improvement support system according to the present invention should be installed in many drugstores nationwide. It will be possible to promote measures against locomotive syndrome nationwide.

It is a figure which shows the appearance of the locomotor function improvement support system which concerns on this invention. It is the first figure which shows the example of the use state of the locomotor function improvement support system which concerns on this invention. It is a 2nd figure which shows the example of the use state of the locomotor function improvement support system which concerns on this invention. It is a figure which shows the example of the embodiment which connects the locomotor function improvement support system which concerns on this invention to a network, and deploys to a plurality of bases. It is a figure which shows the structure of the locomotor function improvement support system which concerns on this invention. It is a figure which shows the flow of data until the training menu is output by the locomotor function improvement support device which concerns on this invention. It is a flowchart which shows the processing flow until the training menu is output by the locomotor function improvement support device which concerns on this invention. In the present invention, it is a figure which shows the state which measures the range of motion of a joint using an auxiliary tool (pole). It is a figure which shows the example of the state of the skeleton of the user measured in this invention.

The embodiment for carrying out the present invention will be described in detail below with reference to the drawings. It should be noted that the following description shows an example of the embodiment of the present invention, and the present invention is not limited to the configuration of the embodiment described here.

FIG. 1 shows the appearance of the locomotor function improvement support system according to the present invention. The place where the locomotor function improvement support system according to the present invention is installed is not particularly limited, but for example, if it is installed in the space inside a large number of drug stores nationwide, many users The musculoskeletal function improvement support system according to the present invention can be easily used, which is suitable for promoting efforts for prevention and improvement of locomotive syndrome.

In FIG. 1, the locomotor function improvement support system according to the present invention is composed of a locomotor function improvement support device 10 corresponding to the locomotor function improvement support device according to the present invention, peripheral devices and the like. The locomotor function improvement support device 10 is a tablet-type computer provided with a large display that can be operated by the touch screen 31. A card reader 39 is provided at the entrance of the space where the locomotor function improvement support system is installed, and a user is identified by using a membership card or the like.

When the use of the locomotor function improvement support system is started, the usage method is guided by the program of the locomotor function improvement support device 10. After the user inputs the predetermined information from the touch screen 31, the speaker 33 emits a voice such as a predetermined operation instruction to the user under the control of the program, and the user follows the voice instruction. The operation is performed by the camera 32 (in FIG. 1, the camera is installed only in the front of the user, but the camera may be installed on the side or the back so that the posture of the user can be measured more accurately). Take a picture and measure the range of motion of the user's skeleton and joints. A microphone 34 for collecting the answers of the user to the question uttered from the speaker 33 and a body composition analyzer 35 for measuring the weight and body fat of the user are also provided.

The pole-shaped auxiliary tool 37 detects the pressure value due to the action of the user pressing the auxiliary tool 37 according to the instruction emitted from the speaker 33 and the model image displayed on the touch screen 31. The position of the center of gravity of the user during such an operation is measured by the center of gravity meter 36. From the user's image taken by the camera 32, the user's answer collected by the microphone 34, the values measured by the body composition analyzer 35, the center of gravity meter 36, and the assistive device 37, the user's bones, joints, muscles, etc. The state of the locomotorium is analyzed by the locomotorium function improvement support device 10 (or the management server 20 described later), and a training menu for improving the function of the locomotorium is output from the printer 38 or the like.

The locomotor function improvement support system of FIG. 1 described above shows an example of the configuration of the locomotor function improvement support system according to the present invention, and the locomotor function improvement support system of the present invention is shown in FIG. The configuration is not limited to the configuration illustrated in. For example, a tablet computer provided with a large display including a touch screen 31 and a locomotor function improvement support device 10 may have a configuration in which the computer body and the display are separated. Further, the peripheral device of the locomotor function improvement support device 10 is not limited to the example shown here, and may not include a part thereof or may include other peripheral devices. ..

In addition, when analyzing the state of the locomotorium by the locomotorium function improvement support system according to the present invention, the range of motion of the user's joints, etc., using a device or the like other than those shown with reference numerals in FIG. May be measured. For example, as shown in FIG. 2, the chair for exercising may be used to make the user take the posture necessary for the measurement, or as shown in FIG. 3, the grip is held between the pole-shaped auxiliary tools. A rod may be installed to allow the user to take the necessary posture for measurement, or to measure the pressure applied to the rod.

FIG. 4 shows an example of an embodiment in which the locomotor function improvement support system according to the present invention is installed at a plurality of bases (stores AC) and user information and the like are managed by a management server. Information on the state of the user's locomotorium measured at each store is centrally managed by the management server 20, and the management server 20 is a trained model for analyzing the state of the locomotorium and selecting a training menu. When information about the state of the user's locomotorium measured at each store is received via the Internet, a training menu for improving the function of the user's locomotorium is selected. Send back.

When configured as shown in Fig. 4, the locomotor function improvement support system installed in each store includes a database for storing information about the user, a program for analyzing the state of the locomotorium and selecting a training menu. In addition to eliminating the need to provide a model, the trained model for analyzing the state of the locomotorium and selecting the training menu can learn the information of many users, so that the locomotorium function according to the present invention can be learned. The configuration is suitable for promoting the use of the improvement support system and improving the functions.

FIG. 5 shows the configuration of the locomotor function improvement support system according to the present invention. In FIG. 5, the locomotor function improvement support device 10 corresponds to the locomotor function improvement support device according to the present invention. The locomotor function improvement support device 10 constitutes the locomotor function improvement support system according to the present invention together with all or a part of peripheral devices such as a microphone 34 and an auxiliary tool 37. The locomotor function improvement support device 10 is connected to the management server 20 via the Internet, but the locomotor function improvement support device 10 according to the present invention is used only with the locomotor function improvement support device 10 and its peripheral devices without providing the management server 20. A support system may be configured and operated stand-alone.

The locomotor function improvement support device 10 is a computer in which information is input / output by a touch screen 31 which is a large display. For example, a tablet-type computer integrated with the touch screen 31 can be used. The motor function improvement support device 10 is provided with an auxiliary storage device such as a CPU, a main memory, an HDD and an SSD, and a program stored in the auxiliary storage device is read into the main memory, and the CPU performs arithmetic processing. By executing it, a predetermined function is realized.

The communication control unit 11, the input reception unit 12, the movable range measurement unit 13, the locomotor analysis unit 14, the menu selection unit 15, and the menu output unit 16 of the locomotor function improvement support device 10 are all functionally specified. Therefore, a program corresponding to the function of each part stored in an auxiliary storage device such as an HDD is read into the main memory, and the CPU executes arithmetic processing to realize the function corresponding to each part.

As the management server 20, a server computer connected to the Internet is used, and if it has functions of storing user information necessary for carrying out the present invention, analyzing the state of the locomotorium, and selecting a training menu, The configuration is not particularly limited. The user information storage unit 21 is allocated a storage area of an auxiliary storage device such as an HDD of a computer constituting the management server 20. The communication control unit 22, the locomotorium analysis unit 23, and the menu selection unit 24 are all functionally specified, and are stored in an auxiliary storage device such as an HDD of a computer constituting the management server 20. The function corresponding to each part is realized by reading the program corresponding to the function into the main memory and executing the arithmetic processing by the CPU.

The touch screen 31 is a large display having an information input / output function, and outputs and displays the information sent from the locomotor function improvement support device 10 on the display, and also displays the information sent from the locomotor function improvement support device 10 by touch operation. It is possible to enter information in.

A depth measuring camera capable of measuring the depth may be used for the camera 32, but the range of motion of the user's skeleton and joints can be measured by photographing the user's body shape and movement. The type of camera is not particularly limited as long as the configuration is possible, and if such measurement is possible in cooperation with other technologies, a Web camera or the like may be used. In addition, the installation position and number of cameras are not particularly limited, and a plurality of cameras are installed on the front, back, side, etc. of the user to measure the range of motion of the user's skeleton and joints. You may. The image captured by the camera 32 is sent to the locomotor function improvement support device 10.

The speaker 33 reproduces the voice based on the data received from the locomotor function improvement support device 10, and the microphone 34 collects the surrounding voice including the user's voice and sends it to the locomotor function improvement support device 10. However, as long as it has such a function, other functions and configurations are not particularly limited. The speaker 33 and the microphone 34 may be integrally formed.

The body composition analyzer 35 and the center of gravity meter 36 measure the position of the user's center of gravity, the pressure applied to the sole of the foot, etc., such as the weight and body fat percentage of the user, respectively, but if they have such a function, other The function and configuration of the above are not particularly limited. The measured information is transmitted to the locomotor function improvement support device 10 by wireless or wired communication.

As the auxiliary tool 37, a pole-shaped pressure detector is used here, and the value of the pressure pressed by the user by hand is detected. The shape and size of the auxiliary tool 37 and the configuration of the device such as the detector are not particularly limited as long as the auxiliary tool 37 can detect the value of the pressure required for measuring the range of motion of the user's joint. .. An instrument such as a grip bar shown in the example of FIG. 3 may be attached. The pressure value detected by the auxiliary tool 37 is transmitted to the locomotor function improvement support device 10 by wireless or wired communication.

The printer 38 may use a general network printer, and has a function of receiving and printing information about the training menu presented to the user transmitted from the locomotor function improvement support device 10. Information about the training menu to be presented to the user may be transmitted from the locomotor function improvement support device 10 to the provided tablet terminal or the smartphone or tablet terminal possessed by the user.

The card reader 39 has a function of reading information identifying the user from an IC card or the like possessed by the user and transmitting the information to the locomotor function improvement support device 10, but the installation location and reading method (from the IC chip). It may be read in a non-contact manner, or an identification code such as a two-dimensional code may be read by a camera), which is not particularly limited.

Based on the above configuration, the processing flow until the training menu is output by the locomotor function improvement support device 10 will be described with reference to the data flow shown in FIG. 6 and the flowchart of FIG. 7.

A user who has been diagnosed with the risk of locomotive syndrome and wants to obtain a training menu for improving the function of the locomotive organ for prevention and improvement is a drug store in which the locomotive function improvement support system according to the present invention is installed. Visit stores, etc. In the corner where the locomotor function improvement support system is installed, a card reader 39 that reads information from the membership card possessed by the user is provided, and when the user holds the membership card over the card reader 39, the user is pressed. The member ID to be identified is read and transmitted to the locomotor function improvement support device 10.

The member ID is transmitted from the communication control unit 11 of the locomotor function improvement support device 10 to the management server 20, and the management server 20 that receives this from the communication control unit 22 reads out necessary information from the user information storage unit 21. , Transmit to the locomotor function improvement support device 10. As shown in FIG. 6, user information such as the age and gender of the user corresponding to the member ID read from the membership card is transmitted to the locomotor function improvement support device 10, but this user information is necessary. It may be used for the analysis of the state of the locomotorium, which will be described later. Subsequently, in the locomotor function improvement support device 10, a program for guiding the usage method is started, and the process shown in the flowchart of FIG. 7 is executed.

First, the user is instructed to input the physical information necessary for analyzing the state of the exercise device by voice (output from the speaker 33) or video (output to the touch screen 31) (S1), and the user touch screen. The reception unit 12 inputs basic information regarding the age, gender (these information may be used by receiving the information read from the user information storage unit 21 by the management server 20), the physical condition, etc. input from 31 etc. Accept.

The physical information received here is not limited to the information input by the user from the touch screen 31 or the like. For example, the values such as the body weight and the body fat percentage measured by the body composition analyzer 35 are used to improve the musculoskeletal function. It may be transmitted to the support device 10. When all the necessary physical information is input (S2 is Yes), the received physical information is transmitted from the communication control unit 11 to the management server 20 and stored in the user information storage unit 21 (S3).

Subsequently, the range of motion measurement unit 13 is activated to measure the range of motion of the user's skeleton and joints necessary for analyzing the state of the locomotorium. As shown in FIG. 6, by executing the chatbot program installed in the locomotor function improvement support device 10, a model image showing the operation to be performed by the user is reproduced on the touch screen 31 and from the speaker 33. Is instructed by the user to perform a predetermined operation necessary for measuring the range of motion of the joint (S4). The movement of the user who receives the instruction is photographed by the camera 32 capable of measuring the depth, and the range of motion of the user's joint is measured.

First, the user is requested to stand at a predetermined position and take a predetermined position, the state is photographed by the camera 32, and the skeleton is measured to grasp the physique and posture of the user. After that, a predetermined operation is performed (for example, the user is made to take a posture as shown in FIGS. 2 and 3), and the change in the skeleton in each state is grasped by the image taken by the camera 32. The range of motion of the joint can be measured by the method, and more detailed and accurate information can be collected by the following method.

The user is requested not only to move the body on the spot but also to push the assisting tool 37 in a predetermined posture. FIG. 8 shows an example of the posture, and in this case also has a function capable of measuring the depth, or the positional relationship of the joints is grasped by the camera 32 in which the depth measurement is linked with another system. By doing so, it is possible to measure the range of motion from the movement of the joint, but further, the user is made to push the pole-shaped auxiliary tool 37 in this position, the value of the pressure is detected, and if necessary. By measuring the position of the center of gravity with the center of gravity meter 36, it is possible to obtain information on the range of motion of the joint, which cannot be grasped only by the image of the camera 32. Specifically, for example, it is considered possible to estimate the movable state of the joint by comparing the previously grasped reference value according to the physique of the user with the detected pressure value.

In addition, the position of the center of gravity of the user and the pressure applied to the sole of the foot during such an operation are measured by the center of gravity meter 36. The measured values themselves may be used to measure the user's physique, pelvic condition, etc., but since it is possible to infer from these values whether or not the user is in the correct posture, the user can be inferred. It may also be used to request a change in posture (pushing the right foot one step forward, pushing a little higher on the assistive device, etc.).

Irradiation connected to the locomotor function improvement support device 10 to determine which position the foot should be placed on and which position of the assistive device 37 should be pressed when requesting the user to change the posture. A light beam may be emitted from the vessel to indicate a position where the user puts his / her foot or a position where the auxiliary tool 37 should be pushed.

When the user is performing a predetermined action, for example, the chatbot program asks questions such as "Is the chest muscle stretched?" And "Is there pain in the joints in that position?" From the speaker 33. The user's answer to the question may be collected by the microphone 34, and such information may be used for measuring the range of motion of the joint.

Even during these operations, the state of the user's skeleton is displayed on the touch screen 31 and the user is requested to change his / her posture so that he / she can take the correct posture. May be good. FIG. 9 is an example showing the state of the user's skeleton taken by the camera 32. In this state, the left shoulder and the pelvis are in a raised state, so in order to perform correct measurement, The speaker 33 may output an instruction to the user, "Please lower the positions of the right shoulder and the right waist a little".

When all the information about the range of motion of the user's skeleton and joints is measured as described above (S5 is Yes), the information about the measured range of motion of the joints is transmitted from the communication control unit 11 to the management server 20. Then, it is stored in the user information storage unit 21 (S6).

Subsequently, the locomotorium analysis unit 14 is activated to analyze the previously received physical information and the measured information on the range of motion of the joints, and to analyze the locomotorium of the user's bones, joints, muscles, etc. The state is analyzed (S7). Further, when the menu selection unit 15 is activated and the state of the locomotorium is input, the trained model that outputs a training menu for improving the function of the locomotorium according to the state is provided with information on the state of the locomotorium analyzed. (S8) to select a training menu for improving the function of the user's locomotorium. Further, the menu output unit 16 is activated, and the selected training menu is output to the printer 38 (S9). The selected training menu may be output to a built-in tablet terminal or a smartphone or tablet terminal owned by the user.

Information on the state of the locomotorium analyzed by the locomotorium analysis unit 14 and information on the training menu selected by the menu selection unit 15 are also transmitted to the management server 20 and stored in the user information storage unit 21. It may be that.

FIG. 6 shows an example of the flow from inputting predetermined data to the trained model to outputting the training menu, but the data flow is not limited to the example shown here. For example, the trained model may be applied to the analysis of the state of the exercise device, or the analysis of the state of the exercise device and the selection of the training menu may be performed using one trained model. Information on the range of motion of the joint may be directly input to the trained model.

The processing executed by the locomotorium analysis unit 14 and the menu selection unit 15 described above is executed not by the locomotorium function improvement support device 10 side but by the locomotorium analysis unit 23 and the menu selection unit 24 of the management server 20. , It may be configured to transmit to the locomotor function improvement support device 10. If the trained model is provided on the management server 20 side, the management server 20 can collect information about users who use a plurality of bases and train the trained model. Therefore, the locomotor function according to the present invention. This configuration is preferable for improving the functions of the improvement support system.

10 Exerciser function improvement support device 11 Communication control unit 12 Input reception unit 13 Movable range measurement unit 14 Exerciser analysis unit 15 Menu selection unit 16 Menu output unit 20 Management server 21 User information storage unit 22 Communication control unit 23 Exerciser analysis Part 24 Menu selection part 31 Touch screen 32 Camera 33 Speaker 34 Microphone 35 Weight Body composition meter 36 Center of gravity meter 37 Auxiliary tool 38 Printer 39 Card reader

Claims (4)

It is a locomotor function improvement support system that supports the improvement of locomotor function by presenting a training menu for improving locomotor function.
An output device that outputs at least one of audio and video that instructs the user to perform a predetermined operation, and
Auxiliary tools used when the user performs at least a part of the predetermined operation,
An imaging device that captures the state of the predetermined operation by the user, and
The range of motion of the user's joints is measured using the image captured by the photographing device, and the state of the user's locomotorium is analyzed from the information on the measured range of motion of the user. A computer that has a function to output a training menu for improving the function of the locomotorium to a predetermined output device, and
A musculoskeletal function improvement support system characterized by being equipped with. It is equipped with a microphone that collects the voice of the user.
The computer is characterized in that the user's answer to a predetermined question detected by the microphone is used to analyze the state of the user's locomotorium, and a selected training menu is output to a predetermined output device. The exercise device function improvement support system according to claim 1. It is equipped with a measuring device that measures at least one of the weight and body fat percentage of the user, the position of the center of gravity, and the pressure applied to the sole of the foot.
Claim 1 or 2, wherein the computer outputs a training menu selected by using the value measured by the measuring device to analyze the state of the user's locomotorium to a predetermined output device. The described locomotor function improvement support system. It is a support method for improving the function of the locomotorium by presenting a training menu for improving the functioning of the locomotorium.
A computer causes a predetermined output device to output at least one of audio and video instructing a user to perform a predetermined operation including an operation performed by using a predetermined auxiliary tool.
The photographing device photographs the state of the predetermined operation by the user,
The computer was selected by measuring the range of motion of the user's joints using images captured by the imaging device and analyzing the state of the user's locomotorium from information about the measured range of motion. A method for supporting the improvement of locomotor function, which comprises outputting a training menu for improving the function of the locomotorium of the user to a predetermined output device.