KR20230140693A - Rehabilitation exercise monitoring system using IOT - Google Patents

Abstract

The present invention relates to an IOT-based safe exercise management monitoring system for disabled people for physical ability rehabilitation. More specifically, the use settings of rehabilitation exercise equipment can be intuitively set through the display panel, and rehabilitation exercise equipment is transmitted from an administrator terminal. Effective rehabilitation exercise can be performed using schedule information, and exercise status information and physical condition information transmitted from the display panel can be monitored in real time on the administrator terminal, making it easy to respond to unexpected situations and cumulatively manage the user's rehabilitation exercise records. This is about an IOT-based safe exercise management monitoring system for disabled people for easy physical ability rehabilitation.

Description

IOT-based safety exercise management monitoring system for disabled people for physical ability rehabilitation {Rehabilitation exercise monitoring system using IOT}

The present invention relates to an IOT-based safe exercise management monitoring system for disabled people for physical ability rehabilitation. More specifically, the use settings of rehabilitation exercise equipment can be intuitively set through the display panel, and rehabilitation exercise equipment is transmitted from an administrator terminal. Effective rehabilitation exercise can be performed using schedule information, and exercise status information and physical condition information transmitted from the display panel can be monitored in real time on the administrator terminal, making it easy to respond to unexpected situations and cumulatively manage the user's rehabilitation exercise records. This is about an IOT-based safe exercise management monitoring system for disabled people for easy physical ability rehabilitation.

As we enter an aging society, the number of people in need of rehabilitation exercise is increasing as their body's exercise performance cannot be supported compared to the increased lifespan. Accordingly, various rehabilitation training equipment is manufactured and sold, expanding the options of consumers who want suitable exercise.

In addition, although it is mainly for rehabilitation exercise, training equipment for disabled people with congenital or acquired disabilities is also being manufactured and sold.

However, it is recommended for the elderly or disabled to perform exercises appropriately programmed according to the type of disability. However, doctors or trainers cannot provide one-on-one coaching to many users each time they perform an exercise, and as a result, they cannot decide which exercise they should do during rehabilitation exercise. Safety accidents occur or the effect of rehabilitation exercise is not maximized because people do not know at what intensity the exercise should be performed.

In particular, the elderly and the disabled have a higher risk of accidents during exercise than the general public due to physical limitations, so their exercise status must be monitored in real time, but one-on-one response on site is difficult due to personnel constraints.

KR10-1285155 (registration number) 2013.07.05.

The present invention is an IOT-based safety exercise for the disabled for physical ability rehabilitation that allows the use settings of rehabilitation exercise equipment to be intuitively set through the display panel and allows effective rehabilitation exercise to be performed using rehabilitation schedule information transmitted from the administrator terminal. The purpose is to provide a management monitoring system.

In addition, the present invention enables real-time monitoring of exercise status information and physical condition information transmitted from the display panel at the administrator terminal, making it easy to respond to unexpected situations and to accumulate and manage the user's rehabilitation exercise records for physical ability rehabilitation. The purpose is to provide an IOT-based safe exercise management monitoring system for the disabled.

In addition, the present invention provides an IOT-based safety exercise management monitoring system for the disabled for physical ability rehabilitation that can increase the user's willingness to exercise by checking the rehabilitation exercise achievement rate and medical treatment information for improved and non-improved parts of the body. The purpose is to provide.

The present invention is communicated with the controller of the rehabilitation exercise equipment 10, receives exercise execution information including exercise intensity or number of exercises, and exercise status information including the number of performed exercises or any one of heart rate, blood pressure, and oxygen saturation. A display panel 100 that visually displays body condition information including abnormalities; It is communicated with the display panel 100, and rehabilitation schedule information including rehabilitation area, type of exercise, exercise intensity, or number of exercises is input for each user and transmitted to the display panel 100, or the information is sent to the display panel 100. It includes a manager terminal 200 that receives exercise state information or the physical state information and stores it for each user.

In addition, the manager terminal 200 of the present invention outputs patient personal information, patient status, medical records, and cumulative activity records for each user, and outputs a menu for receiving rehabilitation schedule information for each user.

In addition, the display panel 100 of the present invention displays an exercise record page in which improved and non-improved parts are displayed on a body icon and the rehabilitation schedule information.

Additionally, the display panel 100 of the present invention is a portable terminal carried by a user.

In addition, the display panel 100 of the present invention, when a difference exceeds a threshold occurs between the rehabilitation schedule information and the exercise information modified by the user, requests approval for modification from the administrator terminal 200. Print the menu for

In addition, the display panel 100 of the present invention determines this as an emergency situation when any one of the body condition information exceeds a threshold and transmits an operation stop command to the rehabilitation exercise machine 10, and the administrator terminal Send an emergency situation to (200).

In addition, the display panel 100 of the present invention determines this as an abnormal situation when any one of environmental information including temperature or humidity around the rehabilitation exercise equipment 10 exceeds a threshold and A command to stop operation is transmitted to the exercise equipment 10, and a menu for requesting operation approval is output to the manager terminal 200.

The present invention has the effect of enabling the usage settings of rehabilitation exercise equipment to be intuitively set through the display panel and enabling effective rehabilitation exercise to be performed using rehabilitation schedule information transmitted from the administrator terminal.

In addition, the present invention enables real-time monitoring of exercise status information and physical condition information transmitted from the display panel at the administrator terminal, making it easy to respond to unexpected situations and to accumulate and manage the user's rehabilitation exercise records.

In addition, the present invention has the effect of increasing the user's willingness to exercise for rehabilitation because it is possible to check the rehabilitation exercise achievement rate and medical treatment information for improved and non-improved parts of the body.

Figure 1 is a schematic diagram of an IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation according to an embodiment of the present invention.
Figure 2 is an example of user profile information on the display panel of the IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation according to an embodiment of the present invention.
Figure 3 is an exemplary exercise execution information input screen of the display panel of the IOT-based safe exercise management monitoring system for physical ability rehabilitation for the disabled according to an embodiment of the present invention.
Figure 4 is an example of an exercise record page on the display panel of an IOT-based safety exercise management monitoring system for physical ability rehabilitation for the disabled according to an embodiment of the present invention.
Figure 5 is an example of My Page of the display panel of the IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation according to an embodiment of the present invention.
Figure 6 is an example of a rehabilitation schedule screen of the display panel of the IOT-based safe exercise management monitoring system for physical ability rehabilitation according to an embodiment of the present invention.
Figure 7 is an example of an information screen for each user of the administrator terminal of the IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation according to an embodiment of the present invention.
Figure 8 is an example of a rehabilitation schedule information input screen of an administrator terminal of an IOT-based safe exercise management monitoring system for physical ability rehabilitation for the disabled according to an embodiment of the present invention.
Figure 9 is an example of a category page of an administrator terminal of an IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation according to an embodiment of the present invention.

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

The present invention is communicated with the controller of the rehabilitation exercise equipment 10, receives exercise execution information including exercise intensity or number of exercises, and exercise status information including the number of performed exercises or any one of heart rate, blood pressure, and oxygen saturation. A display panel 100 that visually displays physical condition information including abnormalities, communicates with the display panel 100, and receives rehabilitation schedule information for each user, including rehabilitation area, exercise type, exercise intensity, or number of exercises. It is configured to include a manager terminal 200 that transmits to the display panel 100 or receives exercise state information or physical state information from the display panel 100 and stores it for each user.

The display panel 100 is configured to transmit a control signal to the rehabilitation exercise machine 10 or receive exercise state information or physical state information from the rehabilitation exercise machine 10 and display it. To this end, the display panel 100 communicates with the controller of the rehabilitation exercise equipment 10 and is configured to communicate with the administrator terminal 200.

The display panel 100 may be a fixed monitor device installed for each rehabilitation exercise equipment 10. At this time, the display panel 100 can be connected to the controller of the rehabilitation exercise equipment 10 by wire, and when connected wirelessly, it can be connected using short-range wireless communication such as Bluetooth. However, of course, it is also possible to connect using known wireless connection methods such as Wi-Fi.

Next, the display panel 100 may be a portable terminal carried by the user. Portable terminals can be smartphones or tablet PCs capable of wireless communication and screen output and input. Even if the display panel 100 is a user's portable terminal, it can communicate with the rehabilitation exercise equipment 10 using a known wireless connection method such as Bluetooth or Wi-Fi. In this case, authentication and pairing procedures such as RFID tag, NFC tag, or QR code authentication may be included so that the rehabilitation exercise equipment 10 and the user's portable terminal can be connected one to one.

Also, even when the display panel 100 is a fixed monitor device, the user's portable terminal can be used for user authentication. However, of course, it is also possible to perform user login directly on the display panel 100.

Looking at the use state of the display panel 100, when the user is authenticated through RFID tag, NFC tag, or QR code authentication, or user ID login using the touch panel of the display panel 100, the user is Profile information is transmitted from the manager terminal 200 to the display panel 100.

In addition, the display panel 100 is configured to display and receive exercise information including the type of exercise, exercise intensity, and number of exercises (target set, target number), as shown in FIG. 3. This exercise information is based on the rehabilitation schedule information transmitted from the administrator terminal 200 upon user authentication, and the user selects currently available exercise information from the rehabilitation schedule information displayed on the screen or selects the exercise information he or she wants. You can create and enter .

Input of exercise execution information can be done by selecting from among the types of exercise available in the paired rehabilitation exercise device 10, or if the rehabilitation exercise device 10 supports only a single exercise, the type of exercise to be performed alone is automatically selected. When a type of exercise is selected, an exercise intensity control menu that increases or decreases the weight and an exercise number information input menu that inputs target set or target number information are displayed. When manipulating these menus, the current selection can be output not only on the screen but also by voice, and it is desirable that the volume of the voice output can also be adjusted. At this time, in the case of the rehabilitation exercise equipment 10 that adjusts the exercise intensity using a BLDC motor, it is configured to set the exercise intensity, that is, the weight, differently when ascending and descending, and the exercise intensity is adjusted using a magnetic resistance method. In the case of the rehabilitation exercise equipment 10 that is controlled, the weight can be set when clutching.

And, referring to Figure 3, information such as date and time is basically displayed on the display panel 100, and this information is matched when performing exercise and transmitted to the manager terminal 200 as exercise status information. In addition, information on calories burned can be displayed depending on the user's level of exercise performance, and the calories burned information is simply calculated as the type of exercise, set exercise intensity (weight), and number of times exercise is performed. Calories consumed by the human body are calculated by region. Since musculoskeletal mass, fat mass, joint rotation range, heart rate, blood sugar, etc. vary greatly, the calorie information displayed in the present invention can show an approximate value, like the calorie information displayed on a treadmill at a gym, etc.

And, referring to Figure 3, an example video suitable for the type of exercise set may be played on the display panel 100. Example videos may be output to guide exercise postures or emphasize which parts of the muscles or joints are stimulated, and may be configured so that the characters in the video move together according to the user's posture while performing the exercise. Furthermore, by sensing how much the user is currently driving the movable part of the rehabilitation exercise device 10, the character in the video can be displayed by moving at a desired exercise speed and drawing the user's current state on it. Through this, users can exercise at a speed similar to that of the character in the video, maximizing the effectiveness of rehabilitation exercise.

In addition, the rehabilitation exercise equipment 10 may be equipped with a sensor that senses physical condition information including any one or more of the user's heart rate, blood pressure, and oxygen saturation, and the physical condition information measured by the rehabilitation exercise equipment 10 may be It may be transmitted and displayed on the display panel 100. As a simple example, in the case of a treadmill or stationary cycle at a gym, the terminal of a sensor that measures microcurrent is exposed, and a configuration is known in which heart rate, etc. are displayed when the user holds it with his hand and exercises. However, the present invention is applied to the rehabilitation exercise equipment 10, and in this case, a means for measuring blood pressure or a means for measuring oxygen saturation may be added to one side of the rehabilitation exercise equipment 10.

If any one of the body condition information exceeds the threshold, the display panel 100 determines this to be an emergency situation, transmits an operation stop command to the rehabilitation exercise equipment 10, and informs the administrator terminal 200 of an emergency situation. send. This prevents users from being injured by exercise equipment in emergency situations such as shortness of breath, orthostatic hypotension, temporary paralysis, increased blood pressure during exercise, increased heart rate, and low oxygen saturation, and the administrator (doctor) quickly recognizes this. This is to enable action to be taken.

Additionally, the rehabilitation exercise equipment 10 may be equipped with a sensor that measures environmental information such as temperature and humidity around the rehabilitation exercise equipment 10, and this environmental information is transmitted to the display panel 100. When any one of the environmental information exceeds the threshold, the display panel 100 determines this as an abnormal situation, transmits a command to stop operation to the rehabilitation exercise equipment 10, and provides a menu for requesting operation approval from the administrator terminal 200. outputs. For example, if the temperature information among the environmental information exceeds 30 degrees Celsius, exercise is prohibited because there is a risk of safety accidents occurring during exercise. This is transmitted to the manager terminal 200 through the approval request menu and the manager (doctor) ) makes a comprehensive judgment with the humidity information and determines that it is okay to exercise, the exercise permission information is transmitted to the display panel 100 through the manager terminal 200.

And, as shown in Figure 4, the display panel 100 may display an exercise record page in which improved and non-improved areas are displayed on body icons. The exercise record page can be checked before and after exercise, and the user's cumulative activity record and the cumulative status of the rehabilitation area according to the doctor's treatment can be checked. Through this, users can check on-site which body parts they have exercised and how much they have exercised from past to present and how much improvement they have seen through this, and through this, they can increase their willingness to exercise for rehabilitation. In addition, when there is little cumulative exercise record for a non-improved area, it is effective in allowing the user to reflect on themselves or elicit a willingness to exercise rehabilitation for the area. And, since these expressions are displayed intuitively on the body icon, there is an advantage in that the information can be easily accessed by touching the part on the body icon. For example, if the waist, knee, and ankle areas were the areas to be rehabilitated on the full body icon, a circular shape will be overlaid on the corresponding area, and if you touch the shape or select the text menu, the monthly, This method displays the weekly exercise achievement rate and the doctor's medical comments. The doctor's medical comments can be configured to be output as voice.

And, as shown in Figure 5, a personal information page can be displayed on the display panel 100, and the personal information page is configured to allow confirmation of the patient's profile, rehabilitation start date, exercise progress date, and cumulative medical records.

Meanwhile, the exercise information initially displayed on the display panel 100 is exercise information according to the rehabilitation schedule information transmitted from the manager terminal 200. The rehabilitation schedule information illustrated in Figure 6 was created by a doctor while examining the patient's (user's) past cumulative activity record and current condition. It is a guideline that it is desirable for the user to follow, but the user can modify it to some extent according to the condition of the day. It is configured to enable exercise. For example, the exercise information according to the rehabilitation schedule information is set to a weight of 30kg, but the user can adjust it by increasing the weight by 5kg or losing 5kg depending on the condition of the day. However, if the user is overconfident in his or her condition and increases the dose excessively, an accident may occur due to orthostatic hypotension or exceeding the limit of muscle strength. Therefore, the doctor sets an allowable threshold for modification through the administrator terminal 200 in advance. do. If a difference exceeds a threshold occurs between the exercise information based on the rehabilitation schedule information and the exercise information modified by the user, the display panel 100 outputs a menu to request modification approval from the administrator terminal 200. . In other words, if the amount modified by the user has been excessively increased or decreased, a menu such as “Administrator Approval Request (Confirmation/Cancel)” is displayed on the screen, and when Cancel is selected, the modification amount returns to less than the previous threshold. If you go and select OK, the corresponding information is transmitted to the manager terminal 200. Afterwards, when approval information is received from the manager terminal 200 that has received the information, the rehabilitation exercise equipment 10 is set based on the modified exercise execution information.

The administrator terminal 200 receives rehabilitation schedule information for each user, including the rehabilitation area, type of exercise, exercise intensity, or number of exercises, and transmits it to the display panel 100, or displays exercise state information or physical state from the display panel 100. Its role is to receive input information and store it for each user. For this purpose, the manager terminal 200 is configured to communicate with the display panel 100.

The administrator terminal 200 may be a tablet PC, smartphone, laptop, or desktop PC owned by the administrator (doctor), and stores and classifies information transmitted from the display panel 100 for each user and sets a rehabilitation schedule for each user. Since it must be possible to manage information, it should be interpreted in a broad sense to include the concept of a management server equipped with a monitoring server and DB server. The capacity and performance of recent smartphones, tablet PCs, etc. are greater than that of server PCs of the past and allow the installation of management programs, so the term terminal does not only mean portable devices. In addition, no one device is referred to as the manager terminal 200, but a desktop PC, laptop, tablet PC, smartphone, etc. can all function as the manager terminal 200 by synchronizing data with each other.

First, personal information of the user (patient) is output to the administrator terminal 200. And, as shown in Figure 7, patient status, medical records, and cumulative activity records are output for each user, and a menu for inputting rehabilitation schedule information for each user is displayed as shown in Figure 8. The administrator (doctor) determines the exercise area and intensity required for the patient by referring to the patient's condition, medical records, and cumulative activity records. Based on this, exercise information such as the type of exercise equipment, exercise intensity, and number of exercises is included. Enter rehabilitation schedule information into the administrator terminal 200. In addition, as shown in Figure 9, a category page generalizing each menu may be output, and in addition, a graph analysis menu for comprehensively determining the patient's condition may be output.

Additionally, the administrator terminal 200 transmits rehabilitation schedule information to the display panel 100 and stores exercise state information and physical state information transmitted from the display panel 100 in real time for each user.

In addition, when the manager terminal 200 receives correction approval request information based on rehabilitation schedule information and corrective exercise execution information that exceeds the threshold from the display panel 100, a menu for approving or rejecting the request is output, and an approval or rejection request is made. When one of the rejections is selected, it is transmitted to the display panel 100. And, when any one of the environmental information exceeds the threshold and driving approval request information is received from the display panel 100 together with the environmental information, a menu for approval or rejection is output, and when either approval or rejection is selected, This is transmitted to the display panel 100.

In addition, when unexpected situation information is received from the display panel 100, the manager terminal 200 displays on screen and by voice whether the unexpected situation occurred while a user was using which rehabilitation exercise equipment 10, and immediately reports the situation to the manager. Ensure that measures such as dispatch are taken.

Meanwhile, the manager terminal 200 may further be configured with a manager terminal 200 for guardians as well as doctors. In this case, the manager terminal 200 for guardians inputs rehabilitation schedule information or inputs patient status, medical records, etc. It is desirable to be configured to perform only a monitoring function that can check rehabilitation schedule information, patient status, medical records, cumulative activity records, exercise status information, and physical condition information without any functions.

The present invention, which consists of the above-described configuration, can intuitively set the usage settings of the rehabilitation exercise equipment 10 through the display panel 100, and provides effective rehabilitation exercise using rehabilitation schedule information transmitted from the administrator terminal 200. There is an effect that can be implemented.

In addition, the present invention enables real-time monitoring of exercise status information and physical condition information transmitted from the display panel 100 at the manager terminal 200, making it easy to respond to unexpected situations and to accumulate and manage the user's rehabilitation exercise records. There is one effect.

In addition, the present invention has the effect of increasing the user's willingness to exercise for rehabilitation because it is possible to check the rehabilitation exercise achievement rate and medical treatment information for improved and non-improved parts of the body.

10: Rehabilitation exercise equipment
100: display panel
200: Administrator terminal

Claims (7)

It is communicated with the controller of the rehabilitation exercise equipment 10, receives exercise execution information including exercise intensity or number of exercises, and includes exercise status information including the number of performed exercises, or any one or more of heart rate, blood pressure, and oxygen saturation. A display panel 100 that visually displays body condition information;
It is communicated with the display panel 100, and rehabilitation schedule information including rehabilitation area, type of exercise, exercise intensity, or number of exercises is input for each user and transmitted to the display panel 100, or the information is sent to the display panel 100. An administrator terminal 200 that receives exercise state information or the physical state information and stores it for each user;
IOT-based safety exercise management monitoring system for disabled people for physical ability rehabilitation, including.
According to paragraph 1,
The manager terminal 200 is an IOT-based safety system for the disabled for physical ability rehabilitation that outputs patient personal information, patient status, medical records, and cumulative activity records for each user, and outputs a menu for inputting rehabilitation schedule information for each user. Exercise management monitoring system.
According to paragraph 2,
The display panel 100 is an IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation where the exercise record page where improved and non-improved parts are displayed on the body icon and the rehabilitation schedule information are displayed.
According to paragraph 3,
The display panel 100 is an IOT-based safe exercise management monitoring system for the disabled for physical ability rehabilitation, which is a portable terminal carried by the user.
According to paragraph 4,
The display panel 100 outputs a menu for requesting approval for modification to the administrator terminal 200 when a difference exceeding a threshold occurs between the rehabilitation schedule information and the exercise information modified by the user. IOT-based safety exercise management monitoring system for physical ability rehabilitation for the disabled.
According to paragraph 1,
When any one of the body condition information exceeds a threshold, the display panel 100 determines this as an emergency situation and transmits a stop operation command to the rehabilitation exercise machine 10, and sends an emergency situation to the manager terminal 200. IOT-based safety exercise management monitoring system for the disabled for physical ability rehabilitation that transmits status.
According to clause 6,
The display panel 100 determines this as an abnormal situation when any one of environmental information including temperature or humidity around the rehabilitation exercise equipment 10 exceeds a threshold, and the rehabilitation exercise equipment 10 An IOT-based safe exercise management monitoring system for people with disabilities for physical ability rehabilitation that transmits a command to stop driving and outputs a menu to request driving approval from the manager terminal 200.