KR20240056245A - Healthcare platform system based on daily activity data collectable smart shoes - Google Patents

Abstract

The present invention relates to a healthcare platform system based on smart shoes that collect daily activity data. Personal activity data and gait data information collected by a smart module built into the shoes are activity data and gait data accumulated in a big data platform. By mutually analyzing health information and walking information to the shoe wearer's terminal, it is effective in guiding the individual's correct walking and managing health status. Through data accumulated on a weekly/monthly/yearly basis, the movement course, calorie consumption, and By providing information such as distance and speed, it is possible to self-diagnose an individual's amount of exercise, and has the effect of suggesting a solution for the correct walking pattern. Through analysis of calorie consumption based on the number of individual steps and calorie intake based on diet records, It suggests a walking time appropriate for individual characteristics, increases interest in exercise and diet control through periodic push notifications when GPS use is permitted, and has the effect of inducing active exercise by comparing accumulated big data data with one's own health data. There is an effect that can be expected.

Description

Healthcare platform system based on daily activity data collectable smart shoes {Healthcare platform system based on daily activity data collectable smart shoes}

The present invention relates to a healthcare platform system based on smart shoes that collect daily activity data. Specifically, the activity and walking data of individuals collected by smart modules built into shoes are collected and accumulated in a big data server. This is about a smart shoe-based healthcare platform system that collects daily activity data and manages the individual's proper walking and health status by providing health information and gait information analyzed with the data and gait data to the shoe wearer's terminal.

Recently, as contagious diseases such as coronavirus infection have become prevalent around the world, people tend to avoid exercising with large numbers of people indoors, such as at the gym, or exercising with large groups of people, such as table tennis or badminton. Interest in walking, an exercise that can be easily done anywhere without face-to-face contact, is increasing.

Walking is an exercise that can be done alone outside without any exercise equipment, so there is less risk of infection from infectious diseases from others. Anyone can easily do it without restrictions on gender/age or physical strength, and it is an exercise that uses various body muscles. It is one of people's favorite exercises because it has excellent exercise effects.

In particular, walking exercise is one of the representative movements of daily life and is affected by factors such as physical differences and speed differences depending on physical characteristics. For this reason, changes in an individual's walking status can be linked to changes in healthy physical ability, helping to ensure correct walking. It is found that it is very important to make efforts to maintain .

In addition, changes in walking patterns are an important factor that can reveal changes in the subject's physical and cognitive health, and can enable early detection of specific diseases and health management of normal elderly people, so the accumulation and analysis of related data is very important.

As the need for individually tailored smart shoes that enable correct walking exercise according to the individual's walking pattern increases according to this social atmosphere, various types of smart shoes and healthcare management systems using the same, such as Patent Document 1 to Patent Document 3, have been developed. Various technologies have been developed and patent applications are being filed.

Accordingly, the present applicant also completed the present invention by developing a smart shoe-based healthcare platform system that collects daily activity data as a way to solve the above problems.

Republic of Korea Patent Publication No. 10-1231904 (announced on February 8, 2013) Healthcare system using smart shoes Republic of Korea Patent Publication No. 10-2014-0062541 (published May 26, 2014) Healthcare monitoring system using smart insole Republic of Korea Patent Publication No. 10-2014-0133978 (published on November 21, 2014) Social network service system using intelligent shoes

The present invention is intended to solve the above problems, and collects personal activity and walking data information collected by smart modules built into shoes and analyzes them with the activity data and walking data accumulated in the big data server. The goal is to provide a smart shoe-based healthcare platform system that collects daily activity data that provides walking information to the shoe wearer's terminal to guide individuals' correct walking and manage their health status.

In addition, the present invention is a self-assessment of an individual's amount of exercise through data accumulated on a weekly/monthly/yearly basis, such as movement course, calorie consumption, distance, speed, etc. during exercise by analyzing information on activity patterns collected from wearers of smart shoes. Another task is to provide a smart shoe-based healthcare platform system that collects daily activity data that enables diagnosis and suggests solutions for correct walking patterns.

In addition, the present invention suggests walking time through analysis of calorie consumption by individual steps and calorie intake by diet records, and when the use of GPS is permitted, periodic push notifications are provided to increase interest in exercise and diet control. Another task is to provide a smart shoe-based healthcare platform system that collects daily activity data that can expect the effect of inducing active exercise by comparing accumulated big data data with one's own health data.

In addition, the present invention is a daily activity data collection type that notifies the user or guardian of a warning text message to the terminal of the user or guardian to take action when a gait abnormality or suspected health problem occurs in the smart shoe wearer based on the walking information analyzed by the big data server. Another task is to provide a smart shoe-based healthcare platform system.

In addition, the present invention adopts a harvesting module that converts the kinetic energy generated when walking into electrical energy and supplies the converted energy to a smart module that can sense activity patterns, eliminating the need to charge the battery from the outside. Another task is to provide a healthcare platform system based on smart shoes that collects daily activity data.

However, the objects of the present invention are not limited to the objects mentioned above, and other objects not mentioned will be clearly understood by those skilled in the art from the description below.

In order to achieve the above purpose, the daily activity data collection smart shoe-based healthcare platform system according to an embodiment of the present invention collects information on the activities and walking patterns of the wearer of smart shoes 100 and provides a big data platform (300). ) smart shoes (100) transmitted to; A network 200 for mutually transmitting signals and data between smart shoes 100, big data platform 300, shoe wearer terminal 400, and guardian terminal 500; Information on the activity data and walking data of the shoe wearer is received from the smart shoes 100, and the accumulated big data information and the mutually analyzed health information and walking information are transmitted to the shoe wearer terminal 400 and the guardian terminal 500. big data platform (300); A shoe wearer terminal 400 that receives health information and walking information of the wearer of smart shoes 100 transmitted from the big data platform 300 and manages healthcare; And a guardian terminal 500 that receives emergency situation information when the wearer of smart shoes 100 has a gait abnormality or a suspected health problem occurs in the walking information transmitted from the big data platform 300. do.

In the present invention, the smart shoe 100 is characterized by having a smart module 800 and a harvesting module 900 mounted in the sole of the shoe.

The smart module 800 is characterized by including a sensor module 810, a wireless communication module 820, a control module 830, an alarm module 840, and a power supply module 850.

And the harvesting module 900 consists of a power generation device 910 and a rechargeable battery 920, and the power generation device 910 consists of an upper case 911, a middle case 912, and a lower case 913. The structure is characterized by a structure in which a copper wire coil 915 is wound to a certain width and thickness at the center of a case 914 that accommodates a magnet 916 in a space comprised of an upper case 914a and a lower case 914b. do.

In addition, the big data platform 300 is characterized by including a registration unit 310, a reception unit 320, a big data server 330, an information analysis unit 340, and an information generation unit 350.

The present invention collects personal activity and walking data information collected by a smart module built into the shoe, and provides health information and walking information that is mutually analyzed with the activity data and walking data accumulated in the big data server to the shoe wearer's terminal. It is effective in encouraging individuals to walk properly and managing their health status.

In addition, the present invention is a self-assessment of an individual's amount of exercise through data accumulated on a weekly/monthly/yearly basis, such as movement course, calorie consumption, distance, speed, etc. during exercise by analyzing information on activity patterns collected from wearers of smart shoes. Diagnosis is possible and it is effective in suggesting solutions for correct walking patterns.

In addition, the present invention suggests walking time through analysis of calorie consumption by individual steps and calorie intake by diet records, and when the use of GPS is permitted, periodic push notifications are provided to increase interest in exercise and diet control. , by comparing the accumulated big data with your own health data, you can expect the effect of inducing active exercise.

In addition, the present invention has the effect of notifying the user or guardian of a warning text message to the terminal of the user or guardian to take action when a gait abnormality or a suspected health problem occurs in the smart shoe wearer based on the gait information analyzed by the big data server.

In addition, the present invention adopts a harvesting module that converts the kinetic energy generated when walking into electrical energy and supplies the converted energy to a smart module that can sense activity patterns, eliminating the need to charge the battery from the outside. There is no effect.

1 and 2 are diagrams to explain a healthcare platform system based on smart shoes that collect daily activity data according to an embodiment of the present invention.
Figures 3 and 4 are diagrams for explaining the schematic configuration of smart shoes and smart modules for application to a healthcare platform system according to an embodiment of the present invention.
Figure 5 is a diagram for explaining the configuration of a harvesting module applied to smart shoes according to an embodiment of the present invention.
Figure 6 is a diagram for explaining the power generation device of the harvesting module applied to smart shoes according to an embodiment of the present invention.
Figures 7 and 8 are diagrams for explaining the operation process of a daily activity data collection-based smart shoe-based healthcare platform system according to an embodiment of the present invention.

Hereinafter, a detailed description of preferred embodiments of the present invention will be described with reference to the attached drawings. In the following description of the present invention, if a detailed description of a related known function or configuration is judged to unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

In this specification, when one component 'transmits' data or a signal to another component, the component may transmit the data or signal directly to the other component, and may transmit the data or signal through at least one other component. This means that data or signals can be transmitted to other components.

The above-described characteristics and the detailed description below are all exemplary matters to aid description and understanding of the present specification. That is, the present specification is not limited to this embodiment and may be embodied in other forms. The following embodiments are merely examples for completely disclosing the present specification, and are intended to convey the present specification to those skilled in the art to which the present specification pertains. Therefore, when there are multiple methods for implementing the components of the present specification, it is necessary to clarify that the present specification can be implemented using any of these methods, either a specific method or one that is equivalent to the method.

The terms used in this specification have meanings commonly understood by those skilled in the art to which this specification pertains. Commonly used terms should be interpreted with consistent meaning according to the context of this specification. Additionally, terms used in this specification should not be interpreted in an overly idealistic or formal sense unless their meaning is clearly defined. Hereinafter, embodiments of the present specification will be described through the attached drawings.

For reference, FIGS. 1 and 2, which are drawings attached to the specification of the present invention, are diagrams for explaining a healthcare platform system based on smart shoes with daily activity data collection according to an embodiment of the present invention, and FIGS. 3 and 4 is a diagram illustrating the schematic configuration of smart shoes and smart modules for application to a healthcare platform system according to an embodiment of the present invention.

The daily activity data collection smart shoe-based healthcare platform system 1 (hereinafter referred to as 'healthcare platform system') according to an embodiment of the present invention is shown in FIGS. 1 to 4 attached to the specification of the present invention. The explanation is as follows.

The healthcare platform system 1 according to the present invention is characterized by comprising a smart shoe 100, a network 200, a big data platform 300, a smart shoe wearer terminal 400, and a guardian terminal 500. .

The smart shoes 100 provide activity information such as the course traveled by the smart shoe wearer (hereinafter referred to as 'shoe wearer'), calorie consumption, walking distance, walking speed, walking speed, step width, foot angle, and sense of balance. It functions to collect information on walking activity data such as and transmit it to the big data platform 300.

The network 200 functions to mutually transfer signals and data between the smart shoes 100, the big data platform 300, the shoe wearer terminal 400, and the guardian terminal 500.

The big data platform 300 receives information about the shoe wearer's activity data and walking data from the smart shoes 100, and sends the accumulated big data information and the health information and walking information to the shoe wearer terminal 400 and the shoe wearer terminal 400. As a platform for transmitting to the guardian terminal 500, specifically, the information collected from the smart shoes 100 about the activities and walking patterns of the person wearing the shoes is divided into men and women on a weekly/monthly/annual basis from the big data server 330. /This is a server that mutually analyzes data accumulated by age.

The shoe wearer terminal 400 functions to manage healthcare by receiving information about the wearer's own exercise information and walking pattern of the smart shoes 100 transmitted from the big data platform 300. In the present invention, 'health care' includes not only health care but also walking pattern management.

The guardian terminal 500 receives emergency information about the wearer of the smart shoes 100 transmitted from the big data platform 300, such as a gait abnormality or a suspected health problem, and takes quick response measures.

Hereinafter, each component constituting the healthcare platform system 1 according to the present invention will be described in detail as follows.

The smart shoe 100 according to the present invention is characterized in that a smart module 800 and a harvesting module 900 are mounted in the sole of the shoe, as shown in FIG. 3.

In the present invention, 'outsole' refers to a shoe sole including an outsole 111, a midsole 112, and an insole 113, and in this specification, 'smart shoe wearer' or 'smart shoe wearer' so that the context of the specification flows naturally. Please be careful when using 'user' interchangeably.

The smart module 800 is mounted within the midsole 112 (not shown in the drawing) and includes a sensor module 810, a wireless communication module 820, a control module 830, and an alarm as shown in FIG. 4(a). It consists of a module 840 and a power supply module 850.

The sensor module 810 is a sensor module that collects information by recognizing the walking pattern operation status such as the course traveled during walking, calorie consumption, walking distance, and walking speed, which is the activity pattern of the wearer of the smart shoes 100. The sensor module ( A plurality of measurement data collected by 810) are transmitted to the big data platform 300 through the wireless communication module 820.

The sensor module 810 includes a three-axis acceleration sensor 811, a three-axis angular velocity sensor 812, and a pressure sensor 813, as shown in FIG. 4(b), which is a specification of the present invention.

The 3-axis acceleration sensor 811 is a sensor that performs the function of detecting exercise status information about the walking distance, walking speed, etc. of the wearer of the smart shoes 100. In particular, it detects changes in the walking speed of the wearer of the smart shoes 100 or falls, etc. This sensor is used to detect whether an abnormal situation has occurred by detecting a sudden change in speed, that is, acceleration, when a sudden change in movement speed occurs.

The 3-axis angular velocity sensor (812) is Smart shoes (100) are sensors that detect rotational inertia by detecting the angular velocity when the wearer walks, and collect information about walking patterns such as foot angle and sense of balance, so that when the foot suddenly bends while walking, the smart shoes (100) are suddenly and quickly used. It is a sensor that can detect the angular velocity in each of the three directions of x, y, and z axes rotating in a direction almost perpendicular to the direction of.

The pressure sensor 813 is a sensor that is implemented as a plurality of pressure sensor arrays and measures the foot pressure generation pattern that changes from time to time according to the walking motion of the wearer of the smart shoes 100 when walking. Each pressure sensor includes location information of the pressure point and Generate and output a signal with information about the pressure value. In the above, the arrangement form of the pressure sensor array and the number of sensors can be varied in consideration of the walking pattern of the wearer of the smart shoes 100.

The wireless communication module 820 is a communication module for the smart shoe 100 to perform wireless communication with external devices, and it will be understood that there is no separate limitation in the implementation of wireless communication such as short-distance, short-distance, and mid- to long-distance communication. . Specifically, the wireless communication module 820 may apply at least one of Bluetooth, WiFi, and LoRa (Long Range) communication protocols.

In addition, external devices include a shoe wearer terminal 400 and a guardian terminal 500, which are means for mutually transferring signals and data using a gateway and a communication repeater.

The control module 830 is a module that controls the overall operation of the smart shoes 100, and controls the sensor module 810 and the wireless communication module 820, as well as the alarm module 840 and the power supply module 850. can also be controlled.

In addition, the control module 830 selectively activates the wireless communication module 820 according to the operation mode of one or more of the three-axis acceleration sensor 811, the three-axis angular velocity sensor 812, and the pressure sensor 813 to select the operation mode. It transmits information to an external device and also controls the alarm module 840 and the power supply module 850.

Therefore, the control module 830 immediately operates the alarm module of the smart module 800 upon receiving information that an abnormal situation has occurred in the wearer of the smart shoes 100 through data analysis of the activity pattern information of the wearer of the smart shoes 100. By controlling 840, a notification text or warning sound is notified to the terminal 500 of the smart shoe wearer in which an abnormal situation occurs. At this time, the big data platform 300 can simultaneously notify the guardian terminal 500.

In addition, the control module 830 is a smart module 800 of the smart shoe 100 only in certain situations in order to save power supplied to various modules to perform the function of collecting information on the activity pattern of the shoe wearer. By controlling the power supply module 850 so that each module within the module 800 can be activated, the power usage of the charging battery 920 of the harvesting module 900 is reduced.

As described above, the smart shoe 100 according to the present invention includes sensing of the three-axis acceleration sensor 811, the three-axis angular velocity sensor 812, and the pressure sensor 813, which are the sensor module 810 in the smart module 800. Activity and walking data are measured, and the measured data is transmitted to the big data platform 300 through the network 200 by the wireless communication module 820 and stored as behavioral data to analyze behavioral characteristics.

Meanwhile, as shown in FIG. 5(a), the harvesting module 900 includes a power generation device 910 that converts kinetic energy generated from walking into electrical energy and a rechargeable battery 920 that charges the converted electrical energy. As a module consisting of, A midsole 112 that absorbs shock transmitted to the smart shoe 100, an upper attached to the upper part of the midsole 112 to cover and protect the heel and instep, and a midsole 112 located on the inside of the shoe. It is provided inside the main body of the sole of the smart shoe 100, which consists of an insole 113 that is mounted on the upper part and absorbs shock by contacting the sole of the foot.

And the power generation device 910 is composed of a case 914, a coil 915, and a magnet 916, as shown in FIG. 5(b), and as shown in FIG. 6, the case 914 has an internal It consists of an upper case (914a) and a lower case (914b) made of synthetic resin in which a space in which the magnet 916 can move is formed, and the upper case (914a) and the lower case (914b) accommodate the magnet 916 in the space. A copper wire coil 915 is wound to a certain thickness and wrapped around the central part of the case 914, which is integrated into the case 914. The magnet 916 is preferably a permanent magnet.

That is, the power generation device 910 causes the wearer of the smart shoe 100 to raise the shoe while walking by extending the foot forward and the shoe contacting the ground, so that the inclination of the shoe is caused by repetitive raising and lowering movements, as shown in Figure 6 ( As shown in b), the magnet 916 accommodated in the case 914 in which the coil 915 is wound to a certain width and thickness in the outer central portion moves back and forth between the coils 915 wrapped to a certain width and thickness. An induced current is generated in the coil 915 in the direction of the arrow. At this time, the induced current generated by the power generation device 910 is charged to the rechargeable battery 920 that stores electricity through a wire (not shown in the drawing). .

Therefore, the present invention adopts a harvesting module that converts the kinetic energy generated when walking into electrical energy and supplies the converted energy to a smart module that can sense activity patterns, eliminating the need to charge the battery from the outside. There is no effect.

For reference, Figure 5, which is a drawing attached to the specification of the present invention, is a diagram for explaining the configuration of a harvesting module applied to smart shoes according to an embodiment of the present invention, and Figure 6 is a diagram for explaining the configuration of a smart shoe according to an embodiment of the present invention. This is a drawing to explain the power generation device of the harvesting module applied to shoes.

The network 200 is a communication network that is a high-speed backbone network of a large communication network capable of high-capacity, long-distance voice and data services, and may be a next-generation wired or wireless network for providing the Internet or high-speed multimedia services. If the communication network is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. An example of an asynchronous mobile communication network may be a WCDMA (Wideband Code Division Multiple Access) type communication network. In this case, although not shown in the drawing, the mobile communication network may include an RNC (Radio Network Controller). Meanwhile, although the WCDMA network was used as an example, it can be a 3G LTE network, a 4G network, other next-generation communication networks such as 5G, and other IP-based IP networks.

The big data platform 300 receives information about the shoe wearer's activity data and walking data from the smart shoes 100 and transmits the accumulated big data information and the health information and walking information to the shoe wearer terminal 400 and the guardian. As a server transmitting to the terminal 500, as shown in FIG. 2, it includes a registration unit 310, a reception unit 320, a big data server 330, an information analysis unit 340, and an information generation unit 350. do.

The register 310 is a means for the wearer of smart shoes 100 to access the healthcare platform 1 using the shoe wearer terminal 400 and input and register physical information such as gender/age, height, and weight of the shoe wearer. In this way, physical information such as gender/age, height, and weight of the shoe wearer entered in the register 310 is stored in the big data server 330.

For reference, in Figure 2, only the smart shoes 100 are shown in the process of registering in the register 310, but it should be understood that the wearer of the smart shoes 100 inputs the shoe wearer's information using the shoe wearer terminal 400. something to do.

When the registration process of the shoe wearer is completed in the register 310, the receiver 320 receives the activity and walking motion information of the wearer of the smart shoes 100 through the network 200 when the wearer of the smart shoes 100 is active. Received, this information is transmitted to the information analysis unit 340.

The information analysis unit 340 transmits the activity and walking motion information of the wearer of the smart shoes 100, along with the gender/age and physical information of the shoe wearer stored in the big data server 330, as well as the weekly/monthly/annual information accumulated and stored so far. Activity data and walking data for each gender/age group collected as a unit are received and the analyzed information is transmitted to the information generation unit 350.

The information generation unit 350 receives the shoe wearer's analysis information transmitted from the information analysis unit 340, generates healthcare information and health solution information, and transmits it to the shoe wearer terminal 400. The transmitted information is transmitted to the shoe wearer terminal 400. The terminal 400 can identify information visualized by time series.

At this time, if it is determined that an abnormal situation has occurred to the wearer of the smart shoes 100, a warning text or alarm is notified to the guardian terminal 500 as well as the person concerned, so that quick emergency measures can be taken.

Therefore, the present invention is a health solution presented through the big data platform 300, which suggests walking time through automatically recorded steps (calories consumed) and diet records (calories consumed), and provides periodic push notifications when GPS use is permitted. This increases interest in exercise and diet control, and provides smart shoe wearers with health information calculated by comparing and analyzing the accumulated big data and the health data of smart shoe (100) wearers, creating an effect of inducing active exercise. There is an effect that can be expected.

'Health information of the wearer of smart shoes (100)' refers to the gender/age and physical information accumulated in the big data server 330, as well as the activity data by gender/age group collected on a weekly/monthly/yearly basis and stored. The activity index and body index of healthy people by gender/age group calculated by analyzing walking data were set to 100, and as a result of mutual analysis of information on smart shoe (100) wearers and big data information based on gender of similar age, smart shoes (100) ) Depending on the body index of each gender/age group based on the collected information of the wearer, information such as '90% of the average health information of men in their 20s' or '70% of the average health information of women in their 30s'.

In addition, health information can be said to use activity information to determine the user's straight or straight steps, measure the left and right balance of both feet, and guide the user to balance the left and right feet and develop correct walking habits.

The shoe wearer terminal 400 connects to the healthcare platform 1 according to the present invention to register the shoe wearer's gender/age and physical information, and receives the smart shoe 100 wearer's own healthcare from the big data platform 300. It is a terminal that receives information.

A method for a shoe wearer to connect using the shoe wearer terminal 400 is to directly access the healthcare platform 1 through a web browser, or to connect to the healthcare platform 1 and use the healthcare app applied in the present invention. There is a way to access it through the healthcare window that opens by downloading it to your smartphone and then touching the app on your smartphone.

If it is determined that there is an abnormality in the walking pattern or health pattern information of the wearer of the smart shoes 100 analyzed by the big data platform 300, the guardian terminal 500 receives emergency information of the wearer of the smart shoes 100. As a terminal, the guardian terminal 500 may be a terminal of an emergency rescue 119 or general hospital as well as a guardian.

The emergency situation information is simultaneously transmitted to the shoe wearer's terminal 400, so that when an abnormal situation occurs to the wearer of the shoes 100, a warning sound is heard to nearby people so that quick emergency measures can be taken.

Meanwhile, the smart shoe 100 according to the present invention may further include a location tracking device within the smart module 200, and the smart shoe 100-based healthcare platform system 1 is a GPS satellite ( 600), if an abnormal situation occurs to the wearer of the smart shoes 100, the location of the wearer of the smart shoes 100 can be quickly and accurately determined.

As shown in FIGS. 7 and 8, the present invention described above applies personal activity or walking data information collected by the smart module 800 embedded in the smart shoe 100 to the data of the big data server. The health information and walking pattern information analyzed by the user is provided to the user terminal 400 to guide the individual's correct walking and manage the health status, and when a gait abnormality or suspected health problem occurs, a warning text is sent to the individual or guardian's terminal ( 500) is an invention that has the effect of notifying and taking action.

For reference, FIGS. 7 and 8, which are drawings attached to the specification of the present invention, are diagrams for explaining the operation process of a smart shoe-based healthcare platform system that collects daily activity data according to an embodiment of the present invention.

In the present invention, a computer-readable recording medium is distributed in a computer system connected to a network, so that computer-readable code can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily deduced by programmers in the technical field to which the present invention belongs.

As described above, the specification and drawings disclose preferred embodiments of the present invention, and although specific terms are used, they are used only in a general sense to easily explain the technical content of the present invention and aid understanding of the invention. , it is not intended to limit the scope of the present invention. In addition to the embodiments disclosed herein, it is obvious to those skilled in the art that other modifications based on the technical idea of the present invention can be implemented.

1: Smart shoe-based healthcare platform system
100: Smart Shoes 200: Network
300: Big data platform 310: Register
320: Receiving unit 330: Big data server
340: Information analysis unit 350: Information generation unit
400: Shoe wearer terminal 500: Guardian terminal
600: GPS satellite 800: Smart module
810: Sensor module 811: 3-axis acceleration sensor
812: 3-axis angular velocity sensor 813: Pressure sensor
820: wireless communication module 830: control module
840: Alarm module 850: Power supply module
900: Harvesting module 910: Power generation device
914: Case 915: Coil
916: Magnet 920: Rechargeable battery

Claims (6)

A smart shoe (100) that collects information about the wearer's activities and walking patterns and transmits it to the big data platform (300);
A network 200 for mutually transferring signals and data between the smart shoes 100, the big data platform 300, the shoe wearer terminal 400, and the guardian terminal 500;
Information on the activity data and walking data of the shoe wearer is received from the smart shoes 100, and the accumulated big data information and the mutually analyzed health information and walking information are transmitted to the shoe wearer terminal 400 and the guardian terminal 500. big data platform (300);
A shoe wearer terminal 400 that receives health information and walking information of the wearer of smart shoes 100 transmitted from the big data platform 300 and manages healthcare; and
A guardian terminal 500 that receives emergency situation information when the wearer of smart shoes 100 has a gait abnormality or a suspected health problem occurs in the walking information transmitted from the big data platform 300;
A healthcare platform system based on daily activity data collection smart shoes, characterized in that it includes.
In claim 1,
The smart shoes 100 are,
A healthcare platform system based on smart shoes that collect daily activity data, characterized by a smart module (800) and a harvesting module (900) mounted within the sole of the shoe.
In claim 2,
The smart module 800,
Daily activity data collection smart shoe-based healthcare platform comprising a sensor module (810), a wireless communication module (820), a control module (830), an alarm module (840), and a power supply module (850). system.
In claim 2,
The harvesting module 900,
It consists of a power generation device 910 and a charging battery 920,
The power generation device 910 has a structure consisting of an upper case 911, a middle case 912, and a lower case 913, and accommodates a magnet 916 in the space consisting of the upper case 914a and the lower case 914b. A daily activity data collection smart shoe-based healthcare platform system characterized by a structure in which a copper wire coil (915) is wound to a certain thickness in the central part of the case (914).
In claim 1,
The big data platform 300 is,
Daily activity data collection smart shoe-based healthcare platform system comprising a register 310, a receiver 320, a big data server 330, an information analysis unit 340, and an information generation unit 350. .
In claim 2,
The sensor module 810 is,
A healthcare platform system based on smart shoes that collect daily activity data, including a 3-axis acceleration sensor (811), a 3-axis angular velocity sensor (812), and a pressure sensor (813).

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