JP7020732B1 - Comprehensive physical condition management system and comprehensive physical condition management method using wearable terminals - Google Patents

Abstract

PROBLEM TO BE SOLVED: To accurately detect a change in physical condition even for a sick person or a healthy person by total health monitoring by a wearable terminal, and to be able to promptly and appropriately deal with an abnormality in physical condition. .. SOLUTION: A wearable terminal (0001) of a physical condition management target person, a physical condition management server group (0002) installed in a management center, a family member, a care manager, a family doctor, a neighborhood watcher, etc. of the physical condition management target person. It has terminals (0003) to (0006) and communication devices (0007) installed in a fire station where an ambulance stands by, and these are connected by a communication network. [Selection diagram] Fig. 1

Description

The present invention is a comprehensive physical condition management system and comprehensive physical condition management using a wearable terminal that monitors daily physical conditions and manages comprehensive physical condition not only for sick and elderly people who need to be watched over, but also for healthy people. Regarding the method.

Conventionally, for example, a three-dimensional distance detecting means capable of detecting the state of an object to be watched in a room by information in a plane position and a height direction, and the height direction information obtained by the three-dimensional distance detecting means are used. , The data processing means for determining the situation of the target person in each area by comparing with the respective comparison reference heights in the bed area, the bedside area and the floor area in the room, and the situation of the target person to the outside by the data processing means. A monitoring system equipped with a judgment result output means for making a report is known.

In addition, it is possible to receive a behavior monitoring sensor that detects people and the like and a sensor signal transmitted by the behavior monitoring sensor, and it is determined whether the person or the like is normal or abnormal based on whether or not the sensor signal is transmitted from the behavior monitoring sensor. When the notification device receives the determination signal, including a central processing device that transmits the determination signal, a notification device that receives the determination signal from the central processing device, and a guardian terminal connected to the notification device via a network. As a reporting device, an action monitoring system that transmits a determination signal to a guardian terminal via the network is also known.

Japanese Unexamined Patent Publication No. 2011-86286 Japanese Unexamined Patent Publication No. 2007-299121

Among the above-mentioned conventional techniques, the former watching system is roughly based on whether the person to be watched is on the bed, at the bedside, or has fallen from the bed to the floor, mainly in the bedroom where the bed is placed. It is not suitable for monitoring in a place where the watching target person does not move much, such as in the tray, because it detects a certain state, and even if an abnormality occurs in the watching target person in the tray, this is accurately detected. There was a risk that it could not be done.

In addition, the latter behavior monitoring system sets the living room, dining room, pet feeding area, etc. of the house as monitoring targets, and determines whether it is normal or abnormal depending on whether or not a movement detection signal is received at predetermined time intervals. Therefore, as long as the monitoring target moves in a specific monitoring area, it is judged to be normal. Therefore, for example, even if an abnormality occurs in the body of the person or pet to be monitored and the person is suffering from movement, if the person is moving, it may be judged as normal, and conversely, the monitoring target is If you sleep for more than a predetermined time or go out, there is a risk that it will be judged as abnormal even though it is in a normal state. Therefore, accurate monitoring detection could not be expected.

Furthermore, in recent years, with the development of IoT (Internet of Things), health management has been carried out by routinely measuring blood oxygen concentration and pulse using a wearable terminal. , The current collection of vital data using wearable terminals is for core users who are sensitive to their own physical condition management, and sufficient measures have been taken for analysis / detection and emergency response of the user's physical condition abnormality. The reality was that it wasn't.

An object of the present invention is to accurately detect a change in physical condition of a sick person, an elderly person, or a healthy person by total health monitoring using a wearable terminal, and to promptly and appropriately detect an abnormality in physical condition. It is an object of the present invention to provide a comprehensive physical condition management system and a comprehensive physical condition management method using a wearable terminal that can deal with it.

The present invention according to claim 1 is a process of a wearable terminal provided with a biosensor unit worn by a physical condition management target person, connected to the wearable terminal via a communication network, and sensed by the wearable terminal. It is a comprehensive physical condition management system that has a group of physical condition management servers installed in the management center.

The present invention according to claim 2 further includes, for the comprehensive physical condition management system according to claim 1, a terminal for a physical condition management target person who manages the physical condition in cooperation with the wearable terminal. The physical condition management target person terminal is also connected to the wearable terminal and the physical condition management server group via a communication network.

The present invention according to claim 3 further comprises a family terminal owned by the family of the person subject to physical condition management for the comprehensive physical condition management system according to claim 1 or 2, and the family terminal also has a communication network. It is connected to the wearable terminal, the physical condition management server group, or the physical condition management target person terminal via the wearable terminal.

The present invention according to claim 4 is a care manager owned by a care manager who supports the life of a person subject to physical condition management with respect to the comprehensive physical condition management system according to any one of claims 1 to 3. The terminal and / or the watcher terminal owned by the watcher located in the vicinity of the physical condition management target person are provided, and each of these terminals also has the wearable terminal and the physical condition management server group, or further the physical condition, via a communication network. It is characterized in that it is connected to a terminal for a managed person and the terminal for the family.

The present invention according to claim 5 comprises the comprehensive physical condition management system according to any one of claims 1 to 4, further comprising a doctor's terminal owned by the family doctor of the person subject to physical condition management. The doctor terminal is also connected to the wearable terminal and the physical condition management server group, or further to the physical condition management target person terminal, the family terminal, the care manager terminal, and the watcher terminal via a communication network. Is what you are doing.

The present invention according to claim 6 further comprises a communication device of a fire department in the area where the person subject to physical condition management is located, with respect to the comprehensive physical condition management system according to any one of claims 1 to 5. The communication device also has the wearable terminal and the physical condition management server group via a communication network, or the physical condition management target person terminal, the family terminal, the care manager terminal, the watcher terminal, and the doctor. It is connected to the terminal.

The present invention according to claim 7 further comprises an operator terminal installed in the management center for the comprehensive physical condition management system according to any one of claims 1 to 6, and the terminal also includes the terminal. The wearable terminal and the physical condition management server group, or the physical condition management target person terminal, the family terminal, the care manager terminal, the watcher terminal, the doctor terminal, and the fire department via a communication network. It is connected to a communication device.

The present invention according to claim 8 is the comprehensive physical condition management system according to any one of claims 1 to 7, wherein the biological sensor unit of the wearable terminal includes at least a physical condition determination unit, and the physical condition determination is performed. When the physical condition judgment by the department is a predetermined physical condition deterioration judgment, the physical condition deterioration information is transmitted to the terminal via the physical condition management server group.

The present invention according to claim 9 relates to the comprehensive physical condition management system according to any one of claims 1 to 8, and further, the wearable terminal takes a self-portrait of a physical condition management target person while wearing the wearable terminal. It is characterized by having a possible live camera unit.

The present invention according to claim 10 is the comprehensive physical condition management system according to any one of claims 1 to 9, wherein the wearable terminal is further equipped with GPS.

The present invention according to claim 11 is the comprehensive physical condition management system according to any one of claims 1 to 10, wherein the wearable terminal further includes a microphone unit.

The present invention according to claim 12 is the integrated physical condition management system according to any one of claims 1 to 11, and further, the wearable terminal and / or the terminal for a person subject to physical condition management has an SNS function unit. In preparation for this, postings regarding the physical condition of the physical condition management target person are made to be posted on the SNS via the physical condition management server group.

The present invention according to claim 13 is the integrated physical condition management system according to any one of claims 1 to 12, wherein the biosensor portion of the wearable terminal has at least a 6-axis acceleration sensor, a blood pressure sensor, and a heartbeat. It is characterized by having a sensor, a blood oxygen concentration sensor / SpO2 monitor, a breathing sensor and a skin moisture monitor.

The present invention according to claim 14 relates to the comprehensive physical condition management system according to any one of claims 1 to 13, wherein the biosensor portion of the wearable terminal is a motion sensor, a body temperature sensor, and an electrocardiogram. It is characterized by having at least one of a sensor and a brain wave sensor.

The present invention according to claim 15 is a comprehensive physical condition management method using the comprehensive physical condition management system according to claim 9, wherein the step is to detect the presence or absence of monitoring selection in the biological sensor unit of the wearable terminal of the wearable terminal of the physical condition management target person. When there is a selection, a step of starting monitoring based on the selection, a step of determining the monitoring data by the physical condition determination unit, and when the determination is at a predetermined deterioration level, the step is performed. The step that the judgment result is sent to one or more terminals of the family, the care manager, the family doctor and the watcher who watch over the physical condition management target person via the server group, and the live camera part of the wearable terminal are automatically activated. It is characterized by having a step of taking a selfie of the physical condition management target person and a step of transmitting the photographed image to one or more terminals of the family, the care manager, the family doctor and the watcher who watch over the physical condition management target person. It is something to do.

The present invention according to claim 16 is the integrated physical condition management method according to claim 15, and the photographed image is transmitted to one or more terminals of a family member, a care manager, a family doctor, and a watcher who watch over the physical condition management target person. It is characterized by having a step of making a rescue request from a server group or a wearable terminal to a communication device of a fire department after the step.

The present invention according to claim 17 is a comprehensive physical condition management method using the comprehensive physical condition management system according to claim 5, and is a group of physical condition management servers for registering personal information of a physical condition management target person who owns a wearable terminal. A step of detecting transmission, a step of storing and accumulating personal information of a person subject to physical condition management when the transmission is made, and a group of physical condition management servers, which constitutes physical condition management of the comprehensive physical condition management system. A step of detecting the transmission of network information of a target person, a family member watching the target person, a care manager, a family doctor, a neighborhood watcher, etc. The step, the step of detecting the transmission of vital data or the like by the biosensor unit from the wearable terminal of the physical condition management target person in the physical condition management server group, and the storage and storage of the vital data or the like when the transmission is performed. A step to perform the physical condition judgment by the physical condition judgment unit on the wearable terminal or the terminal for the physical condition management target person, and a step in which the result information is transmitted and stored in the server group, and the physical condition judgment. It is characterized by having a step of detecting whether the result is a warning state or an alarm state, and a step of delivering the warning / warning state to the terminal of a person watching over the physical condition management target person if any of these is applicable. And.

The present invention according to claim 18 is to the communication device of the fire department after the step of delivering the warning / alarm state to the terminal of the person watching over the physical condition management target person with respect to the comprehensive physical condition management method according to claim 17. It is characterized by having a step in which a rescue request is made.

The present invention according to claim 19 is a comprehensive physical condition management method using the comprehensive physical condition management system according to claim 9, wherein the wearable terminal detects the presence or absence of monitoring selection in the biosensor unit, and the selection. When there is, the step of starting monitoring based on the selection, the step of uploading the monitoring data to the server group, the step of judging the monitoring data by the physical condition judgment unit, and the judgment are in a normal state. , A step of detecting whether or not a state requiring attention, a warning state, or an alarm state corresponds to either a warning state or an alarm state (alert), and a step corresponding to any of these. When it is determined that the judgment result is transmitted to the server group, then the live camera unit is automatically activated to take a self-portrait of the physical condition management target person, and the self-portrait image is sent to the server group. It is characterized by having a step of uploading, a step of detecting the presence or absence of contact by telephone, mail, or SNS from the terminal of the person watching over the physical condition management target person, and a step of communicating when the contact is made. And.

In the present invention, the biosensor is a broad concept including an activity meter.

According to the comprehensive physical condition management system using the wearable terminal according to the present invention, a network of family members, care managers, family doctors, etc. who watch over the physical condition management target person wearing the wearable terminal is formed. The network can form a total health management platform.

That is, the physical condition of the physical condition management target person is grasped and recognized not only by the person himself / herself but also by the watcher side, and if there is any abnormality in the physical condition management target person's body, the watcher side via the network. Crisis management can be performed immediately, and in particular, according to the system of the present invention having a live camera unit in the wearable terminal, even if the person subject to physical condition management collapses due to poor physical condition, the situation is monitored via the live camera unit. Since it is immediately delivered to the person, there is a practical advantage that the current state of the person subject to physical condition management can be easily and surely grasped.

Further, according to the system of the present invention, the biological sensor unit of the wearable terminal includes at least six axes: a 6-axis acceleration sensor, a blood pressure sensor, a heartbeat sensor, a blood oxygen concentration sensor / SpO2 monitor, a breathing sensor, and a skin moisture monitor. There is an advantage that comprehensive physical condition management can be performed with only these six.

It is an overall view of the comprehensive physical condition management system which concerns on embodiment of this invention. It is a hierarchical structure diagram of the cloud. It is a basic block diagram of a computer. It is a functional block diagram of the physical condition management server. It is a block diagram of a physical condition management database server. It is a functional block diagram of a wearable terminal. It is a functional block diagram which shows the structural example of the biological sensor part. It is a flowchart which shows the judgment stage in a physical condition judgment part. It is a front view of a wearable terminal. Similarly, it is a front view of a wearable terminal and shows an operating state. It is a flowchart which shows an example of the process on the wearable terminal side. The flowchart is an example of the processing in the physical condition management server group. It is a figure which shows the posting example on the watcher side in the SNS function part. It is a flowchart which is an example of processing in a wearable terminal.

Next, an embodiment of the present invention will be described with reference to the drawings, but the present invention is not limited to such an embodiment.

As shown in FIG. 1, first, the overall configuration of a comprehensive physical condition management system using a wearable terminal according to the present invention will be described. The system is a wristwatch-type wearable terminal (0001) worn by a physical condition management target person on an arm. The physical condition management server group (0002) installed in the management center that processes information for physical condition management, the smartphone (0003) that is a terminal owned by the family of the physical condition management target person, and the life of the physical condition management target person. A personal computer (0004) owned by a care manager to support, a personal computer (0005) owned by a family doctor of the physical condition management target, a care helper or acquaintance located in the vicinity of the physical condition management target, a personal trainer, etc. It has a smartphone (0006), which is a terminal owned by a watcher, and a communication device (0007) installed in a fire department where an ambulance stands by.

However, in the comprehensive physical condition management system according to the present invention centering on the physical condition management target person having the above-mentioned wearable terminal (0001), at least cooperation with the communication device (0007) installed in the fire station where the ambulance stands by is an essential requirement. Therefore, cooperation with other family members, care managers, family doctors, and neighborhood watchers' terminals (0003), (0004), (0005), and (0006) depends on the wishes and physical condition of the person subject to physical condition management. Can be selected as appropriate. That is, if the person subject to physical condition management is a person who is required to care for the elderly or persons with disabilities, cooperation with a family terminal (0003) is also required, and the person subject to physical condition management is a person who has been certified as requiring long-term care. In some cases, it is also necessary to cooperate with the care manager's terminal (0004) or the neighborhood watcher's terminal (0006). Furthermore, if the person subject to physical condition management is physically suffering from a sickness or the like at all times, the above-mentioned cooperation with the terminal (0005) of the family doctor, that is, even with the full specifications shown in FIG. It is necessary to build a comprehensive physical condition management system.

Further, the comprehensive physical condition management system of the present embodiment further includes an operator's personal computer (0008) that processes information at a management center having the physical condition management server group (0002) and responds when necessary, and the physical condition. It has a smartphone (0009) owned by the person to be managed. In the present embodiment, the wearable terminal (0001) is of a wristwatch type, but may be of another form such as an ankle bracelet type worn on an ankle.

The comprehensive physical condition management system according to the present embodiment is a so-called cloud server system having an overall configuration, and is for comprehensive physical condition management provided by the server group (0002) constituting the cloud and the server group (0002). Depending on the application, each terminal (0003) to (0009), including the wearable terminal (0001) described above, is configured to function. Further, the application for comprehensive physical condition management may be set up in advance on each terminal (0001), (0003) to (0009).

As shown in FIG. 2, the cloud in the cloud server system according to the present embodiment is composed of the above-mentioned server group (0002) and the like, for example, a cloud infrastructure layer (2101) and a cloud service layer (2102) above it. It is composed of a layer such as a cloud application layer (2103) and performs various information processing as described later.

The server device in the server group (0002) used in the present invention functions at least by computer hardware and a computer program executed on the computer hardware.

As shown in FIG. 3, the computer includes, for example, a CD-ROM drive (1802), an MPU (1803), and a bus (1804) connected to the MPU (1803) and the CD-ROM drive (1802). ), A ROM (1805) for storing the program or the like, and a RAM (1806) connected to the MPU (1803) for temporarily storing instructions of an application program and providing a temporary storage space. , An application program, a system program, and a hard disk (1807) for storing data, as well as an interface (1808), an input unit (1809), a display (1810), and the like may be added.

As shown in FIG. 4, the server group (0002) includes, for example, a DNS server (Domain Name System) (4001), a WEB server (4002), an application server (4003), a DB server (4004), and a mail server (4005). ), FTP (File Transfer Protocol) server (4006), file server (4007), etc., and the terminals (0001), (0003) to (0009) via a communication network such as the Internet. It is for information communication.

Then, the cloud server group (0002) described above communicates with each of the terminals (0001) and (0003) to (0009) via a communication network such as the Internet, and processes information and gives an alarm regarding the physical condition of the person to be managed. Alerts) are issued as appropriate, and more specifically, various data related to physical condition management for executing the comprehensive physical condition management system shown in FIG. 1 are stored in the DB server (4004). , The DNS server (Domain Name System) (4001) associates the server group (0002) with the terminals (0001), (0003) to (0009) on the network, and the WEB server (4002) and the file server. (4007) and the FTP (File Transfer Protocol) server (4006) appropriately provide data files related to physical condition between the terminals (0001) and (0003) to (0009), and the app server (4003). A program related to physical condition management is appropriately executed between the terminals (0001) and (0003) to (0009), which are related to, for example, processing of biometric information by various biosensors described later, and further described above. The mail server (4005) is configured to send and receive mails related to physical condition management in the terminals (0001) and (0003) to (0009).

Further, as shown in FIG. 5, as an example of the data stored in the database (DB) server (4004), personal information (name, age, gender, address, occupation, family structure) regarding the person subject to physical condition management, Database (5001) of medical history, presence / absence of daily exercise such as jogging), database of network information of managers such as family members, care managers, family doctors and neighborhood watchers who watch over physical condition management target (5002), physical condition management target person Examples include a database of physical condition information (5003) such as vital data up to the present, alert (alarm) issuance history, and the like.

As shown in FIG. 6, the wearable terminal (0001) in the comprehensive physical condition management system according to the present embodiment performs various communications with the above-mentioned physical condition management server group (0002) and terminals (0003) to (0009). Communication function unit (6001) for this purpose, memory function unit (6002) for storing information such as various applications and data related to physical condition management, and arithmetic processing unit (6003) for executing information processing and calculation related to physical condition management. , A biosensor unit (6004) described later that measures body temperature, blood pressure, heart rate, pulse, etc., a monitoring unit (6005) that performs monitoring by the biosensor unit (6004), the biosensor unit (6004), and the above. A physical condition judgment unit (6006) that determines the physical condition based on various biological information obtained by the monitoring unit (6005), a wide-angle live camera unit (6007) and an image sensor unit (6008) that take a self-portrait of the physical condition management target person. ), The SNS function unit (6011) for performing SNS such as the microphone unit (6009), GPS (Global Positioning System) (6010), and LINE (registered trademark), and the input for performing various input selections. It has a part (6012) and the like. Then, it is preferable that each functional unit of such a wearable terminal (0001) is appropriately functionally divided with the terminal (0009) of the physical condition management target person. However, in some cases, all the above-mentioned functional units are integrated into a wearable terminal (0001) of a physical condition management target person, and the terminal (0009) is omitted.

The communication function unit (6001) transmits and receives data information and the like to and from the physical condition management server group (0002) and the terminals (0003) to (0006), (0008), and (0009), and is a modem. , Tuner and driver, communication module, etc.

The memory function unit (6002) is realized by a RAM (Random Access Memory), a ROM (Read Only Memory), or the like.

In the present embodiment, the arithmetic processing unit (6003) cooperates with the physical condition management server group (0002) to perform processing for executing physical condition management, such as an MPU (Microprocessor) or an MCU (Micro). It is realized by Controller Unit).

The monitoring unit (6005) executes sensing in the biosensor unit (6004), and is usually realized by software.

As will be described later, the physical condition management determination unit (6006) determines whether the sensing result in the biosensor unit (6004) is normal / abnormal, and is usually realized by software.

As shown in FIG. 9, the live camera unit (6007) in the wearable terminal (0001) is a small camera provided with a wide-angle lens such as a fisheye lens in the present embodiment, and the physical condition management target person wears the wearable terminal (0001). It has a function of automatically photographing the physical condition management target person and the background location where the physical condition management target person is located when worn on the arm or foot. Then, the captured image can be appropriately distributed from the wearable terminal (0001) to the physical condition management server group (0002), each terminal (0003) to (0009), and the like.

The image sensor unit (6008) supports the image quality taken by the live camera unit (6007).

The microphone unit (6009) acquires, for example, the voice of a person subject to physical condition management and the voice around it.

In the present embodiment, the GPS (Global Positioning System) is for specifying the location of a physical condition management target person wearing a wearable terminal (0001).

The SNS function unit (6011) has a function related to communication and posting with the person subject to physical condition management through SNS such as LINE (registered trademark) and YouTube (registered trademark), and is realized by software / application. Will be done.

The input unit (6012) relates to flick input or the like for selecting various operation executions in the wearable terminal (0001), and is realized by software or the like.

The wearable terminal (0001) described above constitutes an automatic diagnosis platform, and senses the physical condition of the physical condition management target person in real time for 24 hours by total health management in terms of both medical care and health. It is manageable.

More specifically, as shown in FIG. 7, the biosensor unit (6004) of the wearable terminal (0001) includes various biosensors, for example, various acceleration sensors (7001) and motion sensors ( 7002), blood pressure sensor (7003), heart rate sensor (7004) and breathing sensor (7005), skin moisture sensor (7006), body temperature sensor (7007), blood oxygen concentration sensor (7008), electrocardiogram sensor (7009) and brain wave. It has a total (7010) and the like.

The sensors (7001) to (7010) in the biosensor unit (6004) described above may be used by setting all of them in the wearable terminal (0001), or one of them as needed. In some cases, only the part is selected and set and used, and in some cases, other sensors are additionally used.

Further, as the above-mentioned sensors (6001) to (6013), existing commercially available ones can be used, and the description thereof will be omitted.

As described above, a part of the sensor in the biosensor unit (6004) is provided in the terminal (0009) of the physical condition management target person, and is configured to cooperate so that sensing is performed by the wearable terminal (0001). In some cases.

Examples of the sensing by the physical condition manager by the biosensor unit (5004) described above include the following. That is, the mental state of the physical condition manager, activity state and activity amount (step count and mileage), calories burned, real-time posture, blood pressure, body temperature, heart rate and pulse, electrocardiogram, apnea syndrome, skin condition, blood oxygen. Concentration, brain wave, etc. can be mentioned.

Then, in the present embodiment, in the monitoring by the monitoring unit (5005) related to these sensings, the physical condition determination unit (5006) determines whether or not the condition matches the predetermined physical condition, and matches the condition. In some cases, for example, A. Normal condition, B. Gaze required, C.I. Warning status, D. A stepwise physical condition judgment such as an alarm state (alert) is performed.

More specifically, as shown in FIG. 8, the determination of the physical condition condition by the above-mentioned physical condition determination unit (5006) is set in four stages from A to D in the present embodiment, and is referred to as “A. Normal state”. Is a state in which the monitoring value by any of the sensors (7001) to (7010) provided in the biosensor unit (6004) does not deviate from the predetermined normal range. The "gaze state" means that the monitoring value by any of the sensors (7001) to (7010) provided in the biosensor unit (6004) deviates from a predetermined normal range, but is serious. The "C. Warning state" is a monitoring value by any of the sensors (7001) to (7010) provided in the biosensor unit (6004). Is a state that deviates from a predetermined normal range and the degree of concern is to the extent that it is necessary to contact the physical condition management target person, and the "D. alarm state (alert)" is the biosensor unit ( In each of the sensors (7001) to (7010) provided in 6004), the monitoring value by any of the sensors deviates from a predetermined normal range, and the person to be managed for physical condition needs to be rescued.

The four-step physical condition determination by the physical condition determination unit (5006) described above is a single monitoring result of each sensor (7001) to (7010) provided in the biological sensor unit (6004), or a combined monitoring. Based on the results, it is done using AI (artificial intelligence).

In the four-step physical condition judgment by the physical condition judgment unit (5006), for example, when the acceleration sensor (7001) or the motion sensor (7002) determines that the physical condition management target person has fallen, "D. Alarm. It may be a "state (alert)", and the presence or absence of arrhythmia may be determined by the difference between the "heart rate" and the "pulse rate", and it may be determined as "C. warning state" or the like.

The terminals (0003) and (0006) owned by the family of the physical condition management target person and the neighborhood watchers are smartphones in the present embodiment, and the application related to the comprehensive physical condition management is downloaded from the cloud server group (0002). Therefore, various data and the like related to the physical condition of the person subject to physical condition management can be shared. Further, the terminals (0004), (0005), and (0008) of the care manager, the family doctor, and the operator of the management center are personal computers, and the software / application related to the comprehensive physical condition management is the cloud server group (0002). ), And it is set up to handle various data related to the physical condition of the person subject to physical condition management, and data related to various physical conditions of the person subject to physical condition management can be shared and viewed. Of the information handled by the terminals (0003) and (0006) owned by the family members of the physical condition management target and the neighbor watchers, and the terminals (0004) and (0005) owned by the care manager and family doctor, it is particularly important. The above-mentioned A.I. Normal condition, B. Attention required, C.I. Warning status, D. It is information on step-by-step physical condition judgment such as alarm status. Further, the analysis of the monitoring result by the physical condition determination unit (5006) may be performed by the wearable terminal (0001) or the terminal (0009), or may be performed by the cloud server group (0002) of the physical condition management center.

Further, the terminal (0008) of the management center is operated by an operator who supports the smooth operation of the entire physical condition management system, and is operated by not only the physical condition management target person but also other terminals (0003) to (0007). It also responds to the contact of. The operator's response at the terminal (0008) of the management center contributes to the smooth operation of the comprehensive physical condition management system and at the same time plays a role as a safety net.

In the present invention, as the biosensor unit (5004) described above, at least a 6-axis acceleration sensor (7001), a blood pressure sensor (7003), a heart rate sensor (7004), a blood oxygen concentration sensor / SpO2 monitor (7008), and a respiratory sensor ( It is preferable to have six of 7005) and a skin moisture monitor (7006). That is, these six sensors can grasp various situations described later in terms of both the body and mind of the physical condition management target person.

More specifically, according to these six sensors (7001), (7003), (7004), (7005), (7006) (7008), anxiety and atrial fibrillation based on changes in heart rate and blood temperature. / Can detect the possibility of heart disease such as heart attack, hypertension / hypotension, stroke, excessive stress, pregnancy, etc., and sleep apnea syndrome, insomnia and bipolar due to decreased SpO2 and lack of sleep. Disorders, coughing / squeezing / sweating and cold / influenza based on temperature changes, and possible heat stroke / hypothermia based on respiratory rate / body temperature / skin condition changes and uncoordinated exercise, various arthritis based on decreased exercise volume It becomes possible to comprehensively grasp the onset of Parkinson's disease based on the onset of the disease and the onset of Parkinson's disease based on the shaking. That is, instead of simply monitoring using the above-mentioned six sensors (7001), (7003), (7004), (7005), (7006), and (7008) in the wearable terminal (0001). This is because it is possible to manage the physical condition of the person subject to physical condition management in terms of both mental and physical conditions by organically processing the diagnostic calculation of these monitoring results. AI (artificial intelligence) can be utilized as the diagnostic calculation process.

Then, the above-mentioned monitoring information is transmitted to the physical condition management server group (0002), and each terminal (0003), (0004), (0003), (0004), and a family member, a care manager, a family doctor, and a neighborhood watcher who watch over the physical condition management target person. 0005) ・ (0006) and the like can be appropriately transmitted, provided, and shared.

As shown in FIG. 10, the wearable terminal (0001) described above displays, for example, an electrocardiogram by the electrocardiogram sensor in real time, and the same applies to other sensors.

Further, as shown in FIGS. 9 and 10, the wearable terminal (0001) also displays an image of the physical condition management target person himself / herself automatically taken by the live camera unit (6007), and the image is displayed via the communication network. Physical condition management by appropriately transmitting to each terminal (0003), (0004), (0005), (0006), etc. of the family, care manager, family doctor, and neighborhood watcher who watch over the connected physical condition management target person. The situation of the subject can be grasped visually and instantly in real time. That is, if the person subject to physical condition management is in poor physical condition such as fever, palpitation, shortness of breath, or is collapsed, the face of the person subject to physical condition management photographed by the live camera unit (6007) may be red, or vice versa. The situation where the face is pale, weakened, or unconscious is delivered to each terminal (0003), (0004), (0005), and (0006) in real time. Further, as described above, even if the person subject to physical condition management is bedridden or falls due to excessive physical condition, the on-site situation can be measured in real time by the live camera unit (6007). (0005) · (0006), etc., and by this, the family, the care manager, the family doctor, and the neighborhood watcher are informed that the physical condition management target person is in the alarm state (alert) by the physical condition judgment unit (6006) described above. Can be grasped and confirmed immediately.

Since the transmission of the captured image by the live camera unit (6007) described above has a problem of protecting the privacy of the person subject to physical condition management, some image processing such as appropriate filtering or masking may be performed in advance.

That is, the monitoring by each sensor in the biosensor unit (6004) described above is performed as vital data such as numerical values and waveforms of each terminal (0003), (0004), (0005), (0006), (0008), (0008). The four-step physical condition judgment by the physical condition judgment unit (6006) based on the vital data is also distributed and provided to each terminal (0003), (0004), (0005), (0006), as electrical and electronic information. Although it can be provided to (0008) and (0009), as a final confirmation, the live image of the physical condition management target person himself / herself by the live camera unit (6008) eliminates misdiagnosis and troubles of the system and is the physical condition management target person himself / herself. It functions as a safety net to directly grasp and confirm.

Next, as shown in FIG. 11, an example of processing in the comprehensive physical condition management system using the wearable terminal according to the present embodiment will be described. First, the wearable terminal (0001) of the physical condition management target person, or further the terminal (0009). (S1101), after the power is turned on, the presence or absence of a monitoring selection in the biosensor unit (6004) is detected (S1102), and when the selection is made, monitoring based on the selection is started. (S1103). After that, the monitoring data is judged by the physical condition determination unit (6006) (S1104), that is, the physical condition is the above-mentioned A. Normal condition, B. Gaze required, C.I. Warning status, D. Determine which of the alarm states (alerts) is in. And B. Gaze required, C.I. Warning status, D. It detects whether or not it corresponds to any of the alarm states (alerts) (S1105), and if it is determined that it corresponds, the determination result is a terminal (0003) such as a family member who watches over the physical condition management target person via the server group (0002). )-(0006) (S1106). Furthermore, the transmitted physical condition judgment is C.I. Warning status and D. In the case of an alarm state (alert), the live camera unit (6008) of the wearable terminal (0001) automatically operates to take a self-portrait of the physical condition management target person (S1107), and the captured image is the physical condition management target. It is automatically transmitted to terminals (0003) to (0006) such as family members watching over the person (S1108). Then, the D. In the case of an alarm state (alert), is the location information and personal information of the person subject to physical condition management sent directly from the wearable terminal (0001) or terminal (0009) to the communication device (0007) of the fire department? Alternatively, a rescue request is transmitted via the terminals (0003) to (0006) of a watcher such as a family member, and an ambulance is arranged (S1109). In order to increase the certainty when arranging an ambulance, D. After confirming the self-portrait image status of the person whose physical condition is to be managed by the live camera unit (6008) on the terminals (0003) to (0006) that have received the alarm state (alert), the fire department on the terminals (0003) to (0006). If you contact, the accuracy of the above-mentioned rescue request will be improved.

As shown in FIG. 12, an example of the processing in the above-mentioned physical condition management server group (0002) will be described. The transmission of the personal information registration of the physical condition management target person who owns the wearable terminal (0001) is detected (S1201). When the transmission is received, the personal information of the physical condition management target person is stored and stored (S1202). At this time, the personal information also includes information on a watcher such as a family member who watches over the person subject to physical condition management. Further, in the physical condition management server group (0002), network information of a physical condition management target person constituting the nate work of the comprehensive physical condition management system, a family member watching over the target person, a care manager, a family doctor, a neighborhood watcher, and the like. (S1203), and if there is such a transmission, the network information is stored and stored (S1204). Further, the physical condition management server group (0002) detects the transmission of vital data or the like by the biosensor unit (6004) from the wearable terminal (0001) of the physical condition management target person (S1205), and when the transmission is performed. Is to store and store the vital data and the like (S1206), and then the physical condition determination unit (6006) performs the physical condition determination (A to D) on the wearable terminal (0001) or the terminal (0009) of the physical condition management target person. As a result, the result information is transmitted to the server group and stored and stored (S1207). Furthermore, it detects whether the physical condition judgment result is "C. warning state" or "D. alarm state (alert)" (S1208), and if it corresponds to these, the warning / alarm state (alert) is subject to physical condition management. It is delivered to the terminals (0003), (0004), (0005), (0006) of the person watching over the person, and if it is in an alarm state (alert), a rescue request is made to the communication device (0007) of the fire department. Is performed (S1209).

In the terminals (0003), (0004), (0005), and (0006) of the person who watches over the physical condition management target person, access the server group (0002) to browse the health condition of the physical condition management target person at any time. Can be done.

Further, as shown in FIG. 13, information on the physical condition status of a certain physical condition management target person is shared among those who watch over the physical condition management target person by using the SNS function unit (6011).

When the physical condition judgment unit (6006) makes a physical condition judgment by the physical condition management server group (0002), the physical condition management target person has four stages from A to D based on the received vital data and the like. In some cases, the physical condition determination is performed by the server group (0002), and necessary distribution is performed from the physical condition management server group (0002) to each terminal (0001) to (0009).

As shown in FIG. 14, an example of processing in the wearable terminal (0001) will be described. The power ON is detected (S1401), and after the power is turned ON, the presence / absence of monitoring selection in the biosensor unit (6004) is detected (S1402). ), When the selection is made, monitoring based on the selection is started (S1403). Then, the monitoring data is uploaded to the server group (0002) (S1404). Further, the monitoring data is determined by the physical condition determination unit (6006) (S1405), and the physical condition is the above-mentioned A. Normal condition, B. Gaze required, C.I. Warning status, D. Determine which of the alarm states (alerts) is in. And C.I. Warning status, D. It detects whether or not any of the alarm states (alerts) is applicable (S1406), and if it is determined to be applicable, the determination result is transmitted to the server group (0002) (S1407). Further, in this case, the live camera unit (6007) automatically operates to take a self-portrait of the physical condition management target person (S1408), the self-portrait image is uploaded to the server group (0002) (S1409), and then. It detects the presence or absence of contact by telephone, mail, or SNS from the terminals (0003) to (0006) of the person who watches over the physical condition management target person (S1410), and communicates when the contact is made (S1411). In addition, in the physical condition judgment, D. When the alarm status (alert) is determined, a report (alert) is issued to the communication device (0007) of the local fire department via the server group (0002) (S1412), and the place of the person subject to physical condition management. An ambulance will arrive at.

According to the physical condition management system using the wearable terminal according to the present invention, real-time physical condition management by the person wearing the wearable terminal and watching by a family member, a family doctor, etc. who watch over the person wearing the wearable terminal are performed in parallel at the same time. Because it is performed, it is possible to manage the physical condition perfectly, and it can be expected to be widely used in the field of wearable terminals.

(0001) Wearable terminal (0002) Cloud server group (0003) Family terminal (0004) Care manager terminal (0005) Family doctor terminal (0006) Neighborhood watcher terminal (0007) Fire department communication equipment (0008) Management Center terminal (0009) Physical condition management target terminal (4004) Physical condition management database server (6004) Biosensor unit

Claims (5)

A wristwatch-type wearable terminal equipped with a biosensor unit worn by a person subject to physical condition management, connected to the wearable terminal via a communication network, and installed in a management center that processes physical condition management information sensed by the wearable terminal. The physical condition management server group, the physical condition management target terminal in which the physical condition management target person cooperates with the wearable terminal to manage the physical condition, the family terminal owned by the physical condition management target person's family, and the physical condition. It has a doctor terminal owned by the family doctor of the management target person, a communication device of the fire department in the area where the physical condition management target person is located, and an operator terminal installed in the management center, and has the wearable terminal and the physical condition. The management server group, the physical condition management target person terminal, the family terminal, the doctor terminal, the communication device of the fire department and the operator terminal are connected by a communication network, and the biosensor unit of the wearable terminal is connected. When at least a physical condition determination unit is provided and the physical condition determination by the physical condition determination unit is a predetermined physical condition deterioration judgment, the physical condition deterioration information is transmitted to the family terminal, the doctor terminal, and the like via the physical condition management server group. A live camera that is configured to be transmitted to at least one of the communication equipment of the fire department or the terminal for the operator, and the wearable terminal can take a self-portrait of a person to be managed by the physical condition while wearing the wearable terminal. The biosensor unit of the wearable terminal includes at least a 6-axis acceleration sensor, a blood pressure sensor, a heart rate sensor, a blood oxygen concentration sensor / SpO2 monitor, a breathing sensor, and a skin moisture monitor. A comprehensive physical condition management system that features it . Furthermore, it is equipped with a care manager terminal owned by a care manager that supports the life of the physical condition management target person and / or a watcher terminal owned by a watcher located in the vicinity of the physical condition management target person, and each of these terminals is also a communication network. The comprehensive physical condition management system according to claim 1 , which is connected to a wearable terminal, a physical condition management server group, a physical condition management target person terminal, a family terminal, a communication device of a fire department, and an operator terminal . Further, the claim that the wearable terminal and / or the terminal for the physical condition management target person is provided with an SNS function unit, and posting regarding the physical condition of the physical condition management target person is made on the SNS via the physical condition management server group. 1 or the comprehensive physical condition management system according to claim 2. The comprehensive physical condition management system according to any one of claims 1 to 3, wherein the biological sensor unit of the wearable terminal has at least one of a motion sensor, a body temperature sensor, an electrocardiogram sensor, and an electroencephalogram sensor. .. It is a comprehensive physical condition management method using the comprehensive physical condition management system according to claim 1 , and is a step of detecting the presence or absence of a monitoring selection in the biosensor unit of the wearable terminal of the physical condition management target person, and when the selection is made. A step of starting monitoring based on the selection, a step of judging the monitoring data by the physical condition judgment unit, and a judgment result of the physical condition management server group when the judgment is at a predetermined physical condition deterioration level. A step to be sent to one or more terminals of the family or family doctor who watches over the physical condition management target person through, and a step to automatically activate the live camera part of the wearable terminal to take a self-portrait of the physical condition management target person. The captured image has a step of being transmitted to one or more terminals of the family or family doctor who watches over the physical condition management target person, and further, the captured image is among the family or family doctor who watches over the physical condition management target person. After the step of being transmitted to one or more terminals, there is a step of making a rescue request from the physical condition management server group or the wearable terminal to the communication device of the fire department, and the monitoring data is at least a 6-axis acceleration sensor. A comprehensive physical condition management method comprising a blood pressure sensor, a heart rate sensor, a blood oxygen concentration sensor / SpO2 monitor, a breathing sensor, and a skin moisture monitor .

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