KR102681198B1 - Smart senior citizen community center service system - Google Patents

Abstract

The present invention relates to a smart senior citizen center service system which supports health management through an operating platform (cloud) server (20) connected to a smart senior citizen center platform (10) through a wired/wireless communication network. The smart senior citizen center platform (10) comprises: a one-touch automatic blood pressure meter (12) for automatically measuring blood pressure in a one-touch manner; a non-invasive blood glucose meter (14) for self-blood glucose measurement in a non-invasive manner; a healthcare desk and a chair (16) in which an integrated gate and a fixed blood pressure meter are installed; and an integrated gateway (11) for collecting sensing device information and health measurement data and transmitting the same to an operating system. According to the present invention, the smart senior citizen center service system has an effect of detecting and managing health statistics and abnormal signs by measuring living health data such as body temperature, blood pressure, pulse, etc. by establishing a smart healthcare system for senior citizens located in a specific area.

Description

SMART SENIOR CITIZEN COMMUNITY CENTER SERVICE SYSTEM}

The present invention relates to a smart senior center service system, which builds a smart healthcare system targeting seniors located in a specific area to measure daily health data such as body temperature, blood pressure, and pulse to detect and manage health statistics and abnormal signs. Notification services are provided to guardians, and health coaching management by professional medical staff is possible through cumulative management of the senior citizen's daily health health statistics information on the administrator page. Based on the measured blood pressure measurement results, expert 1:1 personal service is provided to the senior citizen. We provide a customized health coaching consultation service and a new type of smart senior center service system that can effectively manage the health of the elderly by providing real-time video group health education services necessary for the elderly identified through expert 1:1 customized health coaching consultation. It's about.

Recently, the elderly population has been rapidly increasing. In modern society, the average life expectancy is increasing due to various factors such as improvement in living standards and advances in medical technology, and the proportion of the elderly population is increasing significantly. In particular, in the case of Korea, aging is progressing very rapidly, and it only took 18 years for the proportion of the population aged 65 or older to increase from 7% to 14%. According to the National Statistical Office and the United Nations, Korea is expected to enter a super-aging society in 2025 with the proportion of the elderly population exceeding 20%. Afterwards, aging is expected to continue, reaching 40% optimistically and 50% pessimistically in the 2060s. .

As the proportion of the elderly population increases, the type and number of elderly welfare facilities are also increasing significantly. Types of senior welfare facilities include senior citizen residential welfare facilities such as nursing homes, senior citizen group living homes, and senior welfare homes, senior medical welfare facilities such as senior citizen nursing facilities and senior citizen care group living homes, senior citizen welfare centers, senior citizen centers, and senior citizen classes. There are leisure welfare facilities and welfare facilities for the elderly at home that provide visiting care services, day and night care services, short-term care services, visiting bathing services, visiting nursing services, home elderly support services, and welfare equipment support services. The number of such welfare facilities for the elderly increased from 72,860 in 2013 to 79,382 in 2019, and is expected to continue to increase in the future.

Among elderly medical welfare facilities, facilities for elderly care services are facilities that admit elderly people who need help due to significant physical and mental disabilities due to geriatric diseases such as dementia, stroke, etc., and provide meals, nursing care, and other conveniences necessary for daily life. As a result, the number of facilities is continuously increasing.

Among home-based senior welfare facilities, the number of facilities for day and night care services and home visit nursing services is also increasing significantly. Day and night care services provide various necessary conveniences to mentally and physically weak seniors and disabled seniors who cannot receive protection from their families due to unavoidable reasons by placing them in protective facilities during the day or night to stabilize their lives and maintain and improve their mental and physical functions. It is a service to relieve the physical and mental burden of the family. Visiting nursing service is a service that provides various necessary conveniences to elderly people living their daily lives at home and suffering from physical and mental disabilities, allowing them to enjoy a healthy and stable retirement in the community.

As mentioned above, despite the rapid quantitative growth of facilities for elderly care services, day and night care services, and home visit care services, information on these elderly care facilities is shared so that seniors with health problems can find elderly care facilities suitable for their condition. It is not possible to systematically receive guidance on how to use it. In addition, as the number of elderly care facilities increases, the demand for human resources such as nursing assistants, care workers, and social workers working in the facilities is also increasing. However, a systematic system that can connect the necessary personnel to facilities in need of such personnel in a timely manner is needed. This is a poor situation

Meanwhile, older people tend to spend time gathering at local senior centers. Reflecting this trend, there are many ways to check and manage the health of senior citizens by equipping senior centers with smart senior center facilities.

[Prior art literature]

Republic of Korea Patent Registration No. 10-2474660 (registration date: December 1, 2022) (Title of invention: Nursing service platform system providing elderly care facility information and personnel information)

The present invention was developed to solve the problems of the prior art described above. It builds a smart healthcare system targeting elderly people located in a specific area, measures daily health data such as body temperature, blood pressure, and pulse, and reports health statistics and abnormal signs. Detects and manages health, provides notification services to guardians, and enables health coaching management by professional medical staff through cumulative management of the senior citizen's daily health health statistics information on the administrator page. Based on the measured blood pressure measurement results, the senior citizen We provide expert 1:1 personalized health coaching consultation services to seniors, and provide real-time video group health education services necessary for seniors identified through expert 1:1 customized health coaching consultations, a new form of effectively managing the health of seniors. The purpose is to provide a smart senior center service system.

According to a preferred embodiment of the present invention for achieving the above-described object,

In the smart senior center service system,

It provides health management support through the smart senior center platform (10) and the operating platform (cloud) server (20) connected through a wired and wireless communication network,

The smart senior center platform (10) includes a one-touch automatic blood pressure monitor (12) that automatically measures blood pressure with one touch, a blood glucose meter (14) that measures self-sugar glucose without blood sampling, and a healthcare desk and chair equipped with an integrated gate and a fixed blood pressure device ( 16) and an integrated gateway 11 that collects sensing device information and health measurement data and transmits them to the operating system,

The information collected from the smart path platform (10) is transmitted to the operating platform (cloud) server (20) through the integrated gateway (11),

The operating platform (cloud) server 20 is equipped with a smart healthcare operating system 22 and collects information through the standard health sensing information collection department, health measurement monitoring and health management service department, and user/equipment installation/operation status management department. , monitoring, and equipment management are performed, and the performance status is displayed on the screen through the display unit.

The operating platform (cloud) server 20 performs a health monitoring function, and monitors health coaching centers (linked to medical institutions) and provides health management support services through networking with partner hospitals across the country (information exchange possible through wired and wireless communication networks). A smart senior citizen service system characterized in that it provides health care support services to the smart senior citizen computer server (10),
The smart senior center service system is
As a management server, the health management server, an air purifier, air circulator, and indoor environment sensor that transmit sensing data to the management server through a wired and wireless communication network are connected to the management server through a wired and wireless communication network, allowing you to enter health information and receive health management services. There is a healthcare kiosk equipped with a thermometer, blood pressure monitor, blood sugar meter, and body fat meter,
Connected to the management server above through a wired or wireless communication network, it provides linkage with related organizations and family linkage functions, that is, web access to health institution personnel/base hospitals and related organizations, and mobile APP (monitoring/video conferencing) connection functions for personal mobile phones/local residents/family. computer servers of related organizations,
It includes a manager terminal that is connected to the management server through a wired or wireless communication network and provides services such as group facility integrated services, group facility indoor air quality management, health management services, and report issuance,
The air purifier, air circulator, indoor environment sensor, and healthcare kiosk are installed in a senior center in a specific area, collect sensed information through a wired and wireless communication network, and provide health care services through the entered health information.
The operating platform server is
Log data is collected during the registration and measurement process of health care service subscribers,
We collect data measuring members’ body type and health status through exercise programs conducted by Smart Senior Citizens’ Center.
Check service satisfaction (convenience, usefulness, satisfaction) for each smart route,
Disease distribution (hypertension, diabetes, cancer, arthritis, depression, heart disease, hyperlipidemia, benign prostatic hyperplasia, stenosis, etc.), health mission (taking medicine, walking, measuring blood pressure, measuring blood sugar, eating three meals, drinking water, measuring weight, per senior) It displays statistics on the number of diseases (1, 2, 3, 4, 5), and provides coaching services through this.
Provides mission and monitoring services utilizing healthcare devices for each smart route,
As a video/expert group education, we operate a health management coaching center to sequentially provide services such as characteristics of hypertension in the elderly, correct blood pressure measurement method, and hypertension prevention (exercise, eating habits, smoking cessation/drinking), and various sensors and healthcare at each stage. The data acquired through the device is stored and managed on the administrator's computer (server), thereby providing a smart senior center service system that can provide coaching services by appropriately operating a health coaching program by professional medical staff.

In addition, the smart healthcare operating system is characterized by providing professional medical staff support (nurse/medical professional) services to enable linkage with experts in each field.

In addition, emergency situation information is collected from service recipients at the smart senior center, or general situation information is collected and transmitted through the integrated operation Gatorway and educational communication devices,

The tablet-type integrated gateway transmits emergency situation information and general situation information,

The emergency management department detects emergency situations that occur in the smart senior center and provides services to support emergency safety by receiving a call signal.

The system administrator manages the system by receiving monitoring information from the cloud server through the gateway monitoring unit.

In addition, the smart senior center service system performs data and service linkage, including public API linkage (bus/traffic information/lunar information, etc.), Seoul City Live Class senior education service linkage, and public health center health counseling linkage consultation (non-face-to-face accompanying health care pilot). service, etc.) provides services.

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According to the smart senior center service system according to the present invention, a smart healthcare system is established for seniors located in a specific area, and health data such as body temperature, blood pressure, and pulse are measured to detect and manage health statistics and abnormal signs. In addition, notification services are provided to guardians, and health coaching management by professional medical staff is possible through cumulative management of the senior citizen's daily health health statistical information on the administrator page. Based on the measured blood pressure measurement results, expert 1: 1 We provide a personalized health coaching consultation service, and provide a real-time video group health education service necessary for the elderly identified through expert 1:1 customized health coaching consultation, which is effective in effectively managing the health of the elderly.

1 is a schematic conceptual diagram of a smart senior citizen service system according to a preferred embodiment of the present invention.
Figure 2 is a detailed block diagram of a smart senior citizen service system according to a preferred embodiment of the present invention.
Figure 3 is a detailed explanatory diagram of a smart senior center service system according to a preferred embodiment of the present invention.
Figure 4 is a schematic conceptual diagram of a smart senior citizen service system according to a preferred embodiment of the present invention, similar to Figure 1.
Figure 5 is an operation flowchart of a smart senior citizen service system according to a preferred embodiment of the present invention.
Figure 6 is an explanatory diagram schematically explaining the process of the smart senior center coaching service in the smart senior center service system according to the present invention.

Since the present invention can be modified in various ways and can have various embodiments, specific embodiments will be illustrated in the drawings and described in detail.

However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

The terms used in this application are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or a combination thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and unless clearly defined in the present application, should not be interpreted in an ideal or excessively formal sense. No.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings. In order to facilitate overall understanding when describing the present invention, the same reference numerals are used for the same components in the drawings, and duplicate descriptions of the same components are omitted.

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

Figure 1 is a schematic conceptual diagram of a smart senior citizen service system according to a preferred embodiment of the present invention, Figure 2 is a specific block diagram of a smart senior citizen service system according to a preferred embodiment of the present invention, and Figure 3 is a preferred embodiment of the present invention. It is a detailed explanatory diagram of a smart senior citizen service system according to an embodiment, Figure 4 is a schematic conceptual diagram of a smart senior citizen service system according to a preferred embodiment of the present invention, similar to Figure 1, and Figure 5 is a preferred embodiment of the present invention. This is an operation flowchart of the smart senior citizen service system according to , and Figure 6 is an explanatory diagram schematically explaining the process of the smart senior citizen coaching service in the smart senior citizen service system according to the present invention.

First, the concept of the senior citizen smart healthcare system will be explained through Figure 1. The smart healthcare system 100 according to an embodiment of the present invention is a healthcare system that helps seniors manage their health. Specifically, referring to Figure 1, a specific area (Yangcheon-gu, Seoul, the area shown in the description and drawings of the present invention is not limited to that area and is provided as an example) smart route party platform (10 ) and the operating platform (cloud) server 20 according to the present invention, which is connected through a wired and wireless communication network, provides health and light management support.

The smart senior center platform (10) includes a one-touch automatic blood pressure monitor (12) that automatically measures blood pressure with one touch, a blood glucose meter (14) that measures self-sugar glucose without blood sampling, and a healthcare desk and chair equipped with an integrated gate and a fixed blood pressure device ( 16) and an integrated gateway 11 that collects sensing device information and health measurement data and transmits them to the operating system.

The information collected from the smart path platform (10) is transmitted to the operating platform (cloud) server (20) through the integrated gateway (11).

The operating platform (cloud) server 20 is equipped with a smart healthcare operating system 22 and collects information through the standard health sensing information collection department, health measurement monitoring and health management service department, and user/equipment installation/operation status management department. , monitoring, and equipment management are performed, and the performance status is displayed on the screen through the display unit.

Meanwhile, the operating platform (cloud) server 20 performs a health monitoring function, for example, by monitoring the health coaching center (connected to medical institutions) and networking with partner hospitals across the country (capable of exchanging information through wired and wireless communication networks). To enable health management support services, health care support services are provided to the smart senior center computer server 10.

The smart healthcare operating system will also provide professional medical staff support (nurse/medical professional) services to enable connection with experts in each field.

Figure 2 is a detailed configuration diagram of a smart healthcare system per senior citizen according to a preferred embodiment of the present invention.

Referring to Figure 2,

Looking at sensors and devices per smart route,

As leisure activity devices, smart work, smart tables, and singing health devices are provided.

In addition, an educational communication device (video system) is provided, a smart kiosk (physical education/health) is provided, a blood pressure monitor and a blood sugar meter are provided, a facial recognition device is provided to enable facial recognition, and an emergency button is provided. Fire detection, gas detection, entry/exit detection, activity detection, and air quality detection sensors are provided, and a smart switch is provided. Detection sensors are transmitted to the smart route platform through an integrated gateway via ZigBee (wireless communication).

The integrated gateway is

An emergency button, safety sensor, and life sensor are provided, an SDK is provided (a voice interface is provided to extract commands, voice recognition, and TTS functions), a platform interface (user authentication, device management UI) is provided, and a sensor is provided. A management device (registration, status inquiry, device control functions) is provided.

The smart path platform is

As a service interface unit, self-health check unit (biological health measurement, abnormal symptom detection, health check management), integrated gateway unit (equipment management, health data collection, environmental data collection, leisure activity device linkage, smart safety data collection), Includes API department (biometric information, member management, measurement information inquiry, post inquiry).

The content management department performs health consultation content management, smart safety management, and healthcare content management functions.

The platform component department is responsible for security (authentication management, authority management, security settings, OAuth 2.0), personal information analysis (biometric information analysis, health report), security management (personal authentication, data authentication, data access control, data security), and measurement information. It includes a management department (HL7 standard data processing, data life cycle), an e-government framework department, and a data access layer department, and other databases include biometric information, basic management, health information, life-log, Includes health content database.

The platform management department performs equipment management, log management, user management, consultation management, health measurement, images and videos, text, bulletin board, statistics, login, and dashboard management.

Meanwhile, the manager operation terminal is connected to the sensors and devices per smart route through a wired or wireless communication network, performs integrated gateway monitoring (information per route/gateway/sensor status display/activity monitoring, etc.) and displays it on the display.

Through the integrated smart route management screen, dashboard/situation control, operation status of sensors and equipment installed per route, failure dashboard, emergency dashboard, and standardized statistics are performed and displayed.

The system manager computer terminal is connected to the system (platform computer server per smart path) according to the present invention and performs service operation, regular inspection/reporting, emergency failure recovery, and system performance management tasks.

The video system (welfare center) is equipped with a video system management department and an image processing platform, and is connected to the system (smart path platform computer server) to manage continuous content updater modules, healthcare professional content, images, and videos. The image processing platform is an image and video processing server that processes images and videos.

A smart TV with a large screen is provided as an educational/communication device.

As an emergency situation management department, a system is in place to directly connect with external organizations that provide emergency safety support, such as 119,112, and Yangcheon-gu Office personnel, to enable emergency support.

Figure 3 is a software configuration diagram of a smart senior center service system according to the present invention.

Referring to Figure 3, according to the Yangcheon-gu Smart Senior Center service operation concept diagram,

Those receiving the service are expected to be senior centers (10 locations in Yangcheon-gu), seniors using senior centers, and senior center managers. Senior citizen services are provided to them.

An instructor studio is also provided to those eligible for the above services.

Expert health counseling and coaching services are also provided.

IoT sensors (10 types) are provided as a smart safety system for each route. In other words, the RadAr sensor recognizes indoor emergency situations. Emergency pagers (2 per location) are used by service recipients to make emergency calls in case of an emergency (placed in bathrooms, etc.). Fire surveillance sensor (recognizes emergency situations by detecting smoke and fire indoors). Gas detection sensor (recognizes emergency situations by detecting gas leaks indoors).

Lights are controlled using smart switches (2 per location), and the entrance/exit detection sensor recognizes the face and detects whether the door is open or closed.

Fine dust, ultrafine dust, temperature, humidity, etc. are measured through indoor air quality measurement sensors. The illuminance is detected through the illuminance sensor.

The integrated operation gateway provides emergency safety services, life safety/living information guidance, personalized services through personal authentication, smart healthcare, and video conference/video call services. A tablet type integrated gateway can be used as the integrated operation gateway.

Educational communication devices (2 types) are equipped with a 65-inch TV and a video conference system, which has four built-in omni-directional microphones (echo canceller/howling equipment/noise gain control), a digital zoom-in zoom-out integrated camera, a stand, and a wired expansion microphone. Provided additionally. In addition, it is equipped with a touch screen and holder, unmanned civil service issuance, bank, 12 types of educational experience programs, credit card reader, fingerprint recognition, QR reader, and receipt printer, and provides year-round self-health diagnosis and Lunar New Year information data linking function with fitness equipment devices. do. A smart kiosk (experiential education/health) is provided.

IoT health devices (2 types) are equipped with blood pressure monitors and blood sugar monitors, and expansion into medical devices will be possible.

Leisure activity devices (3 types) are equipped with smart work devices (2 devices), smart tables (2 devices), and elderly health devices (10 devices).

KT G Cloud Server is an integrated smart senior center platform (smart safety and security functions that provide standard-based sensing information collection/safety/security/life information are displayed on the display screen in graphs and tables, and smart health is provided by displaying blood pressure monitor and blood sugar meter functions) Care functions are displayed on the display screen in graphs and tables, and leisure/education/communication functions are displayed in graphs and tables on the display screen), and includes a cloud server.

The cloud server receives the signal provided from the space where system equipment is installed in the center through the smart hub WIFI AP through SSL VPN and transmits it to the KT G cloud department through WAF.

SSL (SSL can be applied not only to web products but also to other TCP/IP applications such as File Transfer Protocol (FTP) and has an authentication encryption function).

WAF is a software build system written in the Python language, and is a web application firewall: proxy server with HTTP protocol easy functionality.

VPN: Virtual private network or VPN (English: virtual private network) is a private communication network used by a company or several organizations to communicate through a public network without revealing the contents to outsiders. In a virtual private network, messages are transmitted using standard protocols over a public network such as the Internet, or are transmitted through the service provider's private network after a service level agreement is concluded between the virtual private network service provider and the customer.

The cloud server has security areas (including DDos router, firewall, IPS, and L3), DMZ areas (smart safety WEB, smart health WEB, video/education/leisure WEB), and service areas (smart safety/smart health/video/education/ Includes leisure/digital signage/CMS/WAS) and database (DB, NAS (Storage)) areas.

Referring to Figure 3, emergency situation information is collected from service recipients or general situation information is collected and transmitted through the integrated operation Gatorway and educational communication devices.

Meanwhile, the tablet-type integrated gateway transmits emergency situation information and general situation information.

The emergency management department provides services to support emergency safety by detecting emergency situations that occur in the smart senior center and receiving call signals.

The system administrator manages the system by receiving monitoring information from the KT G cloud server through the gateway monitoring unit.

The smart senior center service system seeks to connect data and services. In other words, it is possible to provide public API linkage (bus/traffic information/local government information, etc.), Seoul City Live Class senior education service linkage, and public health center health counseling linkage consultation (non-face-to-face companion health care pilot service, etc.).

Figure 4 is a schematic conceptual diagram of a smart senior citizen service system according to a preferred embodiment of the present invention, similar to Figure 1.

Referring to Figure 4, a health management server as a management server, an air purifier, an air circulator, and an indoor environment sensor that transmit sensing data to the management server through a wired or wireless communication network are connected to the management server through a wired or wireless communication network to input health information and maintain health. A healthcare kiosk where you can receive management services and is equipped with a thermometer, blood pressure monitor, blood sugar meter, and body fat meter,

Connected to the management server above through a wired or wireless communication network, it provides linkage with related organizations and family linkage functions, that is, web access to health institution personnel/base hospitals and related organizations, and mobile APP (monitoring/video conferencing) connection functions for personal mobile phones/local residents/family. computer servers of related organizations,

It includes a manager terminal that is connected to the management server through a wired or wireless communication network and provides services such as group facility integrated services, group facility indoor air quality management, health management services, and report issuance.

The air purifier, air circulator, indoor environment sensor, and healthcare kiosk are installed in a senior center in a specific area, collect sensed information through a wired and wireless communication network, and provide health care services through the input health information.

Figure 5 is an operation flowchart of a smart senior citizen service system according to a preferred embodiment of the present invention.

Referring to Figure 5, let's look at the personal information flow chart per smart route.

In the personal information life cycle, related tasks at the collection stage are performed through APP membership registration through mobile. In other words, personal name, mobile phone number, date of birth, gender, and telecommunication company information are communicated with the platform server through an identity authentication company to perform identity authentication.

DB reception (member information) completes member placement through communication with the platform server through the DB manager's terminal via VPN+SFTP/encrypted email via PC and server.

For health consultation (1:1 phone), when you apply for service use through a PC or server, the platform server verifies membership and services through the counselor's terminal.

Health information (IOT device) is connected to the administrator server through a PC and server to perform health level screening.

In the personal information life cycle section, in the possession, use, and provision items, the individual runs the APP and connects to the platform server through mobile to apply for and confirm service use.

When you apply for health counseling (1:1 phone call) through a PC, the platform server applies and confirms the health counseling service and sends a text message to confirm the use of the PCDP service through the counselor's terminal.

When a report (service verification/performance indicator) is requested through a PC, the platform server reports the service results through the person in charge's terminal.

The platform server has personal authentication information, account information, and member information, and separates dormant member information and service-terminated member information and stores them in a database.

In the personal information life cycle, destruction items include membership withdrawal, dormant members, health consultation, and customer information (batch file). The DB (member information file sent by the customer company) that has been deployed is separated within 1 month, and members whose contracts are terminated are stored separately (destructed, etc.). Termination, lapse, customer request service suspension, storage period 3 years), transaction termination (separate storage) member (extinction, termination, lapse, customer request service suspension, storage period 2 years). The information is treated as destroyed information.

In Figure 5, the membership registration, DB reception, health consultation, and health information collection processes are performed while connected to the platform server through wired or wireless communication through mobile or PC. During this process, the platform server is connected to the identity authentication company's computer to authenticate the identity. and

If a service user requests a health consultation service from the platform server through a PC or server, the platform server confirms the application to use the health consultation service and sends a text message. Additionally, the platform server can report service results to service users.

Figure 6 is an explanatory diagram schematically explaining the process of the smart senior citizen coaching service in the smart senior citizen service system according to the present invention. Referring to Figure 6, a diagram illustrating the coaching service process in the smart senior citizen service system in an easy-to-understand manner through illustrations. am. It is assumed that all services in FIG. 6 are performed in conjunction with the smart senior citizen service system in FIGS. 1 to 4. In particular, it is assumed that a health coaching program by professional medical staff is in place to manage the coaching service.

This will be explained sequentially with reference to FIG. 6. First, (1) subscription and measurement process: log data is collected. Subscribers are all members of the Smart Senior Center.

(2) Body shape and health status: The body shape and health status of members are measured through the exercise program conducted by the smart senior center.

(3) Health consultation health survey: You can check the satisfaction level (convenience, usefulness, satisfaction) of smart senior center services and expect improvement effects.

(4) Lifestyle evaluation and improvement mission commitment: Disease distribution (hypertension, diabetes, cancer, arthritis, depression, heart disease, hyperlipidemia, benign prostatic hyperplasia, stenosis, etc.), health mission (taking medicine, walking, measuring blood pressure, measuring blood sugar) , eating three meals, drinking water, measuring weight, going per route, self-mission), and the number of diseases (1, 2, 3, 4, 5) are displayed, and coaching services are provided through this. do.

(5) Healthcare device utilization mission and monitoring: The effect of increasing healthcare device equipment utilization per smart route is described.

(6) Video/expert group education: A health management coaching center is operated.

For example, Topic: Hypertension management in the elderly, Participation: Lots of questions and active encouragement,

Reason for topic selection: Distribution of high blood pressure in the elderly 65%, Training time: Less than 1 hour including Q&A,

Contents: Characteristics of high blood pressure in elderly people, correct method of measuring blood pressure, prevention of high blood pressure (exercise, eating habits, smoking cessation/drinking).

These services are provided sequentially, and data acquired through various sensors and healthcare devices at each stage are stored and managed on the administrator's computer (server). Through this, it is possible to properly operate a health coaching program by professional medical staff and provide coaching services.

As described above, according to the smart senior center service system according to the present invention, a smart healthcare system is established for seniors located in a specific area to measure daily health data such as body temperature, blood pressure, and pulse to monitor health statistics and abnormal signs. It detects and manages it, provides notification services to guardians, and enables health coaching management by professional medical staff through cumulative management of the senior citizen's daily health health statistics information on the administrator page. Based on the measured blood pressure measurement results, the senior citizen We provide expert 1:1 personalized health coaching consultation services, and provide real-time video group health education services necessary for seniors identified through expert 1:1 customized health coaching consultations to effectively manage the health of seniors.

As described above, the optimal embodiment has been disclosed in the drawings and specifications. Although specific terms are used here, they are used only for the purpose of describing the present invention and are not used to limit the meaning or scope of the present invention described in the claims. Therefore, those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the attached claims.

100: Senior citizen center smart healthcare system
10: Smart Pathway Platform
20: Operating platform server

Claims (5)

In the smart senior center service system,
It provides health management support through the smart senior center platform (10) and the operating platform (cloud) server (20) connected through a wired and wireless communication network,
The smart senior center platform (10) includes a one-touch automatic blood pressure monitor (12) that automatically measures blood pressure with one touch, a blood glucose meter (14) that measures self-sugar glucose without blood sampling, and a healthcare desk and chair equipped with an integrated gate and a fixed blood pressure device ( 16) and an integrated gateway 11 that collects sensing device information and health measurement data and transmits them to the operating system,
The information collected from the smart path platform (10) is transmitted to the operating platform (cloud) server (20) through the integrated gateway (11),
The operating platform (cloud) server 20 is equipped with a smart healthcare operating system 22 and collects information through the standard health sensing information collection department, health measurement monitoring and health management service department, and user/equipment installation/operation status management department. , monitoring, and equipment management are performed, and the performance status is displayed on the screen through the display unit.
The operating platform (cloud) server 20 performs a health monitoring function, and monitors health coaching centers (linked to medical institutions) and provides health management support services through networking with partner hospitals across the country (information exchange possible through wired and wireless communication networks). A smart senior citizen service system characterized in that it provides health care support services to the smart senior citizen computer server (10),
The smart senior center service system is
As a management server, the health management server, an air purifier, air circulator, and indoor environment sensor that transmit sensing data to the management server through a wired and wireless communication network are connected to the management server through a wired and wireless communication network, allowing you to enter health information and receive health management services. There is a healthcare kiosk equipped with a thermometer, blood pressure monitor, blood sugar meter, and body fat meter,
It is connected to the above management server through a wired and wireless communication network, providing linkage to related organizations and family linkage functions, that is, web access to health institution personnel/base hospitals and related organizations, and mobile APP (monitoring/video conferencing) connection functions for personal mobile phones/local residents/family. computer servers of related organizations,
It includes a manager terminal that is connected to the management server through a wired or wireless communication network and provides services such as group facility integrated services, group facility indoor air quality management, health management services, and report issuance,
The air purifier, air circulator, indoor environment sensor, and healthcare kiosk are installed in a senior center in a specific area, collect sensed information through a wired and wireless communication network, and provide health care services through the entered health information.
The operating platform server is
Log data is collected during the registration and measurement process of health care service subscribers,
We collect data measuring members’ body type and health status through exercise programs conducted by Smart Senior Citizens’ Center.
Check service satisfaction (convenience, usefulness, satisfaction) for each smart route,
Disease distribution (hypertension, diabetes, cancer, arthritis, depression, heart disease, hyperlipidemia, benign prostatic hyperplasia, stenosis, etc.), health mission (taking medicine, walking, measuring blood pressure, measuring blood sugar, eating three meals, drinking water, measuring weight, per senior) It displays statistics on the number of diseases (1, 2, 3, 4, 5), and provides coaching services through this.
Provides mission and monitoring services utilizing healthcare devices for each smart route,
As a video/expert group education, we operate a health management coaching center to sequentially provide services such as characteristics of hypertension in the elderly, correct blood pressure measurement method, and hypertension prevention (exercise, eating habits, smoking cessation/drinking), and various sensors and healthcare at each stage. A smart senior center service system that allows the data acquired through the device to be stored and managed on the administrator's computer (server), thereby properly operating a health coaching program by professional medical staff and providing coaching services. The smart senior center service system according to claim 1, wherein the smart healthcare operating system provides professional medical staff support (nurse/medical professional) services to enable linkage with experts in each field. According to claim 1, the smart senior center collects emergency situation information from service recipients or collects general situation information and transmits it through integrated operation Gatorway and educational communication devices,
The tablet-type integrated gateway transmits emergency situation information and general situation information,
The emergency management department detects emergency situations that occur in the smart senior center and provides services to support emergency safety by receiving a call signal.
A smart route service system in which the system manager manages the system by receiving monitoring information from a cloud server through a gateway monitoring unit. According to claim 1,
The smart senior center service system performs data and service linkage, including public API linkage (bus/traffic information/lunar information, etc.), Seoul City Live Class senior education service linkage, and public health center health counseling linkage consultation (non-face-to-face accompanying health care pilot service, etc.) ) Smart senior center service system characterized by providing services. delete