KR20240034567A - Method for providing customized healthcare in a vehicle sharing system - Google Patents

Abstract

The present invention relates to technology that allows users to provide customized healthcare services through a shared vehicle used by multiple users.
The personalized healthcare service method in the car sharing system according to the present invention includes a first step of setting the shared car to a usable environment by communicating with a vehicle device provided in the shared car from the user's smart device, and the user's smart device to the user. The second step is to transmit basic health information including disease history, shared vehicle identification information, and user identification information to the car sharing service server and register them in the car sharing service server. In the vehicle device while the user's smart device is located in the shared car, A third step of collecting vehicle status information of the shared vehicle from the user's smart device, a fourth step of collecting biometric signals detected by user body contact on the user's smart device, and health status corresponding to the vehicle status information and biometric signals on the user's smart device. In the fifth step of transmitting information to the car sharing service server, the car sharing service server analyzes the shared vehicle status based on vehicle status information, analyzes health status information, and provides health diagnosis information corresponding to the health status analysis results. It is characterized by comprising a sixth step of transmitting to the user's smart device, and a seventh step of outputting the health diagnosis information received from the car sharing service server on the user's smart device.

Description

Method for providing customized healthcare in a vehicle sharing system}

The present invention relates to technology that allows users to provide customized healthcare services through a shared vehicle used by multiple users.

Amid interest in the sharing economy, the car sharing market is maintaining rapid growth.

Accordingly, the use of cars has recently changed from the concept of ownership to the concept of sharing, and instead of purchasing a car, it is rented and used only for the period of time needed by using lease/rental/vehicle subscription and car sharing (Socar, Green Car). The way users use it is changing.

In addition, the trend in the automobile industry is to develop its own SW/HW and develop an ecosystem for the development of “autonomous driving” and “SDV (Software Defined Vehicle)” and operate services to car buyers in an independent environment.

Currently, Tesla, a global automobile manufacturer, supports personalized services by collecting vehicle speed, driving records, battery usage and management information, real-time location, infotainment system data, and vehicle personalization environment (contact information, browsing history) information. .

However, in an environment where cars are shared rather than purchased, users often change and use several different cars, making it difficult to provide these customized services that are only available to car buyers.

Meanwhile, as recent developments in information and communication technology (ICT) have expanded and merged with the medical field, the paradigm of the medical field has changed from “treatment/hospital-centered” to “prevention/consumer-centered,” increasing social interest and the importance of smart healthcare. It is emerging.

In the vehicle field, healthcare focused on mitigating and preventing collisions and increasing safety until the early 2000s, but currently, healthcare technologies that are not life-threatening, such as heated seats and steering wheels, massage functions, and allergy monitoring, are being introduced. .

Accordingly, even in a car sharing environment where users change vehicles, there is a need for technology that can provide healthcare services that consider and manage the user's health and life according to the user's basic health information and changes in physical activity.

1. Korean Patent No. 10-2303422 (Self-driving vehicle control system for maximizing autonomy and server providing autonomy therefor) 2. Korean Patent No. 10-2061980 (Driver safety and accident prevention system while driving a car)

Accordingly, the present invention was created in consideration of the above-described circumstances, and is a vehicle sharing system that allows users to provide customized healthcare services by tracking the user's health status in real time even in an environment where users use shared vehicles. The technical purpose is to provide a customized healthcare service method.

According to one aspect of the present invention for achieving the above object, the first step is to set the shared vehicle as a usable environment by communicating with the vehicle device provided in the shared vehicle from the user's smart device, and the user's disease history in the user's smart device. A second step of transmitting basic health information, shared vehicle identification information, and user identification information including The third step is to collect the vehicle status information of the shared vehicle, the fourth step is to collect the biometric signals detected by the user's body contact on the user's smart device, and the user's smart device collects the vehicle status information and health status information corresponding to the biosignals. In the fifth step of transmitting to the car sharing service server, the car sharing service server analyzes the shared vehicle status based on the vehicle status information, analyzes the health status information, and provides health diagnosis information corresponding to the health status analysis results. A personalized healthcare service method in a car sharing system, comprising a sixth step of transmitting to the user's smart device, and a seventh step of outputting the health diagnosis information received from the car sharing service server on the user's smart device. This is provided.

In addition, the user smart device is configured to be separately equipped with a band-type smart device for detecting biometric signals, and collects the user's biometric signals by communicating with the band-type smart device. Personalized health in the car sharing system A care service method is provided.

In addition, the user's smart device compares the previous health status information with the current health status information, and if the difference is more than a threshold or the current health status information is more than a pre-registered standard, it determines it to be an emergency and sends it to the pre-registered first external terminal. A personalized healthcare service method is provided in a vehicle sharing system characterized by transmitting emergency status notification information including health status information and user identification information.

In addition, the car sharing service server is configured to further include the step of calculating and storing a vehicle satisfaction level corresponding to the shared car model based on the variation in the user's health status when using the shared car when the use of the shared car is terminated, In the first step, the car sharing service server provides recommended car information to the user's smart device when making a car sharing service reservation, the car type with the highest car satisfaction among shared cars located within a certain radius around the user as recommended car information. A personalized healthcare service method is provided in the shared system.

According to the present invention, even in an environment where a user uses a shared vehicle, a prediction function such as a driver's heart attack or sudden disability is included based on basic health information including the user's disease history and health information collected in real time when using a shared vehicle. Smart healthcare services can be easily provided.

Figure 1 is a diagram illustrating a schematic configuration of a car sharing system providing a healthcare service function to which the present invention is applied.
Figure 2 is a block diagram showing the internal structure of the user smart device 200 shown in Figure 1, separated functionally.
Figure 3 is a diagram showing the functions of the control unit 260 shown in Figure 2 separately.
Figure 4 is a flowchart illustrating the operation of a personalized healthcare service method in a car sharing system according to the present invention.

Hereinafter, the present invention will be described in more detail with reference to the attached drawings. It should be noted that identical components in the drawings are indicated by identical symbols wherever possible. Meanwhile, the terms or words used in this specification and patent claims prior to this should not be construed as limited to their usual or dictionary meanings, and the inventor used the concept of terms to explain his invention in the best way. It must be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle that it can be appropriately defined. Therefore, the embodiments described in this specification and the configuration shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent the entire technical idea of the present invention, so at the time of filing the present application, various alternatives may be used to replace them. It should be understood that equivalents and variations may exist.

All terms used herein, unless otherwise defined, have the same meaning as commonly understood by a person of ordinary skill in the field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as consistent with the meaning in the context of the related technology, and cannot be interpreted as having an ideal or excessively formal meaning that is not clearly defined in the present invention.

First, in the present invention, a shared vehicle refers to any vehicle that users rent and use only for a certain period or time when they need it, and includes shared cars, leased vehicles, and rental vehicles.

Figure 1 is a diagram illustrating the schematic configuration of a car sharing system that provides a healthcare service function to which the present invention is applied.

Referring to Figure 1, a car sharing system that provides a healthcare service function to which the present invention is applied includes a vehicle device 100 provided in a shared vehicle 1, a user smart device 200, and a car sharing service server. Includes 300.

The vehicle device 100 is installed in the shared vehicle 1, collects vehicle status information, and provides the collected vehicle status information to the user smart device 200.

The vehicle status information collected by the vehicle device 100 includes driving status information such as speed, impact amount, RP, and fuel amount of the shared vehicle 1, and for this purpose, various sensors are provided and configured.

In addition, the vehicle device 100 stores in advance, for example, vehicle license plate information for identification of the vehicle, and provides the user's vehicle identification information that is already registered when using the vehicle to the user's smart device 200.

In addition, shared authentication information, for example, key information, for linking with the smart device 200 of a user permitted to use the vehicle is pre-registered in the vehicle device 100, and the pre-registered key information is input from the user's smart device 200. When possible, unlock the vehicle and set the vehicle to a drivable state.

The user smart device 200 collects user health status information, provides the collected user health status information to the car sharing service server 300, and outputs health diagnosis information received from the car sharing service server 300. At this time, the user smart device 200 transmits vehicle status information collected from the shared vehicle to the vehicle sharing service server 300.

In addition, the user smart device 200 consists of a single device, such as a smart phone with a biometric collection function, or a first smart device for collecting biometric information to collect user health status information, and is linked with the first smart device. In addition, it may be configured as a second smart device for communicating with the vehicle device 100 and the vehicle sharing service server 300. For example, the first smart device may be a band-type smart watch, and the second smart device may be a smart phone.

Then, the user smart device 200 analyzes the health status information to determine whether it is an emergency state, and if it is determined to be an emergency state, the user smart device 200 sends emergency state notification information including the health state information to the first external terminal 2 that is already registered. send. At this time, the first external terminal 2 is a terminal of a related organization and may be a police station, hospital, 119, etc.

The car sharing service server 300 tracks and analyzes the user's health status in real time based on the user's basic health data provided through the user smart device 200 and the user's biometric signals collected in real time, and determines the user's health according to the health analysis results. Diagnosis information is provided to the user's smart device (200).

In addition, if the car sharing service server 300 predicts that an abnormality in the user's health will occur as a result of the user's health analysis, it provides abnormality information to the pre-registered second external terminal 2'. At this time, the second external terminal 2' may be a guardian terminal or a terminal of a related organization such as a hospital or 119.

In addition, the second external terminal 2' is a server that continuously manages the user's health status, and the car sharing service server 300 transmits the user's health status information to the health management server and allows the health management server to It can be provided to enable continuous health status management for the user. At this time, the user can register and set up a health management server in advance to provide the user's health status information collected when using a shared vehicle.

Figure 2 is a block diagram showing the internal structure of the user smart device 200 shown in Figure 1, separated functionally.

Referring to Figure 2, the user smart device 200 includes an information input unit 210, an information output unit 220, a biosignal detection unit 230, a communication unit 240, a data memory 250, and a control unit 260. Includes.

The information input unit 210 is a means for the user to input healthcare-related information and collects basic health information input by the user. Basic health information includes user personal information such as name, age, and gender, as well as high blood pressure, diabetes, hyperlipidemia, stroke (gout), angina or myocardial infarction, pulmonary tuberculosis, thyroid disease, chronic gastritis or stomach ulcers, intestinal polyps, fatty liver, biliary disease or cholecystitis. Includes disease history information including, etc.

The information output unit 220 is a means for outputting healthcare-related information and may include a display and a speaker.

The biosignal detection unit 230 is composed of various sensors that detect the user's biosignals while in contact with the user's skin. The bio-signal detection unit 230 collects bio-signals including the user's heart rate, blood pressure, body temperature, stress, oxygen saturation, and blood alcohol concentration.

This bio-signal detection unit 230 may be configured as a separate device from the user smart device 200, for example, a smart band, and may be configured to transmit the bio-signals it collects to the user smart device 200. At this time, the biosignal detection unit 230 is configured with a communication module for communicating with the user smart device 200, and may be configured to perform communication in a state set to interoperate through the communication module.

The communication unit 240 communicates with the vehicle device 100, the car sharing service server 300, and the first external terminal 2.

The data memory 250 stores various information for providing car sharing services and health care services of the user smart device 200 and information processed by the control unit 260. The information stored in the data memory 250 includes the vehicle sharing application and reference information for determining emergency status, first external terminal information, shared vehicle key information, vehicle status information received from the vehicle device 100, and a biometric signal detection unit ( 230) and includes user biometric information collected.

The control unit 260 is a device that provides healthcare services when using a shared vehicle according to the execution of the car sharing application, and uses vehicle status information received through the vehicle device 100 and biometric signals collected through the biometric signal detection unit 230. In other words, in addition to transmitting the health status information to the car sharing service server 300, the emergency status is determined based on the health status information, and if the emergency status is determined, the emergency status is sent to the already registered first external terminal 2. Send status information. At this time, the control unit 260 may additionally determine whether an emergency condition exists for a vehicle abnormality by considering vehicle status information, or may determine whether an emergency condition exists by considering health status information and vehicle status information together.

As shown in FIG. 3, the control unit 260 includes a car sharing management module 261, an information collection module 262, an emergency status determination module 263, and a healthcare management module 264.

The car sharing management module 261 transmits key information to the vehicle device 100 to perform unlocking processing for the shared vehicle 1, and receives and stores shared vehicle identification information from the vehicle device 100. Operations such as setting the shared vehicle use environment and the communication environment for transmitting and receiving information with the vehicle device 100 are performed.

The information collection module 262 collects vehicle status information from the vehicle device 100 and health status information from the bio-signal detection unit 230.

The emergency state determination module 232 compares the vehicle state information and health state information with preset standard information or previous state information and, if a difference greater than a threshold occurs, determines the state to be an emergency state. At this time, the type of status information for determining the emergency status may be set in advance and may include at least one of health status information such as blood pressure, heart rate, blood alcohol concentration, and oxygen saturation.

The healthcare management module 264 transmits the basic health information input by the user and the vehicle status information and health status information collected through the information collection module 262 to the vehicle sharing service server 300. The user's health diagnosis information received from 300 is output through the information output unit 220.

In addition, in an emergency state, the healthcare management module 264 generates emergency state notification information including at least one state information of current vehicle state information or health state, current location information, shared vehicle information, and user personal information. It is transmitted to the first external terminal (2), such as a hospital, police station, 119, etc. In other words, if the blood alcohol concentration exceeds the standard alcohol concentration, emergency notification information is sent to the police station, and if the heart rate exceeds the standard heart rate or the difference between the previous heart rate and the threshold exceeds the threshold, emergency notification information is sent to the hospital or 119. Can be transmitted.

Additionally, the healthcare management module 264 may be configured to transmit emergency status notification information to the car sharing service server 300 and to a pre-registered guardian terminal through the car sharing service server 300.

Next, a personalized healthcare service method in the car sharing system according to the present invention will be described with reference to the flowchart shown in FIG. 4. Hereinafter, a vehicle sharing system that provides a car sharing service will be described as an example.

First, the user connects to the car sharing service server 300 using his/her smart device 200, receives and installs a car sharing application for using a shared car, and places the car near the user while running the car sharing application. A series of shared vehicle reservation processes are performed, such as selecting a shared vehicle and registering usage time or date information (ST100). At this time, the car sharing application can perform user authentication processing when processing shared vehicle reservations, and can obtain personal information including user smart device information when processing user authentication.

In addition, when the shared vehicle reservation process is completed, the car sharing service server 300 provides the key information of the shared vehicle 1 to the user's smart device 200 so that the shared vehicle 1 can be used. At this time, the car sharing service server 300 matches and stores shared vehicle information and user information.

Next, the user smart device 200 displays and outputs a health information input window for entering the user's basic health information, and in response, receives the basic health information input from the user and transmits it to the car sharing service server 300 ( ST200). At this time, basic health information includes disease history information including high blood pressure, diabetes, hyperlipidemia, stroke (gout), angina pectoris or myocardial infarction, pulmonary tuberculosis, thyroid disease, chronic gastritis or gastric ulcer, intestinal polyps, fatty liver, biliary disease or cholecystitis, etc. .

In the above state, after the user moves to the place where the shared vehicle 1 to be used is stopped, the shared vehicle key information provided from the car sharing service server 300 is activated in step ST100 to use the shared vehicle 1. By transmitting to the vehicle device 100 provided in, the shared vehicle 1 is unlocked and the shared vehicle 1 is set to a usable environment (ST300). In other words, the shared vehicle 1 is in a state where it can be driven according to the user's driving.

In this way, with the shared vehicle 1 set to be driveable, the vehicle device 100 transmits the current vehicle status information to the user smart device 200 in real time (ST400). At this time, vehicle status information includes driving status information such as speed, impact amount, RP, and fuel amount.

Meanwhile, the user smart device 200 collects the user's biosignals at regular intervals while the biosignal detection unit 230 is in contact with the user's body (ST500). At this time, the user's biosignals include heart rate, blood pressure, body temperature, stress, oxygen saturation, and blood alcohol concentration.

Then, the user smart device 300 transmits status information including vehicle status information collected in step ST400 and health status information collected in step ST500 to the car sharing service server 300 (ST600). At this time, the status information may include shared vehicle license plate number information or user smart device number information to distinguish the user and the shared vehicle in the car sharing service server 300.

The car sharing service server 300 stores the status information collected from the user's smart device 200 in correspondence with the shared vehicle information or user information, and analyzes the user's health status information to determine the user's current health status and future health status. Diagnose health conditions, such as predicting abnormal conditions (ST700). At this time, the car sharing service server 300 analyzes the user's health status by considering the basic health information of the user registered in step ST200, that is, the disease history.

Then, the car sharing service server 300 provides the user health diagnosis information determined in step ST700 to the corresponding user smart device 200 (ST800), and the user smart device 200 receives it from the car sharing service server 300. By printing one user's health diagnosis information, the shared vehicle driver can make the user aware of his or her health status.

In addition, in the ST700 step, if it is predicted that an abnormality in the user's health will occur within a certain period of time, the car sharing service server 300 may provide health abnormality prediction information to the pre-registered second external terminal 2'. there is. At this time, the second external terminal 2' may be a guardian terminal or a terminal of a health-related institution, such as a hospital.

Additionally, if the car sharing service server 300 analyzes the vehicle status information collected in step ST600 and predicts that a vehicle abnormality will occur, it may transmit the vehicle abnormality information to a pre-registered second external terminal, for example, a car center.

Meanwhile, in the present invention, the user's smart device 200 first analyzes the health status information to determine whether it is an emergency state, and if it is determined to be an emergency state, the emergency state information includes health status information, location information, and user or shared vehicle information. Information can be transmitted more quickly to the previously registered related first external terminal (2) to prevent accidents due to health problems in advance.

In addition, in the present invention, the car sharing service server 300 stores shared vehicle information and health status information when using the shared vehicle corresponding to user information, and shares the information based on the fluctuation range of the user's health status information when using the shared vehicle. The vehicle satisfaction level corresponding to the vehicle model can be calculated and stored. Then, when making a car sharing service reservation, the c car sharing service server 300 selects the car with the highest level of vehicle satisfaction among shared cars located within a certain radius around the user through the user smart device 200. Shared vehicles can be provided as recommended vehicles.

For example, the car sharing service server 300 calculates car satisfaction as a higher value based on the difference between the maximum heart rate and minimum heart rate when using a shared car, and the smaller the difference, the higher the car satisfaction level for the user among nearby shared cars. The highest Grandeur can be provided as recommended vehicle information.

100: vehicle device, 200: user smart device,
300: car sharing service server,
210: information input unit, 220: information output unit,
230: biological signal detection unit, 240: communication unit,
250: data memory, 260: control unit,
261: vehicle sharing management module, 262: information collection module,
263: Emergency status judgment module, 264: Healthcare management module.

Claims (4)

A first step of setting the shared vehicle to a usable environment by communicating with the vehicle device provided in the shared vehicle from the user's smart device;
A second step of transmitting basic health information including the user's disease history, shared vehicle identification information, and user identification information from the user's smart device to the car sharing service server, and registering them in the car sharing service server;
A third step of collecting vehicle status information of the shared vehicle from the vehicle device while the user's smart device is located in the shared vehicle,
A fourth step of collecting biometric signals detected by user body contact on the user's smart device,
A fifth step of transmitting health status information corresponding to vehicle status information and biosignals from the user's smart device to the vehicle sharing service server,
A sixth step in which the car sharing service server analyzes the shared vehicle status based on vehicle status information, analyzes health status information, and transmits health diagnosis information corresponding to the health status analysis result to the user's smart device;
A personalized healthcare service method in a car sharing system, comprising a seventh step of outputting health diagnosis information received from the car sharing service server on the user's smart device.
According to paragraph 1,
The user's smart device is configured to be separately equipped with a band-type smart device for detecting biometric signals, and collects the user's biometric signals by communicating with this band-type smart device. A personalized healthcare service is provided in the car sharing system. method.
According to paragraph 1,
The user's smart device compares the previous health status information with the current health status information, and if the difference is more than a threshold or the current health status information is more than a pre-registered standard, it is judged to be in an emergency state and the health status is reported to the pre-registered first external terminal. A personalized healthcare service method in a vehicle sharing system, characterized by transmitting emergency status notification information including information and user identification information.
According to paragraph 1,
The car sharing service server is configured to further include the step of calculating and storing a vehicle satisfaction level corresponding to the shared car model based on the variation in the user's health status when using the shared car when the use of the shared car is terminated,
In the first step, the car sharing service server provides recommended vehicle information to the user's smart device when reserving a car sharing service, the shared vehicle of the type with the highest vehicle satisfaction among shared vehicles located within a certain radius around the user as recommended vehicle information. A personalized healthcare service method in a car sharing system.