KR20190100129A - Health care method with a passenger physical condition measurement in a vehicle - Google Patents

Abstract

The present invention relates to a health care method with passenger health condition measurement in a vehicle and, more specifically, relates to a health care apparatus which comprises: a health information measurement unit (10); a health condition control unit (20); a health condition display unit (30); a health information storage unit (40); a vehicle air conditioning drive unit (60); a vehicle device drive unit (70); and a health information transmission unit (50). When a driver or a passenger has a sudden abnormal health problem, another passenger checks the problem in real time through a smartphone to quickly take a step for safety.

Description

Health care method with a passenger physical condition measurement in a vehicle}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a health care method by measuring a passenger's health status in a vehicle, and in particular, self-diagnosing a passenger's health status through various passenger health status measuring devices installed in a vehicle (especially a car), The present invention relates to a health care method by measuring a passenger's health state in a vehicle in which a vehicle changes its own environment or promotes health care based on a diagnosis result.

Accidental accidents in vehicles, such as vehicles traveling at high speeds, result in huge loss of property and serious human damage, requiring special attention from the driver. Accidents can occur for reasons such as drowsy driving due to accumulated fatigue caused by driving the vehicle for a long time and sudden physical paralysis due to the driver's health.

Here, the state of health may be indirectly identified through such conditions as blood pressure, pulse rate, and body temperature.

Therefore, there is a need for a method for diagnosing a driver's health condition in real time while driving a vehicle, taking follow-up measures according to the health condition, promoting driver safety, and preventing a vehicle accident due to the driver's health condition.

The prior art which measures various drivers for safe driving by measuring the health state of a driver in a vehicle is disclosed in the following <Patent Documents 1> to <Patent Document 4>.

The prior art disclosed in <Patent Document 1> includes a mirror module for displaying a user's body so that a user can see his / her body; A biometric information measurement module attached to the mirror module to measure biometric information of the user; A target exercise amount setting module for setting a target exercise amount of the user by using the biometric information measured by the biometric information measuring module; And a data communication module configured to transmit the biometric information measured by the biometric information measuring module or the target momentum information set by the target exercise amount setting module to an external device.

Through such a configuration, it is possible to check in real time whether the exercise target amount is achieved by measuring the exercise amount of the user in real time.

The prior art disclosed in <Patent Document 2> installs a device in which a toxic gas sensor or the like is combined with a surveillance camera installed for security or information gathering in a building or an interior of a vehicle, where pollution of the space where the device is installed is harmful to a human body. At the level, warn people in the room to help them manage their health. Particularly, in the case of a driving vehicle, it helps to prevent traffic accidents by preventing drowsy driving due to lack of oxygen.

The prior art disclosed in <Patent Document 3> detects a body signal from a finger holding a steering wheel when a driver drives a car and analyzes the driver's physical condition such as a pulse value, an immunity index, a stress index, and an autonomic nervous system. It is displayed on the video display device in the car and transmitted to a medical institution and a mobile device to zoom in, and helps the driver to safely understand the physical condition of the driver during long distances and driving.

According to the prior art disclosed in <Patent Document 4>, the evaluation of the emotional state of the vehicle includes accessing driving information indicating the performance of the vehicle, behavior information indicating the behavior of the vehicle driver, and / or health information indicating the physical state of the vehicle driver. These three types of information combine to create a rich group set of data, metadata and / or signals that can be used or otherwise utilized to generate a state metric representing the emotional state of the vehicle driver. The management of the state can be customized to the specific context and / or emotional state of the vehicle and can be implemented actively or passively. Using this configuration, the emotional state of the vehicle driver is evaluated and managed.

Republic of Korea Patent Publication No. 10-2015-0107268 (2015.09.23.published) Republic of Korea Patent Publication No. 10-2015-0112417 (2015.10.07. Publication) Republic of Korea Patent Publication No. 10-2015-0114781 (Published October 13, 2015) Republic of Korea Patent Publication No. 10-2015-0094670 (published Aug. 19, 2015)

However, the prior art as described above, it is possible to obtain a bio signal of the driver in the vehicle, and to determine the driver's health state to inform the driver or to notify the outside when an emergency occurs, so that follow-up measures can be made. It was impossible to perform a function for restoring the driver's state of health on its own.

In addition, most of the prior art is a method of diagnosing the driver's state of health through a biometric measurement of the vehicle driver, and displaying it or notifying a remote medical institution, so as to notify other occupants who have accompanied a sudden health abnormality of the driver. If a passenger with a sudden or abnormal health occurs among other passengers, the driver or another passenger may not be notified of the driver and another passenger may not take prompt action.

Therefore, the present invention has been proposed to solve all the problems occurring in the prior art as described above, self-diagnosing the health status of all occupants from time to time through a variety of occupant health status measurement device installed in a vehicle (especially a car), The purpose of the present invention is to provide a health care method by measuring occupant health status in a vehicle that can change the vehicle environment on its own or promote health care based on the diagnosis result.

Another object of the present invention is to self-diagnose the health status of the occupants from time to time through the various vehicle health status measurement device installed in the vehicle, and transmits the self-diagnosis results to the health support unit (hospital or call center, etc.), the rapid health of the occupants including the driver The purpose of the present invention is to provide a health care method through measuring the occupant health condition in a vehicle to prevent accidents that may occur due to the above.

Another object of the present invention is the health status information obtained by measuring and analyzing the health status of all the occupants including the driver from time to time through the various occupant health status measurement device installed in the vehicle, and based on the health support information received from the remote cloud server It is displayed on the health status display, and sudden accidents of the driver or some passengers are transmitted to the smartphones of various passengers, including the driver, so that other passengers can check in real time to prevent the accident by promptly taking optimal follow-up measures. It is to provide a health care method through the measurement of occupant health in a vehicle that can promote the safety of occupants.

Still another object of the present invention is to store the health status measurement and analysis information of all the vehicle occupants in the storage device, and to check the health status accurately or to check the state of health changes based on the information stored later It is to provide a health care method through the measurement of health status.

In order to achieve the above object, the health care device by measuring the health status of the occupant in the vehicle according to the present invention is a health information measuring unit for measuring biometric information and environmental information for determining the health status of the occupant in the vehicle ; An environmental control signal for comparing the health information measured by the health information measuring unit with reference information for determining a pre-registered health condition to analyze the health condition of the occupant, and to change the vehicle environment by itself based on the analyzed health condition. Health status control unit for outputting the analysis result information; A vehicle air conditioning driving unit that changes the vehicle environment by driving the air conditioning apparatus based on an environmental control signal output from the health state controller; And a vehicle device driver for driving the vehicle device for air conditioning based on an environmental control signal output from the health state controller.

The health information measuring unit may include a biosensor for obtaining biometric information of a passenger in a vehicle and a camera for photographing a passenger; And at least one of a seat position sensor for identifying a passenger and an environmental sensor for obtaining environmental information including a raindrop.

The health state controller analyzes the health state of the passenger by comparing with the standard information for determining the health state based on the biometric information and environmental information measured by the health information measuring unit, and stores and displays the analyzed health state information And generate an environmental control signal for controlling the environment according to the analyzed health state information, and transmit the analyzed health state information to an external organ.

In addition, the health care device by measuring the health status of the occupant in the vehicle according to the present invention includes a health status display unit for displaying the health status information of the passenger analyzed under the control of the health status controller; Further comprising a health information storage unit for storing the health state measurement and analysis information analyzed under the control of the health state controller,

The health information storage unit is a digital storage device, characterized in that the internal memory or an external memory device.

In addition, the health care device by measuring the health status of the passenger in the vehicle according to the present invention transmits the health status information of the occupant analyzed under the control of the health status controller to the smart phone of the passenger or acquaintance, or the remote health analysis server Further comprising a health information transmission unit for transmitting to the cloud server,

The health information transmitter receives the health support information transmitted from the cloud server in real time and transmits the health support information to the health state controller.

In order to achieve the object as described above, the health care process through the measurement of the occupant health status in the vehicle according to the present invention (a) measuring the biometric information and environmental information for determining the health status of the occupant in the vehicle ; (b) receiving information of a passenger in a vehicle; (c) analyzing the health status of the passenger by comparing the health information measured in step (a) with reference health information for determining a registered health status based on the information of the passenger; (d) displaying the health state information analyzed in the step (c) and generating an environment control signal for changing the vehicle environment based on the health state information; (e) automatically changing the vehicle environment according to the generated environmental control signal; (f) transmitting the analyzed health state information to an external institution.

Step (e) may include (e1) driving the air conditioner according to the environmental control signal to change the vehicle environment by itself; (e2) changing the vehicle environment by driving the vehicle apparatus for air conditioning based on the environment control signal.

According to the present invention, the various passenger health status measuring devices installed in the vehicle can self-diagnose the health status of the passengers from time to time, and change the vehicle environment in the vehicle based on the self-diagnosis results, thereby enabling the health care of the passengers. There is an advantage.

In addition, according to the present invention self-diagnose the health status of the passengers from time to time through the various passenger health status measurement device installed in the vehicle, and transmits the self-diagnosis results to the health support (hospital or call center, etc.) There is an advantage to prevent accidents that can occur, and to promote the safety of the occupants.

In addition, according to the present invention, the vehicle device displays information measuring the health status of all the vehicle occupants in real time, and if a sudden health abnormality occurs among the occupants, the driver's health abnormality status in real time to other passengers in the vehicle. It is advantageous to inform the driver or another passenger of the abnormal condition of the other passengers to prevent accidents and to take prompt measures for the safety of the passengers.

In addition, according to the present invention, there is an advantage of storing the health condition measurement and analysis information of the vehicle occupant in a storage device, and accurately checking the health state or checking the change state of health based on the stored information later.

Figure 1 is an exemplary view of the installation of the measurement position and measuring device for measuring the health status of the occupant in the vehicle in the present invention
Figure 2 is a block diagram of a health care device through the measurement of occupant health state in a vehicle according to the present invention
Figure 3 is a flow chart illustrating a health care process through the measurement of occupant health status in a vehicle according to the present invention

Hereinafter, a health care device through a driver health state measurement in a vehicle according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view illustrating a measurement position and an installation position of a measurement apparatus for measuring a passenger's health state in a vehicle according to the present invention, and reference numeral 10 denotes biometric and environmental information for determining a health state of a passenger in a vehicle. Means the health information measuring unit for measuring.

The present invention, unlike the existing technology for diagnosing the driver's health in the vehicle, measures the health of both the driver as well as the occupant in the vehicle, automatically changes the environment of the vehicle, and supports the health will be.

To this end, as shown in Figure 1, both the driver's seat as well as the boarding seat measures the health of the occupants.

In order to obtain biometric information of the occupant and to obtain external environmental information and vehicle information, the health information measuring unit 10 checks the biometric sensor for obtaining biometric information of the occupant in the vehicle, a camera for photographing the occupant, and the occupant It is preferable to include at least one or more of a seat position sensor for the purpose, and an environmental sensor for obtaining environmental information including a raindrop.

2 is to diagnose the health of the occupant based on the biometric information and environmental information measured as described above, and to automatically change the vehicle environment automatically by controlling the vehicle air conditioning and vehicle devices based on the diagnosis result, the remote health Block diagram of the health care device through the measurement of the passenger's health in the vehicle to keep the passenger's health safely through the support.

In the vehicle according to the present invention, the health care device through the measurement of the passenger's health state includes a health information measuring unit 10, a health state control unit 20, a health state display unit 30, a health information storage unit 40, and a health information transmission unit. 50, a vehicle air conditioning driver 60, and a vehicle device driver 70.

The health state controller 20 compares the health information measured by the health information measuring unit 10 with reference information for determining a pre-registered health state, and analyzes the health state of the occupants, based on the analyzed health state. It outputs environmental control signal and analysis result information that changes the vehicle environment by itself.

When the health state controller 20 receives the information of the passengers in the vehicle, the health of the occupants is compared with the reference information for determining the health state based on the biometric information and the environmental information measured by the health information measuring unit 10. Analyze the condition, control to store and display the analyzed health condition information, generate an environmental control signal for controlling the environment according to the analyzed health condition information, and transmit the analyzed health condition information to an external institution. It is desirable to control.

Health status display unit 30 serves to display the health status information of the passengers analyzed in real time under the control of the health status controller 20. The health state display unit 30 may use an audio / video / navigation (AVN) provided in a vehicle or a monitor attached to the seat headrest.

The health information storage unit 40 serves to store the analyzed health state measurement and analysis information under the control of the health state control unit 20. The health information storage unit 40 may use an internal memory or an external memory device (USB) as a digital storage device. When using an external memory device, it is convenient to deliver the relevant health status measurement and analysis information to the passengers as well as the driver.

The health information transmitter 50 transmits the passenger health status information analyzed under the control of the health status controller 20 to a smart phone of a passenger or an acquaintance, or to a cloud server that is a remote health analysis server. It serves to transmit. The health information transmitter 50 transmits the health support information received from the cloud server in real time to the health state controller 20 to be displayed on the health state display unit 30 or transmitted to a passenger's smartphone or smart device. It also plays a role. In order to transmit health information to a passenger's smartphone or smart device, a long distance wireless communication network or an internet network may be used. However, it is preferable to transmit health measurement information and analysis information using short range wireless communication. Short-range wireless communication may use short-range communication protocols such as Wi-Fi, Bluetooth, Zigbee, and NFC.

The vehicle air conditioning driver 60 changes the vehicle environment by driving the air conditioning apparatus based on the environmental control signal output from the health state controller 20. Here, the air conditioner includes an air conditioner, a heater, and the like mounted on a vehicle.

The vehicle device driver 70 drives a vehicle device for air conditioning based on an environmental control signal output from the health state controller 20. The vehicle device may include a window, a sunroof, a steering wheel, and the like.

When described in detail the operation of the health care device through the measurement of the occupant health state in the vehicle according to the present invention configured as described above.

First, when the driver is seated in the driver's seat in order to drive, and the driver drives the health care device while the passengers other than the driver are seated in the boarding seat, the seat position sensor of the health information measuring unit 10 provides the respective seats. Detects whether there is a passenger in the transfer to the health state control unit 20. In this case, the health care device may be implemented as a separate device to be linked to the vehicle device, and an audio / video device, which is essentially provided in the vehicle, or a device such as a navigation device may be used.

Next, the health state controller 20 controls the biometric sensor and the camera only for the seat in which the occupant is detected by the seat position sensor to measure the biometric information of the corresponding seat. At this time, it is controlled to measure environmental information through environmental sensors (such as rain sensor and eye sensor).

As shown in FIG. 1, the biometric sensor is installed at various positions. For example, the driver's health status information is measured using a health information sensor mounted on the steering wheel.GSR (Galvanic Skin Reflux) sensor, body temperature sensor, heart rate sensor, pressure sensor, blood pressure are also applied to each seat. It is preferable to obtain at least one or more of the sensor and the pulse sensor to obtain the biometric information of the occupant.

In addition, the camera photographs each passenger, and transmits the photographed image to the health state controller 20 as health state measurement information.

Here, the camera for photographing the occupant of the health information measuring unit 10 includes a thermal infrared camera capable of checking and obtaining human body information or a camera capable of obtaining the occupant's health information according to the heat generated by the body. It may be delivered to the health state control unit 20.

At this time, by detecting the characteristics of the low or high temperature of the occupant, it is possible to determine a more accurate state of health of the occupant.

In addition, the camera photographing the occupant of the health information measuring unit 10 may extend the configuration of the present invention to operate when the occupant is seated in the vehicle by the seat position sensor.

This not only enables the vehicle occupant to know whether they are riding correctly but also prevents the device from malfunctioning due to the vehicle's internal environment.

When the biometric information and the environment information for analyzing the passenger's health state are transmitted, the health state controller 20 compares and analyzes the standard information for determining the registered health state and the measured biometric information, and determines the health state of each passenger. Judge. The classification of each occupant may be distinguished by identifying the occupant's position using the seat position sensor and matching the biometric information acquired through the biometric sensor mounted on the corresponding seat with the information of the seat position sensor.

For example, the health state controller 20 analyzes the health state of the occupant by comparing the bio information and the reference information for determining the input health state. The health status analysis of the occupant may include determining a stress index, analyzing a heart rate / pulse, analyzing a blood pressure state, analyzing a temperature state, and the like. The method of analyzing each condition is to use a general method of comparing the health information obtained by using the bio signal for each passenger and the standard information according to gender or age set as a standard to determine the health condition in the medical community. desirable.

The analysis result of analyzing the health information is displayed through the health state display unit 30. In this case, when displaying the health information, it is preferable to display each passenger separately. For example, the passenger may be displayed based on a passenger seating position such as a driver, a passenger seat, a rear right seat, and a rear left seat. The displayed health information may include condition information of the day, pulse / blood pressure measurement information, and the like.

In addition, the health analysis information analyzed for each passenger is also stored in the health information storage unit 40. The stored health information is cumulatively stored and can be used as information for determining a change in health status by comparing the currently analyzed health information with previously stored health information. In addition, even when a precise checkup is required, the health analysis result information stored in the health information storage unit 40 may be submitted to a health checkup institution, which may be used to perform a precise checkup.

On the other hand, another feature of the present invention is that the vehicle can achieve health through environmental control itself.

For example, when snow or rain is obtained as a result of acquiring environmental information through the environmental sensor, it may be controlled to automatically close the window or close the sunroof. In response to such control, the vehicle device driver 70 automatically operates a window or a sunroof to close the open window or close the open sunroof. On the contrary, it is also possible to control to automatically open the closed window or open the closed sunroof for ventilation or the like based on the environmental information. In addition, as a result of analyzing the information of the passenger measured by the camera, when the driver is analyzed to be drowsy state, the driver is alerted by vibrating the steering wheel through the vehicle device driving unit 70 automatically. It is also possible to control the vehicle to drive safely.

In addition, it is possible to change the internal environment of the vehicle by automatically controlling the air conditioner (air conditioner, heater, etc.) mounted on the vehicle based on the result of analyzing the health state information. For example, the environment of the vehicle is changed by lowering or raising the temperature of the vehicle, or spraying negative ions or oxygen. This action also acts as a factor that can stabilize the occupant's mind and body and reduce stress, thereby protecting the occupant's health.

On the other hand, as another feature of the present invention it is also possible to transmit the health status information analyzed through the health information transmission unit 50 to a registered smartphone or smart device or a remote cloud server. Smartphones or smart devices can easily communicate by registering the phone or smart device's phone number when boarding the vehicle, and transmit the measured or analyzed health information in real time through short-range wireless communication as needed. It is possible. Therefore, the occupant can easily receive his health status information or health analysis information using his smart phone or smart device.

In addition, the remotely located cloud server based on the health status information transmitted from the health information transmission unit 50 to diagnose the state of health through a health diagnosis program to generate health support information, or analyze the habits of the driver to support health Generate health support information that can generate information or follow up based on health analysis result information. The generated health support information is transmitted to the health information transmitter 50. The health information transmitter 50 receives this and transmits it to the health state controller 20.

The health state controller 20 displays the received health support information on the health state display unit 30. Here, the health support information may include information for correcting a driving posture, information for allowing a high degree of fatigue, parking for a while, or promptly receiving hospital treatment. The occupant is to follow up promptly based on the health support information displayed in real time through the health status display unit 30, thereby protecting the health.

In more detail, the health information measuring unit 10 is installed not only in the driver's seat but also in all other passenger seats so as to obtain "health status information" of all the passengers, and the "health status information" is obtained from the cloud server. When transmitting to the cloud server transmits the optimal "health support information" to the health state control unit 20 to be displayed on the health state display unit 30 in real time or to be transmitted to all of the occupants including the person or a smartphone of acquaintances.

As a result, when a passenger who has a sudden health abnormality occurs among the occupants, all the passengers including the driver can check in real time, so that “every passenger can take quick measures for safety promotion,” thereby preventing accidents in advance.

In other words, even if the driver is drowsiness or suddenly poor health due to a heart attack, if the driver ignores it and drives it, other passengers can easily grasp it and go to the shoulder or rest area to park it.

In addition, if an emergency “health condition” caused by a passenger in another seat (especially the rear seat) is stunned due to myocardial infarction or cerebral hemorrhage, the driver or other passengers may not be aware of it and will continue to drive, so they miss the treatment time. Although a large accident will occur, the present invention can quickly determine the driver's or other occupant's condition in which the driver or other occupants have a health condition, so that a quick action can be prevented.

In particular, if it is determined that an emergency situation, it is possible to inform the pre-registered agency (eg, call center) an emergency situation and support the health to follow up promptly. As a result, the life and safety of the occupants can be improved.

3 is a flowchart illustrating a health care process by measuring a passenger's health state in a vehicle according to the present invention, (a) measuring biometric information and environment information for determining a health state of a passenger in a vehicle (S10) ; (b) receiving information of passengers aboard the vehicle (S20); (c) comparing the health information measured in step (a) with reference health information for determining a registered health condition based on the information of the passengers (S30); (d) displaying the health state information analyzed in the step (c) and generating an environmental control signal for changing the vehicle environment based on the health state information (S40 to S50); (e) automatically changing the vehicle environment according to the generated environmental control signal (S60 to S70); (f) transmitting the analyzed health state information to an external organ (S80).

Step (e) may include (e1) driving the air conditioner according to the environmental control signal to change the vehicle environment by itself; (e2) changing the vehicle environment by driving the vehicle apparatus for air conditioning based on the environment control signal.

Referring to the health care method through the occupant health state measurement in a vehicle according to the present invention configured as described above are as follows.

First, when the driver is seated in the driver's seat in order to drive, and the driver drives the health care device while the passengers other than the driver are seated in the boarding seat, the seat position sensor of the health information measuring unit 10 provides the respective seats. Detects whether there is a passenger in the transfer to the health state control unit 20. In this case, the health care device may be implemented as a separate device to be linked to the vehicle device, and an audio / video device, which is essentially provided in the vehicle, or a device such as a navigation device may be used.

Next, the health state controller 20 controls the biometric sensor and the camera only for the seat in which the occupant is detected by the seat position sensor to measure the biometric information of the corresponding seat (S10). At this time, it is controlled to measure environmental information through environmental sensors (such as rain detection sensor and eye detection sensor).

Here, the biometric sensor is installed at various positions of the vehicle. For example, the driver's health status information is measured using a health information sensor mounted on the steering wheel.GSR (Galvanic Skin Reflux) sensor, body temperature sensor, heart rate sensor, pressure sensor, blood pressure are also applied to each seat. It is preferable to obtain at least one or more of the sensor and the pulse sensor to obtain the biometric information of the occupant.

In addition, the camera photographs each passenger, and transmits the photographed image to the health state controller 20 as health state measurement information.

Here, the camera for photographing the occupant of the health information measuring unit 10 includes a thermal infrared camera capable of checking and obtaining human body information or a camera capable of obtaining the occupant's health information according to the heat generated by the body. It may be delivered to the health state control unit 20.

At this time, by detecting the characteristics of the low or high temperature of the occupant, it is possible to determine a more accurate state of health of the occupant.

In addition, the camera photographing the occupant of the health information measuring unit 10 may extend the configuration of the present invention to operate when the occupant is seated in the vehicle by the seat position sensor.

This not only can determine whether the occupant is riding correctly, but also prevents malfunction of the device in advance by the vehicle's internal environment.

When the biometric information and the environment information for the passenger's health condition analysis are transmitted, the health state controller 20 compares and analyzes the reference information and the measured biometric information for the determination of the pre-registered health condition in step S30 to determine each passenger. To judge the state of health. The classification of each passenger receives passenger information as shown in step S20. Here, the passenger information is inputted by the passenger's individual information (key, weight, gender, age, etc.) or by using the seat position sensor to identify the passenger's location as passenger information, and obtained through the biometric sensor mounted on the seat. By matching the biometric information with the information of the seat position sensor, each occupant can be distinguished.

For example, the health state controller 20 analyzes the health state of the occupant by comparing the biometric information on which the input health state is determined with the reference information. The health status analysis of the occupant may include determining a stress index, analyzing a heart rate / pulse, analyzing a blood pressure state, analyzing a temperature state, and the like. The method of analyzing each condition is to use a general method of comparing the health information obtained by using the bio signal for each passenger and the standard information according to gender or age set as a standard to determine the health condition in the medical community. desirable.

The analysis result of analyzing the health information is displayed through the health state display unit 30 in step S40. In this case, when displaying the health information, it is preferable to display each passenger separately. For example, the passenger may be displayed based on a passenger seating position such as a driver, a passenger seat, a rear right seat, and a rear left seat. The displayed health information may include condition information of the day, pulse / blood pressure measurement information, and the like.

In addition, the health analysis information analyzed for each passenger is also stored in the health information storage unit 40. The stored health information is cumulatively stored and can be used as information for determining a change in health status by comparing the currently analyzed health information with previously stored health information. In addition, even when a precise checkup is required, the health analysis result information stored in the health information storage unit 40 may be submitted to a health checkup institution, which may be used to perform a precise checkup.

On the other hand, another feature of the present invention is that the vehicle can achieve health through environmental control itself.

For example, a vehicle environment control signal for automatically controlling the vehicle environment is generated based on the analyzed health analysis information (S50). If the health analysis information analyzed here is normal, the current vehicle environmental state is maintained, and the vehicle environment is automatically controlled through steps S60 and S70 only when it is determined that the vehicle environment adjustment is necessary as a result of searching the health analysis information. The vehicle environment control may control to automatically close the window or close the sunroof when snow or rain is obtained as a result of obtaining environmental information through the measured environmental sensor. In response to such control, the vehicle device driver 70 automatically operates a window or a sunroof to close the open window or close the open sunroof. On the contrary, it is also possible to control to automatically open the closed window or open the closed sunroof for ventilation or the like based on the environmental information. In addition, as a result of analyzing the information of the passenger measured by the camera, when the driver is analyzed to be drowsy state, the driver is alerted by vibrating the steering wheel through the vehicle device driving unit 70 automatically. It is also possible to control the vehicle to drive safely.

In addition, it is possible to change the internal environment of the vehicle by automatically controlling the air conditioner (air conditioner, heater, etc.) mounted on the vehicle based on the result of analyzing the health state information. For example, the environment of the vehicle is changed by lowering or raising the temperature of the vehicle, or spraying negative ions or oxygen. This action also acts as a factor that can stabilize the occupant's mind and body and reduce stress, thereby protecting the occupant's health.

On the other hand, as another feature of the present invention displays the health status information and health support information analyzed through the health information transmission unit 50 in real time on the health status display unit 30 or registered smartphone or smart device or remote It is also possible to transmit to the cloud server (S80). Smartphones or smart devices can easily communicate by registering the phone numbers of all the passengers' smart phones or smart devices when boarding the vehicle, and if necessary, the health information or analyzed health measured in real time through short-range wireless communication. It is possible to send information. Therefore, the passenger can easily receive the health status information or health analysis information of other passengers including themselves and the driver by using the smart phone or smart device carried by them.

In addition, the remotely located cloud server based on the health status information transmitted from the health information transmission unit 50 to diagnose the state of health through a health diagnosis program to generate health support information, or analyze the habits of the driver to support health Generate health support information that can generate information or follow up based on health analysis result information. The generated health support information is transmitted to the health information transmitter 50. The health information transmitter 50 receives this and transmits it to the health state controller 20.

The health state controller 20 displays the received health support information on the health state display unit 30. Here, the health support information may include information for correcting a driving posture, information for allowing a high degree of fatigue, parking for a while, or promptly receiving hospital treatment. The occupant is to follow up promptly based on the health support information displayed in real time through the health status display unit 30, thereby protecting the health.

Also, even if the driver is drowsy or suddenly in poor health due to a heart attack, if the driver ignores the dangerous condition and continues to drive, other passengers can easily identify and instruct the driver to go to the shoulder or rest area to park and then shift. You can drive or follow up quickly.

In addition, even if a passenger in another seat (especially the rear seat) is stunned due to myocardial infarction or cerebral hemorrhage, if the driver or other passengers are not aware of it, the driver or other passengers will continue to drive because it is considered a sleeping accident. However, the present invention, the driver or other passengers can be contacted in real time by the status of the driver with a health abnormality by contacting their smartphones can follow up quickly to prevent a major accident.

In particular, if it is determined that an emergency situation, it is possible to inform the pre-registered agency (eg, call center) an emergency situation and support the health to follow up promptly. As a result, the life and safety of the occupants can be improved.

As mentioned above, although the invention made by the present inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary.

10: health information measuring unit 20: health state control unit
30: health status display unit 40: health information storage unit
50: health information transmission unit 60: vehicle air conditioning drive unit
70: vehicle drive unit

Claims (5)

As a way to manage health by measuring occupant health in the vehicle,
A biometric sensor for obtaining biometric information of occupants in a vehicle; Seat position sensors for identifying occupants; A camera which is activated when the occupant is seated in the vehicle by the seat position sensor to photograph the occupant; Health information measuring unit 10 for measuring the biological information and environmental information for determining the health status of all the occupants in the vehicle, including at least one or more of the environmental sensor for obtaining environmental information including raindrops;
When the information of all the passengers in the vehicle is input, the health status of the passenger is analyzed by comparing the standard information for determining the health status based on the biometric information and the environmental information measured by the health information measuring unit 10, and the analyzed Control to store and display health state information, generate an environment control signal for controlling the environment according to the analyzed health state information, control to transmit the analyzed health state information to the outside, and receive the received health support information. A health state controller 20 for controlling transmission and display;
Health status display unit 30 for displaying the health status information and health support information of all the passengers analyzed under the control of the health status controller 20;
A health information storage unit 40 for storing the analyzed health state measurement and analysis information under the control of the health state controller 20;
A vehicle air conditioning driving unit 60 for changing the vehicle environment by itself by driving an air conditioning apparatus including at least one of an air conditioner and a heater based on an environmental control signal output from the health state controller 20;
A vehicle device driver 70 for driving a vehicle device including at least one of a window, a sunroof, and a steering wheel for air conditioning based on an environmental control signal output from the health state controller 20; And
The health status information of all the passengers received under the control of the health status controller 20 is transmitted to the health status display unit 30 and the smartphones of all the passengers registered when the vehicle is boarded, or to a cloud server that is a remote health analysis server. Health information transmission unit for transmitting and transmitting the health support information received from the cloud server to the health state controller 20 to be displayed in real time based on the seating position of each occupant on the health state display unit 30 ( 50) using a health care device, including;
(a) measuring biometric information and environmental information for determining the health status of all the passengers in the vehicle only for the seats where the occupants are detected by the seat position sensor;
(b) receiving information of a passenger in a vehicle;
(c) analyzing the health status of the passenger by comparing the health information measured in step (a) with reference health information for determining a registered health status based on the information of the passenger;
(d) to display the health status information of all the passengers analyzed in step (c) based on the seating position of each passenger and to be transmitted to all the passengers or acquaintances smart phone, based on the health status information Generating an environment control signal for changing the environment by itself;
(e) automatically changing the vehicle environment according to the generated environmental control signal; And
(f) transmitting the analyzed health state information to an external institution; including
When a sudden health abnormality of the driver or some occupants occur, other passengers can check in real time with a smartphone so that they can quickly take measures to promote safety.
The method of claim 1, wherein step (e)
(e1) changing the vehicle environment by driving the air conditioning apparatus according to the environmental control signal; and (e2) changing the vehicle environment by driving the vehicle device for air conditioning based on the environment control signal.
The camera for photographing the occupant of the health information measuring unit 10 may be any one of a thermal infrared camera capable of checking and obtaining human body information or a camera capable of obtaining health information of the occupant according to heat generated by the body. Health care method through the occupant health status measurement in a vehicle comprising a.
The method of claim 1, wherein the health state controller 20 accumulates and stores the health analysis information analyzed for each passenger in the health information storage unit 40, and compares the currently analyzed health information with previously stored health information. Health care method through the measurement of occupant health status in a vehicle, characterized in that to use as information to determine the change.
The health status controller 20 of claim 1, wherein the health state controller 20 includes a biosensor and a camera control to measure biometric information of the seat occupant only for the seat where the occupant is detected by the seat position sensor. How to take care of yourself.

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