KR102193190B1 - System for monitoring integrational safety of children using Beacon signal and Driving method thereof - Google Patents

Abstract

Regarding the integrated child safety monitoring system and its driving method using a beacon signal, it is a wearable device that can be worn on a part of the body of a child and a teacher who wishes to attend childcare and educational institutions, and detects the heart rate of a child or teacher, and the wearable device. By receiving the heart rate detected in, it checks whether the heart rate of the child or teacher is within the normal range, and when the heart rate of the child or teacher is out of the normal range, the device is used by the parent or senior teacher of the child. A safety monitoring server that transmits an abnormality notification signal and a parent of a child who wants to go to the child care and educational institution owns it, and an app dedicated to safety management in parent mode is installed and driven, and the child's real-time heart rate information and information from the safety monitoring server High-efficiency children that can ensure the safety of children by minimizing the addition or modification of existing systems or equipment by a child safety integrated monitoring system including a parent terminal that receives an abnormality notification signal and displays it through the safety management app. An integrated safety monitoring system and its driving method can be provided.

Description

TECHNICAL FIELD [System for monitoring integrational safety of children using Beacon signal and Driving method thereof]

The present invention relates to an integrated child safety monitoring system and a driving method thereof, and more particularly, to an integrated child safety monitoring system using a beacon signal and a driving method thereof.

Although the space where child abuse occurs is diverse, the number of child abuse cases occurring in childcare institutions such as daycare centers is on the rise. In particular, if there is a culture in which discipline is one of the educational processes like Korea, it can be said that many children are exposed to violence.

In particular, looking at cases from 2013 to 2015, the number of child abuse cases and victims is increasing, and in 2015, the number of child abuses increased by about 50% compared to 2014.

Therefore, it is recognized as a social problem, and accordingly, even after the revision of the existing law, children are still exposed to danger due to the carelessness of childcare teachers or drivers.

However, as children's unexpected behavior, carelessness of childcare teachers and drivers, and dangerous environmental factors due to external factors exist, limiting factors must occur only by checking all situations by childcare teachers and drivers.

In order to reduce the risk of child abuse or safety accidents, a plan has been proposed and used to transparently disclose life in the hospital using CCTV cameras and to check the status of children's activities in real time.

However, even if CCTV cameras are installed, there is a limit to observing all spaces in daycare centers or kindergartens because shaded areas occur. In addition, there is a limit for all parents to accurately monitor their child's condition because there is a risk of malfunction or malfunction of CCTV.

Meanwhile, accidents in commuting vehicles are also frequently occurring.

In order to solve this problem, as an example, Korean Patent Publication No. 10-0910313 discloses a child protection system for a child transport vehicle using image information.

However, since it is necessary to install multiple cameras in order to take pictures of small children of all seats in the vehicle, there is a problem in that the cost of realizing the device increases in order to apply it to reality.

In other words, it is somewhat difficult to solve cases of accidental and habitual child abuse and commuting vehicle accidents caused by various causes and psychological stress of children with insufficient cognitive ability and judgment ability with the previously proposed system.

The present invention is derived from this background, and an object of the present invention is to provide an efficient integrated child safety monitoring system and a driving method thereof that can ensure the safety of children by minimizing the addition or modification of existing systems or equipment.

In addition, by allowing parents, teachers, and drivers to easily share children's activities using the interface provided by their own terminal, it is possible to easily share children's activities from home, to deungwon transportation, activities in childcare and educational institutions such as daycare centers and kindergartens, and going to the House of Representatives. It is intended to provide an integrated child safety monitoring system and its driving method that can systematically guarantee the safety of children from vehicle to home.

In addition, it is possible to share the child's location information, heart rate, and class progress in real time between teachers and parents in daycare centers or kindergartens for safe children's detention, so that parents can check their children's activities in real time within the institution. Its purpose is to provide an integrated child safety monitoring system and a driving method thereof.

Furthermore, when using a school vehicle, parents can directly determine whether their children are safe even when using a school vehicle by providing real-time information about the child's vehicle boarding, belt wearing, vehicle interior temperature, humidity, vehicle movement information, vehicle interior CCTV recording information, and occupant information. It is intended to provide an integrated safety monitoring system for children that can be checked and a method of operation thereof.

The present invention for achieving the above object includes the following configuration.

That is, the integrated child safety monitoring system according to an embodiment of the present invention is a wearable device that can be worn on the body parts of children and teachers who are dismissed to childcare and educational institutions, and detects the heart rate of a child or teacher, in the wearable device. Receives the detected heart rate to determine whether the received child's or teacher's heart rate is within the normal range, and if the child's or teacher's heart rate is out of the normal range, it is abnormal with a terminal held by the child's parent or advanced teacher. A safety monitoring server that transmits a notification signal and a parent of a child who wants to go to the child care and educational institution owns it, and a dedicated app for safety management in parent mode is installed and driven, and real-time heart rate information and abnormalities of the child from the safety monitoring server It characterized in that it comprises a parent terminal to receive the notification signal and display it through the safety management dedicated app.

On the other hand, the driving method of the integrated child safety monitoring system is the step of detecting the heart rate of a child or teacher by a wearable device in a form that can be worn on the body part of children and teachers who are enrolled in child care and educational institutions, and the safety monitoring server A terminal possessed by the child's parent or advanced teacher when the heart rate of a child or teacher is out of the normal range by receiving the heart rate detected by the device, and checking whether the received child's or teacher's heart rate is within the normal range In the step of transmitting an abnormality notification signal to the childcare and educational institution, the parent terminal possessed by the parent of the child who wishes to drop the child, and the parent terminal operated by installing and running a dedicated safety management app in the parent mode is the real-time heart rate of the child from the safety monitoring server. It characterized in that it comprises the step of receiving information and an abnormality notification signal and displaying it through the safety management dedicated app.

According to the present invention, it is possible to provide an efficient integrated child safety monitoring system and a driving method thereof that can ensure the safety of children by minimizing the addition or modification of existing systems or equipment.

In addition, by allowing parents, teachers, and drivers to easily share children's activities using the interface provided by their terminal, it is possible to easily share children's activities from home, such as deungwon commuting vehicles, daycare and kindergarten activities, and going to the House. It is possible to provide an integrated child safety monitoring system and a driving method thereof that can systematically guarantee the safety of children from vehicle to home.

In addition, it is possible to share the child's location information, heart rate, and class progress in real time between teachers and parents in daycare centers or kindergartens for safe children's detention, so that parents can check their children's activities in real time within the institution. There is an effect that can provide an integrated child safety monitoring system and a driving method thereof.

Furthermore, when using a school vehicle, parents can directly determine whether their children are safe even when using a school vehicle by providing real-time information about the child's vehicle boarding, belt wearing, vehicle interior temperature, humidity, vehicle movement information, vehicle interior CCTV recording information, and occupant information. The effect that can be checked is derived.

1 is a block diagram showing the configuration of an integrated child safety monitoring system according to an embodiment of the present invention;
2 is an exemplary view for explaining an integrated child safety monitoring system according to an embodiment of the present invention,
3 is an exemplary view for explaining a monitoring function within an institution in the integrated child safety monitoring system according to an embodiment of the present invention;
4 and 5 are exemplary views for explaining a safety management function of a school vehicle in the integrated child safety monitoring system according to an embodiment of the present invention;
6 is a flowchart illustrating a driving method of an integrated child safety monitoring system according to an embodiment of the present invention.

It should be noted that the technical terms used in the present invention are only used to describe specific embodiments, and are not intended to limit the present invention. In addition, the technical terms used in the present invention should be interpreted as generally understood by those of ordinary skill in the technical field to which the present invention belongs, unless otherwise defined in the present invention, and is excessively comprehensive. It should not be construed as a human meaning or an excessively reduced meaning.

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

1 is a block diagram showing the configuration of an integrated child safety monitoring system according to an embodiment of the present invention.

As shown in Figure 1, the integrated child safety monitoring system according to an embodiment of the present invention includes a wearable device 100, a safety monitoring server 20, a parent terminal 30, a driver terminal 40, a teacher terminal ( 50) and a beacon scanner 125.

The wearable device 100 is a form that can be worn on a part of the body of children and teachers who attend childcare and educational institutions. In one embodiment, the wearable device 100 includes the heart rate detection unit 110 to detect the heart rate of a child or teacher wearing it.

The childcare and education institution may be one of a kindergarten, daycare center, preschool, playroom, infantry school, and academy, but is not limited thereto and is interpreted to encompass institutions that perform childcare or education for children.

A wearable device refers to an electronic device that can be worn on a user's body, such as clothes, glasses, and watches. Through this device, detailed information about changes in the user's body and the surrounding environment can be continuously collected in real time. The wearable sensor that is mounted on the wearable device 100, that is, the heart rate detection unit 110 is made of Micro Electro Mechanical Systems (MEMS) capable of high performance, low power, low cost, and low area manufacturing. In one embodiment, the wearable device 100 may be worn on parts of the body such as wrists, heads, and waists of children and teachers.

The safety monitoring server 20 receives the heart rate detected by the wearable device 100. In addition, it determines whether the received child's or teacher's heart rate is within the normal range, and when the child's or teacher's heart rate is out of the normal range, the parent terminal 30 possessed by the child's parent or the teacher terminal possessed by a higher-level teacher Transmit an abnormality notification signal to (50).

The heart rate decreases with age to 130 times per minute in newborns, and is about 80 to 90 times for 5 to 13 years old and 70 to 75 times for 20 years or older. The heart rate is generally higher the smaller the body is. Therefore, it is preferable that the safety monitoring server 20 sets the normal range of the heart rate of the child and the teacher differently according to the age.

The parent terminal 30 is a smart device possessed by parents of children who wish to attend child care and educational institutions. In one embodiment, the parent terminal 30 is driven by installing a dedicated app for safety management in parent mode, and receiving real-time heart rate information and abnormal notification signals of the child from the safety monitoring server 20 and displaying it through a safety management-only app do.

In one embodiment, the parent terminal 30 is a personal computer such as a laptop, a desktop, or a laptop possessed by the parent, or a personal communication system (PCS), a global system for mobile communications (GSM), or a PDC ( Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro ( Wireless Broadband Internet) terminal, smart phone (smartphone), smart pad (smartpad), tablet PC (Tablet PC), etc. may be one of all types of handheld-based wireless communication devices, but limited in the present invention It is not.

In addition, the application for safety management in parent mode includes a schedule including a child's class schedule, a meal table, body information such as height and weight, and child health management information including medication information and vaccination status, notifications, school vehicle management information, and attendance. At least one of the function of providing at least one of the attendance table including information, the information of the institution, the function of checking the number of occupants of the vehicle and the function of checking the passenger information, the function of checking whether the seat belt is worn, the notification function of the boarding stage of the school vehicle, and the album function Provides. Here, children's health management information enables growth management including not only information on medication information or vaccination status, but also body information such as height and weight of the child.

The driver's terminal 40 is a smart device held by a driver belonging to a childcare and educational institution. An app dedicated to safety management in driver mode is installed and driven.

The dedicated app for safety management in the driver mode monitors at least one of a driving record of a vehicle in a childcare and educational institution operated by the driver, a child's getting on and off event records, and whether a seat belt is worn, and transmits it to the safety monitoring server 20, and drives It displays at least one of a vehicle's driving record, a child's getting on and off event records, and whether or not a seat belt is worn through an app dedicated to safety management in driver mode.

In one embodiment, the driver's terminal 40 is a personal computer such as a laptop, a desktop, or a laptop owned by the driver, or a personal communication system (PCS), a global system for mobile communications (GSM), PDC(Personal Digital Cellular), PHS(Personal Handyphone System), PDA(Personal Digital Assistant), IMT(International Mobile Telecommunication)-2000, CDMA(Code Division Multiple Access)-2000, W-CDMA(W-Code Division Multiple Access), It may be one of all types of handheld-based wireless communication devices such as Wibro (Wireless Broadband Internet) terminals, smart phones, smart pads, and tablet PCs. It is not limiting.

The teacher terminal 50 is a smart device possessed by a teacher working in a childcare and educational institution. The teacher terminal 50 is driven by installing a dedicated application for safety management in the teacher mode.

The dedicated application for safety management in the teacher mode is a schedule including class schedule, meal table, body information such as height and weight, and child health management information including medication information and immunization status, notifications, school vehicle management information, and attendance information including attendance information. , And an editing function for at least one of the institutional information, a function for checking the number of occupants of the vehicle and editing/confirming the occupant information, a function for confirming whether a seat belt is worn, and a function for notifying the boarding stage of a school vehicle.

In one embodiment, the teacher terminal 50 is a personal computer such as a notebook, a desktop, or a laptop possessed by the teacher, or a personal communication system (PCS), a global system for mobile communications (GSM), or a PDC ( Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro ( Wireless Broadband Internet) terminal, smart phone (smartphone), smart pad (smartpad), tablet PC (Tablet PC), etc. may be one of all types of handheld-based wireless communication devices, but limited in the present invention It is not.

In one embodiment, the wearable device 100 includes a voice chip. For example, the child care teacher in charge can select a message such as "Gather in the classroom" or "It is time to eat" by using the application for safety management in the teacher mode installed on the teacher terminal 50 that he or she possesses. In addition, when the notification button is pressed to all the children in charge, the wearable device 100 worn by the children in charge outputs a voice message of the content selected by the teacher.

According to an aspect of the present invention, the safety monitoring server 20 receives location information of a child or teacher wearing the wearable device 100 from the wearable device 100. When it is determined that the child has entered the danger area, a danger notification message is transmitted to the wearable device 100 worn by the child's teacher or the parent terminal 30 possessed by the parent of the child. At this time, the wearable device 100 worn by the teacher may output a risk notification message by voice.

In addition, a risk notification message is transmitted to the teacher terminal 50 possessed by the child's teacher or the institution's superior teacher.

According to a characteristic aspect of the present invention, the integrated safety monitoring system according to an embodiment of the present invention further includes a beacon scanner 125.

The beacon scanner 125 scans the beacon signal generated by the beacon generator 120 of the wearable device 100 to determine the location of a child or teacher wearing the wearable device 100, and monitors the identified location information safely. It transmits to the server 20. At this time, the wearable device 100 further includes a beacon generator 120 to generate a beacon signal.

Beacons are based on Bluetooth Low Energy (Bluetooth Low Energy) technology. Bluetooth itself is a short-range communication technology that exchanges information between IT devices at a close distance with small power consumption. In addition, since it is an improved technology for the purpose of low power consumption, the burden of the battery for both the transmitter and the receiver is small even if it is always turned on.

Beacons are objects that display simple information to indicate their location and status. In IT technology, a beacon refers to a device that sends a signal to a smartphone using radio waves.

In one embodiment, the wearable device 100 transmits a beacon signal using radio waves.

When a child wearing the wearable device 100 that transmits a beacon signal enters a danger area where the beacon scanner 125 is installed, the wearable device 100 transmits a specific ID signal. In this case, the specific ID may be unique information of the child. When the Bluetooth device of the beacon scanner 125 receives this signal, it recognizes the received signal and transmits it to the safety monitoring server 20. When a beacon signal is received, the safety monitoring server 20 can know that a child has entered a certain location, and if the location is set to a dangerous area such as a veranda or a kitchen, the teacher terminal 50 and the parent terminal 30 Alternatively, a risk notification message is transmitted to the wearable device 100 of the teacher in charge. At this time, the wearable device 100 of the teacher in charge may output a danger notification message by voice.

2 is an exemplary view for explaining an integrated child safety monitoring system according to an embodiment of the present invention.

As an example of a childcare and educational institution, a CCTV and a beacon scanner 125 are installed in a daycare center. Accordingly, a CCTV camera photographed image, location information identified by the beacon scanner 125, and heart rate of a teacher and a child detected by the wearable device 100 can be transmitted from the childcare and educational institution to the safety monitoring server 20.

The teacher terminal 50 manages the child's seat belt wearing approval function through a safety management dedicated application in the teacher mode. In addition, itinerary including class schedules of childcare and educational institutions, dietary tables, physical information such as height and weight, and children's health management information including medication information and immunization status, notifications, school vehicle management information, attendance table including attendance information, and It is possible to perform an editing function for at least one of the institutional information.

It is also possible to request parental confirmation approval through the safe home management function. And you can share the heart rate of the children in charge.

The teacher terminal 50 shares child information with the safety monitoring server 20.

A CCTV camera and a beacon scanner that communicates with the driver's terminal 40 carried by the driver are mounted inside the school vehicle.

In addition, a beacon chip is mounted inside the seat belt buckle of a school vehicle.

At this time, the application for safety management in the teacher mode of the teacher terminal 50 boarding the school vehicle performs a reader function capable of reading a QR code or barcode on the seat belt surface to determine whether the seated child is wearing the belt.

The teacher terminal 50 or the driver's terminal 40 boarding the school vehicle provides information on getting on and off the boarding child, information on seating seats, and information on whether or not to wear a belt. ) Or to the parent terminal 30 in real time.

In addition, the driver's terminal 40 inside the commuting vehicle transmits the CCTV image mounted inside the vehicle to the safety monitoring server 20.

The parent terminal 30 shares child (child) information with the safety monitoring server 20 through an application dedicated to safety management in parent mode. You can track your child's travel path or determine their current location during child care and education. In addition, it is possible to determine whether a commuting vehicle is boarded, whether a belt is worn in the vehicle, and driver information. In addition, it is possible to check the contents of CCTV cameras inside the school vehicle and check the school vehicle route information in real time.

Furthermore, it includes class progress in childcare and educational institutions, schedule including class schedule, meal table, physical information such as height and weight, child health management information including medication information and vaccination status, notifications, school vehicle management information, and attendance information. It is possible to check a variety of information, such as an attendance sheet and institutional information.

In addition, it is possible to approve parental confirmation through the safe home management function. It is also possible to share the child's heart rate detected by the wearable device 100 and check CCTV camera images in childcare and educational institutions.

3 is an exemplary view for explaining a monitoring function within an institution in the integrated child safety monitoring system according to an embodiment of the present invention.

As shown in FIG. 3, there are teachers and children wearing wearable devices 100 that generate beacon signals in childcare and educational institutions.

A beacon scanner 125 and a CCTV are installed in each specific place, and the beacon scanner 125 detects a beacon signal even in a shaded area that is not photographed by CCTV, so that it is possible to determine the location of a teacher or a child.

As shown in FIG. 3, in particular, when the beacon scanner 125 is installed outside or at the entrance door of a childcare and educational institution, it is possible to immediately detect when a child leaves the institution. In addition, it is preferable that the beacon scanner 125 is installed in a dangerous area where children are blocked from entering.

4 and 5 are exemplary views for explaining a safety management function of a school vehicle in the integrated child safety monitoring system according to an embodiment of the present invention.

As can be seen in Figure 4, a sensor for detecting whether a seat belt is worn is mounted on a seat belt of a school vehicle. In an embodiment, the sensor for detecting whether a seat belt is worn may be implemented as a portable buckle equipped with a beacon chip.

CCTV and beacon scanners are installed inside the vehicle. In an embodiment, the beacon scanner and CCTV transmit the detection result and photographing data to the driver terminal 40 possessed by the driver.

For example, the beacon scanner 125 is installed at the front and rear portions of a school vehicle. When a child wearing a wearable device 100 equipped with a beacon function approaches the front or rear of a school vehicle, the beacon scanner 125 measures the distance from the child wearing the wearable device 100 to the driver. It is provided to the terminal 40.

In addition, when a child wearing the wearable device 100 approaches the front or rear of a school vehicle, a risk notification message is provided to the driver's terminal 40 through a dedicated application for safety management in the driver mode, or held by the lead teacher. A risk notification message may be transmitted through an application driven by the teacher terminal 50. Therefore, the safety of small children can be more reliably guaranteed.

In one embodiment, the beacon scanner 125 inside the commuting vehicle may primarily track location information of a child wearing the wearable device 100 equipped with a beacon function to check whether the vehicle is boarded.

Secondly, the driver is implemented to approve whether or not a child is boarded through an application dedicated to safety management in the driver mode of the driver terminal 40.

To confirm the seat belt is worn, the beacon scanner 125 installed inside the vehicle recognizes the portable buckle on which the beacon chip (BEACON) is mounted, and can automatically determine whether the seat belt is worn.

In addition, the safety management application of the teacher mode of the teacher terminal 50 possessed by the instructor in the school vehicle performs a reader function that can read the QR code or barcode on the seat belt surface, and whether the seated child is wearing the belt. Can be implemented to understand.

In another embodiment, a radio frequency identification (RFID) tag or a Near Field Communication (NFC) tag may be mounted inside the seat belt portable buckle. In this case, the application for safety management of the teacher mode installed in the teacher terminal 50 may be implemented to determine whether a child is wearing a belt by performing an RFID reader function or an NFC reader function.

In addition, it is implemented to approve whether a child is wearing a seat belt through an application dedicated to safety management in the driver mode of the driver terminal 40.

The driver's terminal 40 detects information on whether the child is wearing a seat belt for each seat and transmits it to the safety monitoring server 20.

At this time, before the child boards the school vehicle, it is preferable that the driver's terminal 40 stores information about the number of passengers and children on board received from the teacher terminal 50 possessed by the teacher in charge of the childcare and education institution. .

Through an application dedicated to safety management of the driver mode installed in the driver's terminal 40, the CCTV camera photographed image installed inside the corresponding school vehicle can be checked. In addition, it is possible to display temperature and humidity information inside the school vehicle through an application dedicated to safety management in driver mode.

In addition, a notification message is output when the temperature inside the vehicle rises above or falls below the standard.

The parent terminal 30 may check in real time the video captured by the CCTV camera installed inside the school vehicle when the child boards the school vehicle. In addition, it is possible to check the temperature and humidity information inside the school vehicle through an application dedicated to safety management in parent mode. At this time, a notification message is output when the temperature inside the vehicle rises above or falls below the standard.

In addition, it is possible to check the location of the seat where the child is seated and whether or not to wear a seat belt through the safety management application in the parent mode. At this time, the seat location information and information on whether the seat belt is worn are received from the safety monitoring server 20.

In addition, when a child is on board, the location of the corresponding school vehicle can be identified in real time, and real-time information of the school vehicle can be provided.

Referring to FIG. 5, a safety management function of a commuting vehicle will be described. First, a teacher in charge selects and approves driver information for each vehicle through an application dedicated to safety management in a teacher mode of a childcare and educational institution. Then, it selects and approves child information for each school vehicle. In addition, it selects and approves the information of the leading teacher for each school vehicle (1).

After that, the school vehicle departs according to the school vehicle departure request (2). At this time, it is possible for the driver to actively grasp the departure request for the school vehicle and start when the departure time arrives.

When the commuting vehicle reaches the child boarding position, the teacher in charge checks the registered parents before boarding the child and confirms and approves the safety management exclusive application of the teacher mode installed on the teacher terminal 50. And at the same time, the parent confirms the registered teacher in charge and then confirms and approves it in the safety management dedicated application of the parent mode installed in the parent terminal 30 (3).

After that, the driver's terminal 40 inside the commuting vehicle is used to confirm whether the child is on board and whether to wear a seat belt (4). That is, the driver may approve the confirmation of whether the child is boarded in advance and whether the seat belt is worn in the application for safety management in the driver mode installed in the driver terminal 40.

When driving a school vehicle, the driver terminal 40 uses the safety monitoring server 20 to provide vehicle location information, speed information, occupant information including driver, teacher, and child information, temperature/humidity information inside the vehicle, and boarding. Transmits information on whether a child is wearing a belt (5).

Then, based on the information received from the safety monitoring server 20, the parent terminal 30 includes location information, speed information, driver, teacher, and child information of the child boarding vehicle through a safety management dedicated application in parent mode. It is possible to provide passenger information, temperature/humidity information inside the vehicle, and information on whether a child on board is wearing a belt (6).

6 is a flowchart illustrating a method of driving an integrated child safety monitoring system according to an embodiment of the present invention.

First, the wearable device 100 worn by children and teachers belonging to childcare and educational institutions transmits location information and heart rate information to the safety monitoring server 20 (S600).

If the safety monitoring server 20 determines that the child has entered the danger area based on the location information of the child (S610), the wearable device 100 or the parent terminal 30, or the teacher terminal 50 worn by the teacher in charge And transmits a risk notification message (S612, S614).

And if it is determined that the heart rate of the child or teacher is out of the normal range (S620), an abnormality notification signal is transmitted to the parent terminal 30 or the teacher terminal 50 (S625).

The teacher terminal 50 transmits overall operation information of childcare and educational institutions to the safety monitoring server 20 (S630). At this time, the overall operation information refers to the progress of classes in childcare and educational institutions, schedules including class schedules, dietary tables, health management information for children including physical information and medication information and vaccination status, notifications, transportation management information, and attendance. It contains a variety of information, such as attendance sheets, including information, and institutional information.

The teacher terminal 50 may transmit the overall operation information of childcare and educational institutions to the safety monitoring server 20 at regular intervals at regular intervals.

In addition, the safety monitoring server 20 may provide overall operation information of childcare and educational institutions through an application dedicated to safety management of the parent mode mounted on the parent terminal 30 (S640).

Thereafter, the teacher terminal 50 possessed by the vehicle teacher of the childcare and educational institution transmits vehicle occupant information to the driver terminal 40 and the safety monitoring server 20 (S650).

At this time, when the child wearing the wearable device 100 is within a proximity distance to the vehicle, the location information of the child is provided to the driver's terminal 40 through a beacon scanner mounted inside the vehicle (S660).

The driver's terminal 40 transmits, in real time, driving information of the vehicle and information on whether or not a child is on board to the safety monitoring server 20 (S670).

In addition, while the vehicle is in operation, the driver terminal 40 uses the safety monitoring server 20 to provide information on the vehicle's location, speed, occupant information including driver, teacher and child information, temperature/humidity information inside the vehicle, and children on board. It is possible to transmit information about whether the belt is worn or not.

Then, the safety monitoring server 20 uses the parent terminal 30 to include information on whether a child is on a vehicle, information on whether or not to wear a seat belt, real-time vehicle location information, speed information, driver, teacher, and child information. Passenger information and temperature/humidity information inside the vehicle may be provided, and accordingly, a notification function of the boarding stage of the school vehicle may be provided (S680).

100: wearable device 110: heart rate detection unit
120: beacon generator 125: beacon scanner
20: safety monitoring server 30: parent terminal
40: driver terminal 50: teacher terminal

Claims (10)

Wearable devices that can be worn on parts of the body of children and teachers who are enrolled in childcare and educational institutions and detect the heart rate of children or teachers;
Receives the heart rate detected by the wearable device to determine whether the received child's or teacher's heart rate is within the normal range, and when the child's or teacher's heart rate is out of the normal range, the child's parent or senior teacher possesses it. A safety monitoring server that transmits an abnormality notification signal to the terminal to be used; And
It is owned by the parents of children who wish to be dismissed in the childcare and educational institutions, and a parent mode safety management app is installed and driven, and the safety management is dedicated by receiving real-time heart rate information and abnormal notification signals of the child from the safety monitoring server. Includes; a parent terminal displayed through the app,
The wearable device generates a beacon signal,
Further comprising: a beacon scanner that scans the beacon signal generated from the wearable device to determine the location of a child or teacher wearing the wearable device, and transmits the determined location information to the safety monitoring server, further comprising:
The safety monitoring server receives location information of a child or teacher wearing the wearable device from the beacon scanner, and transmits a risk notification message to the wearable device of the child's teacher when it is determined that the child has entered a danger area. Characterized in that,
The wearable device of the teacher in charge outputs a danger notification message by voice,
A teacher terminal possessed by a teacher working in the childcare and educational institution and installed and driven by a dedicated application for safety management in a teacher mode; further includes,
The wearable device worn by the child is a child safety integrated monitoring system, further characterized in that it outputs a message input through a safety management dedicated application of the teacher mode of the teacher terminal possessed by the child care teacher as a voice message.
The method of claim 1,
A driver belonging to the above childcare and educational institutions possesses and runs an app for safety management in driver mode installed and driven, and the driving record of the vehicle of the childcare and educational institution operated by the driver, records of getting on and off events of children, and wearing a seat belt A driver terminal that monitors at least one of whether or not and transmits it to the safety monitoring server, and displays at least one of a vehicle driving record, a child's getting on and off event records, and whether or not a seat belt is worn through a safety management exclusive app in the driver mode Child safety integrated monitoring system, characterized in that it further comprises.
The method of claim 2,
The dedicated application for safety management in the teacher mode,
Editing function for at least one of a schedule including class schedule, dietary table, child health management information including physical information and medication information, and vaccination status, notifications, school vehicle management information, attendance table including attendance information, and institutional information , Child safety integrated monitoring system, characterized in that it provides at least one of a function of checking the number of occupants of the vehicle and checking occupant information, a function of checking whether a seat belt is worn, and a notification function of a school vehicle boarding stage.
The method of claim 2,
The safety management-only application of the parent mode,
A function that provides at least one of information among a schedule including a class schedule, a meal table, child health management information including medication information and vaccination status, a reminder, transportation vehicle management information, attendance table including attendance information, and institutional information, vehicle Child safety integrated monitoring system, characterized in that it provides at least one of a function of checking the number of occupants and checking passenger information, a function of checking whether a seat belt is worn, and a notification function of a boarding stage of a school vehicle.
delete delete Detecting a heart rate of a child or a teacher by a wearable device in a form that can be worn on a part of the body of a child and a teacher who is enrolled in a child care and educational institution;
The safety monitoring server receives the heart rate detected by the wearable device, determines whether the received child's or teacher's heart rate is within the normal range, and when the child's or teacher's heart rate is out of the normal range, the child's parent or Transmitting an abnormality notification signal to a terminal possessed by an advanced teacher; And
The parent terminal possessed by the parent of the child who wishes to depart from the childcare and educational institution and installed and driven by the parent mode safety management app receives the child's real-time heart rate information and an abnormality notification signal from the safety monitoring server to be reminded. Including; displaying through a safety management dedicated app,
The wearable device generates a beacon signal,
A beacon scanner scanning a beacon signal generated from the wearable device to determine the location of a child or teacher wearing the wearable device, and transmitting the determined location information to the safety monitoring server;
The safety monitoring server receives the location information of the child or the teacher wearing the wearable device from the beacon scanner, and when it is determined that the child has entered the dangerous area, the wearable device of the child's teacher or the child's parent possesses Characterized in that it transmits a risk notification message to the parent terminal,
The wearable device worn by children is possessed by the childcare teacher in charge of the childcare and educational institution, and the teacher terminal, which is operated by installing and running an application dedicated to safety management in the teacher mode, sends a message input through the application dedicated to safety management in the teacher mode. Driving method of the integrated child safety monitoring system, further characterized in that output as a voice message.
The method of claim 7,
A driver terminal possessed by a driver belonging to the childcare and educational institution and driven by installing an app dedicated to safety management in driver mode,
Monitors at least one of a driving record of a vehicle in a childcare and educational institution operated by a driver, a child's getting on and off event records, and whether or not a seat belt is worn, and transmits it to the safety monitoring server, and the vehicle through an app dedicated to safety management in the driver mode Displaying at least one of a driving record of a child, a child getting on and off event record, and whether or not to wear a seat belt; driving method of a child safety integrated monitoring system further comprising.
The method of claim 8,
The teacher terminal includes a schedule including a class schedule, a meal table, body information and medication information, and children's health management information including vaccination status through a safety management dedicated application in the teacher mode, notifications, school vehicle management information, and attendance information. Providing at least one of an editing function for at least one of the attendance table and institution information, a function for checking the number of occupants in the vehicle and a function for checking passenger information, a function for checking whether a seat belt is worn, and a notification function for a school vehicle boarding step; further Driving method of the integrated child safety monitoring system comprising a.

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