KR20160031567A - Safety management system based on internet of things is installed on transportation vehicles - Google Patents

Abstract

The present invention relates to a safety management system based on internet of things (IoT) installed on a transportation vehicle to syntagmatically manage the transportation vehicle and the safety of passengers based on the IoT installed on the vehicle and used for commuting of children in a facility such as a daycare center, a preschool, and a private school. The safety management system comprises: an LED electronic display installed to be exposed through a rear glass of the transportation vehicle; a getting-on monitoring camera unit fixed around a door for getting-on in the transportation vehicle; a monitor to display a captured video and various information; a GPS reception unit; an RFID read unit; and an integrated monitoring terminal including a wireless communication unit to receive the captured video information through a wireless communication with a data communication network connecting unit connecting to a data communication network of a communication service provider, the LED electronic display, and the getting-on monitoring camera unit and to provide data to an system operating server by receiving the data from the GPS reception unit and the RFID read unit. The present invention has benefits to provide a warning to a driver who drives a vehicle from the rear side of the transportation vehicle when the children get in and out the transportation vehicle, to manage driving information of the transportation vehicle, to provide information according to a driving state, to manage the getting-on of users who use the transportation vehicle, and to actually reduce various accidents such as traffic accidents associated with the transportation vehicle of the children.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a safety management system,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a safety management system installed in a vehicle used for commuting to a child in a facility such as a daycare center, a kindergarten, or a school, will be.

We have been alarmed by the safety insufficiency of our society after the rainy season, but the deaths of children who still use school cars are occurring almost every month throughout the country.

Especially, when the school is in the new term, the use of the school car greatly increases and the accident is the most happening around 4 ~ 6 pm.

In the case of school-based vehicles, the duty to protect children is also required by law. Article 53-2 of the Road Traffic Act stipulates that drivers must be checked to see if a child has arrived at a safe place.

If not, the leader must confirm the arrival and departure of the driver.

However, it is a reality that most of the drivers are operating the vehicle while checking the driver's seat on the driver's seat.

In addition, many drivers who drive school vehicles have to pay attention to the driving situation of nearby vehicles and to take responsibility for students' safety.

In addition, accidents caused by driving the schooling vehicle in a state where the boarding and landing is not fully carried out frequently occur.

According to statistics of traffic accidents caused by children's school buses surveyed by the Road Traffic Corporation, the number of deaths is decreasing as the years go by, but the number of injured persons is not changed much but is almost constant.

Analysis of the types of accidents reveals that unsafe distance (4.9%) and unsafe driving (57.1%) account for 62% of the total.

Over the past seven years, there have been 589 traffic accidents involving children's schoolchildren in Korea, resulting in 43 deaths and 928 injuries.

In order to solve the above-described problems, the 'Vehicle win / leave safety system' of Patent Application No. 10-2013-0076941 has been disclosed.

The human body detection sensor 1 is mounted on the upper and lower doors of the wing and lower doors of the vehicle to detect the position and movement of passengers on the sides and rear of the vehicle. And a camera (2); A door close confirmation sensor (3) installed on a lock device of a vehicle wake up / down door to detect whether the vehicle door is open or closed; An acceleration sensor (4) installed on a conventional vehicle control device for controlling a vehicle to detect the movement of the vehicle; The body sensor 1 is connected to the camera 2 and the door close confirmation sensor 3 and the acceleration sensor 4 to determine whether the driver of the driver's seat is positioned on the side of the vehicle and the passenger behind the vehicle, A video monitor (5), a sprinkler (6), and a warning light (7) installed in a driver's seat of the vehicle for confirming whether or not the acceleration is outputted as an image, a sound and a lamp; The microcomputer 2 is connected to the human body detection sensor 1, the camera 2, the door close confirmation sensor 3, the acceleration sensor 4, the image monitor 5, the internal speaker 6, The human body detection sensor 1 is connected to the microcomputer 8 through the sensor detection judgment circuit 10 and the camera 2 and the image monitor 5 are connected to the camera interface circuit 11 And the internal speaker 6 is connected to the microcomputer 8 through the amplifier 12 and the voice storage IC 13. In this case, It is to detect and monitor all situations after getting off, getting off, getting on and off, so as to prevent accidental injuries.

However, the above-mentioned prior art has an advantage of providing information to the driver driving the school vehicle so as to easily grasp the wake-up / down situation. However, a concrete method There is no way to manage the operation management of the traffic school vehicle and the traffic of the passengers using the traffic school vehicle.

Therefore, there is an urgent need for a safety management system for school vehicles that systematically supports such a system to systematically support social safety net in education while protecting the life of noble children.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a driving force control device and a driving force control method thereof that can clearly recognize that a driver, such as a vehicle, It is an object of the present invention to provide a safety management system for a schooling vehicle.

It is another object of the present invention to provide a safety management system for a school-to-be-home vehicle that manages travel information of a school-based vehicle and provides information according to the travel state.

Another object of the present invention is to provide a safety management system for a school-to-be-home vehicle that can manage the getting-on and going-off of a user using the school-based vehicle.

Furthermore, it is an object of the present invention to provide a safety management system for a school-to-student vehicle which can substantially reduce various accidents including traffic accidents involving children's school cars.

Other objects, features and advantages of the present invention will become apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

The present invention has the following technical features in order to achieve the above object.

The object Internet-based safety management system installed in the vehicle of the present invention comprises a system operation server for operating a school vehicle safety management system and a data communication network of a communication company, A backward surveillance camera for outputting an announcement informing that the passenger is on / off the passenger at the time of getting on and off the passenger, and a rearview surveillance camera for photographing the rear situation and a wireless communication unit for wireless communication with the integrated monitoring terminal An LED display board included; A boarding and surveillance camera unit including a boarding and surveillance camera fixedly installed around the door for getting in and out of the schooling vehicle and taking a picture of the boarding status of the passengers, and a camera wireless communication unit for wireless communication with the integrated monitoring terminal; A monitor connected to the integrated monitoring terminal and installed near the driver's seat of the traffic school so as to be easily seen by the driver and displaying images and various information photographed by the rearward surveillance camera and the boarding and surveillance camera; A GPS reception unit for receiving the GPS satellite signal and providing the GPS satellite information to the integrated monitoring terminal; An RFID reader for reading the passenger information from the RFID tags held by the passengers when the passengers are on and off the passenger vehicle and providing the passenger information to the integrated monitoring terminal; And an RFID reader for reading the passenger information from the RFID tags held by the passengers when the passengers use the passengers to get on and off the passengers and provide them to the integrated monitoring terminal; And

And a terminal wireless communication unit for receiving image information photographed through wireless communication with the ELD electric sign board and the boarding and surveillance camera unit, wherein the wireless LAN communication unit comprises: And an integrated monitoring terminal for receiving data and providing the data to the system operation server.

In addition, the boarding and surveillance camera unit may further include an LED lighting unit illuminated according to whether a door for entering and leaving the schooling vehicle is opened.

The integrated monitoring terminal may further include an OBD communication unit for communicating with an OBD system of a schooling vehicle, and the information of the OBD system is scanned through the OBD communication unit.

Also, the LED electronic signboard may display character information matched to each situation according to start information, acceleration information, deceleration information, stop information, left turn information and right turn information included in the information of the OBD system of the schooling vehicle from the OBD communication unit And receiving and outputting from the integrated monitoring terminal.

In addition, the integrated monitoring terminal may further include image information photographed by the rearward surveillance camera, image information photographed by the boarding and landing camera, paper-dust information received by the laser-receiving unit, passenger information read by the RFID reader, And provides integrated monitoring information including OBD information acquired from the system management server to the system operation server.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a vehicle driving control system, which is installed in a schooling vehicle and clearly states that a driver, such as a driver, And to provide a safety management system for a school-to-be-home vehicle which can recognize the driver's safety and request safe driving.

It is another object of the present invention to provide a safety management system for a school-to-be-home vehicle that manages travel information of a school-based vehicle and provides information according to the travel state.

Another object of the present invention is to provide a safety management system for a school-to-be-home vehicle that can manage the getting-on and going-off of a user using the school-based vehicle.

Furthermore, it is an object of the present invention to provide a safety management system for a school-to-student vehicle which can substantially reduce various accidents including traffic accidents involving children's school cars.

Other advantages of the present invention will become apparent from the following description of exemplary embodiments with reference to the attached drawings. BRIEF DESCRIPTION OF THE DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual illustration of a object Internet-based safety management system installed in a vehicle of the present invention;
FIG. 2 is a view showing an LED electronic signboard of the object Internet-based safety management system installed in the school vehicle of the present invention;
FIG. 3 is a diagram illustrating a configuration of a console monitoring terminal according to a matter-and-internet-based safety management system installed in an attendance vehicle of the present invention;
FIG. 4 is a view showing an embodiment of a console monitoring terminal according to the object Internet-based safety management system installed in the school vehicle of the present invention.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. It should also be understood that the position or arrangement of individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the present invention. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

FIG. 1 is a conceptual diagram illustrating a object Internet-based safety management system installed in a school vehicle of the present invention.

As shown in FIG. 1, the present invention is installed in a schooling vehicle 1 used for the transportation of a passenger such as a child in a nursery, a kindergarten, a schoolhouse, etc. to secure safety matters related to the operation of the schooling vehicle 1, , A system operation server (3) for operating a commuting vehicle safety management system is connected to a data communication network (2) of a communication company by means of a matter Internet-based safety management system installed in a commuting vehicle for managing the getting on and off of passengers and various information An LED display panel 10, a boarding / monitoring camera unit 20, a monitor 30, a GPS receiver 40, an RF ID reader 50, and an integrated monitoring terminal 60.

The LED electric signboard 10 is installed so as to be exposed through the rear window of the schooling vehicle 1 and outputs an announcement announcement signal indicating that the passenger is getting on and off at the time of getting on and off the passenger, 110 and an integrated monitoring terminal 60 and a display board wireless communication unit 120 for wireless communication.

The LED display panel 10 according to the present invention includes a plurality of LED pixel panels each including a light emitting diode (LED), a driving unit for driving the respective LED pixel panels, and a controller for overall driving control. (Not shown), graphics, effects, and the like, and is driven in accordance with a control signal of the integrated monitoring terminal 60 through communication with the integrated monitoring terminal 60 through the electric panel wireless communication unit 120 .

The system further includes a rear surveillance camera 110 to capture the rear view of the vehicle 1 in real time and to transmit the video data to the integrated surveillance terminal 60 through the display board wireless communication unit 120. [ .

As shown in FIG. 2, the LED electronic signboard 10 according to the present invention includes a rear window glass (rear window) A backward surveillance camera 110 installed on the inside of the schooling vehicle 1 so as to be able to observe the rear of the vehicle 1 and a wireless communication unit 120 for smooth wireless communication with the integrated monitoring terminal 60 ) Is exposed.

Therefore, when the entrance door 8 is opened for the purpose of getting on and off the child by the stopping of the vehicle 1, the LED electronic sign 10 is displayed on the display screen of the integrated monitor terminal 60 in accordance with the control signal transmitted from the integrated monitoring terminal 60, Automatically outputs the announcement, or outputs the announcement sent from the integrated monitoring terminal 60.

That is, when the entrance door 8 is opened and the schooling vehicle 1 stops while the LED display 10 displays various information such as the name of the advertisements, the telephone number, etc., , Various informational announcements indicating that the driver is getting on and off the rear vehicle, such as "I am getting on and off", "Be careful, children are getting off the car", and "Wait for a moment" Stops the above-mentioned boarding and departure announcement which is outputted and outputs various information.

The driver of the traffic school vehicle 1 receives the image photographed through the rear surveillance camera 110 installed on the LED electronic signboard 10 at the integrated monitoring terminal 60 and confirms the image through the monitor 30 in real time have.

Particularly, the LED electric signboard 10 monitors the rear through the rear surveillance camera 110 and outputs various warning messages through the electric sign board to inform the driver of the vehicle or the like, It is possible to clearly communicate the situation in which the driver is getting on and off, to remind the driver of the car in the rear, to be able to cope with an unexpected situation such as the appearance of a child, and to clearly warn the driver of the vehicle (1) .

The boarding and surveillance camera unit 20 can be installed inside or outside the upper portion of the door 8 of the schooling vehicle 1 so that the driver can check the boarding status of the passengers who are getting on and off.

In other words, the boarding and surveillance camera unit 20 photographs the vicinity of the boarding door 8 in real time, including a boarding and surveillance camera for photographing the boarding status of a passenger, and a camera wireless communication unit for wireless communication with the integrated monitoring terminal, Data is wirelessly transmitted to the integrated monitoring terminal 60. The integrated monitoring terminal 60 receiving the video data outputs the video through the monitor 30. [

Further, it is preferable that the boarding and surveillance camera unit 20 further includes a high-luminance light emitting unit 210 so that the passengers can easily get in and out of the nighttime getting on and off, Do.

The high-luminance light emitting means 210 uses a plurality of high-brightness light emitting diodes as light emitting means, and is driven in accordance with the opening and closing of the loading / unloading door 8 of the schooling vehicle 1,

That is, the high-luminance light emitting means 210 is driven in accordance with the opening and closing of the elevator door 8 and is turned on when the elevator door 8 is opened, and off when the elevator door 8 is closed.

The high-luminance light emitting means 210 has a function of illuminating the periphery of the getting-on and off door 8 after the sunset so that the irradiation direction is directed to the outside of the schooling vehicle 1, and also illuminates the driver's & So that the child who is waiting for the riding or the child who has left the riding vehicle 1 can easily be visually confirmed.

The monitor 30 is connected to the integrated monitoring terminal and is installed near the driver's seat of the schooling vehicle 1 so that the driver can easily view the monitor. The monitor 30 is connected to the rear surveillance camera 110, And displays images and various information shot by the boarding and surveillance camera of the surveillance camera unit 20 to provide various information including images to the driver.

The various kinds of information are information necessary for the operation of the schooling vehicle 1, such as travel related information of the schooling vehicle 1 provided by the system operation server 3, passenger information, the number of passengers, The output information being output, the traffic situation information, or the character information transmitted by the child's guardian, etc., can be various character information that can be provided to the driver.

The GPS receiver 40 receives a GPS satellite signal from a reception device that receives GPS signals and provides the received GPS information to the integrated monitoring terminal 50.

Such a GPS information is provided to the system operation server 3 and used as basic data for calculating the location and expected arrival time of the schooling vehicle 1 through interlocking with the map information, Device or the like so as to be used as basic data for predicting the travel path of the commuting vehicle 1 and the expected arrival time.

The RFID reader 50 reads the passenger information from the RFID tag 510 held by each passenger when the passenger using the vehicle travels on his / her own vehicle, and provides the passenger information to the integrated monitoring terminal 60.

When the passenger having the RFID tag carries on / off the vehicle through the getting-on / off door 8, the RFID reader 50 reads the information on the passengers who have boarded the passenger To the integrated monitoring terminal (50).

Therefore, the driver can confirm the information of the passengers who boarded or departed through the monitor 30, and can prepare for the passengers who boarded and the passengers who got off.

Through the RF ID reading unit 50, it is possible to prevent an accident that a child who has not been able to get off the bus on a recent kindergarten bus is trapped.

The information read by the RF ID reading unit 50 and provided to the integrated monitoring terminal 50 is provided to the system operation server 3 and can be confirmed whether or not the current student is attending through the interlocking with the current student information, To the mobile device such as the smartphone 5 of the vehicle, and is used as data that can confirm whether or not the child of the guardian boarded or departed the vehicle 1.

For example, when a student of Hong Gil Dong who owns an RFID tag carries a ride on the schooling vehicle 1, the RFID reader 50 reads the RFID tag and confirms that he has boarded the car, When the integrated monitoring terminal 50 transmits the Hong Gil-dong boarding information to the system operation server 3, the system operation server 3 transmits the boarding information to the integrated monitoring terminal 50, The registered mobile phone transmits the boarding time of Hong Kil-dong as a letter, and then when Hong Kil-dong gets off, it sends the departing time of Hong Kil-dong as a letter.

As shown in FIG. 3, the integrated monitoring terminal 60 includes a wireless communication function, such as WCDMA or LTE, as shown in FIG. 3, A data communication network connection unit 610 for connecting to the data communication network 2 of the communication company through the terminal and video information photographed through wireless communication such as Bluetooth or WiFi with the LED electric sign board 10 and the boarding and surveillance camera unit 20 And a terminal wireless communication unit 620 for predetermined data communication. The wireless communication unit 620 receives the GPS information from the GPS reception unit 40 and receives the information of the passengers getting in and out from the RF ID reading unit 50, And provides it to the server 3.

The monitor 30 includes a rear surveillance camera 110 of the LED display panel 10 and a video signal output unit 630 for outputting an image photographed through the surveillance camera of the getting-in and out surveillance camera unit 20.

At this time, the video signal output unit 630 configures multiple screens to simultaneously perform backward surveillance and boarding surveillance, and also outputs a character string.

Preferably, the character string is output at a predetermined portion of the lower screen of the monitor 30.

In addition, it is also possible to connect the paper feed unit 40 and the RFID reader 50 with a cable so that the paper information received by the paper feed unit 40 and the RFID tag information read by the RFID reader 50 And a data input unit 640 for receiving input.

The configurations of the present invention described above are connected to a power supply unit installed in the schooling vehicle 1 to receive power.

In addition, the integrated monitoring terminal 60 may include an OBD system 7 of a schooling vehicle, as shown in FIG. 4, which is an embodiment of a portal monitoring terminal according to a object-based Internet- And an OBD communication unit 650 for communicating with the OBD communication unit 650.

That is, the integrated monitoring terminal 60 further includes the OBD communication unit 650 and is coupled to the vehicle-side self-diagnostic connector of the OBD system 7 of the schooling vehicle through the OBD communication unit 650, 7) and scans the operation information of the automobile according to the operation of the school automobile 1 such as speed, temperature, brake operation, turn signal operation, gear ratio, and steering angle information.

In this way, the integrated monitoring terminal 60 can display the OBD data of the OBD system corresponding to each situation according to the obtained start information, the acceleration information, the deceleration information, the stop information, the left turn information and the right turn information through the OBD communication unit 650 And provides character information to the system operation server 3.

Accordingly, the integrated monitoring terminal 60 can transmit the image information photographed by the rearward surveillance camera 110, the image information photographed by the boarding and going-down camera, the paper information received from the paper feed receiver 40, 50 and the OBD information acquired by the OBD communication unit 650 to the system operation server 3. The system management server 3 may be configured to provide the integrated monitoring information.

Particularly, by providing the OBD information, which is information related to the vehicle operation of the driver, obtained through the OBD communication unit 650 to the system operation server 3, it is possible to prevent the overdrive of the driver who drives the schooling vehicle 1, And to comply with the safety rules of operation.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And such variations and modifications are intended to fall within the scope of the appended claims.

1: School car
2: The data communication network of the communication carrier
3: System operation server
7: OBD system
8: Entrance and exit doors
9: Passengers (children)
10: LED display board
20:
30: Monitor
40:
50: RF ID reader
60: Integrated monitoring terminal
110: rear surveillance camera
120:
210: high brightness light emitting means
510: RFID ID tag
610: Data communication network connection
620: Terminal radio communication section
630: Video signal output section
640: Data input unit
650: OBD communication unit

Claims (5)

A system for managing the safety of a school car connected to a data communication network of a communication provider and a system operation server for operating a school automobile safety management system, the system comprising:
A backward surveillance camera which is installed to be exposed through the rear glass of the school vehicle and outputs an announcement informing the passenger that the passenger is getting on and off at the time of getting on and off, An LED electronic circuit board including a communication unit;
A boarding and surveillance camera unit including a boarding and surveillance camera fixedly installed around the door for getting in and out of the schooling vehicle and taking a picture of the boarding status of the passengers, and a camera wireless communication unit for wireless communication with the integrated monitoring terminal;
A monitor connected to the integrated monitoring terminal and installed near the driver's seat of the traffic school so as to be easily seen by the driver and displaying images and various information photographed by the rearward surveillance camera and the boarding and surveillance camera;
A GPS reception unit for receiving the GPS satellite signal and providing the GPS satellite information to the integrated monitoring terminal;
An RFID reader for reading the passenger information from the RFID tags held by the passengers when the passengers are on and off the passenger vehicle and providing the passenger information to the integrated monitoring terminal; And
And a terminal wireless communication unit for receiving image information photographed through wireless communication with the ELD electric sign board and the boarding and surveillance camera unit, wherein the wireless LAN communication unit comprises: And an integrated monitoring terminal for receiving data and providing the data to the system operation server. The portable terminal according to claim 1, wherein the boarding /
And an LED illumination unit illuminated according to whether or not a door for getting on and off the schooling vehicle is opened. The system according to claim 1, wherein the integrated monitoring terminal
Further comprising: an OBD communication unit for communicating with an OBD system of a schooling vehicle, and scanning information of the OBD system through the OBD communication unit. The display device according to claim 3, wherein the LED display board
The OBD communication unit receives character information matched to each situation according to the start information, the acceleration information, the deceleration information, the stop information, the left turn information, and the right turn information included in the information of the OBD system of the schooling vehicle from the integrated monitoring terminal The Internet-based safety management system comprising: The system according to claim 1, wherein the integrated monitoring terminal
Image information photographed by the rearward surveillance camera, image information photographed by the boarding and going-down camera, traffic information received by the GPS receiver, passenger information read by the RFID reader, and OBD information acquired by the OBD communicator And providing the integrated monitoring information to the system management server.

Images