KR101602250B1 - Method for managing getting on and off history of vehicle for children - Google Patents

Abstract

The present invention allows accurate management of time and locations of the children getting into and out of the school bus by installing a getting-into-and-out-of checking terminal (4) comprising a radio frequency identification (RFID) reader unit (24), a GPS reception unit (26), an external memory unit (28), a screen display unit (30) having an input unit (32) such as a touch screen, and a digital camera unit (38) near an entrance door of a school bus (2) for children to check the children getting into and out of the school bus and. When a child gets into and out of the school bus, a digital image and information of the corresponding child getting into and out of the school bus are displayed. A number of children getting into and out of the school bus at each location are displayed, and information about a child who will get into and out of the school bus is also displayed to accurately allow the children to get into and out of the school bus. Moreover, the present invention quickly and conveniently optimizes automatic management and history management with respect to the children getting into and out of the school bus. A photographed image of a child getting into and out of the school bus can be used when needed to check the child getting into and out of the school bus.

Description

METHOD FOR MANAGING GETTING ON AND OFF HISTORY OF VEHICLE FOR CHILDREN BACKGROUND OF THE INVENTION 1. Field of the Invention < RTI ID = 0.0 >

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to confirmation of getting in and out of children's commuting and schooling vehicles and improvement of history management.

The number of accidents in buses for children and school buses that are operated nationwide now reaches one thousand cases a year. It is pointed out that frequent frequent school attendance and outpatient accidents repeated every year are due to the fact that the vehicles for many schools (kindergartens, kindergartens, elementary schools, special schools) and toilets (schools, sports facilities) .

In order to reduce the incidence of bus accidents involving children, the Road Traffic Act was amended in 2011 to require children to check for safe walks and turns in vehicles used for school attendance and outings. From early 2015, Mandatory action is enforced. This is to ensure children's traffic safety by imposing an obligation to confirm the children who boarded the vehicle, record the time of the riding, identify the children who get off the bus, and record the time of getting off.

However, since the assistant (teacher) who boarded the vehicle for the purpose of going to school or going to the office arrives at the office and writes the documents collectively, it is necessary to improve the current time.

Registered Patent No. 10-1388689 entitled " Child Safety Boarding /

Accordingly, it is an object of the present invention to provide a method for managing landing and landing in children's commuting and on-boarding vehicles including a confirmation of arrival and departure of children and a time record of getting on and off, .

The present invention according to the above object is achieved by an apparatus for confirming and managing the arrival and departure of a child in a child attending school and a traveling vehicle, comprising a boarding confirmation terminal (4) installed near a doorway in a child studying / And an RF tag (8) capable of being carried by a child (6) of a schooling and a visit destination;

The boarding confirmation terminal 4 comprises:

An RFID reader unit 24 for reading and recognizing the RF tag 8 carried by the child 6 to be attended to and outgoing from, Information on boarding children for each traveling course, information on the time and place of getting on and off the child 6 boarding or getting off, information on the number of people getting on and off the boarding or getting off the child 6, A built-in memory unit 22 for storing the segmented moving picture information for the child 6 getting on and off from the boarding and getting-off point, and the child-related information provided by the boarding and managing terminal 10, An external memory 28 for copying and storing boarding confirmation and history management information stored in the built-in memory 22 according to the updated counting information, The display unit 30 for displaying the number of the passengers, the input unit 32 for selecting and inputting the user, and all the children to be boarded in accordance with the vehicle driving course are collectively displayed on the screen display unit 30, And distinguishes the child information, which is collectively displayed on the screen display section 30, according to whether or not the child is boarded, based on whether the RF tag 8 held by the child 6 to be attended to and traveled to is recognized, And a control unit 20 for controlling the display of moving picture and moving picture information in the digital camera unit 34 corresponding to the child so as to store the time and position of getting on and off corresponding to the child 6 getting on and off, .

Here, the external memory unit 28 is constituted by a portable USB memory stick,

The aforementioned section photographing information is stored in the image buffer memory 36 for a predetermined time before and after the time when the RFID tag 8 of the child 6 on / And the moving picture information is recorded in the recording medium.

In another aspect of the present invention, there is provided a method of confirming and managing a child getting on and off at a child attending and visiting a vehicle (2) provided with a boarding confirmation terminal (4) in a child attending and visiting vehicle (2) A first step of causing the management terminal (10) to upload to the boarding and confirming terminal (4) the boarding child information corresponding to the driving course assigned to the child attending and driving vehicle (6) Information is collectively displayed on the screen display section 30 of the boarding and confirming terminal 4 installed in the vehicle 6 under the control of the control section 20 of the boarding confirmation terminal 4 and the current boarding and departing person counting information is displayed together And a second step of storing the RF tag 8 in the memory 6 and the RFID tag 8 held by the child 6 to be attended and visited by the RFID reader unit 24 of the boarding confirmation terminal 4, The control unit 20 A third step of causing the display unit 30 to distinguish the child information displayed on the basis of whether or not the child is boarded; A fourth step of temporarily storing a moving picture in the image buffer memory 36 under the control of the control unit 20 and a fourth step of temporarily storing the RF tag 8 held by the child 6 in the RFID reader unit 24 ) Or according to the manual entry of the child's getting on and off through the input unit 32 under the control of the control unit 20 by using the GPS receiving unit 26 and obtaining the boarding time and location information corresponding to the child 6 boarded and / The RFID tag 8 of the child 6 is recognized by the RFID interrogator 24 of the boarding confirmation terminal 4 or manually entered into the child boarding confirmation The control section 20 controls the corresponding RF tag 8 And a sixth step of reading the segmented moving picture information at the time of getting on and off corresponding to the child from the image buffer memory 36 and storing it in a memory in the boarding confirmation terminal 4. [

In the ascertaining and descending confirmation and history management method in the child attending and schooling vehicle according to the present invention, the ascending and descending number count information in the second process, the boarding time and the position information corresponding to the child (6) And the section photographing moving picture information in the sixth process are stored in the built-in memory section 22 of the boarding confirmation terminal 4 and also copied and stored in the portable external memory section 28. [

Further, in the third step of the ascertaining and descending confirmation and history management method in the child attending and schooling vehicle of the present invention, the child information on the display screen 30 is distinguished from the previously displayed child information, The photo image region of the corresponding child information in the screen display section 30 of the city hall getting-off confirmation terminal 4 is subjected to foggy image processing and displayed separately.

Furthermore, in the method for confirming the arrival and departure of the children's school and study vehicle according to the present invention, under the control of the control unit 20, the child attending and visiting vehicle 2 arrives at the next boarding / And a step of displaying a highlight image on the photographic image area of the child information for riding or getting off at the next boarding and landing point.

Further, in the present invention, the controller 20 detects that the child attending and driving vehicle 2 reaches the end point and is closed after opening and closing the vehicle door using the GPS receiver 26 and the door opening / closing detector 42 It is further characterized in that a process of generating an alarm by comparing the counting information of the passenger and the number of the departing person according to the getting on and off of the child is different.

The present invention not only can accurately check the arrival and departure of a child in a child attending school and a traveling vehicle, but also displays the digital image and information of the child on board the child when boarding and getting off the child, and displays the number of passengers It also has the advantage of displaying information on children who are about to get on and off so that they can get on and off correctly. In addition, according to the present invention, it is possible to optimize the automatic management and the history management for the children's getting on and off easily and quickly using the portable external memory, and if necessary, have.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a system configuration diagram of a boarding confirmation and history management device in a child attending and driving school vehicle according to an embodiment of the present invention; Fig.
2 is a block diagram of a boarding confirmation terminal installed near a door of a vehicle,
Fig. 3 is a diagram showing a route example of a boarding point of a driving course operated by a child attending school and a schooling vehicle according to an embodiment of the present invention,
FIG. 4 is a memory map configuration diagram of a memory built in a control unit of the boarding confirmation terminal of FIG. 2;
5 is a display state diagram of a screen display unit in a boarding confirmation terminal of a child attending school and a schooling vehicle;
6A and 6B are flowcharts of control performed by the control unit of the boarding confirmation terminal according to the embodiment of the present invention.

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

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a system configuration diagram of a child boarding and checking and history management apparatus in a child attending and driving school vehicle according to an embodiment of the present invention; FIG.

In the present invention, the boarding confirmation terminal (4) is installed near the entrance in the child attending and driving vehicle (2). This is because the boarding guide (mainly boarding protector or driver) It can help to get on and off properly, and it can be used for confirmation of arrival and departure of children and history management.

The boarding confirmation terminal 4 installed in the child commuting and driving vehicle 2 is provided with an RFID (Radio Frequency IDentification) reader 24, a GPS receiver 26, an external memory 28, an input unit 32 such as a touch screen ), And a digital camera unit 38. The display unit 30 includes a display unit (not shown)

The digital camera unit 38 is mounted on the ceiling near the vehicle door so that moving pictures of scenes of getting on and off the children can be properly performed. The RFID reader unit 24 is also installed in the vehicle door for recognizing the RF tag 8. Also, the screen display unit 30 having an input unit 32 such as a touch screen is also installed on the headstock near the vehicle door so that the boarding guide (the boarding guardian) can easily visually confirm and finger touch according to the present invention .

In addition, in the present invention, the child (6) who commutes or goes to school by traveling on a vehicle (2) for child attending to school and school provides an RF tag (8) carried by the child (6). The boarding confirmation terminal 4 of the present invention mounted on the vehicle 2 includes an RFID reader unit 24 of the RFID (Radio Frequency IDentification) system for recognizing the RF tag 8.

The RF tag (8) has unique identification information in the internal tag memory and can be attached to or attached to an object, a person, an animal, etc., or can be woven in clothes or a bag, carried in a bag or pocket, So that children (6) who are going to school or going to school can easily carry it.

The RF tag 8 is registered in the management terminal 10 of the management office 12 operated by a school, a daycare center, a kindergarten, or the like in such a manner that the unique identification information is matched with the information of the child attending school or visiting.

Fig. 2 is a specific block configuration diagram related to the boarding confirmation terminal 4 of the present invention installed near the entrance of the vehicle.

2, the digital camera unit 38 photographs the vicinity of the entrance of the vehicle. The photographed image in the vicinity of the vehicle entrance including the child on boarding and taking a picture photographed by the digital camera section 38 is subjected to image processing in the digital image processing section 34 and then provided to the control section 20. The digital image processing section 34 is provided with a temporary (FIFO) image buffer memory 36 for storing the image data.

The RFID reader unit 24 reads the RF tag 8 carried by the child 6 to be attended and visited and recognizes the child identification information and provides it to the control unit 20. The GPS receiver 26 has a GPS antenna 26a and receives time information and position information from a GPS satellite and provides it to the controller 20. [

The external memory unit 28 is preferably a portable USB memory stick. The external memory unit 28 can be replaced with any other equivalent and interfaces with the control unit 20 through the USB port 29. [ The external memory unit 28 stores the child-related information of the entrance and exit destination provided by the landing and landing management terminal 10 of the management office 12 or is updated according to the vehicle operation, And history management information.

After the child boarding guide (the boarding guard or the vehicle driver) has got off the child, the boarding and confirming terminal 4 confirms whether the boarding / The management office 12 permits the confirmation of getting on / off and the history management information to be easily performed.

The external memory 28 in which the boarding confirmation confirmation and the history management information of the boarding confirmation terminal 4 are stored can be inserted into the USB port of the management terminal 10 of the management office 12 and stored in the management terminal 10 will be.

The screen display unit 30 and the input unit 32 of the boarding and confirming terminal 4 can be implemented with a touch screen and are provided with a guide near the vehicle door so that the boarding / It is preferable to be installed on the head of the head. It should be understood that a screen display unit 30 and an input unit 32 may be additionally provided in the vicinity of the driver's seat of the vehicle as occasion demands.

The screen display unit 30 displays the number of people on and off the number of people on and off the rides, and information on the children who are on and off the current rides, as shown in Fig. The number of the passengers and the number of passengers to be taken off the passengers are preferably represented by numerals. As illustrated in FIG. 5, the passengers' child information displayed on the screen display unit 30 includes names of children to be boarded and photo images. The input unit 32 can be implemented as an overlapped touch pad of the screen display unit 30 such as an LCD, and is provided for user's manual confirmation and information input.

The door opening / closing detection unit 42 detects whether the entrance door of the child attending and driving vehicle 2 is opened or closed and provides the control unit 20 with information on opening / closing of the doors of the vehicle 2.

The control unit 20 generally controls each part of the boarding confirmation terminal 4 and includes an internal memory unit 22. [

That is, the control unit 20 collectively displays all the on-boarding child information according to the vehicle driving course on the screen display unit 30 at the same time, displays the current boarding and going-down person count information, Child information collectively displayed on the screen display unit 30 is distinguishably displayed depending on whether or not the child is boarding or not, based on whether the tag 8 is recognized or whether the user is manually inputted to confirm whether or not the child is on board the child seat. 38, and also controls the storage of the time and position of getting on and off corresponding to the child 6 getting on and off together with the memory, that is, the built-in memory unit 22 and the external memory unit 28.

In the present invention, the built-in memory unit 22 is provided with information on children on board by each course of travel, information on children on boarding and landing at the boarding and landing positions in the assigned course, And counting value information of the number of people getting on and off the child 6 who boarded or unloaded, and sectioned moving picture information for the child 6 getting on or off the boarding point.

FIG. 3 is an example of a route of a boarding and getting-off point for each of a plurality of courses operated by a child attending school and a traveling vehicle 2 according to an embodiment of the present invention. The traveling course information A (A) (A1 to a4, b1 to b4, c1 to c6, d1 to d5) for each course (A, B, C and D courses), kindergartens and institutes The position information on the end point ED is registered by the management terminal 10 in Fig. Also, child information (name, photo image, etc.) to be boarded according to each driving course is also registered by the management terminal 10.

The travel course information registered in the management terminal 10, the arrival and departure point location information and the destination point location information for each course, and the information about the children to be boarded for each course can be stored in a portable external memory unit (for example, a USB memory stick ) 28 and stored.

When the portable external memory unit 28 is inserted into the USB port 29 of the boarding and confirming terminal 4 of the child attending and schooling vehicle 2 to which the driving course is allocated, Reads it and stores it in the built-in memory 22.

6A and 6B are control flow charts performed by the control unit 20 of the boarding and confirming terminal 4 installed in the child attending and schooling vehicle 2 according to the embodiment of the present invention.

Now, the operation for ascertaining the arrival and departure of the child study and study vehicle 2 and managing the history will be described in more detail with reference to the accompanying drawings.

A portable external memory unit (not shown) which contains information on the children to be boarded according to the course of the vehicle on the USB port 29 of the boarding confirmation terminal 4 of the child attending and schooling vehicle 2 to which the boarding guide or the driver of the vehicle is assigned, The control unit 20 of the boarding and confirming terminal 4 reads the board 28 and copies the board 28 to the built-in memory 22.

When the driving course assigned by the child attending and visiting vehicle 2 is selected through the input unit 32 of the boarding confirmation terminal 4 or the data in which the driving course assigned in advance to the portable external memory unit 28 exists The control unit 20 recognizes that the assignment course has been selected in the determination step 100 of FIG. 6A and proceeds to step 102 of FIG. 6A.

6A, the control unit 20 reads the to-be-boarding child information (name and photograph image, etc.) according to the travel course assigned to the child attending and visiting vehicle 2 from the built-in memory unit 22, 5 as shown in FIG. 5, and also displays the current number of riding and departing person counts together with the display on the screen display unit 30 of the boarding and confirming terminal 4 installed near the entrance door in FIG.

For example, if the child attending and driving school vehicle 2 moves to pick up the children of the driving course A course to be boarded in an empty vehicle state, the counting values of the riding and getting off persons of the screen display section 30 are all set to "0" And the screen display unit 30 displays names and photographic images of all the children who are scheduled to board the A-course.

When the child attending school and schooling vehicle 2 moves along the course, the control unit 20 advances to step 104 of FIG. 6A and displays the child information to get on and off at the next (coming) getting off point. In the example of FIG. 5, if a child of 'Hong Gil Dong' and a child of 'Lee Hee Jun' are going to board at the next boarding point, 'Hong Gi-dong' and 'Lee Hee Jun' highlight the border of the image area of the child, . Such information display of the child to get on and off next door is very useful for confirming the arrival and departure of the child since the boarding guide (the boarding guardian) can easily recognize the child to get on and off next time.

When the controller 20 recognizes by the GPS receiver 26 that the child attending school and schooling vehicle 2 has reached the vicinity of the getting-in and getting-off position (step 106 of FIG. 6A) The operation of the digital camera unit 38 is activated. The digital camera unit 38 captures an image of a subject near the door and the moving image photographed by the digital camera unit 38 is processed by the digital image processing unit 34 and input to the image buffer memory 36 .

After that, when the child attending school and schooling vehicle 2 reaches the getting-in and leaving point and opens the door of the vehicle 2 for getting on and off, it detects this through the door opening / closing detection unit 42, The RFID reader unit 24 recognizes the RF tag 8 carried by the child 6 and provides the RF tag 8 to the control unit 20 of the boarding confirmation terminal 4. [

If the RF tag 8 corresponding to the child is recognized after opening the door of the vehicle, the controller 20 recognizes the RF tag 8 in step 110 of FIG. 6A and proceeds to step 114 of FIG. 6A. In the case of the child 6 getting on and off without being possessed, the boarding guide directly confirms the boarding of the child and inputs the boarding confirmation with the manual touch through the overlapped input unit 32 together with the screen display unit 30, The process proceeds to step 114 of FIG. 6A.

The controller 20 recognizes that the RF tag 8 carried by the child 6 is recognized by the RFID interrogator 24 of the boarding confirmation terminal 4 or manually inputted by the user Up time and location information corresponding to the child 6 who has got on and off is obtained by using the GPS receiver 26 and stored together in the built-in memory unit 22 and the external memory unit 28 in the boarding confirmation terminal 4. [ Preferably in the built-in memory unit 22 and stored in the external memory unit 28 as a copy.

The control unit 20 of the present invention is also configured such that the RF tag 8 carried by the child 6 is recognized by the RFID reader unit 24 of the boarding confirmation terminal 4 or manually input of the child's boarding confirmation In step 116 of FIG. 6A, the child information on / off is distinguished from the child information previously displayed on the screen display section 30. FIG.

As an example of a method of displaying the information on the child who has gotten on and off differently from the child information previously displayed on the screen display unit 30, as shown in FIG. 5, as shown in the image area of 'Hong Gi-dong' , And performs blurred image processing on the image area of the child information in the screen display unit (30) of the boarding confirmation terminal (4) when the child is riding. Then, the boarding guide can easily distinguish the child who has not yet boarded and the child who has completed boarding by using the screen display unit 30.

At the same time, the control unit 20 of the present invention determines whether or not the RF tag 8 held by the child 6 is recognized by the RFID reader unit 24 of the boarding confirmation terminal 4, As the pedestrian-check confirmation manual input is recognized, a counting operation is performed according to the pedestrian-to-pedestrian number of the child, and the pedestrian counting value is displayed on the screen display unit 30 as shown in FIG. The riding and unloading count values are naturally stored in the built-in memory unit 22 and the external memory unit 28 as well.

The control unit 20 of the present invention determines whether or not the RF tag 8 carried by the child 6 is recognized by the RFID interrogator 24 of the boarding confirmation terminal 4 or the input unit 32 The user can recognize the child's getting in and out from the image buffer memory 36 in the built-in memory 22 and the internal memory 22 in the boarding confirmation terminal 4, And stores it in the external memory unit 28, matching the child information.

The section photographing moving picture information is stored in the image buffer memory 36 for a predetermined time before and after the time when the RFID tag 8 of the child 6 on / (For example, five seconds before and after the RF tag recognition or before and after the confirmation manual input).

Since the moving image which is continuously photographed from the time when the vehicle 2 arrives at the vicinity of the getting-in and going-off point is temporarily stored in the image buffer memory 36, the moving image photographed before and after the time when the RF tag 8 is recognized can be secured immediately .

6A by repeating steps 104 to 120 every time the vehicle arrives at each of the getting-on and off points of the assigned driving course of the child attending school and schooling vehicle 2. By repeating this operation, The loading / unloading confirmation and history management information related to all of the children who are getting on and off are stored in the unit 22 and the external memory unit 28. [

(ED) of a kindergarten or a school building in FIG. 3, all the children (6) in the vehicle (2) get off at the open door of the vehicle The vehicle door is closed.

When the controller 20 detects the closing of the vehicle door at the terminating point by using the GPS receiver 26 and the door opening / closing detector 42, the control unit 20 detects it through steps 122 to 124 of FIG. 6B, .

In step 126 of FIG. 6B, the control unit 20 compares the counted number of departing passengers stored in the built-in memory 22 with the counted number of departing passengers, and if they are not the same (step 128 in FIG. 6B) An alert such as a warning sound is generated so that the boarding guide can easily recognize that the driver is not in the car (step 130 in FIG. 6B).

Therefore, it is possible to detect a child who is less likely to be in the vehicle 2 or to manually check the RF tag 8 for misidentification or non-recognition.

When the course operation of the child attending and driving vehicle 2 is completed, the boarding guide and the driver are instructed to carry out the operation of the portable childcare and on-boarding vehicle 2, which is inserted into the USB port 29 of the boarding / When the external memory unit 28 is taken out and submitted to the management office 12, the manager uses the management terminal 10 to accurately identify various information related to the confirmation of the getting on and off of the child 2 and the arrival and departure time, Can be managed.

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. Therefore, the scope of the present invention should not be limited by the described embodiments, but should be determined by the scope of claims and equivalents thereof.

INDUSTRIAL APPLICABILITY The present invention can be usefully used for confirmation of child boarding and history management in children's schooling and schooling vehicles.

(2) - Children's commuting and visiting vehicles
(Course A, Course B, Course C, Course D) - Driving Course
(a1 to a4, b1 to b4, c1 to c6, d1 to d5)
(ED) - end point (4) - boarding confirmation terminal
(6) - Children (8) - RF tag
(10) - Management terminal (12) - Management office
(20) - Control section (22) - Internal memory section
(24) - RFID reader unit (26) - GPS receiver
(28) an external memory unit (30) a screen display unit
(32) - input unit (34) - digital image processing unit
(36) -Image buffer memory (38) -Digital camera section
(40) a power source (42) a door opening / closing detector

Claims (8)

delete delete delete A method for confirming the arrival and departure of a child in a child attending and driving vehicle (2) provided with a boarding and confirming terminal (4) in a child attending and driving vehicle (2)
A first step of causing the management terminal (10) to upload to the boarding and confirming terminal (4) the boarding child information corresponding to the driving course assigned to the child attending and driving vehicle (6)
The oncoming child information according to the assigned driving course is collectively displayed on the screen display unit 30 of the boarding confirmation terminal 4 installed in the vehicle 6 under the control of the control unit 20 of the boarding confirmation terminal 4, And storing the number of departing passengers together in a memory;
The RF tag 8 carried by the child 6 to attend and visit is recognized by the RFID reader unit 24 of the boarding confirmation terminal 4 or displayed under the control of the control unit 20 The child image information is displayed on the screen display unit 30 on the basis of whether the child is boarded or not. The child image information is displayed on the screen display unit 30 of the confirmation terminal 4 when the child 6 rides, A third step of discriminating and displaying,
A fourth step of temporally storing moving images photographed near the entrance of the vehicle by the digital camera unit 38 installed in the child attending school and schooling vehicle 2 in the image buffer memory 36 under the control of the control unit 20,
The RF tag 8 carried by the child 6 is recognized by the RFID interrogator 24 of the boarding confirmation terminal 4 or manually inputted by the child boarding confirmation through the input unit 32, A fifth step of obtaining the getting-on / off time and the position information corresponding to a child 6 using the GPS receiver 26 and storing it in a memory in the boarding confirmation terminal 4,
The RF tag 8 held by the child 6 is recognized by the RFID reader unit 24 of the boarding confirmation terminal 4 or the RF tag 8 is controlled under the control of the controller 20 in accordance with the manual input of the user's ascending / And a sixth step of reading out the segment photographed moving picture information at the time of getting on and off corresponding to the child holding the child in the video buffer memory 36 and storing it in the memory of the boarding confirmation terminal 4. [ A method for confirming the arrival and departure of a vehicle and managing its history.
The method as claimed in claim 4, wherein, in the fifth step, the boarding and moving-in count information in the second step, the boarding and landing time information corresponding to the boarding child 6 in the fifth step, Wherein the identification information is stored in the built-in memory unit (22) of the confirmation terminal (4) and also copied and stored in the portable external memory unit (28).
delete A method for confirming the arrival and departure of a child in a child attending and driving vehicle (2) provided with a boarding and confirming terminal (4) in a child attending and driving vehicle (2)
A first step of causing the management terminal (10) to upload to the boarding and confirming terminal (4) the boarding child information corresponding to the driving course assigned to the child attending and driving vehicle (6)
The oncoming child information according to the assigned driving course is collectively displayed on the screen display unit 30 of the boarding confirmation terminal 4 installed in the vehicle 6 under the control of the control unit 20 of the boarding confirmation terminal 4, And storing the number of departing passengers together in a memory;
The RF tag 8 carried by the child 6 to attend and visit is recognized by the RFID reader unit 24 of the boarding confirmation terminal 4 or displayed under the control of the control unit 20 A third step of distinguishing and displaying the child information on the screen display unit 30 based on whether or not the child is boarded;
A fourth step of temporally storing moving images photographed near the entrance of the vehicle by the digital camera unit 38 installed in the child attending school and schooling vehicle 2 in the image buffer memory 36 under the control of the control unit 20,
The RF tag 8 carried by the child 6 is recognized by the RFID interrogator 24 of the boarding confirmation terminal 4 or manually inputted by the child boarding confirmation through the input unit 32, A fifth step of obtaining the getting-on / off time and the position information corresponding to a child 6 using the GPS receiver 26 and storing it in a memory in the boarding confirmation terminal 4,
The RF tag 8 held by the child 6 is recognized by the RFID reader unit 24 of the boarding confirmation terminal 4 or the RF tag 8 is controlled under the control of the controller 20 in accordance with the manual input of the user's ascending / And a sixth step of reading out the segmented moving picture information at the time of getting in and out of the room corresponding to the child who owns the child in the image buffer memory 36 and storing it in a memory in the boarding confirmation terminal 4,
Under the control of the control unit 20, before the child attending and visiting vehicle 2 reaches the next boarding and getting off point for boarding and going down the course, the photographic image area of the child information to be riding or getting off at the next boarding / The method of claim 1, further comprising the steps of:
The portable terminal according to any one of claims 4, 5, and 7, further comprising a GPS reception unit (26) and a door opening / closing detection unit (26) for notifying that the child attending and driving vehicle (2) The control unit 20 further compares the number of departing passengers and the number of departing passengers according to the getting on and off of the child and generates an alarm when the difference is different from each other. A method for confirming getting on and off and managing history.

Images