KR20200050770A - Service system for providing transportation to infant facility and safety management service for children - Google Patents

Abstract

The present invention relates to a system for providing an infant facility with a school bus and safety management service. More specifically, the present invention relates to a system for providing an infant facility with a school bus and safety management service, which has a school bus information scan module provided in a school bus to obtain travel information of the school bus, transmits the same to an in-facility server so that the travel information is automatically recorded in a school bus log of the in-facility server to analyze a traveling pattern of a driver and a school bus condition, thereby providing an optical driving habit, enabling safe traveling of the school bus in which infants get, and helping to reduce school bus maintenance costs and environmental pollution, has a beacon gate installed inside the school bus to detect beacon terminals owned by the infants when the infants get in the school bus to automatically recognize whether the infants get therein, thereby preventing omission of the infants and delay of the school bus at a specific bus stop, and can automatically recognize getting off of the infants when the school bus reaches the infant facility or designations, thereby preventing the infants from being left alone or abandoned in the school bus.

Description

Service system for providing transportation to infant facility and safety management service for children}

The present invention relates to a system for operating a school vehicle for infants and toddlers and providing a service for safety of children. More specifically, it is equipped with a scanning vehicle information scanning module in the school vehicle to obtain driving information of the school vehicle and transmit it to the server in the hospital to automatically record it in the vehicle operation log of the server in the park to analyze the driver's driving pattern and vehicle status. Provides vehicle driving habits for infants, enables infants and toddlers to operate safely, reduces vehicle maintenance costs and helps to reduce environmental pollution, and installs beacon gates inside school vehicles to allow children to attend school vehicles. When boarding the train, the beacon terminal possessed by the child is sensed to automatically recognize whether the child is on the bus and prevents child missing and vehicle delay at a specific stop, and when the school vehicle reaches the home or destination, the child is automatically dropped off. School vehicle transportation of infant and toddler facilities to recognize and prevent prematurely prevented or abandoned children And to a kindergarten security management service system.

2. Description of the Related Art Recently, as safety accidents frequently occur in the transportation centers of infants and toddlers and in the field of vehicle operation, interest in safety management of children in order to secure safety of children in vehicles has increased.

In general, in a situation where one teacher in charge of a school vehicle is in charge of at least 15 to 45 children, it is difficult for the teacher in charge to get on and off the child and to safely manage each child.

In addition, as the proportion of working families increases, social activity is contracting due to anxiety about children's safety. In particular, parents with young children can be said to have high interest in the safety management of infant and child facilities.

Therefore, in order to ensure safe operation of infants and toddlers and prevent accidents occurring at the site of the lower house, it is necessary to secure safety for the use of children's commuting vehicles, provide monitoring information to parents, and manage child care to assist the teachers in charge. Development of a vehicle management platform is expected to be necessary.

Prior Art Document: KR Publication No. 2013-0137110 (published on December 16, 2013)

The present invention has been devised to solve the above problems, and in particular, analyzes the driving pattern and vehicle information of the vehicle driver so that a safe operation can be made and recognizes whether or not the child is on board automatically when boarding a school vehicle. Preventing missing children and vehicle delays that do not get on the bus stop, and after reaching the destination, the vehicle is operated at an early childhood facility that prevents safety accidents by quickly recognizing children left behind or abandoned within the vehicle. And the purpose of providing a system for providing child safety management services.

In order to achieve the above object, the system for providing transportation to school vehicles and safety management services for infants and toddlers according to the present invention devised to the present invention is connected to the control external port of the school vehicle operated for the children's transportation to the state of the vehicle during operation. A school vehicle information scan unit that scans vehicle driving data including vehicle speed, engine speed, voltage, water temperature, oil temperature, intake amount, fuel ejection amount, and accelerator opening information that can be checked; It is installed in a school vehicle, and when power is supplied from the start of vehicle operation, it receives the scanned vehicle operation data from the school vehicle information scanning unit, operates from the time the vehicle is operated, automatically generates a driving start history, and operates the vehicle. A school vehicle information scanning unit gateway that automatically generates a termination history when the power is turned off after the end; A beacon terminal that is assigned a unique identification number for each terminal and transmits a beacon signal when a child passes through each gateway installed at the entrance and exit of the school vehicle and when entering or leaving the school vehicle or when going to and from the school; A beacon gateway that is installed in the vehicle and at the entrance and exit of the circle and automatically collects the boarding and departure history when a child carrying a beacon terminal passes the corresponding area; And the driving log of each driver based on the vehicle operation data obtained by the school vehicle information scan unit to manage the driver's safety operation, and based on the attendance information and attendance information of the child acquired from the beacon terminal. It may include a server that stores teachers' attendance, attendance, and boarding history so that teachers and parents can manage and monitor them.

In addition, the server generates attendance pattern data of the preschoolers by applying the pre-programmed attendance pattern analysis algorithm from the preschooler's attendance information to classify short-term absentees or long-term absentees. Based on data including records and public institution data including immunization, the child child's risk of child abuse is calculated as a percentage, and if the child child's risk of child abuse exceeds the preset threshold, child abuse It may further include determining that there is a risk and sending a notification message to a related institution server or teacher terminal.

In addition, the beacon gateway installed inside the vehicle scans the beacon terminal of the child after the commencement of the commuting vehicle to judge whether the child is left in the vehicle or not, and if the beacon terminal of a specific child is continuously detected after a certain time has elapsed. It is determined that the child is left in the vehicle and sends the above information to the server so that the emergency notification can be sent to the teacher's terminal, and the school vehicle information scanning unit gateway includes the rapid acceleration, sudden braking, and safety speed of the turning point in the vehicle operation. Acquiring real-time vehicle data, immediately determines whether the vehicle is in safe operation, transmits it to the server, and the server applies an algorithm based on the vehicle operation data collected over a period of time to score the driver's driving vehicle safety operation pattern and score it. It may further include notifying the.

According to the present invention, the driver's driving pattern and vehicle status are analyzed and optimized by acquiring the driving information of the attending vehicle and sending it to the on-site server to automatically record it in the vehicle operation log of the on-premises server by providing the scanning vehicle information scanning module in the attending vehicle. It is effective in providing vehicle driving habits for children, allowing vehicles with infants and toddlers to operate safely, and reducing vehicle maintenance costs and helping to reduce environmental pollution.

In addition, according to the present invention, when a beacon gate is installed inside a school vehicle, when a child rides to a school vehicle, the beacon terminal possessed by the child is sensed to automatically recognize whether or not the child is riding and prevents child dropping and vehicle delay at a specific stop. And, when the school vehicle reaches the origin or destination, it is effective to automatically recognize the drop-off of the kindergartener and prevent the kindergarten child who is prevented or abandoned in the vehicle.

1 is a block diagram of a system for providing transportation to a school for infants and toddlers and a service for managing child safety according to a preferred embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, when adding reference numerals to the components of each drawing, it should be noted that the same components have the same reference numerals as possible even though they are displayed on different drawings. In addition, in describing the present invention, when it is determined that detailed descriptions of related well-known structures or functions may obscure the subject matter of the present invention, detailed descriptions thereof will be omitted. In addition, although preferred embodiments of the present invention will be described below, the technical spirit of the present invention is not limited to or limited thereto, and can be variously implemented by a person skilled in the art.

1 is a block diagram of a system for providing transportation to a school for infants and toddlers and a service for managing child safety according to a preferred embodiment of the present invention.

Referring to FIG. 1, a system 100 for providing a school vehicle operation and a child safety management service for an infant or toddler facility according to a preferred embodiment of the present invention includes a school vehicle information scanning unit 10, a school vehicle information scanning unit gateway 20, It comprises a beacon terminal 30, a beacon gateway 40, a server 50, a teacher terminal 60, and a parent terminal 70.

The school vehicle information scanning unit 10 is connected to the control external port of the school vehicle that is operated for the child's departure and arrival, so that the vehicle's driving information can be obtained.

More specifically, the school vehicle information scanning unit 10 can check the state of the vehicle while the school vehicle is running, such as the speed, engine speed, voltage, water temperature, oil temperature, intake amount, fuel ejection amount, and accelerator opening information of the school vehicle. The vehicle driving data is scanned and transmitted to the school vehicle information scanning unit gateway 20.

The school vehicle information scanning unit 10 may be applied in a wired or wireless manner according to the environment inside the vehicle, and may be customized according to the school vehicle if necessary.

The school vehicle information scanning unit gateway 20 is installed in the school vehicle and receives the vehicle driving data scanned from the school vehicle information scanning unit 10 and transmits the scanned vehicle driving data to the server 50.

The school vehicle information scanning unit gateway 20 transmits the scanned information to the server 50 and automatically records it in a preset driving record, thereby analyzing the sudden braking, rapid acceleration, rotation point speed, etc. of the school vehicle in operation in a circle. It is necessary to manage the safety condition of school vehicles collectively.

The gateway 20 for the school vehicle information scanning unit obtains real-time vehicle data including safety speed of rapid acceleration, sudden braking, and turning point in vehicle operation, and immediately determines whether the vehicle is safely operated and transmits it to the server 50, The server 50 may apply the algorithm based on the vehicle driving data collected for a certain period of time to score the driver's school vehicle safety operation pattern and notify the manager of the circle.

The school vehicle information scanning unit gateway 20 automatically generates a driving start history when power is supplied from the time the vehicle starts operating, collects the driving data of the vehicle, and automatically terminates the operation when the vehicle operation ends and the power is cut off. This is created.

The beacon terminal 30 allows the boarding and drop-off history to be generated when a child passes or passes through a gateway installed at the entrance and exit of the school vehicle and when entering or leaving the school vehicle or when going to and from the school.

The beacon terminal 30 is formed in a form that can be carried on a child's body or mounted on a child's bag, and more preferably a form mounted on a child's bag.

The beacon terminal 30 is provided with unique identification information for each terminal so that it can be identified between the children, and is allocated to the children, and the beacon signal is sensed whenever the child passes through each gateway.

The beacon gateway 40 is installed in the vehicle and at the entrance or exit of the circle or each class, and when a child carrying the beacon terminal 30 passes through the corresponding area, it automatically collects boarding and disembarking history and transmits it to the server 50. .

The beacon gateway 40 installed at the entrance or exit of each circle senses whether the child is present or not at the same time as the child passes through the corresponding gate, and if the child is in the neighboring class, the signal strength is strong and the gateway is located at the adjacent location of the child. Make it possible to recognize whether you are present or not.

The beacon gateway 40 installed inside the vehicle recognizes the beacon terminal 30 of the preschooler who boards at each stop so as to collect whether or not the preschooler is on board and the boarding time.

More specifically, the beacon gateway 40 installed inside the vehicle recognizes the beacon terminal 30 of the child riding at each stop and transmits it to the server 50 through the wireless communication network, and the server 50 corresponds to whether the stop arrives or not. If it is judged that the child who is going to board the bus is boarded and it is determined that the boarding has been made, the arrival terminal information is changed to the next stop information on the teacher terminal 60 mounted in the school vehicle, and the boarding time of the specific child is recorded and boarding status So that it can be updated.

For example, when the school vehicle reaches the first stop, 'Banyeo Public Parking Lot', the child riding in the 'Banyeo Public Parking Lot' boards the school vehicle, and the beacon terminal 30 of the child in the beacon gateway 40 installed in the school vehicle. ) Is recognized and transmitted to the server 50 through wireless communication. The server 50 judges whether or not the 'children's public parking lot information' and whether or not the child who boards the passenger's public window is changed so that the teacher terminal 60 of the school vehicle is changed from the previous stop 'Kyungsung Kindergarten' to the 'halfway public parking lot'. Then, the child's boarding time is recorded at 8:45, and the boarding status is updated from 'before boarding' to 'boarded'.

In addition, the beacon gateway 40 installed inside the vehicle detects the signal of the beacon terminal 30 possessed by the child in the vehicle in which the operation has ended, and the signal of the specific beacon terminal 30 is continuously detected in the vehicle. It is determined that the child is left unattended and transmits data to the server 50 to transmit a notification message to the teacher terminal 60.

This prevents safety accidents by promptly determining and notifying the person in charge of abandonment or abandonment of the child in charge, as the teacher in charge does not closely manage all the children when getting off.

In addition, the beacon gateway 40 installed inside the vehicle may determine that there is no child inside the vehicle and automatically terminate if no beacon terminal 30 signal is detected after the operation is finished.

A Bluetooth 5.0 communication method may be used between the beacon terminal 30 and the beacon gateway 40. Since the Bluetooth 5.0 method has an advantage of having a relatively long recognition distance and a large number of recognition modules compared to the conventional Bluetooth 4.0-based, in the present invention, the recognition rate of the beacon terminal possessed by the child is applied by applying the Bluetooth 5.0 communication method between the beacon terminal and the beacon gateway. It is possible to provide more accurate and faster data.

Here, the wireless communication method between the beacon terminal 30 and the beacon gateway 40 is not limited to the above example.

The server 50 records the driving record of each driver based on the vehicle driving data obtained by the school vehicle information scanning unit 10, and based on the attendance information of the kindergarten and the lower house information obtained from the beacon terminal 30. Stores attendance, attendance, and boarding history of the child, and updates the attendance and attendance information of the child at regular intervals so that the teacher can accurately recognize the attendance status of each child in charge.

In addition, the server 50 may analyze the attendance pattern based on the attendance information of the child, thereby distinguishing the long-term absence and the short-term formation of the child. More specifically, the server 50 applies a pre-programmed attendance pattern analysis algorithm from the child's attendance information to generate attendance pattern data of the preschoolers and classifies short-term or long-term absentees based on the attendance data accumulated over a certain period of time. Can be.

In addition, the server 50, based on data including public institution data, such as the participation status of children's programs, life records in the hospital, and the availability of immunization, among long-term absentees derived through the attendance pattern analysis algorithm, shows signs of child abuse risk. By calculating as a percentage, the probability of child abuse risk signs can be accurately determined.

In particular, the presence or absence of immunization used to calculate the signs of child abuse risk is a basis for discriminating children who do not receive immunization at the time of immunization with long-term absentees and life records, exposed to child abuse. It can help to differentiate old children.

The server 50 determines that there is a risk of child abuse when the probability of child abuse risk signs of each child exceeds a predetermined threshold, and the relevant person in charge succeeds the person by sending a notification message to the relevant institution server or teacher terminal 60 Take action.

In addition, the server 50 automatically generates an attendance unit based on the information of the enrolled child, and enables inquiry through the teacher terminal 60 and the parent terminal 70.

In addition, the server 50 transmits a notification message to the parent terminal 70 of the child who has been enrolled, indicating that the child has been enrolled.

Accordingly, the parents of each child can receive the child's attendance notification message through the parent terminal 70, and it is possible to confirm that the child has been well registered in the circle by querying the boarding and disembarking history.

In addition, the server 50 analyzes the driver's driving pattern based on the vehicle driving data obtained by the school vehicle information scanning unit 10 to present the optimal vehicle driving habits, and stores the vehicle driving data in real time. Automatically generate a driving report.

The vehicle driving report can be used to analyze the driver's driving pattern (acceleration, deceleration, sudden acceleration, sudden deceleration, etc.) information to suggest optimal vehicle driving habits. To prevent vehicle safety accidents.

The teacher terminal 60 is mounted on a cradle provided in a school vehicle or provided for the teacher to have in hand, real-time bus location, perception and absenteeism of children, attendance inquiry, preparation and confirmation of medication reports, notification and writing, Make it possible to inquire or input home communication confirmation.

In addition, the teacher terminal 60 can activate the dedicated application to query the attendance unit for each child, and receive and check the attendance pattern information of the analyzed children from the server 50.

In addition, the teacher terminal 60 can download the vehicle operation log, the vehicle safety checklist, the boarding and departure log, the attendance log, and the attendance unit to be used for managing children and vehicles.

In addition, the teacher terminal 60 can sense the location of the child by sensing the signal of the beacon terminal 30 possessed by the child.

For example, the teacher terminal 60 scans the beacon terminal 30 owned by the child and determines whether the responsible children are within a certain radius based on the current location of the teacher and outputs it to the teacher terminal 60 screen.

If a specific child has strayed, the "○○ child has strayed" from the teacher terminal (). Pops up a notification window to let you know if the child is leaving.

The teacher terminal 60 may download and check the automatically generated vehicle operation log through the vehicle operation data from the server 50 or submit it to a government office online.

The teacher terminal 60 provided in the school vehicle activates a dedicated application to select a route for the school vehicle to operate, and before the vehicle is operated, the driving route is output based on the location information of the school vehicle by pressing the start button. .

The teacher terminal 60 provided in the commuting vehicle receives a message about the absence or perception of the child from the parents of the child who needs to board at a specific stop and clicks the 'passing the stop' button, and the driving route is changed to the next stop. Make it possible.

In addition, the teacher terminal 60 when the operation is finished and the destination is reached, the operation is terminated by pressing the 'end of operation' button, and a daily checklist is generated to check the checklist that the teacher in charge must take.

In addition, the teacher terminal 60 creates and manages a faculty account working in a circle, and accesses the faculty account to manage each child.

The parent terminal 70 activates a dedicated application to receive the child's departure confirmation message sent from the circle, and allows the child's boarding and departure history to be checked.

In addition, the parent terminal 70, if the child is sick or has special circumstances, cannot attend school, or cannot board the school vehicle, prepare a reason and send it to the teacher terminal 60 in bulk to check whether the child is late or absent. Immediately notify the user and make the smooth operation of the vehicle.

For example, if a parent of a child boarding in the 'rainbow apartment' needs to go to the hospital because the child has high fever, it is necessary to select 'absence' through the parent terminal 70 of the child, and 'the child is sick and seems to have to go to the hospital' I don't think I can get on a school vehicle. ' You can write a reason for saying that it can be transmitted to the teacher terminal 60 and the teacher terminal 60 in the park at the same time.

Teacher terminal 60, parent terminal 70 is a PC, notebook, hand-held PC (Hand-Held PC), a smart phone, PDA, tablet PC, etc. are possible, and dedicated applications for school vehicles and child safety management You can download and use it or you can use it by running the built-in application.

The school vehicle operation and child safety management service provision system of an infant and toddler facility according to a preferred embodiment of the present invention prevents safety accidents occurring in the child and child facilities of the infant facility and the vehicle operation site, so that an improved child care service can be provided. do.

The above description is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains may make various modifications, changes, and substitutions without departing from the essential characteristics of the present invention. will be. Therefore, the embodiments and the accompanying drawings disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain the scope of the technical spirit of the present invention. . The scope of protection of the present invention should be interpreted by the claims below, and all technical spirits within the equivalent range should be interpreted as being included in the scope of the present invention.

10-School Vehicle Information Scan
20-Gateway to School Vehicle Information Scan
30-beacon terminal
40-beacon gateway
50-Server
60-Teacher terminal
70-Parent terminal

Claims (3)

The vehicle's speed, engine speed, voltage, water temperature, oil temperature, intake amount, fuel ejection amount, accelerator opening information connected to the control external port of the school vehicle that is operated for the child's back and forth can be checked while driving. School vehicle information scanning unit for scanning the vehicle driving data including;
It is installed in a school vehicle, and when power is supplied from the start of vehicle operation, it receives the scanned vehicle operation data from the school vehicle information scanning unit, operates from the time the vehicle is operated, automatically generates a driving start history, and operates the vehicle. A school vehicle information scanning unit gateway that automatically generates a termination history when the power is turned off after the end;
A beacon terminal that is assigned a unique identification number for each terminal and transmits a beacon signal when a child passes through each gateway installed at the entrance and exit of the school vehicle and when entering or leaving the school vehicle or going to and from the school;
A beacon gateway that is installed in the vehicle and at the entrance and exit of the circle and automatically collects the boarding and departure and exit history when the child carrying the beacon terminal passes the corresponding area; And
Based on the vehicle operation data obtained by the school vehicle information scanning unit, each driver's diary is recorded to manage the driver's safety operation, and the child is enrolled based on attendance information and attendant information obtained from the beacon terminal. Server for storing and managing attendance, departure, and boarding history of teachers and parents to manage and monitor
School vehicle operation and infant safety management service provision system for infant and toddler facilities, including. According to claim 1,
The server
Pre-programmed attendance pattern analysis algorithm is applied from pre-school attendance information to generate attendance pattern data of pre-school children to distinguish short-term absentees or long-term absentees. Based on data including public institution data, including presence or absence, the child child's risk of child abuse is calculated as a percentage.
If the percentage of child abuse risk signs of a specific child exceeds a predetermined threshold, it is determined that there is a risk of child abuse and a notification message is sent to the relevant institution server or teacher terminal.
Including the school vehicle operation and child safety management service providing system for infants and toddlers facilities. According to claim 1,
The beacon gateway installed inside the vehicle scans the beacon terminal of the preschooler after the commencement of the commuting vehicle and judges whether or not the preschooler is left in the vehicle, and if the beacon terminal of a specific preschooler continues to be detected within a certain time, It is determined that the child is left unattended and sends the above information to the server so that the emergency notification can be sent to the teacher terminal.
The school vehicle information scanning unit gateway obtains real-time vehicle data including the rapid acceleration, sudden braking, and safety speed of the turning point in vehicle operation, immediately determines whether the vehicle is in safe operation, transmits it to the server, and the server collects it for a certain period of time. Applying an algorithm based on the vehicle driving data to score the driver's driving vehicle safety operation pattern and notify the manager of the circle
Including the school vehicle operation and child safety management service providing system for infants and toddlers facilities.

Images