TWM576319U - School leaving application recording and automated broadcasting system - Google Patents

Abstract

The new campus reservation leaving record integration integrated broadcast system includes a control host module, a identity recognition module, a vehicle identification module, a reservation broadcast module, and a broadcast control module. The system can be used by parents who want to receive schoolchildren on campus. After passing the system to authenticate their students, they can make reservations for the school children through the system. The system can broadcast the classrooms of the students in the school before the scheduled school pick-up time. Or broadcast the broadcast in time to inform the schoolchildren to wait for the parents to pick up and drop off, so as to improve the immediacy, convenience and security of the transfer, to avoid artificial delay or mistakes.

Description

Campus Appointment Leave Record Integration Integrated Broadcasting System

The present invention relates to an automatic broadcasting system, in particular to an integrated campus broadcast recording and integration automatic broadcasting system, which can be used by parents who want to receive schoolchildren on campus, and after the system is authenticated by the system, the system can be used to make appointments for schoolchildren. The system can broadcast the classroom of the schoolchildren on campus before the scheduled school pick-up time, or broadcast the broadcast in time to inform the students to wait for the parents to pick up and drop off, so as to improve the immediacy, convenience and safety of the transfer. Avoid artificial delays or mistakes.

In recent years, the fertility rate of Taiwanese has gradually declined, leading to the phenomenon of declining birthrate and the education of schoolchildren. In terms of teaching, because parents may have only one child, parents have increasingly demanded the educational environment for school children. In particular, parents value teachers, teaching materials, environment, safety and other related services. In terms of safety, parents pay special attention to the safety and convenience of school children when they enter or leave school or pick up school children. For example, is there any parental pick-up and time record for school children entering and leaving the campus? How to solve the problem of common cars in the schoolchildren's park? Parents often need to wait during the pick-up time, how to reduce the waiting time? The above questions are all conditions for parents to choose a schoolchildren to be carefully evaluated.

Further discussion of the above issues reveals that the following conditions need to be improved. Now parents need to wait for the time to wait for the child to carry the school bag. When parents tell the schoolchildren by phone or communication, they need to answer and broadcast. Many parents car waiting at the same time, causing traffic problems nearby. When the car arrives at the school to manually identify the parent's face or the name card in front of the windshield, there may be a recognition error. In short, the important topics for the transfer of schoolchildren at this stage are as follows: 1. Pick-up and wait-time, wasting time; 2. Personnel answering and processing, wasting manpower; 3. Shuttle bus stagnation, affecting traffic; and 4. Personnel need Identifying name cards with your eyes wastes human resources and can make mistakes.

In view of the problems of long waiting time, traffic congestion, manpower processing delays and mistakes, the new creators of this school have improved their shortcomings and mistakes, and then created a campus reservation and school record integration automation broadcast. system.

The main purpose of the present invention is to provide an integrated automatic broadcast system for campus reservation and school leave records, which can be used by parents who want to receive schoolchildren on campus. After the system is authenticated by the system, the system can be used to make appointments for schoolchildren. Before the scheduled school pick-up time, broadcast the classroom of the schoolchildren on campus, or broadcast the broadcast in time to inform the students to wait for the parents to pick up and drop off, so as to improve the immediacy, convenience and safety of the transfer, avoiding artificial delay or Mistakes.

In order to achieve the above objectives, the new campus reservation leaving school record integration automated broadcasting system includes:

a control host module, including a system database;

A identity recognition module is connected to the master host module by wire or wirelessly, and a schoolchild transfer notification group can be established, and an authentication message can be sent to a family to receive the authentication message sent by the parent. a login student transfer notification group request message, and the parent can log in to the student transfer notification group;

a vehicle identification module that connects the main control host module in a wired or wireless manner to identify the parent's vehicle;

A reservation broadcast module is connected to the main control host module by wire or wirelessly, and can receive a reservation student transfer time message from the parent, and generate a reservation broadcast message according to the reserved school student pick-up time message, the reservation broadcast message includes Sending broadcast time, broadcasted student information, the location of the schoolchild being broadcasted, the school pick-up location of the broadcasted schoolchildren;

a broadcast control module, according to the reserved broadcast message, temporarily transmitting the broadcast time through at least one speaker;

Wherein, when the system is in operation, the identity recognition module pre-establishes a schoolchild transfer notification group; after receiving the authentication message from the identity recognition module, the parent issues a login student transfer notification group request message; the identity identification The module registers the parent in the student transfer notification group according to the login student arrival notification group request message; the reservation broadcast module accepts a reservation student transfer time message from the parent, and generates a message according to the appointment student delivery time message. a reservation broadcast message including a broadcast time, a broadcasted schoolchildren's message, a school pick-up place that the broadcasted student should arrive at; and a broadcast control module, according to the reserved broadcast message, when the broadcast time is sent Broadcast through at least one speaker.

In an embodiment of the present invention, the reservation broadcast module sets the transmission broadcast time of the reservation broadcast message to a specific time before the reserved schoolchild pick-up time message, and if the reservation broadcast module determines to send the broadcast time and the reservation When the interval between the schoolchild pick-up time messages is less than the specific time, the broadcast broadcast time of the reserved broadcast message is changed to immediately send the broadcast.

In an embodiment of the present invention, the reservation broadcast module can receive an instant broadcast request message from the parent to send an instant broadcast message; the broadcast control module receives and immediately broadcasts according to the instant broadcast message.

In an embodiment of the present invention, the broadcasted schoolchildren's message includes at least one of a name, a student number, a class, and a nickname.

In an embodiment of the present invention, the location of the broadcasted student who subscribes to the broadcast message includes an original classroom and a waiting classroom, the reserved broadcast message further includes a conversion time; the broadcast control module determines to send the broadcast message. Whether the transmission broadcast time is earlier than the conversion time, if the conversion time is earlier, the original classroom is selected to broadcast, and if it is not earlier than the conversion time, the waiting classroom is broadcasted.

In an embodiment of the present invention, the identity recognition module can send an authentication message to a long electronic device, and can receive a login student group notification group request message sent from the parent's electronic device according to the authentication message, and The parent's electronic device can be used to log in to the pick-up schoolchild notification group.

In an embodiment of the present invention, the identity recognition module can send an authentication message to a group of communication software in a long electronic device, and can receive the authentication according to the authentication on the group communication software of the electronic device from the parent. The message's login student transfer notification group request message, and the group communication software of the parent's electronic device can be used to log in to the transfer student notification group.

In an embodiment of the present invention, after the vehicle identification module recognizes the parent's vehicle, a long-to-school message is sent to the broadcast control module, and the broadcast control module immediately broadcasts the student through a speaker.

In an embodiment of the present invention, the vehicle identification module identifies the parent's vehicle by reading at least one of e-Tag information, RFID information, WIFI information, and Bluetooth information on the vehicle.

In an embodiment of the present invention, each of the control host module, the identity recognition module, the vehicle identification module, the reservation broadcast module, and the broadcast control module are respectively a computer host having a processor. , memory and storage.

In an embodiment of the present invention, the control host module, the identity recognition module, and the vehicle identification module are each a computer host having a processor, a memory, and a storage; the reservation broadcast module, And the broadcast control module is disposed in a same computer host having a processor, a memory, and a storage.

Through the above technical means, the new campus reservation leaving school record integrates the automatic broadcasting system, and the parents of the schoolchildren can log in to the official schoolchild transfer notification group through the identity authentication, and the student transfer time is reserved through the schoolchild transfer group. The system can broadcast the classroom of the schoolchildren on the campus at the time of the scheduled broadcast time before the scheduled school pick-up time, or broadcast the broadcast in time to inform the schoolchildren to wait for the parents to pick up and drop off. It can avoid the problem that parents can't get to the pick-up place when parents arrive at the school without the scheduled pick-up time. It can also avoid the fact that many parents wait for the children to pick up the place at the same time after school, which causes the parents to wait for traffic congestion. The problem can also avoid the risk that the school will not be cautiously confirmed by the parent and the school children will be taken away by other non-parental personnel. Therefore, the new cocoa can improve the immediacy, convenience and security of the transfer, and avoid artificial delay or mistake.

Referring to FIG. 1 and FIG. 2, the new campus reservation and departure record integration automatic broadcast system includes: a control host module 10, a identity recognition module 20, a vehicle identification module 30, a reservation broadcast module 40, and A broadcast control module 50.

The control host module 10 includes a system database 11 and can have the following functions: broadcast record, broadcast schedule control (see condition B-2 of FIG. 4), text generation voice, message monitoring screen, system data query, Receive instruction judgment.

Referring to FIG. 3, the identity recognition module 20 is connected to the main control host module by wire or wirelessly, and can establish a schoolchild transfer notification group, and can send an authentication message to a family, which can be sent from the parent. According to the authentication message, a login student transfer notification group request message is available, and the parent can log in to the student transfer notification group. In an embodiment of the present invention, the student transfer notification group may be a Line group, a Skype group, a WhatsApp group, a web-based group, an E-mail group, or other similar communication group. For example, the parent of the schoolchildren A receives the authentication message of the identity recognition module 20 (the teacher is controlled by the teacher of the schoolchildren A), and logs in to the relevant authorized unit of the student transfer notification group, and the Oauth unit accepts the authorization request, so that The parent login is successful, and the parent's key, number A, and account ID in the group are transmitted to the identity recognition module 20.

In an embodiment of the present invention, the identity recognition module 20 can send an authentication message to a long electronic device 60 (smartphone, smart watch, tablet, laptop, etc.), and can receive the electronic device 60 from the parent. The sent-in student transfer notification group request message sent according to the authentication message is available to the parent's electronic device 60 to log in to the pick-up student notification group. In an embodiment of the present invention, the identity recognition module 20 can send an authentication message to a group of communication software in a long electronic device 60, and can receive the group communication software from the parent electronic device 60. The login student request notification message according to the authentication message is sent, and the group communication software of the electronic device 60 of the parent can be used to log in to the transfer student notification group.

Referring to FIG. 6, the vehicle identification module 30 is connected to the main control host module by wire or wirelessly to identify the parent's vehicle. In an embodiment of the present invention, the vehicle identification module 30 identifies the parent's vehicle by reading at least one of e-Tag information, RFID information, WIFI information, and Bluetooth information on the vehicle.

Referring to FIG. 4, the reservation broadcast module 40 is connected to the main control host module by wire or wirelessly, and can receive a scheduled student pick-up time message from the parent (see condition B-1), and according to the scheduled school transfer time. The message generates a reservation broadcast message including the broadcast time, the broadcasted schoolchildren's message, the location of the broadcasted schoolchild, and the school pick-up location of the broadcasted schoolchildren. In an embodiment of the present invention, the reservation broadcast module 40 can receive an instant broadcast request message (see condition A-1) from the parent to send an instant broadcast message.

In an embodiment of the present invention, the reservation broadcast module 40 sets the broadcast broadcast time of the reserved broadcast message to a specific time before the reserved schoolchild pick-up time message, for example, the specific time is the reserved schoolchild pick-up time message. In the first 5 minutes, if the reservation broadcast module 40 determines that the interval between the transmission broadcast time and the reserved schoolchild pick-up time message is less than the specific time, the transmission broadcast time of the reservation broadcast message is changed to immediately transmit the broadcast. In an embodiment of the present invention, the broadcasted schoolchildren's message includes at least one of a name, a student number, a class, and a nickname.

Referring to FIG. 5, in an embodiment of the present invention, the location of the broadcasted student who subscribes to the broadcast message includes an original classroom (Classroom A, Classroom B, Classroom C) and a waiting classroom, and the reservation broadcast message further Included is a conversion time; the broadcast control module 50 determines whether the transmission broadcast time of the broadcast message is earlier than the conversion time, and if it is earlier than the conversion time, then selects to broadcast to the original classroom, if not earlier than the conversion time, Then broadcast the waiting classroom.

Referring to FIG. 4, the broadcast control module 50 receives and broadcasts according to the reserved broadcast message through at least one speaker 55 during the broadcast broadcast time (see situation AB-3). In an embodiment of the present invention, the broadcast control module 50 receives and immediately broadcasts according to the instant broadcast message (see condition A-2). The broadcast record of the above broadcast control module 50 is written back to the system database 11 of the control host module 10.

When the system is in operation, the identity recognition module 20 pre-establishes a schoolchild pick-up notification group; after receiving the authentication message from the identity recognition module 20, the parent sends a login student transfer notification group request message; the identity identification The module 20 registers the parent in the schoolchild transfer notification group according to the login student transfer notification group request message; the reservation broadcast module 40 accepts an appointment student transfer time message from the parent, and according to the reservation schoolchild pick-up time The message generates a reservation broadcast message, including the broadcast time, the broadcasted schoolchildren's message, the on-campus pick-up location that the broadcasted student should arrive at; and the broadcast control module 50, according to the reservation broadcast message, transmitting The broadcast time is temporarily broadcast through at least one speaker 55.

In an embodiment of the present invention, each of the control host module 10, the identity recognition module 20, the vehicle identification module 30, the reservation broadcast module 40, and the broadcast control module 50 is a computer. The host has a processor, memory, and storage, and may have other additional wired or wireless communication modules, displays, speakers 55, and the like. Alternatively, the control host module 10, the identity recognition module 20, and the vehicle identification module 30 are each a computer host having a processor, a memory, and a storage; the reservation broadcast module 40, and the The broadcast control module 50 is disposed in the same computer host having a processor, a memory, and a storage, and may have other additional wired or wireless communication modules, displays, speakers 55, and the like.

In an embodiment of the present invention, after the vehicle identification module 30 recognizes the parent's vehicle, a long-to-school message is sent to the broadcast control module 50, and the broadcast control module 50 immediately broadcasts the student through a speaker 55.

Through the above technical means, the new campus reservation leaving school record integrates the automatic broadcasting system, and the parents of the schoolchildren can log in to the official schoolchild transfer notification group through the identity authentication, and the student transfer time is reserved through the schoolchild transfer group. The system can broadcast the classroom of the schoolchildren on the campus at the time of the scheduled broadcast time before the scheduled school pick-up time, or broadcast the broadcast in time to inform the schoolchildren to wait for the parents to pick up and drop off. It can avoid the problem that parents can't get to the pick-up place when parents arrive at the school without the scheduled pick-up time. It can also avoid the fact that many parents wait for the children to pick up the place at the same time after school, which causes the parents to wait for traffic congestion. The problem can also avoid the risk that the school will not be cautiously confirmed by the parent and the school children will be taken away by other non-parental personnel. Therefore, the new cocoa can improve the immediacy, convenience and security of the transfer, and avoid artificial delay or mistake.

10‧‧‧Control host module

11‧‧‧System Database

20‧‧‧ Identity Identification Module

30‧‧‧Vehicle Identification Module

40‧‧‧Reservation broadcast module

50‧‧‧Broadcast Control Module

55‧‧‧Speakers

Figure 1 is a schematic diagram of the new hardware architecture. Figure 2 is a block diagram of the system of the present invention. FIG. 3 is a schematic diagram of a functional block of the novel identity recognition module. FIG. 4 is a schematic diagram of a functional block of the new subscription broadcast module. FIG. 5 is a schematic diagram of functional blocks of the novel broadcast control module. FIG. 6 is a schematic diagram of the function block of the new car identification module.

Claims (11)

A campus reservation leaving school record integration automatic broadcast system, comprising: a control host module, including a system database; a identity recognition module, wired or wirelessly connected to the master host module, can establish a schoolchild transfer notification a group, and can send an authentication message to a long-term, and can receive a login student group notification group request message sent by the parent according to the authentication message, and the parent can log in to the schoolchild pick-up notification group; The vehicle identification module is connected to the main control host module by wire or wirelessly to identify the parent's vehicle; a reservation broadcast module is connected to the main control host module by wire or wirelessly, and an appointment from the parent can be accepted. The student picks up the time message and generates a reservation broadcast message according to the reserved schoolchild pick-up time message, which includes the broadcast time, the broadcasted schoolchildren's message, the location of the broadcasted schoolchildren, and the school pick-up place of the broadcasted schoolchildren. And a broadcast control module that broadcasts the broadcast time based on the reserved broadcast message Temporarily broadcast through at least one speaker; wherein, when the system is in operation, the identity recognition module pre-establishes a schoolchild transfer notification group; after receiving the authentication message from the identity recognition module, the parent issues a login student transfer notification a group request message; the identity recognition module registers the parent in the student transfer notification group according to the login student transfer notification group request message; the reservation broadcast module accepts a reservation student transfer time message from the parent, and Generating a reservation broadcast message according to the reserved schoolchild pick-up time message, the scheduled broadcast message includes a broadcast time, a broadcasted schoolchildren's message, a school pick-up place that the broadcasted student should arrive at, and a broadcast control module according to the appointment The broadcast message is broadcasted through at least one speaker when the broadcast time is transmitted. The campus reservation leaving record according to claim 1 is integrated with an automated broadcasting system, wherein the scheduled broadcasting module sets the sending broadcast time of the reserved broadcast message to a specific time before the scheduled school pick-up time message, if the reservation When the broadcast module determines that the interval between the broadcast broadcast time and the reserved schoolchild pick-up time message is less than the specific time, the broadcast broadcast time of the reserved broadcast message is changed to immediately send the broadcast. The campus reservation leaving record according to claim 1 is integrated with an automated broadcast system, wherein the reservation broadcast module can receive an instant broadcast request message from the parent to send an instant broadcast message; the broadcast control module receives and according to the instant Broadcast the message and broadcast it immediately. The campus reservation leaving record as described in claim 1 integrates an automated broadcasting system, wherein the broadcasted schoolchildren's message includes at least one of a name, a student number, a class, and a nickname. The campus reservation leaving record according to claim 1 is integrated with an automated broadcasting system, wherein the location of the broadcasted student who subscribes to the broadcast message includes an original classroom and a waiting classroom, and the reserved broadcast message further includes a conversion time; The broadcast control module determines whether the transmission broadcast time of the broadcast broadcast message is earlier than the conversion time. If the conversion time is earlier than the conversion time, the broadcast is selected to be performed in the original classroom. If the conversion time is not earlier than the conversion time, the waiting classroom is performed. broadcast. The campus reservation departure record integrated automatic broadcast system according to any one of claims 1 to 5, wherein the identity recognition module can send an authentication message to a long electronic device, and can receive an electronic device from the parent. The sent-in student transfer notification group request message sent according to the authentication message is available for the parent's electronic device to log in to the pick-up student notification group. The campus reservation departure record integrated automatic broadcast system according to any one of claims 1 to 5, wherein the identity recognition module can send an authentication message to a group communication software in a long electronic device, and can receive The group communication message sent from the parent's electronic device group communication software according to the authentication message is sent to the group communication request message, and the group communication software of the parent's electronic device can be used to log in to the transfer student notification group. The campus reservation leaving record according to any one of claims 1 to 5, wherein the vehicle identification module recognizes the parent's vehicle and sends a long arrival message to the broadcast control module. The broadcast control module immediately broadcasts the schoolchild through a speaker. The campus reservation leaving record according to any one of claims 1 to 5, which integrates an automatic broadcasting system, wherein the vehicle identification module reads e-Tag information, RFID information, WIFI information, and Bluetooth on the vehicle. At least one of the information to identify the parent's vehicle. The campus reservation departure record integrated automatic broadcast system according to any one of claims 1 to 5, wherein the control host module, the identity recognition module, the vehicle identification module, the reservation broadcast module, and Each of the broadcast control modules is a computer host having a processor, a memory, and a storage. The campus reservation departure record integrated automatic broadcast system according to any one of claims 1 to 5, wherein the control host module, the identity recognition module, and the vehicle identification module are each a computer host The processor has a processor, a memory, and a storage; the reservation broadcast module and the broadcast control module are disposed in a same computer host, and the computer host has a processor, a memory, and a storage.