A tablet distribution method based on a smart classroom

Abstract

The application discloses a tablet distribution method based on a smart classroom, and the method comprises the following steps: a management terminal preacquires smart classroom arrangement information in a current period and class information of a class involved in the smart classroom arrangement information; a signal transmitter is arranged on the front side and / or rear side and left side and / or right side of a classroom in advance, and each student tablet is provided with a corresponding signal receiver; the management terminal controls each signal transmitter in the classroom to emit a signal, and sends the signal emitting time of each signal transmitter to each student tablet; the student tablet calculates position data of itself in the classroom and sends the position data to the management terminal; the management terminal forms a member seat arrangement table according to the position data and displays the table on a display screen of the management terminal; and the student finds the seat where the student is located according to the seat arrangement table. The application can improve the efficiency and quality of the smart classroom.

Description

Technical Field

[0001] This invention relates to the field of smart classroom technology, and more specifically to a tablet distribution method based on smart classrooms. Background Technology

[0002] Driven by Education Informatization 2.0, smart classrooms, which use student tablets as the learning platform and all-in-one machines or teacher computers as teaching tools, are gradually entering schools. Generally, smart classrooms are mostly used for open classes in schools. Different classes and different students will use the same classroom for smart classroom teaching. As a result, student tablets in the same classroom will be used by multiple classes. In order to avoid generating dirty data and to effectively reuse tablet usage records, it is very important to ensure that students consistently use the same tablet. Summary of the Invention

[0003] In view of the shortcomings of existing technologies, the present invention aims to provide a tablet allocation method based on smart classrooms.

[0004] To achieve the above objectives, the present invention adopts the following technical solution:

[0005] A method for distributing tablets in a smart classroom, the specific process of which is as follows:

[0006] The management terminal obtains in advance the smart classroom layout information for the current period, as well as the class information of the classes involved in the smart classroom layout information; the smart classroom layout information includes grade, subject, course name, teacher, class, teaching time period and number of participants; the class information includes at least the name, student ID and account password of each member;

[0007] A signal transmitter is pre-positioned on the front and / or back side and the left and / or right side of the classroom, and each student tablet is equipped with a corresponding signal receiver;

[0008] After a smart classroom session ends, the management terminal obtains the class information of the next smart classroom session in this classroom based on the smart classroom arrangement information. Then, it controls each signal transmitter in the classroom to transmit signals and sends the transmission time of each signal transmitter to each student's tablet.

[0009] After each student tablet receives the signal from the signal transmitter via the signal receiver, it calculates its own position data in the classroom based on the position of the signal transmitters on the front and / or back, the position of the signal transmitters on the left and / or right, the time when each signal transmitter transmits the signal, and the time when it receives the signal from each signal transmitter, and then sends the data to the management terminal.

[0010] After receiving the location data of each student tablet, the management terminal obtains the members associated with each student tablet based on the historical student tablet usage data of the class, and generates a seating chart of the members to be displayed on its own screen; at the same time, it controls each student tablet to display the information of the corresponding members, and uses the corresponding members' account passwords to log in in advance.

[0011] Students find their seats according to the seating chart.

[0012] Furthermore, the signal transmitter is one or more of an infrared signal transmitter, an ultrasonic transmitter, a laser transmitter, and a radar submodule, and the signal receiver is one or more of the corresponding infrared signal transmitter, ultrasonic transmitter, laser transmitter, and radar submodule.

[0013] Furthermore, the information displayed on the student tablet includes one or more of the member's name and student ID.

[0014] Furthermore, if the management terminal does not store historical student tablet usage data for the target class, the members of that class are randomly assigned to student tablets at various locations.

[0015] The beneficial effects of this invention are as follows: By measuring the relative positions of areas within the classroom, this invention can obtain the current relative positions of each student's tablet in the classroom and form a seating arrangement table accordingly. This allows students to quickly find their own location and tablet, ensures that each student uses the same tablet, guarantees the stability of the tablet, protects the operation and usage records of the corresponding student account, and also helps reduce the generation of dirty data. Detailed Implementation

[0016] The present invention will be further described below. It should be noted that this embodiment is based on the present technical solution and provides detailed implementation methods and specific operation processes, but the protection scope of the present invention is not limited to this embodiment.

[0017] This embodiment provides a tablet allocation method based on a smart classroom, the specific process of which is as follows:

[0018] The management terminal obtains in advance the smart classroom layout information for the current period, as well as the class information of the classes involved in the smart classroom layout information; the smart classroom layout information includes grade, subject, course name, teacher, class, teaching time period and number of participants; the class information includes at least the name, student ID and account password of each member;

[0019] A signal transmitter is pre-positioned on the front and / or back side and the left and / or right side of the classroom, and each student tablet is equipped with a corresponding signal receiver; for example, a signal transmitter is placed directly in front of the teacher and directly to the right, respectively, to transmit signals from the teacher's front and right sides.

[0020] After a smart classroom session ends, the management terminal obtains the class information of the next smart classroom session in this classroom based on the smart classroom arrangement information. Then, it controls each signal transmitter in the classroom to transmit signals and sends the transmission time of each signal transmitter to each student's tablet.

[0021] After each student tablet receives the signal from the signal transmitter via the signal receiver, it calculates its own position data in the classroom based on the position of the signal transmitters on the front and / or back, the position of the signal transmitters on the left and / or right, the time when each signal transmitter transmits the signal, and the time when it receives the signal from each signal transmitter, and then sends the data to the management terminal.

[0022] After receiving the location data of each student tablet, the management terminal obtains the members associated with each student tablet based on the historical student tablet usage data of the class, and generates a seating chart of the members to be displayed on its own screen; at the same time, it controls each student tablet to display the information of the corresponding members, and uses the corresponding members' account passwords to log in in advance.

[0023] Students find their seats according to the seating chart.

[0024] Specifically, in this embodiment, the signal transmitter is one or more of an infrared signal transmitter, an ultrasonic transmitter, a laser transmitter, and a radar submodule, and the signal receiver is one or more of the corresponding infrared signal transmitter, ultrasonic transmitter, laser transmitter, and radar submodule.

[0025] Specifically, in this embodiment, the information displayed on the student tablet includes one or more of the member's name and student ID.

[0026] Specifically, in this embodiment, if the management terminal does not store historical student tablet usage data for the target class, the members of the class are randomly assigned to student tablets at various locations.

[0027] For those skilled in the art, various corresponding changes and modifications can be made based on the above technical solutions and concepts, and all such changes and modifications should be included within the protection scope of the claims of this invention.

Claims

1. A tablet distribution method based on smart classrooms, characterized in that, The specific process is as follows: The management terminal obtains in advance the smart classroom layout information for the current period, as well as the class information of the classes involved in the smart classroom layout information; the smart classroom layout information includes grade, subject, course name, teacher, class, teaching time period and number of participants; the class information includes at least the name, student ID and account password of each member; A signal transmitter is pre-positioned on the front and / or back side and the left and / or right side of the classroom, and each student tablet is equipped with a corresponding signal receiver; After a smart classroom session ends, the management terminal obtains the class information of the next smart classroom session in this classroom based on the smart classroom arrangement information. Then, it controls each signal transmitter in the classroom to transmit signals and sends the transmission time of each signal transmitter to each student's tablet. After each student tablet receives the signal from the signal transmitter via the signal receiver, it calculates its own position data in the classroom based on the position of the signal transmitters on the front and / or back, the position of the signal transmitters on the left and / or right, the time when each signal transmitter transmits the signal, and the time when it receives the signal from each signal transmitter, and then sends the data to the management terminal. After receiving the location data of each student's tablet, the management terminal retrieves the members associated with each tablet based on the historical tablet usage data of the class, and displays a seating chart of the members on its own screen. If the management terminal does not store the historical tablet usage data of the target class, it randomly assigns the members of the class to the tablets in each location to ensure that each student uses the same tablet. At the same time, it controls the tablets in each location to display the information of the corresponding members and uses the corresponding members' account passwords to log in in advance. Students find their seats according to the seating chart.

2. The method according to claim 1, characterized in that, The signal transmitter is one or more of an infrared signal transmitter, an ultrasonic transmitter, a laser transmitter, and a radar submodule, and the signal receiver is one or more of the corresponding infrared signal transmitter, ultrasonic transmitter, laser transmitter, and radar submodule.

3. The method according to claim 1, characterized in that, The information displayed on the student tablet includes one or more of the member's name and student ID.