WO2022036533A1

WO2022036533A1 - Internet of things smart campus

Info

Publication number: WO2022036533A1
Application number: PCT/CN2020/109671
Authority: WO
Inventors: 吴晋
Original assignee: 江苏天人工业互联网研究院有限公司
Priority date: 2020-08-18
Filing date: 2020-08-18
Publication date: 2022-02-24

Abstract

The present invention belongs to the technical field of smart campuses. Specifically disclosed is an Internet of Things smart campus, comprising a first client, a second client, a fingerprint time-punch module, a teacher and student communication module, a homework receiving module, a score evaluation module, a score query module, a book borrowing module and a book return module, wherein the first client is used for the registration and login of a student; the second client is used for the registration and login of a teacher; the first client establishes an information transmission connection with the fingerprint time-punch module, the homework receiving module, the teacher and student communication module, the book borrowing module and the book return module; the second client establishes an information transmission connection with a homework assignment module and the teacher and student communication module; the homework receiving module establishes an information transmission connection with the score evaluation module; the score evaluation module establishes an information transmission connection with the score query module; the teacher and student communication module establishes an information transmission connection with a class hour storage module; and the class hour storage module establishes an information transmission connection with a class hour query module.

Description

An IoT Smart Campus

technical field

The invention relates to an IoT smart campus, which belongs to the technical field of smart campuses.

Background technique

Smart campus refers to an intelligent integrated environment for campus work, study and life based on the Internet of Things. This integrated environment takes various application service systems as the carrier and fully integrates teaching, scientific research, management and campus life; The existing smart campus system has the problems of complicated structure, inconvenient use and unsystematic management; therefore, an IoT smart campus is proposed to solve the above problems.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide an IoT smart campus to solve the problems raised in the above background technology.

In order to achieve the above purpose, the present invention provides the following technical solutions: an Internet of Things smart campus, including a first client, a second client, a fingerprint punching module, a teacher-student communication module, a homework collection module, a score evaluation module, and a score query module , a book borrowing module and a book returning module; the first client is used for student registration and login; the second client is used for teacher registration and login; the first client is connected to the fingerprint punching module, the homework storage module, and the test storage. module, teacher-student communication module, borrowing module and book-returning module establish information transmission connection; fingerprint punching module establishes information transmission connection with the second client; the second client establishes information transmission with homework arrangement module and teacher-student communication module connection; the homework collection module establishes an information transmission connection with the achievement evaluation module; the achievement evaluation module establishes an information transmission connection with the achievement inquiry module; the teacher-student communication module establishes an information transmission connection with the class hour storage module; class hour preservation module and class hour query module Establish an information transfer connection.

The book borrowing module establishes an information transmission connection with the book recommendation module and the book list module; the book recommendation module and the book list module establish an information transmission connection with the electronic book library and establish an information transmission connection with the borrowing time selection module; the borrowing time The selection module establishes an information transmission connection with the overtime charging module; the overtime charging module establishes an information transmission connection with the book returning module.

Preferably, the fingerprint punching module includes a lateness recording module and an absence recording module; the homework storage module includes a homework classification module and a homework storage module; the test storage module includes a test classification module and a test storage module.

Preferably, the first client requires students to fill in information such as name, student number, ID number, class, etc., and also needs to bind bank card information before they can register and log in; the second client requires teachers to fill in name, position, and courses taught. Wait for the information to register and log in.

Preferably, the fingerprint punching module is used to record the attendance of the students and make them into a table, so that the teacher can count the attendance rate.

Preferably, the homework storage module is used to collect students' daily homework, classify the homework by subject and store the classified homework; the test storage module is used for students to hand in the test papers, and classify and store the test papers .

Preferably, the achievement evaluation module is used for evaluating the performance of the assignments and test papers submitted by the students; the achievement query module is used for the students to inquire about the results of the assignments and tests.

Preferably, the teacher-student communication module is used for the teacher to teach the students online; the class hour saving module is used to save the content of the teacher's class; the class hour query module is used to query the courses the teacher takes.

Preferably, the homework assignment module is used for the teacher to assign daily homework and for the teacher to issue required test papers.

Preferably, the book borrowing module is used for students to borrow electronic books in the electronic book library; the book recommendation module is used for recommending excellent books to students; the book list module is used for showing students the names of all books in the electronic book library and related information brief introduction.

Preferably, the borrowing time selection module is used for students to select the borrowing time, and the borrowing time does not exceed one month; the overtime charging module is used for charging for the days exceeding the borrowing time, and the charging standard is one yuan per day.

Compared with the prior art, the beneficial effects of the present invention are:

The present invention is a smart campus of the Internet of Things. The present invention has a reasonable design and is easy to use. Through the mutual cooperation between modules, it can realize functions such as online teaching, online testing, online communication, and online attendance for teachers and students, and realize automatic The functions of performance evaluation and class time storage greatly reduce the workload of teachers and improve teaching efficiency; in addition, students can use the system to realize the function of online book borrowing and returning, so as to improve students' reading volume and knowledge reserve , so that students can develop in an all-round way, thereby improving the teaching quality of the smart campus.

Description of drawings

FIG. 1 is a schematic structural diagram of the present invention.

In the figure: 1. The first client; 2. The second client; 3. The fingerprint punching module; 301, the lateness recording module; 302, the absence recording module; 4. the teacher-student communication module; 5. the homework storage module; 501 , Homework classification module; 502, Homework storage module; 6. Score evaluation module; 7. Score query module; 8. Book borrowing module; 9. Book returning module; Query module; 13. Book recommendation module; 14. Book list module; 15. Electronic book library; 16. Book borrowing time selection module; 17. Overtime charging module; 18. Test storage module; 1801. Test classification module; 1802. Test storage module.

detailed description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the orientations or positional relationships indicated by the terms "vertical", "upper", "lower", "horizontal", etc. are based on the orientations or positional relationships shown in the drawings, only In order to facilitate the description of the present invention and simplify the description, it is not indicated or implied that the indicated device or element must have a particular orientation, be constructed and operated in a particular orientation, and therefore should not be construed as limiting the present invention.

In the description of the present invention, it should also be noted that, unless otherwise expressly specified and limited, the terms "arranged", "installed", "connected" and "connected" should be understood in a broad sense, for example, it may be a fixed connection, It can also be a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or an indirect connection through an intermediate medium, or the internal communication between the two components. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood according to specific situations.

Referring to FIG. 1, the present invention provides a technical solution: an IoT smart campus, including a first client 1, a second client 2, a fingerprint punching module 3, a teacher-student communication module 4, an assignment storage module 5, and a score Evaluation module 6, score query module 7, borrowing module 8 and book returning module 9; the first client 1 is used for student registration and login; the second client 2 is used for teacher registration and login; the first client The terminal 1 establishes an information transmission connection with the fingerprint punching module 3, the job storage module 5, the test storage module 18, the teacher-student communication module 4, the borrowing module 8 and the book returning module 9; the fingerprint punching module 3 establishes information with the second client 2 transmission connection; the second client 2 establishes an information transmission connection with the homework arrangement module 10 and the teacher-student exchange module 4; the homework storage module 5 establishes an information transmission connection with the achievement evaluation module 6; the achievement evaluation module 6 and the achievement inquiry module 7. Establish an information transmission connection; the teacher-student communication module 4 establishes an information transmission connection with the class hour storage module 11;

The book borrowing module 8 establishes an information transmission connection with the book recommendation module 13 and the book list module 14; the book recommendation module 13 and the book list module 14 establish an information transmission connection with the electronic book library 15 and establish an information transmission connection with the borrowing time selection module 16. information transmission connection; the borrowing time selection module 16 establishes an information transmission connection with the overtime charging module 17; the overtime charging module 17 establishes an information transmission connection with the book returning module 9; the electronic book library 15 establishes an information transmission connection with the first client 1 .

Further, the fingerprint punching module 3 includes a late arrival recording module 301 and an absence recording module 302; the homework storage module 5 includes a homework classification module 501 and a homework storage module 502; the test storage module 18 includes a test classification module 1801 and a test storage module. Module 1802.

Further, the first client 1 requires students to fill in information such as name, student number, ID number, class and other information, and also needs to bind bank card information before they can register and log in; the second client 2 requires teachers to fill in the name, position, place Courses and other information can be registered and logged in.

Further, the fingerprint punching module 3 is used to record the attendance of the students, and make it into a table, which is convenient for the teacher to count the attendance rate.

Further, the homework storage module 5 is used to collect students' daily homework, and to classify the homework while storing the classified homework; the test storage module 18 is used for students to hand in the test papers and carry out Category storage.

Further, the achievement evaluation module 6 is used to evaluate the performance of the assignments and test papers submitted by the students; the achievement inquiry module 7 is used for the students to inquire about the results of the assignments and tests.

Further, the teacher-student communication module 4 is used for the teacher to teach the students online; the class hour saving module 11 is used to save the content of the teacher's class; the class hour query module 12 is used to inquire about the teacher's courses.

Further, the homework assignment module 10 is used for the teacher to assign daily homework and for the teacher to issue required test papers.

Further, the book borrowing module 8 is used for students to borrow electronic books in the electronic book library 15; the book recommendation module 13 is used for recommending excellent books to students; the book list module 14 is used for showing students 15 in the electronic book library. All book titles and related content profiles.

Further, the borrowing time selection module 16 is used for students to select the borrowing time, and the borrowing time does not exceed one month; the overtime charging module 17 is used for charging for the number of days exceeding the borrowing time, and the charging standard is one yuan per day.

Working principle: The present invention is a smart campus of the Internet of Things. When using it, first, students fill in information such as name, student number, ID number, class, etc. and need to bind bank card information before registering and logging in to the first client 1; the teacher fills in the information. Name, position, courses taught and other information are registered and logged in to the second client 2; before students start a new day of study, they need to check in through the fingerprint punching module 3. The absence is recorded. If the check-in is made after the class starts, the late arrival and early departure recording module 301 will record the check-in as being late; the lateness and absence records will be made into a form and sent to the second client 2 for the teacher to view. .

The teacher can teach the students in the teacher-student exchange module 4, and at the same time, the lesson saving module 11 will save the teaching process, and the students can repeat the course through the lesson query module 12 (you can query by entering the course name and date), To ensure the improvement of teaching efficiency; after the lecture, the teacher can send the assigned homework to the first client 1 through the homework assignment module 10, so that the students can receive the homework. The storage module 5 will classify and store, and at the same time, the achievement evaluation module 6 will correct the homework and evaluate the performance, thereby greatly reducing the workload of the teacher.

When the teacher needs to test the students, the teacher can send the electronic test paper to the students through the homework assignment module 5, so that the students can complete the test, and the completed test paper will be automatically submitted to the test storage module 18. The test papers are classified and stored, and the score evaluation module 6 will automatically correct and store the test papers. Students can query the scores through the score query module 7 (input name, student number and class).

Students can borrow books in the electrical library 15 through the borrowing module 8 in their spare time; students click the borrowing module 8 through the first client 1, and the book recommendation module 13 and the book list module 14 will appear at this time. Click on the book recommendation module 13 or the book list module 14 to select the favorite book according to the content of the book, and the student can send the borrowing signal to the borrowing time selection module 16 by clicking on the book title. The selection module 16 selects the book borrowing time. When the student selects the borrowing time, it indicates that the borrowing instruction has been issued. At this time, the borrowing time selection module 16 will send the borrowing instruction to the e-book library 15 and charge overtime. Module 17, the overtime charging module 17 will record the starting time and the borrowing time of the book, and the e-book library 15 will send the corresponding book information to the first client 1 to facilitate students to collect book information; A client 1 clicks the book return module 9, the book return module 9 sends the returned book to the electronic book library 15; at the same time, the book return time is sent to the overtime charging module 17, and the overtime charging module 17 is based on the book return time 8 and the borrowed book. Time 9, judge whether it has timed out, if not, it will judge that the book return instruction is completed; if it times out, the standard fee of 1 yuan per day will be charged according to the number of days exceeded; the fee can be charged from the bank card bound to the student during registration, and the fee collection is completed. After that, the overtime charging module 17 determines that the book return instruction is completed.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, and substitutions can be made in these embodiments without departing from the principle and spirit of the invention and modifications, the scope of the invention is defined by the appended claims and their equivalents.

Claims

An IoT smart campus, characterized in that it comprises a first client (1), a second client (2), a fingerprint punching module (3), a teacher-student communication module (4), a homework storage module (5), A score evaluation module (6), a score query module (7), a borrowing module (8) and a book returning module (9); the first client (1) is used for student registration and login; the second client ( 2) It is used for teacher registration and login; the first client (1) is connected to a fingerprint punching module (3), a homework storage module (5), a test storage module (18), a teacher-student communication module (4), and a borrowing module (8) establish an information transmission connection with the book returning module (9); the fingerprint punching module (3) establishes an information transmission connection with the second client (2); the second client (2) and the job arrangement module (10) Establish an information transmission connection with the teacher-student exchange module (4); the homework collection module (5) establishes an information transmission connection with the achievement evaluation module (6); the achievement evaluation module (6) establishes an information transmission connection with the achievement inquiry module (7) The teacher-student exchange module (4) establishes an information transmission connection with the class hour saving module (11); the class hour saving module (11) establishes an information transmission connection with the class hour query module (12).

The book borrowing module (8) establishes an information transmission connection with the book recommendation module (13) and the book list module (14); the book recommendation module (13) and the book list module (14) are established with the electronic book library (15) The information transmission connection establishes an information transmission connection with the borrowing time selection module (16) at the same time; the borrowing time selection module (16) establishes an information transmission connection with the overtime charging module (17); the overtime charging module (17) and the book returning module (9) ) to establish an information transmission connection; the electronic book library (15) establishes an information transmission connection with the first client (1).
The IoT smart campus according to claim 1, characterized in that: the fingerprint punching module (3) includes a late arrival recording module (301) and an absence recording module (302); the homework storage module (5) includes homework A classification module (501) and a job storage module (502); the test storage module (18) includes a test classification module (1801) and a test storage module (1802).
The Internet of Things smart campus according to claim 1, wherein the first client (1) requires students to fill in information such as name, student number, ID number, class, etc., and needs to bind bank card information before You can register and log in; the second client (2) requires the teacher to fill in the information such as name, position, courses taught, etc. before you can register and log in.
The IoT smart campus according to claim 1, characterized in that: the fingerprint punching module (3) is used to record the attendance of students and make it into a table, which is convenient for teachers to count the attendance rate.
The Internet of Things smart campus according to claim 1, characterized in that: the homework storage module (5) is used to collect students' daily homework, classify the homework by subject, and store the classified homework; The test storage module (18) is used for students to hand in test papers, and classify and store the papers.
The Internet of Things smart campus according to claim 1, characterized in that: the achievement evaluation module (6) is used to evaluate the performance of the homework and test papers handed in by the students; the achievement inquiry module (7) uses For students to check the grades of assignments and tests.
A smart campus of Internet of Things according to claim 1, characterized in that: the teacher-student communication module (4) is used for the teacher to teach the students online; the lesson saving module (11) is used for saving the content of the teacher's class; The class hour query module (12) is used to query the courses taken by the teacher.
The IoT smart campus according to claim 1, wherein the homework assignment module (10) is used for the teacher to arrange daily homework and for the teacher to issue the required test papers.
The IoT smart campus according to claim 1, characterized in that: the book borrowing module (8) is used for students to borrow electronic books in the electronic book library (15); the book recommendation module (13) is used for Recommend excellent books to students; the book list module (14) is used to display to students the names of all books in the electronic book library and a brief introduction to related content.
The Internet of Things smart campus according to claim 1, characterized in that: the borrowing time selection module (16) is used for students to select the borrowing time, and the borrowing time does not exceed one month; the overtime charging module (17) It is used to charge for the days beyond the borrowing time, and the charging standard is 1 yuan per day.