CN111243117A - Campus card based sign-in system and method - Google Patents
Campus card based sign-in system and method Download PDFInfo
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- CN111243117A CN111243117A CN202010071648.3A CN202010071648A CN111243117A CN 111243117 A CN111243117 A CN 111243117A CN 202010071648 A CN202010071648 A CN 202010071648A CN 111243117 A CN111243117 A CN 111243117A
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- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/10—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people together with the recording, indicating or registering of other data, e.g. of signs of identity
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Abstract
The embodiment of the invention discloses a campus card based sign-in system and a campus card based sign-in method, wherein the system comprises the following steps: the teacher sign-in terminal and the student sign-in terminal; the teacher sign-in end comprises: the system comprises a first main controller, a first liquid crystal display module, a first card reader module, a first wireless communication module, a first storage module, a first power supply module and a first USB communication module, wherein the first liquid crystal display module, the first card reader module, the first wireless communication module, the first storage module, the first power supply module and the first USB communication module are connected with the first main controller; the first main controller comprises a first time timing module; the student sign-in end includes: the second main controller, and a second indication module, a second card reader module, a second wireless communication module and a second power supply module which are connected with the second main controller. According to the embodiment of the invention, the first time timing module is added to add the timestamp to the student sign-in information, so that the credibility of the student sign-in information is improved; judging whether the student is late or not according to the timestamp and the preset class time; whether the student escapes from the class is determined by judging whether the time length of the student leaving the seat is greater than the preset time length.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a campus card based sign-in system and method.
Background
At present, in a university campus, students can use campus cards to have dinner in dining halls, borrow from libraries, shop in campus supermarkets and the like. In addition, in college campuses, campus cards can be used for signing in.
In the aspect of class check-in, a check-in device can be installed in a classroom and downloads classroom information including teacher information and student information through a teaching server. And then, acquiring sign-in student information through acquisition technologies such as campus cards, fingerprints, irises or faces, and comparing the information with the student information downloaded through the server to realize the classroom sign-in function. However, the check-in mode has the defects that the teaching information management systems of all schools are different, a program needs to be rewritten and debugged every time a school is changed, the downloading and uploading of teaching service information can be realized, the safety protection capability of check-in equipment is poor, and if the check-in equipment has the right of entering the teaching service system, the teaching service system is only easy to attack. In addition, students may escape after signing in. In order to monitor whether the student escapes from the class, a pressure sensor is arranged on a student seat, and whether the student escapes from the class is judged by detecting the pressure on the seat. However, in this method, the pressure sensor is likely to be damaged, resulting in an abnormal detection function. In addition, the existing check-in technology does not relate to a time and date timing function, and only a teacher starts check-in and then students check-in.
Disclosure of Invention
Because the existing method has the problems, the embodiment of the invention provides a campus card based sign-in system and a campus card based sign-in method.
In a first aspect, an embodiment of the present invention provides a campus card based check-in system, including:
the teacher sign-in terminal and the student sign-in terminal;
the teacher sign-in terminal comprises: the device comprises a first main controller, a first liquid crystal display module, a first card reader module, a first wireless communication module, a first storage module, a first power supply module and a first USB communication module, wherein the first liquid crystal display module, the first card reader module, the first wireless communication module, the first storage module, the first power supply module and the first USB communication module are connected with the first main controller; wherein the first master controller comprises a first time timing module;
the student sign-in terminal includes: the second card reader module, the second wireless communication module and the second power supply module are connected with the second main controller;
the first main controller is used for receiving the course number sent by the first liquid crystal display module; for the situation of class for the first time, receiving teacher information sent by the first card reader module and receiving student information sent by the second main controller; binding the course number, the teacher information and the student information; sending the bound course number, the teacher information and the student information to the first storage module; receiving student sign-in information sent by the second main controller; acquiring student information from the first storage module; judging whether the student sign-in information is matched with the student information; if the student sign-in information is matched with the second master controller, sending student sign-in success information to the second master controller and recording the student sign-in information; if not, sending sign-in failure information to the second main controller; generating a student sign-in information table according to the student sign-in information; after all courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information;
the first liquid crystal display module is used for receiving the course number according to the situation of the first class;
the first card reader module is used for reading teacher information in a teacher campus card aiming at the situation of class attendance for the first time and sending the teacher information to the first main controller; reading teacher sign-in information in the teacher campus card aiming at the situation that the teacher does not attend the class for the first time; the teacher sign-in information is sent to the first main controller;
the first wireless communication module is used for carrying out wireless communication with the second wireless communication module;
the first storage module is used for storing the bound course number, the teacher information and the student information;
the first power supply module is used for supplying electric energy to the first main controller;
the first USB communication module includes: the USB interface and the USB-to-serial interface;
the USB interface is used for connecting with external equipment;
the USB-to-serial port interface is used for debugging programs;
the first time timing module is used for adding a timestamp to the student sign-in information; judging whether the student is late according to preset class time; automatically adjusting the class time in winter and summer;
the second main controller is used for receiving student information sent by the second card reader module according to the situation of class for the first time and sending the student information to the first main controller; receiving the student sign-in information sent by the second card reader module; receiving sign-in success information or sign-in failure information sent by the first main controller; receiving the student sign-in success information and binding the student sign-in information of the student with sign-in equipment of the student sign-in end;
the second indication module comprises an indicator light or a voice device; the indicating lamp is used for lighting when the student signs in successfully so as to prompt the student to sign in successfully and send the sign-in successful information of the student to the second main controller; when the student signs in unsuccessfully, the indicator light flickers to prompt the student that the student signs in unsuccessfully; or the voice equipment is used for prompting the students to sign in successfully by voice when the students sign in successfully; when the student signs in unsuccessfully, the voice prompts the student that the student signs in unsuccessfully;
the second card reader module is used for reading student information in a student campus card aiming at the situation of class for the first time and sending the student information to the second main controller; reading the student sign-in information in a student campus card aiming at the condition that the student is not on class for the first time, and sending the student sign-in information to the first main controller;
the second wireless communication module is used for carrying out wireless communication with the first wireless communication module;
and the second power supply module is used for supplying electric energy to the second main controller.
Optionally, the student sign-in terminal further includes: a second infrared detection module;
the second infrared detection module is used for measuring the distance between the student and the infrared distance measuring sensor and sending the distance to the second main controller;
optionally, the second main controller is further configured to receive the distance sent by the second infrared detection module, and determine whether the distance is greater than a preset distance threshold; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, and if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller.
Optionally, the first time counting module is further configured to add a timestamp to the student class escape information.
Optionally, the first liquid crystal display module is further configured to display the student escape information with a time stamp.
In a second aspect, an embodiment of the present invention further provides a campus card based check-in method, including:
aiming at the situation of class for the first time, a first liquid crystal display module of a teacher sign-in end receives a course number and sends the course number to a first main controller of the teacher sign-in end; the first card reader module of the teacher sign-in end reads teacher information in a teacher campus card and sends the teacher information to the first main controller; a second card reader module of the student sign-in end reads student information in a student campus card and sends the student information to a second main controller; the second master controller sends the student information to the first master controller; the first main controller binds the course number, the teacher information and the student information and sends the bound course number, the teacher information and the student information to a first storage module of the teacher sign-in end;
aiming at the condition of class for the first time or not, a second card reader module of a student sign-in end reads student sign-in information in a student campus card and sends the student sign-in information to a second main controller of the student sign-in end, and the second main controller sends the student sign-in information to a first main controller of a teacher sign-in end;
the first main controller receives the student sign-in information and judges whether the student sign-in information is matched with the student information stored in the first storage module;
if the student sign-in information is matched with the student sign-in information, the first master controller sends the student sign-in success information to the second master controller, records the student sign-in information and generates a student sign-in information table according to the student sign-in information; the first time timing module of the teacher check-in end adds a timestamp to the student check-in information, and judges whether the student is late according to the timestamp of the student check-in information and a preset class time; after all the courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information;
the second main controller receives the sign-in success information, and an indicator light is turned on to prompt the student that the sign-in is successful; or voice equipment prompts the students to sign in successfully; binding the student sign-in information with the sign-in equipment of the student at the student sign-in end;
if not, the first main controller sends sign-in failure information to the second main controller, and the indicator lamp flickers to prompt the student that the sign-in fails; or the voice equipment prompts the student that the student is failed to sign in through voice.
Optionally, the campus card-based check-in method further includes:
after class begins, the distance between the student and the infrared distance measuring sensor is measured through the second infrared detection module of the student sign-in end, and the distance is sent to the second main controller.
Optionally, after the sending the distance to the second master controller, the campus card-based check-in method further includes:
the second main controller receives the distance sent by the second infrared detection module and judges whether the distance is greater than a preset distance threshold value; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, and if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller.
Optionally, after the information of student escaping class is sent to the first master controller, the campus card based check-in method further includes:
the first time timing module adds a timestamp to the course escaping information of the student.
Optionally, after the information of student escaping class is sent to the first master controller, the campus card based check-in method further includes:
the first liquid crystal display module displays the student course escaping information with the time stamp.
According to the technical scheme, the first time timing module is added, and the time stamps are added to the student sign-in information and the student escape information, so that the credibility of the student sign-in information is improved; judging whether the student is late or not according to the timestamp and the preset class time; the course number, teacher information and student information are bound, and the information does not need to be downloaded from the teaching service system, so that the time is saved; the time of class in winter and summer can be automatically adjusted; whether the student escapes from the class is determined by judging whether the time length of the student leaving the seat is greater than the preset time length.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
Fig. 1 is a schematic structural diagram of a campus card based check-in system according to an embodiment of the present invention;
fig. 2 is a schematic flowchart illustrating a campus card based check-in method according to an embodiment of the present invention;
Detailed Description
The following further describes embodiments of the present invention with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.
Fig. 1 shows a schematic structural diagram of a campus card-based check-in system provided in this embodiment, including: the teacher sign-in terminal and the student sign-in terminal;
the teacher sign-in terminal comprises: the device comprises a first main controller, a first liquid crystal display module, a first card reader module, a first wireless communication module, a first storage module, a first power supply module and a first USB communication module, wherein the first liquid crystal display module, the first card reader module, the first wireless communication module, the first storage module, the first power supply module and the first USB communication module are connected with the first main controller; wherein the first master controller comprises a first time timing module;
the student sign-in terminal includes: the second card reader module, the second wireless communication module and the second power supply module are connected with the second main controller;
the first main controller is used for receiving the course number sent by the first liquid crystal display module; for the situation of class for the first time, receiving teacher information sent by the first card reader module and receiving student information sent by the second main controller; binding the course number, the teacher information and the student information; sending the bound course number, the teacher information and the student information to the first storage module; receiving student sign-in information sent by the second main controller; acquiring student information from the first storage module; judging whether the student sign-in information is matched with the student information; if the student sign-in information is matched with the second master controller, sending student sign-in success information to the second master controller and recording the student sign-in information; if not, sending sign-in failure information to the second main controller; generating a student sign-in information table according to the student sign-in information; after all courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information;
the first liquid crystal display module is used for receiving the course number according to the situation of the first class;
the first card reader module is used for reading teacher information in a teacher campus card aiming at the situation of class attendance for the first time and sending the teacher information to the first main controller; for the situation that the class is not on class for the first time, reading teacher sign-in information in the teacher campus card, and sending the teacher sign-in information to the first main controller;
the first wireless communication module is used for carrying out wireless communication with the second wireless communication module;
the first storage module is used for storing the bound course number, the teacher information and the student information;
the first power supply module is used for supplying electric energy to the first main controller;
the first USB communication module includes: the USB interface and the USB-to-serial interface;
the USB interface is used for connecting with external equipment;
the USB-to-serial port interface is used for debugging programs;
the first time timing module is used for adding a timestamp to the student sign-in information; judging whether the student is late according to preset class time; automatically adjusting the class time in winter and summer;
the second main controller is used for receiving student information sent by the second card reader module according to the situation of class for the first time and sending the student information to the first main controller; receiving the student sign-in information sent by the second card reader module; receiving sign-in success information or sign-in failure information sent by the first main controller; receiving the student sign-in success information and binding the student sign-in information of the student with sign-in equipment of the student sign-in end;
the second indication module comprises an indicator light or a voice device; the indicating lamp is used for lighting when the student signs in successfully so as to prompt the student to sign in successfully and send the sign-in successful information of the student to the second main controller; when the student signs in unsuccessfully, the indicator light flickers to prompt the student that the student signs in unsuccessfully; or the voice equipment is used for prompting the students to sign in successfully by voice when the students sign in successfully; when the student signs in unsuccessfully, the voice prompts the student that the student signs in unsuccessfully;
the second card reader module is used for reading student information in a student campus card aiming at the situation of class for the first time and sending the student information to the second main controller; reading the student sign-in information in a student campus card aiming at the condition that the student is not on class for the first time, and sending the student sign-in information to the first main controller;
the second wireless communication module is used for carrying out wireless communication with the first wireless communication module;
and the second power supply module is used for supplying electric energy to the second main controller.
In the embodiment of the invention, the campus card-based check-in system comprises a teacher check-in end 11 and a student check-in end 12;
the teacher check-in terminal 11 includes: a first main controller 111, and a first liquid crystal display module 112, a first card reader module 113, a first wireless communication module 114, a first storage module 115, a first power supply module 116 and a first USB communication module 117 connected to the first main controller; wherein the first master controller 111 comprises a first time timing module;
the student sign-in terminal 12 includes: a second main controller 121, and a second indication module 122, a second card reader module 123, a second wireless communication module 124 and a second power supply module 125 connected to the second main controller;
the first main controller 111 is configured to receive the classroom number sent by the first liquid crystal display module 112, receive, for a first class, teacher information sent by the first card reader module 113, and receive student information sent by the second main controller 121; binding the course number, the teacher information and the student information; sending the bound course number, the teacher information, and the student information to the first storage module 115; receiving student sign-in information sent by the second master controller 121; obtaining student information from the first storage module 115; judging whether the student sign-in information is matched with the student information; if the student sign-in information is matched with the second master controller 121, sending student sign-in success information to the second master controller 121 and recording the student sign-in information; if not, sending check-in failure information to the second main controller 121; generating a student sign-in information table according to the student sign-in information; after all courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information;
the first lcd module 112 is configured to receive a course number for a first time of a course; in addition, if the campus card of the student is lost, the student sign-in function can be realized by inputting the student number on the first liquid crystal display module 112.
The first card reader module 113 is configured to, for a first class attendance, read teacher information in a teacher campus card, and send the teacher information to the first main controller 111; for the situation that the class is not on class for the first time, reading teacher sign-in information in the teacher campus card, and sending the teacher sign-in information to the first main controller;
the first wireless communication module 114, configured to wirelessly communicate with the second wireless communication module 124;
the first storage module 115 is configured to store the course number, the teacher information, and the student information after being bound;
the first power supply module 116 is configured to provide power to the first main controller 111;
the first USB communication module 117 includes: the USB interface and the USB-to-serial interface;
the USB interface is used for connecting with external equipment; the student sign-in information table can be copied to a PC (personal computer) end or a U disk through a USB (universal serial bus) interface.
The USB-to-serial port interface is used for debugging programs;
the first time timing module is used for adding a timestamp to the student sign-in information; judging whether the student is late according to preset class time; automatically adjusting the class time in winter and summer; if the time of the first time timing module deviates from the real world time, the time can be manually input through the first liquid crystal display module, and the time is adjusted.
The second main controller 121 is configured to receive student information sent by the second card reader module 123 for a first class, and send the student information to the first main controller; receiving the student check-in information sent by the second card reader module 123; receiving sign-in success information or sign-in failure information sent by the first master controller 111; receiving the student sign-in success information and binding the student sign-in information of the student with sign-in equipment of the student sign-in end;
the second indication module 122 comprises an indicator light or a voice device; the indicator light is used for lighting up when the student signs in successfully so as to prompt the student to sign in successfully and send the sign-in successful information of the student to the second main controller 121; when the student signs in unsuccessfully, the indicator light flickers to prompt the student that the student signs in unsuccessfully; or the voice equipment is used for prompting the students to sign in successfully by voice when the students sign in successfully; when the student signs in unsuccessfully, the voice prompts the student that the student signs in unsuccessfully;
the second card reader module 123 is configured to, for a first class, read student information in a student campus card, and send the student information to the second main controller 121; for the situation that the student is not on class for the first time, reading the student sign-in information in the student campus card, and sending the student sign-in information to the first master controller 111;
the second wireless communication module 124, configured to wirelessly communicate with the first wireless communication module 114;
the second power supply module 125 is configured to provide power to the second main controller 121.
In the embodiment of the invention, the STM32F103ZE microcontroller is adopted by the first main controller and the second main controller, the 4.3-inch LCD capacitive liquid crystal touch screen is adopted by the first liquid crystal display module, the MF RC522 radio frequency IC card induction module is adopted by the first card reader module and the second card reader module, the 2.4G wireless NRF24L01 module is adopted by the first wireless communication module and the second wireless communication module, the SD card and Flash mode is adopted by the first storage module to store data, and the USB or power supply is adopted by the first power supply module and the second power supply module to supply power. After the USB interface in the first USB communication module is connected with the PC, the SD card can be operated on the PC to check and copy the student sign-in information table. And the USB-to-serial port interface in the first USB communication module is used for debugging programs. The first time timing module completes time timing by adopting a button battery and an RTC timer only carried by a microcontroller.
It should be noted that, teacher information in the teacher campus card, such as the name and number of the teacher, and student information in the student campus card, such as the name, number and class of the student, are written by the card writer device. The teacher check-in equipment and the student check-in equipment can also adopt WiFi module communication.
According to the embodiment of the invention, the first time timing module is added to add the timestamp to the student sign-in information, so that the credibility of the student sign-in information is improved; judging whether the student is late or not according to the timestamp and the preset class time; the course number, teacher information and student information are bound, and the information does not need to be downloaded from the teaching service system, so that the time is saved; the time of class in winter and summer can be automatically adjusted; the student sign-in information table can be copied to a PC or a U disk through the first USB communication module.
Further, on the basis of the above system embodiment, the student sign-in terminal further includes: a second infrared detection module;
and the second infrared detection module is used for measuring the distance between the student and the infrared distance measuring sensor and sending the distance to the second main controller.
In the embodiment of the present invention, the second infrared detection module is configured to measure a distance between a student and an infrared distance measurement sensor, and send the distance to the second main controller 121.
It should be noted that, the distance between the student and the ultrasonic sensor can also be measured by using the ultrasonic sensor.
The embodiment of the invention judges whether the checked-in student is on the seat or not by measuring the distance between the student and the infrared distance measuring sensor.
Further, on the basis of the above method embodiment, the second main controller is further configured to receive the distance sent by the second infrared detection module, and determine whether the distance is greater than a preset distance threshold; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, and if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller.
In this embodiment of the present invention, the second master controller 121 is further configured to receive the distance sent by the second infrared detection module, and determine whether the distance is greater than a preset distance threshold; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller 111.
It should be noted that, if it is determined that the time length of the student leaving the seat is greater than the preset time length, but the starting time of the time length of the student leaving the seat is after the end time of the class, it is determined that the student does not belong to the class escape, but takes a rest in the class.
The embodiment of the invention determines whether the student escapes from the class or has a break in class by judging whether the time length of the student leaving the seat is longer than the preset time length or not and whether the starting time of the time length of the student leaving the seat is before the end time of the class.
Further, on the basis of the above system embodiment, the first time timing module is further configured to add a timestamp to the student class escape information.
In an embodiment of the present invention, the first time counting module is further configured to add a timestamp to the student class escape information.
According to the embodiment of the invention, the credibility of the course escaping information of the students is improved by adding the timestamp to the course escaping information of the students.
Further, on the basis of the above system embodiment, the first liquid crystal display module is further configured to display the student escape information with a time stamp.
In the embodiment of the present invention, the first lcd module 112 is a touch screen, and the touch screen has a plurality of squares, and each square represents a seat. If a square shows red, it indicates that the student on the seat corresponding to the square has escaped the class. And the student information on the seat corresponding to the red square and the student escaping information with the time stamp of the student can be displayed by clicking the red square.
According to the embodiment of the invention, the information of the student escaping class with the timestamp is displayed, so that a teacher can conveniently check the condition of the student escaping class.
Fig. 2 is a schematic flowchart illustrating a campus card-based check-in method according to this embodiment, where the method includes:
s21, aiming at the situation of the first class, a first liquid crystal display module of a teacher sign-in end receives a course number and sends the course number to a first main controller of the teacher sign-in end; the first card reader module of the teacher sign-in end reads teacher information in a teacher campus card and sends the teacher information to the first main controller; a second card reader module of the student sign-in end reads student information in a student campus card and sends the student information to a second main controller; and the second main controller sends the student information to the first main controller.
In the embodiment of the invention, a check-in device of a teacher check-in terminal is arranged on a teacher platform, and a check-in device of a student check-in terminal is arranged on a student seat. For the situation of class for the first time, manually inputting a course number on a first liquid crystal display module of a sign-in end of a classroom, and after receiving the course number, the first liquid crystal display module of the sign-in end of the teacher sends the course number to a first main controller of the sign-in end of the teacher; the teacher campus card of a teacher and the student campus cards of students coming to school are sequentially swiped, and a first card reader module at the attendance end of the teacher reads teacher information in the teacher campus card and sends the teacher information to the first main controller; a second card reader module of the student sign-in end reads student information in a student campus card and sends the student information to a second main controller; and the second main controller sends the student information to the first main controller.
S22, the first main controller binds the course number, the teacher information and the student information and sends the bound course number, the teacher information and the student information to the first storage module of the teacher sign-in terminal.
In the embodiment of the invention, the first main controller binds the received course number, teacher information and student information and sends the bound course number, teacher information and student information to the first storage module of the teacher sign-in end for storage;
s23, aiming at the situation of class for the first time or not, the second card reader module of the student sign-in end reads the student sign-in information in the student campus card and sends the student sign-in information to the second main controller of the student sign-in end, and the second main controller sends the student sign-in information to the first main controller of the teacher sign-in end.
In the embodiment of the present invention, since the course number, the teacher information, and the student information have already been stored in S22, it is not necessary to store the course number, the teacher information, and the student information again at the time of the subsequent lesson. After the students swipe the campus cards, the second card reader module of the student sign-in end reads the student sign-in information in the campus cards of the students and sends the student sign-in information to the second main controller of the student sign-in end, and the second main controller sends the student sign-in information to the first main controller of the teacher sign-in end.
And S24, the first main controller receives the student sign-in information and judges whether the student sign-in information is matched with the student information stored in the first storage module.
In the embodiment of the invention, after receiving the student sign-in information, the first main controller judges whether the student sign-in information is matched with the student information stored in the first storage module.
S25, if the student sign-in information is matched with the sign-in information, the first master controller sends the student sign-in success information to the second master controller, records the student sign-in information and generates a student sign-in information table according to the student sign-in information; the first time timing module of the teacher sign-in end adds a time stamp to the student sign-in information, and the first main controller judges whether the student is late according to the time stamp of the student sign-in information and a preset class time; and after all the courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information.
In the embodiment of the invention, under the condition that the student sign-in information is matched with the student information stored in the first storage module, the first main controller sends the student sign-in success information to the second main controller, records the student sign-in information and generates a student sign-in information table according to the student sign-in information; the first time timing module of the teacher sign-in end adds the timestamp to the student information of signing in to whether first main control unit is late to the student according to the timestamp and the preset time of giving lessons of student information of signing in, if the time on the timestamp is later than the preset time of giving lessons, then judge that the student is late to give lessons, if the time on the timestamp is earlier than or equal to the preset time of giving lessons, then judge that the student is on time to give lessons. And after all courses corresponding to the course numbers are finished, the first main controller automatically deletes the bound course numbers, the teacher information and the student information.
It should be noted that, if the time of the first time counting module deviates from the time of the real world, the time may be manually entered through the first liquid crystal display module at the teacher sign-in end to adjust the time.
S26, the second main controller receives the sign-in success information and an indicator light is on to prompt the student that the sign-in is successful; or voice equipment prompts the students to sign in successfully; and binding the student sign-in information with the student sign-in equipment of the student at the student sign-in end.
In the embodiment of the invention, the indicator light can be used for prompting whether the student successfully signs in, and the voice equipment can be used for prompting whether the student successfully signs in. Specifically, the second main controller receives the sign-in success information, and an indicator light is turned on to prompt the student that the sign-in is successful; or the voice equipment prompts the students to sign in successfully. The second main controller binds the student sign-in information with the student sign-in equipment of the student at the student sign-in end.
S27, if not, the first master controller sends sign-in failure information to the second master controller, and the indicator light flashes to prompt the student that the sign-in fails; or the voice equipment prompts the student that the student is failed to sign in through voice.
In the embodiment of the invention, under the condition that the student sign-in information is not matched with the student information stored in the first storage module, the first main controller sends sign-in failure information to the second main controller, and the indicating lamp flickers to prompt the student that the student fails to sign in; or the voice equipment prompts the student that the student is failed to sign in.
The embodiment of the invention binds the course number, teacher information and student information without entering a teaching service system to download the information, thereby reducing the possibility that the teaching service system is attacked; the time stamp is added to the student sign-in information, so that the credibility of the student sign-in information is improved; judging whether the student is late or not according to the timestamp and the preset class time;
further, on the basis of the above method embodiment, the campus card based check-in method further includes:
after class begins, the distance between the student and the infrared distance measuring sensor is measured through the second infrared detection module of the student sign-in end, and the distance is sent to the second main controller.
In the embodiment of the invention, after the class starts, the distance between the student and the infrared distance measuring sensor is measured through the second infrared detection module at the student sign-in end, and the distance is sent to the second main controller.
The embodiment of the invention judges whether the checked-in student is on the seat or not by measuring the distance between the student and the infrared distance measuring sensor.
Further, on the basis of the above method embodiment, after the sending the distance to the second master controller, the campus card based check-in method further includes:
the second main controller receives the distance sent by the second infrared detection module and judges whether the distance is greater than a preset distance threshold value; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging that the student escapes the class and sending the class escaping information of the student to the first main controller.
It should be noted that, the distance between the student and the ultrasonic sensor can also be measured by using the ultrasonic sensor.
In the embodiment of the invention, after the second infrared detection module sends the distance between the student and the infrared distance measurement sensor to the second main controller, the second main controller receives the distance sent by the second infrared detection module and judges whether the distance is greater than a preset distance threshold value; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, and if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller.
It should be noted that, if it is determined that the time length of the student leaving the seat is greater than the preset time length, but the starting time of the time length of the student leaving the seat is after the end time of the class, it is determined that the student does not belong to the class escape, but takes a rest in the class.
The embodiment of the invention determines whether the student escapes from the class or has a break in class by judging whether the time length of the student leaving the seat is longer than the preset time length or not and whether the starting time of the time length of the student leaving the seat is after the end time of the class.
Further, on the basis of the above method embodiment, after the sending the information of student escaping class to the first master controller, the campus card based check-in method further includes:
the first time timing module adds a timestamp to the course escaping information of the student.
In the embodiment of the invention, after the information of course escaping of the student is sent to the first main controller, the first time timing module adds a timestamp to the information of course escaping of the student.
According to the embodiment of the invention, the credibility of the course escaping information of the students is improved by adding the timestamp to the course escaping information of the students.
Further, on the basis of the above method embodiment, after the sending the information of student escaping class to the first master controller, the campus card based check-in method further includes:
the first liquid crystal display module displays the student course escaping information with the time stamp.
In the embodiment of the invention, the first liquid crystal display module adopts a touch screen, a plurality of grids are arranged on the touch screen, and each grid represents a seat. If a square shows red, it indicates that the student on the seat corresponding to the square has escaped the class. And the student information on the seat corresponding to the red square and the student escaping information with the time stamp of the student can be displayed by clicking the red square.
According to the embodiment of the invention, the information of the student escaping class with the timestamp is displayed, so that a teacher can conveniently check the condition of the student escaping class.
It should be further noted that if the campus card of the student is lost, the student sign-in function can be realized by inputting the student number on the first liquid crystal display module of the teacher sign-in terminal.
It should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. A campus card based check-in system, comprising:
the teacher sign-in terminal and the student sign-in terminal;
the teacher sign-in terminal comprises: the device comprises a first main controller, a first liquid crystal display module, a first card reader module, a first wireless communication module, a first storage module, a first power supply module and a first USB communication module, wherein the first liquid crystal display module, the first card reader module, the first wireless communication module, the first storage module, the first power supply module and the first USB communication module are connected with the first main controller; wherein the first master controller comprises a first time timing module;
the student sign-in terminal includes: the second card reader module, the second wireless communication module and the second power supply module are connected with the second main controller;
the first main controller is used for receiving the course number sent by the first liquid crystal display module; for the situation of class for the first time, receiving teacher information sent by the first card reader module and receiving student information sent by the second main controller; binding the course number, the teacher information and the student information; sending the bound course number, the teacher information and the student information to the first storage module; receiving student sign-in information sent by the second main controller; acquiring student information from the first storage module; judging whether the student sign-in information is matched with the student information; if the student sign-in information is matched with the second master controller, sending student sign-in success information to the second master controller and recording the student sign-in information; if not, sending sign-in failure information to the second main controller; generating a student sign-in information table according to the student sign-in information; after all courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information;
the first liquid crystal display module is used for receiving the course number according to the situation of the first class;
the first card reader module is used for reading teacher information in a teacher campus card aiming at the situation of class attendance for the first time and sending the teacher information to the first main controller; for the situation that the class is not on class for the first time, reading teacher sign-in information in the teacher campus card, and sending the teacher sign-in information to the first main controller;
the first wireless communication module is used for carrying out wireless communication with the second wireless communication module;
the first storage module is used for storing the bound course number, the teacher information and the student information;
the first power supply module is used for supplying electric energy to the first main controller;
the first USB communication module includes: the USB interface and the USB-to-serial interface;
the USB interface is used for connecting with external equipment;
the USB-to-serial port interface is used for debugging programs;
the first time timing module is used for adding a timestamp to the student sign-in information; judging whether the student is late according to preset class time; automatically adjusting the class time in winter and summer;
the second main controller is used for receiving student information sent by the second card reader module according to the situation of class for the first time and sending the student information to the first main controller; receiving the student sign-in information sent by the second card reader module; receiving sign-in success information or sign-in failure information sent by the first main controller; receiving the student sign-in success information and binding the student sign-in information of the student with sign-in equipment of the student sign-in end;
the second indication module comprises an indicator light or a voice device; the indicating lamp is used for lighting when the student signs in successfully so as to prompt the student to sign in successfully and send the sign-in successful information of the student to the second main controller; when the student signs in unsuccessfully, the indicator light flickers to prompt the student that the student signs in unsuccessfully; or the voice equipment is used for prompting the students to sign in successfully by voice when the students sign in successfully; when the student signs in unsuccessfully, the voice prompts the student that the student signs in unsuccessfully;
the second card reader module is used for reading student information in a student campus card aiming at the situation of class for the first time and sending the student information to the second main controller; reading the student sign-in information in a student campus card aiming at the condition that the student is not on class for the first time, and sending the student sign-in information to the first main controller;
the second wireless communication module is used for carrying out wireless communication with the first wireless communication module;
and the second power supply module is used for supplying electric energy to the second main controller.
2. The campus card based check-in system of claim 1, wherein the student check-in terminal further comprises: a second infrared detection module;
and the second infrared detection module is used for measuring the distance between the student and the infrared distance measuring sensor and sending the distance to the second main controller.
3. The campus card based check-in system of claim 2,
the second main controller is further configured to receive the distance sent by the second infrared detection module and determine whether the distance is greater than a preset distance threshold; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, and if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller.
4. The campus card based check-in system of claim 3,
the first time timing module is also used for adding a timestamp to the course escaping information of the student.
5. The campus card based check-in system of claim 4,
the first liquid crystal display module is also used for displaying the student course escaping information with the time stamp.
6. A campus card based check-in method is characterized by comprising the following steps:
aiming at the situation of class for the first time, a first liquid crystal display module of a teacher sign-in end receives a course number and sends the course number to a first main controller of the teacher sign-in end; the first card reader module of the teacher sign-in end reads teacher information in a teacher campus card and sends the teacher information to the first main controller; a second card reader module of the student sign-in end reads student information in a student campus card and sends the student information to a second main controller; the second master controller sends the student information to the first master controller;
the first main controller binds the course number, the teacher information and the student information and sends the bound course number, the teacher information and the student information to a first storage module of the teacher sign-in end;
aiming at the condition of class for the first time or not, a second card reader module of a student sign-in end reads student sign-in information in a student campus card and sends the student sign-in information to a second main controller of the student sign-in end, and the second main controller sends the student sign-in information to a first main controller of a teacher sign-in end;
the first main controller receives the student sign-in information and judges whether the student sign-in information is matched with the student information stored in the first storage module;
if the student sign-in information is matched with the student sign-in information, the first master controller sends the student sign-in success information to the second master controller, records the student sign-in information and generates a student sign-in information table according to the student sign-in information; the first time timing module of the teacher check-in end adds a timestamp to the student check-in information, and judges whether the student is late according to the timestamp of the student check-in information and a preset class time; after all the courses corresponding to the course numbers are finished, automatically deleting the bound course numbers, the teacher information and the student information;
the second main controller receives the sign-in success information, and an indicator light is turned on to prompt the student that the sign-in is successful; or voice equipment prompts the students to sign in successfully; binding the student sign-in information with the sign-in equipment of the student at the student sign-in end;
if not, the first main controller sends sign-in failure information to the second main controller, and the indicator lamp flickers to prompt the student that the sign-in fails; or the voice equipment prompts the student that the student is failed to sign in through voice.
7. The campus card based check-in method of claim 6, further comprising:
after class begins, the distance between the student and the infrared distance measuring sensor is measured through the second infrared detection module of the student sign-in end, and the distance is sent to the second main controller.
8. The campus-card-based check-in method of claim 7, wherein after sending the distance to the second host controller, the campus-card-based check-in method further comprises:
the second main controller receives the distance sent by the second infrared detection module and judges whether the distance is greater than a preset distance threshold value; if yes, judging that the student leaves the seat; and judging whether the time length of the student leaving the seat is greater than the preset time length, if so, judging whether the starting time of the time length of the student leaving the seat is before the end time of the class, and if so, determining that the student escapes the class and sending the information of the student escaping the class to the first main controller.
9. The campus card based check-in method of claim 8,
after the information of course escaping of the student is sent to the first main controller, the campus card based check-in method further comprises the following steps:
the first time timing module adds a timestamp to the course escaping information of the student.
10. The campus card based check-in method of claim 9,
after the information of course escaping of the student is sent to the first main controller, the campus card based check-in method further comprises the following steps:
the first liquid crystal display module displays the student course escaping information with the time stamp.
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| CN208141452U (en) * | 2018-04-24 | 2018-11-23 | 云南经济管理学院 | A kind of students'learning checking device |
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| CN205608820U (en) * | 2016-03-23 | 2016-09-28 | 南京航空航天大学金城学院 | Attendance system based on embedded linux |
| CN206819414U (en) * | 2017-05-15 | 2017-12-29 | 天津德灵博安科技有限公司 | A kind of intelligent tutoring based on all-in-one campus card is registered device |
| CN107784703A (en) * | 2017-10-31 | 2018-03-09 | 新华三技术有限公司 | A kind of check class attendance method, apparatus, electronic equipment and readable storage medium storing program for executing |
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