CN204360437U - A kind of roll-call supervisory system - Google Patents
A kind of roll-call supervisory system Download PDFInfo
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- CN204360437U CN204360437U CN201520006944.XU CN201520006944U CN204360437U CN 204360437 U CN204360437 U CN 204360437U CN 201520006944 U CN201520006944 U CN 201520006944U CN 204360437 U CN204360437 U CN 204360437U
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Abstract
The utility model relates to a kind of roll-call supervisory system, solves to call the roll loaded down with trivial details and cannot the technical matters of Real-time Obtaining student basic document, solves student simultaneously and attends class and affect the problem of quality of instruction with cell phone entertainment.This roll-call supervisory system also comprises supervisory system server, monitoring processes and displays module and recognition of devices control module, education administration system server, supervisory system server, monitoring processes and displays module, recognition of devices control module are connected by wireless network successively with controlled plant, and monitoring processes and displays module is arranged on teacher's hand-held intelligent equipment; The function of monitoring processes and displays module is carried out teacher's authentication, arranges recognition of devices control module basic configuration, realizes course information management, monitors in real time and complete lessons situation analysis to classroom; Recognition of devices control module manages controlled plant access monitoring processes and displays module according to the instruction of monitoring processes and displays module, authority limits and access monitoring processes and displays module is monitored in real time.
Description
Technical field
The utility model belongs to communication technical field, is specifically related to a kind of roll-call supervisory system.
Background technology
In daily teaching, teacher often needs to be undertaken calling the roll by the school alphabet book pre-established, put question to or statistic is turned out for work state etc., each teacher is then needed on ordinary days to carry with papery school alphabet book, simultaneously owing to papery register generally only recording name and the student number of each student, and each student name and its basic document can not be carried out direct correlation, thus practical operation get up comparatively inconvenience, teacher can not roll-call while, synchronously understand by student's basic document of calling the roll.Especially for College Teachers, each teacher is with student's substantial amounts, may comprise the student of in complete set multiple grades, and teacher can not be familiar with or recognize the basic document of each student.
Now along with smart mobile phone popularizes the development with mobile phone application, in student enrollment, basic every one can have a machine, impacts classroom teaching environment and quality of instruction.The mode that present some colleges takes mobile phone before the class to turn over, the phenomenon of quality that the process middle school student that stop to attend class abuse mobile phone thus impact is listened to the teacher.There is many deficiencies in this kind of mode: 1. the process of turning over takies instructional blocks of time, inconvenience management; 2. student easily produces this mode and repels psychology, is difficult to perform, cannot ensures to reach learning promotion effect; 3., as emergency situations, easily cause student cannot accept important information in time.
Utility model content
The utility model provides a kind of roll-call supervisory system, solve call the roll loaded down with trivial details and cannot the technical matters of Real-time Obtaining student basic document, solution student attends class and affects the problem of quality of instruction with cell phone entertainment simultaneously, achieves the function to student's usual performance programming count and analysis.
The technical solution of the utility model, a kind of roll-call supervisory system, this roll-call supervisory system comprises education administration system server, controlled plant, supervisory system server, monitoring processes and displays module and recognition of devices control module, and monitoring processes and displays module is arranged on teacher's hand-held intelligent equipment.
The major function of supervisory system server is reception, stores and forwarding data.
The function of monitoring processes and displays module arranges recognition of devices control module basic configuration, realizes course information management, monitors in real time and complete lessons situation analysis to controlled plant.
Recognition of devices control module realizes controlled plant access device identification control module according to the instruction of monitoring processes and displays module, carries out authority restriction to controlled plant, and the real-time access state of recognition of devices control module to controlled plant access device identification control module exports to monitoring processes and displays module simultaneously.
Described supervisory system server receives the instruction of monitoring processes and displays module, and from education administration system server, reads data according to this instruction and store, and reading data is exported to monitoring processes and displays module simultaneously; Supervisory system server receives the data of monitoring processes and displays module, and these data are exported to education administration system server.
Monitoring processes and displays module comprises data acquisition submodule, data processing submodule, data sub module stored and output sub-module; Monitoring processes and displays module receives external data by data acquisition submodule, external data is transmitted to data processing submodule by data acquisition submodule, external data refer to derive from supervisory system server, the data of data that recognition of devices control module provides and user's input, data processing submodule is according to the data in the instruction calls data acquisition submodule of data acquisition submodule and data sub module stored, and calling data is processed and logical operation, and output sub-module and data sub module stored are exported in process and operation result.
A kind of step of control method of supervisory system of calling the roll is:
The first step: roll-call supervisory system arranges set-up procedure:
1) curriculum information is issued in Educational Affairs Office: curriculum information is uploaded in education administration system server by school Educational Affairs Office:
2) teacher's authentication: teacher gives monitoring processes and displays module by hand-held intelligent equipment input log-on message, the log-on message that teacher inputs is transferred to supervisory system server by monitoring processes and displays module, supervisory system server exports this log-on message to education administration system server, education administration system server is compared to this log-on message, to determine whether this teacher can legally log in, and comparison result is transferred to monitoring processes and displays module by supervisory system server; If legal login, then education administration system system server exports curriculum information to supervisory system server, and curriculum information is exported to monitoring processes and displays module by supervisory system server, otherwise must re-enter log-on message;
3) recognition of devices control module Initialize installation: teacher is legal log in monitoring processes and displays module after, hand-held intelligent equipment is connected with recognition of devices control module by teacher, teacher is modified by the initial information of monitoring processes and displays module to recognition of devices control module, so that controlled plant identification, monitor processes and displays module simultaneously and the group of the student's student number in the curriculum information relevant to this teacher and student number is transferred to recognition of devices control module, the group of student's student number and student number stores by recognition of devices control module.
Second step: classroom is monitored in real time: 1) student logs in first: controlled plant search equipment identification control module, then inputs the student number of student oneself;
2) login authentication: recognition of devices control module receives the student number of controlled plant input, and by this student number with deposit student number and compare; If this input student number exists, then the IMEI code of this student number controlled plant of input and this student number bundle and store by recognition of devices control module, allow this controlled plant to be connected with recognition of devices control module simultaneously; If do not exist, then this refusing this controlled plant and recognition of devices control module is connected, and re-executes step 1);
3) judge whether controlled plant logs in first: recognition of devices control module reads controlled plant IMEI code, if the IMEI code read is not stored in recognition of devices control module, then for log in first, re-execute step 1), if this IMEI code is for deposit IMEI code, then log in first for non-, directly allow this controlled plant to be connected with recognition of devices control module;
4) roll-call and classroom are monitored in real time: the connection status data of controlled plant are transferred to monitoring processes and displays module by recognition of devices control module in real time, connection status data are processed into the data representing student classroom situation by monitoring processes and displays module, and student classroom situation data are shown by teacher's hand-held intelligent equipment and stored;
3rd step: feed back after class: 1) add job information: teacher is by hand-held intelligent equipment input job information, and monitoring processes and displays module receives job information and stores; 2) course and usual performance analysis: the student classroom situation data in existence monitoring processes and displays module and job information calculate Emergent Curriculum aggregate analysis table and student's usual performance table through the process of monitoring processes and displays module, and course aggregate analysis table and student's usual performance table export to PC and hold; 3) knot class is determined whether: monitoring processes and displays module, according to stored this course of curriculum information real-time judgment whether knot class, if do not tie class, repeats second step and the 3rd step, if knot class, enters the 4th step;
4th step: knot class is added up: 1) upload course aggregate analysis table and student's usual performance table: knot after class, teacher gives monitoring processes and displays module by hand-held intelligent equipment input uploading instructions information, there is course aggregate analysis table and student's usual performance table in monitoring processes and displays module will lock, course aggregate analysis table and student's usual performance table are sent to supervisory system server by monitoring processes and displays module, and are uploaded to education administration system server by supervisory system server; 2) reconfiguring equipment identification and monitoring module: monitor the inquiry that processes and displays module shows " whether reconfiguring equipment identification control module " by hand-held intelligent equipment and point out.If teacher's choosing is, monitoring processes and displays module will send reset indication to recognition of devices control module, deletes the information stored in all devices identification control module, and the Initialize installation of reduction apparatus identification control module, otherwise do not respond.
The beneficial effects of the utility model are,
1) solve and call the roll loaded down with trivial details and cannot the technical matters of Real-time Obtaining student basic document, solve student simultaneously and attend class and affect the problem of quality of instruction with cell phone entertainment, achieve the function to student's usual performance programming count and analysis;
2) make roll-call flow process intelligent, realize automatic roll-calling and call the roll without operation, increasing work efficiency;
3) avoid student to attend class object for appreciation mobile phone, improve teaching quality;
4) classroom situation is monitored in real time;
5) achieve student's basic document is associated with corresponding student number;
6) substitute conventional point register completely, ensure that accurate, the safety of lessons information;
7) programming count usual performance, reduces teaching job, ensures the just of usual performance simultaneously;
8) objective computation student usual performance, avoids the abnormal activity of student or teacher, ensures the justice of usual performance;
9) be implemented to class rate real-time statistics, facilitate school side for the supervisory management of teachers' instruction quality;
10) reflect the overall condition of student attendance accurately, facilitate teacher to investigate problem student.
Accompanying drawing explanation
Fig. 1 is the composition frame chart of a kind of supervisory system of calling the roll of the utility model;
Fig. 2 is the composition frame chart monitoring processes and displays module in the utility model;
Fig. 3 is utility model works process flow diagram flow chart.
Embodiment
By reference to the accompanying drawings the technical solution of the utility model is described in further detail.
As shown in Figure 1, a kind of roll-call supervisory system of the utility model comprises education administration system server, supervisory system server, monitoring processes and displays module, recognition of devices control module and controlled plant.
Education administration system server is each school existing device.Education administration system server receives the instruction of supervisory system server, and according to instruction, desired data is exported to supervisory system server.
The major function of supervisory system server is reception, stores and forwarding data, that is: 1) supervisory system server receives the instruction of monitoring processes and displays module by wireless network, and from education administration system server, read data according to this instruction and store, reading data are exported to monitoring processes and displays module simultaneously.Described instruction refers to the log-on message of teacher; Data refer to curriculum information and corresponding student's student number and name.2) supervisory system server receives the output data of monitoring processes and displays module by wireless network, and these output data are exported to education administration system server.
Monitoring processes and displays module comprises data acquisition submodule, data processing submodule, data sub module stored and output sub-module.Monitoring processes and displays module is arranged on teacher's hand-held intelligent equipment, and hand-held intelligent equipment can adopt mobile phone.The function of monitoring processes and displays module is carried out teacher's authentication, arranges recognition of devices control module basic configuration, realizes course information management, monitors in real time and complete lessons situation analysis to classroom.Monitoring processes and displays module receives external data by data acquisition submodule, external data is transmitted to data processing submodule by data acquisition submodule, external data refer to derive from supervisory system server, the data of data that recognition of devices control module provides and user's input.Data processing submodule is according to the data in the instruction calls data acquisition submodule of data acquisition submodule and data sub module stored, and calling data is processed and logical operation, and output sub-module and data sub module stored are exported in process and operation result.
Recognition of devices control module is connected with controlled plant by wireless network, and realize controlled plant access device identification control module according to the instruction of monitoring processes and displays module, authority restriction is carried out to controlled plant, recognition of devices control module will export to monitoring processes and displays module to the real-time access state of controlled plant access device identification control module simultaneously.Recognition of devices control module can adopt wireless router.
Controlled plant refers to student's hand-held intelligent equipment.
The course of work of a kind of supervisory system of calling the roll of the utility model is:
The first step: Operation system setting set-up procedure: 1) curriculum information is issued in Educational Affairs Office: curriculum information is uploaded in education administration system server by school Educational Affairs Office, and curriculum information comprises curriculum information and teacher's personally identifiable information.
2) teacher's authentication: teacher gives monitoring processes and displays module by hand-held intelligent equipment input log-on message, the log-on message that teacher inputs is transferred to supervisory system server by monitoring processes and displays module, supervisory system server exports this log-on message to education administration system server, education administration system server is compared to this log-on message, to determine whether this teacher can legally log in, and comparison result is transferred to monitoring processes and displays module by supervisory system server, if legal login, then education administration system system server exports curriculum information to supervisory system server, curriculum information is exported to monitoring processes and displays module by supervisory system server, teacher usage monitoring processes and displays module can perform follow-up function, otherwise must log-on message be re-entered.
3) recognition of devices control module Initialize installation: teacher is legal log in monitoring processes and displays module after, hand-held intelligent equipment is connected with recognition of devices control module by wireless network by teacher, teacher is modified, so that controlled plant identification by the initial information of monitoring processes and displays module to recognition of devices control module.Monitor processes and displays module simultaneously and the group of the student's student number in the curriculum information relevant to this teacher and student number is transferred to recognition of devices control module, this information stores by recognition of devices control module.
Second step: classroom is monitored in real time: 1) student logs in first: controlled plant search equipment identification control module, and input the student number of student oneself.
2) login authentication: recognition of devices control module receives the student number of controlled plant input, and by this student number with deposit student number and compare.If this input student number exists, then the IMEI code of this student number controlled plant of input and this student number bundle and store by recognition of devices control module, allow this controlled plant to be connected with recognition of devices control module simultaneously.If do not exist, then this refusing this controlled plant and recognition of devices control module is connected, and re-executes step 1).
3) judge whether controlled plant logs in first: recognition of devices control module reads controlled plant IMEI code, if this IMEI code read is not stored in recognition of devices control module, then for log in first, and perform step 1), if this IMEI code is for deposit IMEI code, then non-ly to log in first, directly allow this controlled plant to be connected with recognition of devices control module.
4) roll-call and classroom are monitored in real time: the connection status data (as whether controlled plant connects, connects duration and flash situation etc.) of controlled plant are transferred to monitoring processes and displays module by recognition of devices control module in real time.These data are processed into the data representing student classroom situation by monitoring processes and displays module, and student classroom situation data (comprise this course list under each one presence, the history attendance rate and quality of connection etc.) are shown by teacher's hand-held intelligent equipment and stored.This step realizes the real-time monitoring of teacher to classroom.Now recognition of devices control module takies controlled plant only network connection approach, limits network playing by students under realizing classroom environment.
3rd step: feed back after class: 1) add job information: after class, teacher is by hand-held intelligent equipment input job information (comprising layout time and performance), and monitoring processes and displays module receives this information and stores; 2) course and usual performance analysis: the student classroom situation data in existence monitoring processes and displays module and job information calculate Emergent Curriculum aggregate analysis table (comprising attendance and Historical Jobs performance etc.) and student's usual performance table through the process of this module, and above data refresh storage in real time.According to demand, course aggregate analysis table and student's usual performance table be connected by network or wired connection export to PC end.3) knot class is determined whether: monitoring processes and displays module is according to stored this course of curriculum information real-time judgment whether knot class.If do not tie class, repeat second step and the 3rd step, if knot class, enter the 4th step.
4th step: knot class is added up: 1) upload course aggregate analysis table and student's usual performance table: knot after class, teacher gives monitoring processes and displays module by hand-held intelligent equipment input uploading instructions information, there is course aggregate analysis table and student's usual performance table in monitoring processes and displays module and locking can not be modified.Course aggregate analysis table and student's usual performance table are sent to supervisory system server by monitoring processes and displays module, and are uploaded to education administration system server by supervisory system server.2) reconfiguring equipment identification and monitoring module: completing steps 1) after, monitoring processes and displays module is by the inquiry prompting of hand-held intelligent equipment display " whether reconfiguring equipment identification control module ".If teacher's choosing is, monitoring processes and displays module will send reset indication to recognition of devices control module, deletes the information stored in all devices identification control module, and the Initialize installation of reduction apparatus identification control module is prepared for giving a course next time.Otherwise do not respond.
Claims (3)
1. a roll-call supervisory system, this roll-call supervisory system comprises education administration system server and controlled plant, it is characterized in that: this roll-call supervisory system also comprises supervisory system server, monitoring processes and displays module and recognition of devices control module, monitoring processes and displays module is arranged on teacher's hand-held intelligent equipment;
The major function of supervisory system server is reception, stores and forwarding data;
The function of monitoring processes and displays module arranges recognition of devices control module basic configuration, realizes course information management, monitors in real time and complete lessons situation analysis to controlled plant;
Recognition of devices control module realizes controlled plant access device identification control module according to the instruction of monitoring processes and displays module, carries out authority restriction to controlled plant, and the real-time access state of recognition of devices control module to controlled plant access device identification control module exports to monitoring processes and displays module simultaneously.
2. according to a kind of roll-call supervisory system according to claim 1, it is characterized in that: described supervisory system server receives the instruction of monitoring processes and displays module, and from education administration system server, read data according to this instruction and store, reading data are exported to monitoring processes and displays module simultaneously; Supervisory system server receives the data of monitoring processes and displays module, and these data are exported to education administration system server.
3. according to a kind of roll-call supervisory system according to claim 1, it is characterized in that: monitoring processes and displays module comprises data acquisition submodule, data processing submodule, data sub module stored and output sub-module; Monitoring processes and displays module receives external data by data acquisition submodule, external data is transmitted to data processing submodule by data acquisition submodule, external data refer to derive from supervisory system server, the data of data that recognition of devices control module provides and user's input, data processing submodule is according to the data in the instruction calls data acquisition submodule of data acquisition submodule and data sub module stored, and calling data is processed and logical operation, and output sub-module and data sub module stored are exported in process and operation result.
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| CN201520006944.XU CN204360437U (en) | 2015-01-07 | 2015-01-07 | A kind of roll-call supervisory system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104484908A (en) * | 2015-01-07 | 2015-04-01 | 北京太攀科技服务有限公司 | Roll call monitoring system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104484908A (en) * | 2015-01-07 | 2015-04-01 | 北京太攀科技服务有限公司 | Roll call monitoring system |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150527 Termination date: 20160107 |