TWM531030U - Electronic device - Google Patents

Description

Electronic device

The present invention relates to an electronic device applied to an instant interactive education environment in the cloud.

In the current online learning/teaching system, the service provided is an e-learning function. The general mode is that students/users use computers to conduct online courses, or online after a certain course progress. Answer the questions to verify the learning effect.

In the publication of the Republic of China Patent Gazette/Public I534767 "Learning Assessment Method", the disclosed prior art technique provides a learning evaluation method comprising the steps of: (A) when one comes from a server and contains more When the course list of the sub-course unit and its evaluation result information is displayed on a use end, the use end generates a learning request and transmits the learning request to the server; (B) the server transmits a plurality of questions (C) the usage end generates an evaluation request and transmits the evaluation request to the server; (D) the server transmits a plurality of evaluation requests corresponding to the evaluation request The test end to the use end; (E) the use end generates a response content related to the evaluation test questions and transmits the answer content to the server; and (F) the server generates an evaluation according to the content of the answer As a result, the evaluation result information is updated according to the evaluation result.

In the announcement of the Republic of China Patent Gazette/Public I524313 "Synonym Online Learning System", the disclosed prior art technology provides a peer-to-peer online learning system comprising an online learning module and a link to the online learning module. The student relationship information determination module and a learning progress determination module linked to the online learning module information, the student relationship information determination mode The group defines a plurality of clusters; the online learning module is for online learning seminars and learning progress presentations, and the student relationship information determination module obtains student-related materials from the social networking site and classifies them according to the relationship between the students. The student relationship information determination module selectively places the students in the cluster group, and learns the progress information to process the feedback information to the online learning module, and displays the relevant results on the online learning module, thereby allowing The students feel the current learning situation between each other, so as to achieve the purpose of online learning to create a sense of presence.

In the publication of the Republic of China Patent Gazette/Publication I529673 "System and Method for Applicability Knowledge Assessment and Learning", the disclosed prior art is a knowledge evaluation system and method, including displaying to a learner A plurality of multiple selection questions and two-dimensional answers, accessing a database of learning materials, and transmitting the plurality of multiple selection questions and two-dimensional answers to the learner. The answers include a plurality of fully trusted answers consisting of a single choice answer, a plurality of partial trust answers consisting of one or more sets of multiple single choice answers, and an indeterminate answer. The method further includes assigning a rating based on the reliability (CBA) to the learner by assigning various knowledge state names based on the learner's response to the two-dimensional question.

In the announcement of the Republic of China Patent Gazette/Public I474296 "Instant Questioning and Feedback Learning System and Method", the prior art disclosed is an instant questioning and feedback interactive learning system and method thereof for enabling a user device Interactive learning through a server device, wherein the interactive module is used to display problem information and related information, and the problem information is analyzed by the problem analysis module to generate an analysis result, and the interactive feedback module obtains a feedback message according to the analysis result to be displayed on the On the interactive module, the interactive feedback module records the analysis result and the corresponding feedback message in the question history table, whereby the interactive feedback module can be used as the problem group according to the question history table, the problem group table and several tracking conditions. Track as a reference for appropriate feedback messages. Through the instant questioning and feedback interactive learning system and its method, the learner can provide an instant interactive learning environment and provide appropriate advanced learning feedback for each learner's questioning process.

In the announcement of the Republic of China Patent Gazette/Public I434243 "Online Learning Assistance System", the disclosed prior art is an online learning support system comprising a website guide editing module, a teaching material database and a learning guide mode. group. The website guiding editing module is configured to connect a first client to at least one website, and includes an image capturing unit and an annotation editing unit. The image capturing unit is configured to allow the first user to capture at least one image of the website, and the annotation editing unit is configured to mark at least one annotation on the image by the first user end. The textbook database is used to store the annotated images. The learning guide module is used for the second user to read the image of the teaching material database. In this way, it can help scholars guide learners to use online learning websites.

Therefore, how to enable students to conduct peer-to-peer evaluations in group reports, teachers can use one of the scores as one of the scores; teachers can use the GPS or use the detection wifi list to make the students face the pictures. Checkpointing or drawing a path to sign in; automatically correct the student's answer to the test papers answered in real-time mode, and produce the results of the questions; students can submit text/picture feedback materials for classroom learning so that teachers can Analysis; the title can be embedded in the projection screen. When the teacher plays to the projection screen, the title can be automatically played so that the student can answer, and the teacher can see relevant statistics; and the automatic questionnaire function can be provided for the student. Answers are provided to enable teachers to analyze the responses of students; how to provide an electronic device that can be applied to the cloud interactive real-time educational environment, in addition to the e-learning functions of the general teaching system, can solve the above shortcomings, but solved problem.

The main purpose of the present invention is to provide an electronic device, which is applied to an instant interactive education environment in the cloud, which enables students to perform peer-to-peer evaluation in group report, and the teacher can use the mutual score as one of the scores; Text/picture feedback information can be submitted for classroom learning for the teacher to analyze; and the title can be embedded in the projection screen. When the teacher plays When the projection screen is displayed, the title can be automatically played to allow the student to answer, and the teacher can see the relevant statistics.

A further object of the present invention is to provide an electronic device for use in a cloud interactive real-time educational environment. When a teacher performs a name, the user can select a picture by using GPS or using a wifi list. It is to draw a path to sign in; it can automatically correct the content of the exam papers that the students answered in an instant online manner, and produce the results of the questions.

A further object of the present invention is to provide an electronic device for use in an instant interactive education environment in the cloud, which provides an automatic questionnaire function for students to answer, so that the teacher can analyze the response of the student.

According to the above, the present invention provides an electronic device including a scoring module, a point module, a test module, a feedback module, a kit module, a questionnaire module, and a storage module.

The scoring module, the scoring module of the student electronic device displays the first screen on the screen of the student electronic device, so that the student can use the first screen for peer evaluation during the group report, and The mutual score is transmitted to the scoring module by the first screen; and the scoring module of the student electronic device transmits the mutual scoring numbers to the network cloud system, and the network cloud system will The scores are transmitted to the teacher-side electronic device, and the scoring module of the teacher-side electronic device displays the number of the mutual-scores received from the network cloud system on the second screen on the screen of the teacher-side electronic device, and the teacher can The number of mutual scores displayed on the second screen is one of the scores.

The name module, the point-name module of the teacher-side electronic device will display the third picture on the screen of the teacher-side electronic device. After the teacher presses the [start point name] option in the third picture, the student can electronically On the screen of the device, in the fourth screen displayed by the name module of the student electronic device, press the [check in] option and send the check-in message to the teacher terminal via the network cloud system. The point-name module of the child device allows the teacher to know the student's name result in the third screen; or, the teacher-side electronic device cooperates with the point-name module to identify the GPS or use the method of detecting the wifi list. Does the student really appear in the classroom, and the students who appear in the classroom are named to use it effectively; or the student-side electronic device's named module allows the student to click on the fourth screen or draw a path to check in. .

The test paper module, the test module of the student electronic device will display the fifth screen on the screen of the electronic device, and the student can answer the online question for the multiple choice question and/or the open question in the fifth picture; The test module of the device transmits the answer content of the student in the fifth screen to the test paper module of the teacher electronic device via the network cloud system; the test paper module of the teacher electronic device can automatically correct the student The content of the test papers answered in the online mode, and/or the use of semantic analysis or keyword search, to automatically correct the way to determine whether the student's answer is correct, can support the test questions commonly used, select multiple choices, etc. As well as various scoring methods, the deduction is not deducted, and the test module of the teacher-side electronic device displays the student's answer result in the sixth screen.

In the feedback module, during the course of the class, the feedback module of the student electronic device displays the seventh picture on the screen of the electronic device, and the student can send the texture in the seventh picture (very interesting, understand, listen not) Understand, speak too fast) or upload the text to the teacher if you don’t understand the place. The feedback module of the student electronic device can send the text/picture feedback data to the cloud learning system. The feedback data is transmitted to the feedback module of the teacher's electronic device via the network cloud system, and the feedback module displays the feedback data on the eighth screen on the screen of the electronic device for the teacher to perform analysis; After the class, the teacher can use the feedback data of the students to analyze whether the arrangement of the whole course is appropriate. For example, after a certain time point, if the proportion of people who do not understand is very high, the teacher can adjust the course, and the teacher can also In response to the students in the feedback materials, one by one answer the students and achieve the purpose of teaching students in accordance with their aptitude.

The kit module, the kit module of the teacher-side electronic device can embed the question in the ninth picture projected. When the teacher plays to the ninth picture of the projection, the question can be automatically played for the student to answer; the student-side electronic device The kit module will display the tenth screen on the screen of the student electronic device, so that the student can use the tenth screen to answer and send the answer result to the teacher electronic device via the network cloud system, so that the teacher can watch To relevant statistics.

The questionnaire module, in the questionnaire module of the student electronic device, will display the eleventh screen on the screen of the electronic device, and an automatic questionnaire function is provided for the student to answer, and the questionnaire answer result is transmitted via the network cloud system. A questionnaire module for the teacher's electronic device to allow the teacher to analyze the student's response, for example, by automatically summing up the total score of the item and then analyzing it.

The storage module can store the mutual score, the check-in message, the answer content, the feedback data, the answering result, and the questionnaire answering result in the storage module of the student electronic device; and the storage module of the teacher-side electronic device can store the mutual evaluation Score, rating basis, the sign-in message, the content of the answer, the result of the student's answer, the feedback information, the result of the answer, and the answer to the questionnaire.

In order to make the person skilled in the art understand the purpose, features and effects of the present invention, the present invention will be described in detail by the following specific embodiments and with the accompanying drawings.

1‧‧‧Electronic device

2‧‧‧Scoring module

3‧‧‧Name Module

4‧‧‧ exam module

5‧‧‧Reward module

6‧‧‧ kit module

7‧‧‧ Questionnaire Module

8‧‧‧Storage module

10‧‧‧Electronic devices

11‧‧‧ screen

20‧‧‧Electronic devices

21‧‧‧ screen

22‧‧‧ mutual scores

101‧‧‧ first screen

102‧‧‧ second screen

103‧‧‧ third screen

104‧‧‧ fourth screen

1031‧‧‧ option

1032‧‧‧ Student name results

1041‧‧‧Options

1042‧‧‧Sign-in message

N1‧‧‧Network Cloud System

1 is a schematic diagram showing a system for explaining the architecture and operation of the electronic device of the present invention; and FIG. 2 is a schematic view showing an embodiment of the electronic device of the present invention and an operation thereof; Figure 3 is a schematic view showing still another embodiment of the electronic device of the present invention and its operation.

FIG. 1 is a schematic view showing the architecture and operation of the electronic device of the present invention. As shown in FIG. 1 , the electronic device 1 includes a module selected from the scoring module 2, the point module 3, the test module 4, the feedback module 5, the kit module 6, the questionnaire module 7, and the storage. The module 8 and the selected module cooperate with the processor (not shown) of the electronic device 1, the scoring module 2, the point module 3, the test module 4, the feedback module 5, and the kit module 6 The questionnaire module 7 and the storage module 8 are composed of at least one of an electronic hardware and a firmware, wherein the electronic device 1 can be one of a smart phone, an iPhone, a tablet, and an iPad. For example, the scoring module 2 is an electronic firmware, and operates in conjunction with a processor (not shown) of the electronic device 1, and the storage module 8 is a mobile phone memory module and an iPhone mobile phone memory module. One of the tablet memory modules and the iPad memory module.

The scoring module 2, the scoring module 2 of the student electronic device 10 displays the first screen (not shown) on the screen (not shown) of the student electronic device 10, so that the students can be grouped. At the time of reporting, the first screen can be used for peer-to-peer evaluation, and the number of mutual scores (not shown) is transmitted to the scoring module 2 by the first screen; and the scoring module of the student electronic device 10 2. The mutual scores are transmitted to the network cloud system N1, and the network cloud system N1 transmits the mutual scores to the teacher electronic device 20, and the scoring module 2 of the teacher electronic device 20 will The number of the mutual scores received from the network cloud system N1 is displayed on the second screen (not shown) on the screen of the teacher-side electronic device, and the teacher can use the number of mutual scores displayed on the second screen as the score basis. one.

The name module 3, the point name module 3 of the teacher-side electronic device 20 displays a third screen (not shown) on the screen (not shown) of the teacher-side electronic device 20, and the teacher presses the third After the [Start Point Name] option in the screen (not shown), the student can display the fourth screen displayed by the point name module 3 of the student electronic device 10 on the screen of the student electronic device 10 (not shown). In the middle, press the [check in] option (not shown) and send the check-in message (not shown) to the point-name module 3 of the teacher-side electronic device 20 via the network cloud system N1, so that the teacher can In the third screen, the student name result (not shown) is known; or, the teacher-side electronic device 20 cooperates with the point-name module 3 to determine whether the student is genuine by using GPS or using a detection wifi list. There are appearances in the classroom, and students who appear in the classroom are named for effective use; or, the name module 3 of the student electronic device 10 allows the student to click on the fourth screen or draw a path to sign in.

The test module 4, the test module 4 of the student electronic device 10 displays a fifth screen (not shown) on the screen of the electronic device 10, and the student can select a multiple-choice question and/or The open question is answered online; the test module 4 of the student electronic device 10 transmits the answer content (not shown) of the student in the fifth screen to the teacher electronic device via the network cloud system N1. 20 test paper module 4; the test paper module 4 of the teacher-side electronic device 20 can automatically correct the test answer content (not shown) that the student answers in an instant online manner, and/or use semantic analysis or key Word search, in the form of automatic correction, to determine whether the student's answer is correct, can support the test questions commonly used in the test, choose multiple choices, etc., as well as various scoring methods, the deduction is not deducted, the test paper of the teacher's electronic device 20 The module 4 displays the student's answer result in the sixth screen (not shown).

The feedback module 5, during the course of the class, the feedback module 5 of the student electronic device 10 displays a seventh screen (not shown) on the screen of the electronic device 10, and the student can send the map in the seventh screen. (very interesting, understand, understand, speak too fast) or upload a text to a teacher who does not understand the photo. The feedback module 5 of the student electronic device 10 will enable the student to learn for the classroom. The feedback data (not shown) of the text/picture is sent to the network cloud system N1; the feedback data is transmitted to the feedback module 5 of the teacher electronic device 20 via the network cloud system N1, and the feedback module The feedback data is displayed on the eighth screen (not shown) on the screen of the electronic device 20 for the teacher to analyze; the teacher can analyze the entire course by the student's feedback data after the class. Whether the arrangement is appropriate, for example, after a certain time point, if the proportion of people who do not understand is very high, then the course can be adjusted. In addition, the teacher can also answer the students in the feedback materials of the students and reach the students according to their aptitude. purpose.

The kit module 6 and the kit module 6 of the teacher-side electronic device 20 can embed a topic in the projected ninth screen (not shown). When the teacher plays to the ninth screen of the projection, the title can be automatically played. Let the student answer; the kit module 6 of the student electronic device 10 will display a tenth screen (not shown) on the screen of the student electronic device 10, so that the student can use the tenth screen to answer and The answering result (not shown) is transmitted to the teacher-side electronic device 20 via the network cloud system N1, so that the teacher can see relevant statistical data.

The questionnaire module 7 displays the eleventh screen (not shown) on the screen of the electronic device 10 on the questionnaire module 7 of the student electronic device 10, and provides an automatic questionnaire function for the student to answer and The questionnaire answering result is transmitted to the questionnaire module 7 of the teacher electronic device 20 via the network cloud system N1, so that the teacher can analyze the student response, for example, by automatically summing the total scores of the items and then performing analysis.

The storage module 8 can store the mutual score, the check-in message, the answer content, the feedback data, the answer result, and the questionnaire answer result in the storage module 8 of the student electronic device 10; and the storage module 8 of the teacher-side electronic device 20 The mutual score, the score basis, the check-in message, the answer content, the student answer result, the feedback information, the answer result, and the questionnaire answer result may be stored.

In the present invention, the electronic device 1 can be a student electronic device 10 and a teacher-side electronic device 20, and the modules of the electronic device 10 and/or the electronic device 20 are adjusted according to actual needs.

Since the electronic device 1 can be one of a smart phone, an iPhone, a tablet, and an iPad, the first to eleventh screens will be a smart phone application interface, an iPhone application interface, and a tablet. One of the computer application interface and the iPad application interface.

Figure 2 is a schematic view showing an embodiment of the electronic device of the present invention and its operation. As shown in FIG. 2, the electronic device 1 includes a module which is a scoring module 2 and a storage module 8. The selected scoring module 2 and the module of the storage module 8 will cooperate with the electronic device 1. The processor (not shown) is operated together, and the scoring module 2 and the module of the storage module 8 are composed of at least one of an electronic hardware and a firmware, wherein the electronic device 1 can be One of a smart phone, an iPhone, a tablet, and an iPad, wherein, for example, the scoring module 2 is an electronic firmware that operates in conjunction with a processor (not shown) of the electronic device 1, and the storage module 8 is one of the mobile phone memory module, the iPhone mobile memory module, the tablet memory module, and the iPad memory module.

The scoring module 2, the scoring module 2 of the student electronic device 10 displays the first screen 101 on the screen 11 of the student electronic device 10, so that the student can use the first screen during the group report. Peer-to-peer evaluation, and the mutual score number 2 is transmitted to the scoring module 2 by the first screen; and the scoring module 2 of the student electronic device 10 transmits the mutual scoring number 22 to the network cloud system N1, and the network cloud system N1 will transmit the mutual scores 22 to the teacher electronic device 20, and the scoring module 2 of the teacher electronic device 20 will receive the mutual scores received from the network cloud system N1. 22 is displayed on the second screen 102 on the screen 21 of the teacher-side electronic device 20, and the teacher can use the number of mutual scores 22 displayed on the second screen 102 as one of the scoring criteria.

The storage module 8 can store the mutual score 22 on the storage module 8 of the student electronic device 10; and the storage module 8 of the teacher electronic device 20 can store the mutual score 22.

Since the electronic device 1 can be one of a smart phone, an iPhone, a tablet, and an iPad, the first screen 101 to the second screen 102 will be a smart phone application interface, an iPhone application interface, One of the tablet app interface and the iPad app interface.

FIG. 3 is a schematic view showing another embodiment of the electronic device of the present invention and its operation. As shown in FIG. 3 , the electronic device 1 includes a module named as a module 3 and a storage module 8 , and the selected module 3 and the module of the storage module 8 cooperate with the electronic device 1 . The processor (not shown) is operated in combination, and the module 3 and the module of the storage module 8 are composed of at least one of an electronic hardware and a firmware, wherein the electronic device 1 can be One of a smart phone, an iPhone, a tablet, and an iPad, wherein, for example, the name module 3 is an electronic firmware, and operates with a processor (not shown) of the electronic device 1, and the storage module 8 is one of the mobile phone memory module, the iPhone mobile memory module, the tablet memory module, and the iPad memory module.

The name module 3, the point name module 3 of the teacher-side electronic device 20 displays the third screen 103 on the screen 21 of the teacher-side electronic device 20, and the teacher presses the [start point name] option 1031 in the third screen 103. Thereafter, the student can press the [check in] option 1041 and the check-in message 1042 via the network in the fourth screen 104 displayed by the point module 3 of the student electronic device 10 on the screen 11 of the student electronic device 10. The cloud system N1 transmits the name module 3 to the teacher's electronic device 20, and allows the teacher to know the student's name result 1032 in the third screen 103; or, the teacher's electronic device 20 cooperates with the named module 3 Use GPS or use the method of detecting wifi list to determine whether the student actually appears in the classroom, and the student who appears in the classroom can use it effectively; or, the student The point name module 3 of the electronic device 10 allows the student to click on the fourth screen 104 or draw a path to check in.

The storage module 8 can store the sign-in message 1042 in the storage module 8 of the student electronic device 10; and the storage module 8 of the teacher-side electronic device 20 can store the sign-in message 1042.

Since the electronic device 1 can be one of a smart phone, an iPhone, a tablet, and an iPad, the first to second images will be a smart phone application interface, an iPhone application interface, and a tablet. One of the application App interface and the iPad app interface.

The electronic device 1 includes a test module 4 and a storage module 8; the electronic device 1 includes a feedback module 5 and a storage module 8; the electronic device 1 includes a kit module 6 and a storage module 8; and an electronic device 1 The questionnaire module 7 and the storage module 8 are similarly implemented, similar to those described in FIG. 2 and FIG. 3, and are not described herein again.

Based on the above embodiments, we can obtain the electronic device of the present invention, which is applied to the cloud instant interactive education environment. In addition to the e-learning function of the general teaching system, the electronic device of the present invention can be used for students. Peer-to-peer evaluation is conducted in the group report. The teacher can use the mutual score as one of the scores. When the teacher makes the name, the student can select or draw the picture by GPS or by using the detection wifi list. Check out the path method; automatically correct the student's answer to the test papers answered by the online method, and generate the answer results; students can submit text/picture feedback materials for classroom learning, so that the teacher can analyze; Embedded in the title. When the teacher plays to the projection screen, the title can be automatically played so that the student can answer, and the teacher can see the relevant statistics; and an automatic questionnaire function can be provided for the student to answer, so that the teacher can Can analyze the student response.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; any other equivalent changes or modifications that are not departing from the spirit of the present invention should be included in the following patents. Within the scope.

1‧‧‧Electronic device

2‧‧‧Scoring module

3‧‧‧Name Module

4‧‧‧ exam module

5‧‧‧Reward module

6‧‧‧ kit module

7‧‧‧ Questionnaire Module

8‧‧‧Storage module

Claims (8)

An electronic device is applied to a cloud interactive real-time education environment, and includes at least: a scoring module, and the scoring module of the electronic device of the student side displays the first screen on the screen of the electronic device of the student end, so as to When the students report in a group report, the first screen can be used for peer-to-peer evaluation, and the mutual score is transmitted to the scoring module by the first screen; and the scoring module of the electronic device of the student side will The mutual scoring numbers are transmitted to the network cloud system, and the network cloud system transmits the mutual scoring numbers to the electronic device of the teacher, and the scoring module of the electronic device of the teacher terminal is received from the network The number of the mutual scores of the road cloud system is displayed in the second screen on the screen of the electronic device of the teacher, and the teacher can use the mutual scores displayed on the second screen as one of the scores; the feedback module During the course of the class, the feedback module of the electronic device of the student side displays a seventh picture on the screen of the electronic device, and in the seventh picture, the student sends the feedback of the electronic device to the student. The group transmits the feedback data of the text/picture for the classroom learning to the network cloud system; the feedback data is transmitted to the feedback module of the electronic device of the teacher via the network cloud system, and the feedback module Displaying the feedback data on the eighth screen on the screen of the electronic device for the teacher to analyze; the kit module, the teacher module of the electronic device embedding the title in the ninth picture projected. When the teacher plays to the ninth screen of the projection, the topic can be automatically played for the student to answer; the kit module of the electronic device on the student side will display the tenth screen on the screen of the electronic device of the student end, so that The student uses the tenth screen to answer and send the answer result to the electronic device through the network cloud system, so that the teacher can see relevant statistics; a storage module, wherein the storage module of the electronic device can store the mutual score, the feedback data, and the answering result; and the storage module of the electronic device can store the mutual score, the score basis, and the Feedback data, the result of the answer. The electronic device as claimed in claim 1, further comprising: a name module, wherein the teacher-side module of the electronic device displays the third screen on the screen of the electronic device of the teacher, and presses the teacher After the start point name option in the third screen, the student can press the check-in option on the screen of the student's electronic device on the screen displayed by the student's point-name module of the electronic device and The check-in message is transmitted to the teacher's point-name module of the electronic device via the network cloud system, so that the teacher can know the student's name result in the third screen; or the teacher-side electronic device cooperates with the point model The group uses GPS or uses a method of detecting wifi to determine whether the student actually appears in the classroom, and the student who appears in the classroom is named to use it effectively; or the student’s name module of the electronic device allows the student to Clicking on the fourth screen or drawing a path to check in; the test module, the student test module of the electronic device displays the fifth screen on the screen of the electronic device The student may perform an online answer to the multiple-choice question and/or the open question in the fifth screen; the student test module of the electronic device passes the student in the fifth screen via the network cloud system. The answer content is transmitted to the test module of the electronic device of the teacher; the test module of the electronic device of the teacher can automatically correct the test answer content of the student to answer the question in an instant online manner, and/or use semantic analysis or Keyword search, to automatically correct the way, to determine whether the student's answer is correct, can support the test questions commonly used, select multiple choices, etc., as well as the various scoring methods, the deduction is not deducted, the teacher's electronic device The test paper module displays the student's answer results in the sixth screen; The questionnaire module, the questionnaire module of the electronic device on the student side, will display the eleventh screen on the screen of the electronic device 1, and an automatic questionnaire function can be provided for the student to answer, and the questionnaire answer result is sent through the network. The cloud cloud system is transmitted to the questionnaire module of the electronic device of the teacher, so that the teacher can analyze the response of the student; wherein, the storage module of the electronic device at the student end can store the sign-in message, the answer content, The questionnaire answers the result; and the storage module of the electronic device of the teacher side can store the mutual score, the check-in message, the answer content, the student answer result, and the questionnaire answer result. The electronic device of claim 1, wherein the electronic device is one of a smart phone, an iPhone, a tablet, and an iPad. The electronic device of claim 1, wherein the storage module is one of a mobile phone memory module, an iPhone memory module, a tablet memory module, and an iPad memory module. . The electronic device of claim 1, wherein the first picture, the second picture, the seventh picture, the eighth picture, the ninth picture, and the tenth picture are smart phone applications One of the App interface, iPhone app interface, tablet app interface, iPad app interface. The electronic device of claim 2, wherein the electronic device is one of a smart phone, an iPhone, a tablet, and an iPad. The electronic device of claim 2, wherein the storage module is one of a mobile phone memory module, an iPhone mobile phone memory module, a tablet memory module, and an iPad memory module. . The electronic device of claim 2, wherein the third screen, the fourth screen, the fifth screen, the sixth screen, and the eleventh screen are smart mobile phone application App One of the face, iPhone app interface, tablet app interface, iPad app interface.