JP2009251305A - Grade processing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a grade processing system for managing and evaluating the achievement and the like in learning by processing the grade of schoolchildren and students on the basis of tests made use of in a place of education such as a school. <P>SOLUTION: In the grade processing system comprising a body side device 10 and an auxiliary side device 20: an identification information matching section 101 of the body side device 10 compares input identification information 192 with identification information 130a; when the information is determined to match, an auxiliary side storage setting section 105 of the body side device 10 stores, as grade data 162a' for the operation by each subject, optional grade data 162a by each subject in an auxiliary side storage section 9a of a specific auxiliary device 20 selected out of a plurality of auxiliary side devices 20. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a grade processing system for managing grades of learning and the like by processing grades of children and students based on tests used at educational sites such as schools.

  In the field of education, tests are conducted according to subjects such as Japanese language, arithmetic, science, and society in order to know the achievement of learning for children and students. And scoring such a test, recording the results, summing them up, and evaluating the achievement level of the students are the tasks that the instructor is doing on a daily basis. If the results of such an evaluation can be provided to the instructor as information useful for the educational instruction of the child / students, which part of the learning needs to be supplemented to the instruction receiving side You will be able to communicate and learn individually.

However, such subject-specific tests will be conducted throughout the year. The results of these various tests must be recorded for each large number of students, and appropriate and error-free evaluation must be conducted and guidance must be provided. Considering the efficiency of office work, it is difficult for the instructor to perform all work manually.
Also, in recent years, preparations for the introduction of such various tests, the effort of scoring and counting work, the work reflected in the evaluation from the viewpoint based on them and the course of study, creation of records related to guidance, and The burden imposed on the instructor, such as individualized instruction according to the degree of progress of each individual child / student, is becoming enormous.

Therefore, an attempt has been made to alleviate even part of the burden on the instructor involved in the education of children and students (for example, Patent Document 1).
For example, an evaluation system corresponding to a textbook unit or a test based on a viewpoint for each subject, a score as a result of the test is input, and the score is classified into a plurality of levels based on the score. And according to the classification, advice texts for children / students corresponding to a plurality of levels can be output. In addition, the results of the tests can be aggregated, and appropriate advice sentences etc. can be output, which can be used as materials for individual guidance to children.
JP 2004-333552 A

Usually, such score input is often done by a child / student's homeroom teacher, and the input and tabulation of test results for all subjects is often performed on one terminal. . However, recently, for example, there is a case where a teacher for each subject grades each grade, or the teacher wants to perform data input work on a terminal other than the terminal connected to the school network. It is becoming difficult to do all the work with only one terminal. In particular, recently, there are cases in which operation terminals are managed for each individual, and the use of terminals that manage personal information and the like is becoming less common. If it is used jointly, it is necessary to manage data carefully. And, when it is necessary to manage data normally, such as when using it in common, it is easy for anyone other than the person in charge to restrict access to the data or set a password. Is devised so that it cannot be seen.
However, if access is restricted in this way, passwords are set so that data cannot be seen, or data other than the person in charge cannot change the data at all, data for each subject All input and management must be done by one person in charge, which is inefficient. In addition, the person in charge may give other people access authority to the data, but in order to prevent access to data other than the data requested for work, There is also a problem that data management becomes complicated, such as having to set access authority separately.

  Therefore, in order to solve the above-described problems, the present invention enables the auxiliary device to be set so that the main device for main work and, for example, only necessary data can be transferred to another storage device for work. Is related to the grade processing system.

  According to the first aspect of the present invention, there is provided a results processing system having a main device and an auxiliary device capable of exchanging subject-specific result data, wherein the main device includes the auxiliary device. Multiple connections are possible, and at least instructor data, which is the data of the instructor who provides learning instruction, and student data, which is the data of the student who receives the learning instruction, are associated and stored as a plurality of class information data. A class information storage unit, at least subject-specific test data that is a result of subject-specific tests performed on students to create grade evaluation data for each student, and the student data, In relation to each class information data, the test data for each subject and the student data are stored as subject-specific result data for each subject, and the subject information storage unit The grade processing unit that creates the grade evaluation data based on the grade data, and the preset class information data selected when creating the grade evaluation data and the class information data are set in advance for comparison and matching. The identification information storage unit that stores the identification information corresponding to each class information data, and the identification information matching that matches the identification information with the input identification information input from the input unit of the main device Specific auxiliary side storage device selected by the auxiliary side storage selection unit, and an auxiliary side storage selection unit that selects a specific auxiliary side device from a plurality of auxiliary side storage devices Is configured to temporarily store at least one subject-specific result data in the auxiliary storage unit as subject-specific work result data, and to match the identification information of the main device. If the input identification information and the identification information stored in the identification information storage unit are compared and determined to be consistent, the auxiliary side storage setting unit of the main unit side device This is achieved by a grade processing system characterized in that it is stored as the grade-specific work-use grade data in the auxiliary-side storage section of the auxiliary-side device, which is different for each one of the grade-specific grade data. .

  According to the configuration of the first invention, the grade processing system has a main device and an auxiliary device that can exchange subject-specific grade data. The main device can be connected to a plurality of auxiliary devices, and is temporarily stored as subject-specific work result data in an auxiliary storage unit of a different auxiliary device for each at least one subject-specific result data. Be able to. Further, in the class information storage unit of the main device, the data of the instructor who provides the learning instruction and the data of the student who receives the learning instruction are associated with each other and stored in the class information storage unit as a plurality of class information data. . In the grade processing information storage unit of the subject side device, subject-specific test data, which is the result of subject-specific tests performed on students, is related to the student data for each class information data. Correspondingly stored as subject-specific results data. The main device includes a grade processing unit that creates grade evaluation data based on the grade-specific grade data. Also, the identification information for comparing and matching the selected class information data selected when creating the grade evaluation data and the class information data is stored in the main device for each class information data. The main apparatus includes an identification information matching unit that compares the identification information with the input identification information input from the input unit on the main body side and matches the identification information. The auxiliary storage selection unit of the main device selects a specific auxiliary storage device from the plurality of auxiliary storage devices. When the auxiliary-side storage setting unit of the main-side device determines that the identification-information matching unit of the main-side device matches the input identification information with the identification information, the selected auxiliary-side storage device Are temporarily stored in the auxiliary storage unit of the auxiliary device that is different for each subject-specific result data in the auxiliary storage unit.

That is, the subject-specific result data of the subject side device is temporarily stored in the auxiliary-side storage unit of any selected auxiliary-side device when the identification information and the input identification information are matched. can do. For this reason, the instructor can share tasks such as inputting grade data for each subject. And when storing the result data for each subject in the auxiliary-side storage unit of the auxiliary-side device, identification information is required, so if consistency cannot be obtained with the identification information, the auxiliary side of the auxiliary-side device Since data cannot be stored in the storage unit, information can be managed.
In addition, this grade processing system has a main device and an auxiliary device that can exchange subject-specific result data, and the main device can be connected to a plurality of auxiliary devices, and the auxiliary memory The selection unit can select a specific auxiliary device from a plurality of auxiliary devices. And the auxiliary | assistant side memory | storage setting part can be memorize | stored temporarily as auxiliary | assistant side memory | storage part of the auxiliary | assistant side apparatus which is different for every result data classified by subject as work result data according to subject.
Therefore, for example, the information can be temporarily stored in a memory device or a storage unit on the network, and the instructor can share a part as common information even when there are a plurality of instructors. Therefore, division of labor can be achieved, and work efficiency can be improved.

  Preferably, the second invention is the configuration of the first invention, wherein the auxiliary-side storage setting unit stores at least the subject-specific result data as subject-specific work result data in the auxiliary-side storage unit. The extracted subject key information setting unit of the main device is stored in the auxiliary storage unit on the auxiliary device side among the subject-specific result data stored in the result information storage unit of the main device. The subject-specific performance data is identified by identifying the subject-specific performance data corresponding to the subject-specific performance data, and adding the key information for prohibiting update work to the subject-specific performance data. Is stored in the result information storage unit.

  That is, according to the configuration of the second invention, when the auxiliary-side storage setting unit stores at least one subject-specific work result data in the auxiliary-side storage device, the extracted subject key information of the subject-side device The setting unit identifies the subject-specific result data of the subject device corresponding to the subject-specific task result data stored in the auxiliary storage setting unit, and updates the subject-specific result data of the subject device. Key information for prohibition is attached and stored as result data by subject with key information.

Therefore, the subject-side device can identify which subject-specific result data is temporarily stored as subject-specific work result data in the auxiliary-side storage unit of any auxiliary-side device. Therefore, it is possible to easily determine which subject-specific result data is being taken out.
Also, if the instructor who is the user of the grade processing system does not know which subject-specific grade data is being taken out to the auxiliary side device, the user mistakenly sends the grade-specific grade data to the subject side device. There is a possibility that it will be confused whether the actual work is proceeding in the main device or the auxiliary device.
However, if the key information is attached to the subject-specific result data of the subject side device and stored as subject-specific result data with the key information in this way, the subject side device is working on the auxiliary side device. Can be easily determined. In addition, the subject-specific result data of the subject side device is subject-result data with key information attached in this way, so the subject side device is locked so that it cannot be updated. Yes. Therefore, there is no confusion as to which work is being performed, and the work efficiency can be improved, so that it is convenient for the instructor who is the user.

Preferably, the third invention is the configuration of the first or second invention, wherein the auxiliary-side storage setting unit associates the subject-specific work result data with the class information data, and Store in the auxiliary storage unit.
In other words, according to the configuration of the third invention, the auxiliary-side storage setting unit associates the subject-specific work result data with the class information data and stores them in the auxiliary-side storage unit of the auxiliary-side device. For this reason, even in the auxiliary device that is the take-out destination, the performance data for each subject is stored in association with the class information data, so that it can be organized by class, and the instructor who is the user Management becomes easier.

  Preferably, in the fourth aspect of the invention, in the configuration of any one of the first to third aspects, the subject side device has selected to temporarily store the subject-specific result data in the auxiliary side device A take-out identification information setting unit for setting take-out identification information for identifying the take-out identification information, and the take-out identification information matching unit of the subject device is input from the take-out identification information and the input unit When comparing with the input identification information and determining that they are consistent, the auxiliary storage setting unit stores the subject-specific result data on the subject side in the auxiliary storage unit of the auxiliary device. It memorizes as performance data.

That is, according to the configuration of the fourth aspect of the invention, the main device has the carry-out identification information setting unit, so that the fact that the subject-specific result data is temporarily stored in the auxiliary device is selected. Take-out identification information for identification can be set. Further, when the carry-out identification information set by the carry-out identification information setting unit is compared with the input identification information input from the input unit and it is determined that they are consistent, the auxiliary storage setting unit The subject-side result data for each subject is stored as subject-specific work result data in the auxiliary storage unit.
For this reason, since it is possible to set take-out identification information when taking subject-specific results data to the auxiliary storage unit of the auxiliary device, if the consistency is obtained with the carry-out identification information, The result is stored as subject-specific work result data in the auxiliary storage section of the side device.
Accordingly, since the identification information and the take-out identification information can be set differently, the confidentiality of the information can be maintained when the identification information is stored in the auxiliary storage unit of the auxiliary device.

Preferably, according to a fifth aspect of the present invention, in the configuration of the fourth aspect of the invention, the carry-out identification information setting unit of the main device can select to set the identification information as the carry-out identification information It is like that.
That is, according to the configuration of the fifth aspect of the invention, it is possible to set the carry-out identification information without distinguishing it from the identification information. For example, the person in charge of managing data in the main device and the data in the auxiliary device This is effective when you do not want to set the identification information separately, such as when the person in charge is the same instructor.

  Preferably, the sixth invention is the configuration of any one of the second to fifth inventions, wherein the subject-specific work result data of the auxiliary device and the subject-specific result data of the subject device are replaced. When this is done, the key information of the result data by key subject stored in the result information storage unit is released.

That is, according to the configuration of the sixth invention, when the subject-specific work result data of the auxiliary device and the subject-specific result data of the subject device are replaced, the locked subject stored in the result information storage unit The key information of other grade data is released.
For this reason, when the work is completed on the auxiliary device and the subject-specific work result data after the work is returned to the main device, the key information of the subject data on the subject-side device is released, After the subject-specific result data, the subject-specific result data can be used to create the result evaluation data.

  Since the grade processing system of the present invention can perform a part of the data input work on the main apparatus on any other auxiliary apparatus, the data input work is shared with other persons. In addition, data can be input at another place using a device that is not connected to a school network or the like. Furthermore, since the access management at that time can be performed, there is an advantage that the burden of input work can be reduced and data can be managed safely for the instructor.

Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.
The embodiments described below are preferred specific examples of the present invention, and thus various technically preferable limitations are given. However, the scope of the present invention is particularly limited in the following description. Unless otherwise stated, the present invention is not limited to these embodiments.

  FIG. 1 is a schematic conceptual diagram showing the entire results processing system 1 according to the embodiment of the present invention. FIG. 2 is a schematic conceptual diagram for explaining movement of data and the like of the results processing system 1 according to the embodiment of the present invention.

3 to 6 are schematic diagrams showing main software configurations and the like of the grade processing system 1.
FIG. 3 is a schematic conceptual diagram of various programs included in the main program 11 (11 a), and FIG. 4 is a schematic conceptual diagram of each data in the main data storage unit 9 of the main device 10.
FIG. 5 shows only the class database 15 which is a part of the data in the main data storage unit 9 of FIG. FIG. 6 is a schematic conceptual diagram showing each data in the taken-out data storage unit 9a in a state where the data taken out to the take-out side apparatus 20 is stored.
Although the data and the like of the present invention and the like are described separately, they are divided for convenience of explanation, and actually may not be stored separately in this way.

As will be described later, the results processing system 1 according to the present embodiment allows each program in the main program 11 (11a) in FIG. 3 to process each data in the main data storage unit 9 in FIG. Evaluation is to be done.
In addition, as for each data in the take-out data storage unit 9a in FIG. 6, when the take-out side device 20 is set, a part of each data in the main data storage unit 9 in FIG. It is remembered.
Here, as will be described later, among the data in the main data storage unit 9 in FIG. 4, the data stored in the take-out data storage unit 9a in FIG. 6 can be identified as being taken out. ing.
As shown in FIG. 4 and FIG. 6, for example, the national language data 162a in the result data 162 of the main data storage unit 9 is converted into the export language data 162a in the export result data 162 ′ of the export data storage unit 9a. 'Remembered as. Therefore, as shown in FIG. 5, take-out identification data 162a2 is attached to the national language data 162a in the result data 162 of the main data storage unit 9 so that it can be identified that it has been taken out. Yes. FIG. 5 shows that after the national language data 162a of the grade data 162 is taken out to the take-out side device 20, as will be described later, it is taken out as take-out lock information data 142 which is an example of key information. It is a schematic conceptual diagram which shows the state which attached | subjected the data 162a2 to the national language data 162a.
When the take-out side device 20 is set, each program in the main program 11 is stored in the take-out side device 20 and constitutes the main program 11a of the take-out side device 20 (see FIG. 2). And each data is memorize | stored in the taking-out data storage part 9a of the taking-out side apparatus 20 (refer FIG.2 and FIG.6).

7 and 8 are schematic flowcharts showing processing of the results processing system 1 of the present embodiment. FIG. 9 is a schematic flow diagram when a work mode is executed on another personal computer (hereinafter referred to as “PC”), and FIGS. 10 and 11 are schematic diagrams when a take-out process is started. FIG. 12 is a schematic flowchart when the return process is started.
These series of flowcharts will be described with reference to each program, each data, etc. in FIG. 3 and FIG. 6, but before that, the entire results processing system 1 according to the embodiment of the present invention is shown in FIG. This will be described with reference to FIG.

  As shown in FIG. 1, the results processing system 1 according to the embodiment of the present invention includes a main device 10 and a take-out device 20. As shown in FIG. 2, the main device 10 stores programs, data, and the like. As will be described later, when a part of the data of the main side device 10 is taken out and it is desired to work with the auxiliary side device or the like, the data of the selected main side device 10 is an arbitrary destination side device. 20 can be stored. The data stored in the take-out side apparatus 20 can be updated or input on the take-out side by, for example, another PC 3 for teacher A. Alternatively, data or the like stored in another take-out side apparatus 20 is updated or inputted from the terminal of the teacher B's PC 6 connected to the school network by another teacher, for example, teacher B. be able to. The data and the like stored in the take-out side device 20 in this way become the updated or inputted data and the like, and can be returned to the main side device 10 as will be described later.

As shown in FIG. 1, the results processing system 1 of the present invention is used, for example, in an educational field such as a school. For example, the main device 10 includes a server 2 installed in a school or the like and PCs 5, 6, and 7 used by each teacher. Here, the server 2 includes, for example, a main data storage unit 9 (see FIGS. 2 and 4) in which class A data 16, class B data 17, class C data 18 and the like are stored as data of each teacher. Both the program 11 and the like (see FIGS. 2 and 3) are included.
Then, each teacher's PC, for example, teacher A's PC 5, teacher B's PC 6, teacher C's PC 7 accesses the server 2, and each program of the main program 11, main data storage unit 9, etc. Each data can be used to process the grades of students who are students who receive learning guidance, and personal grade evaluation data can be created.
As will be described later, data can be taken out from the main device 10 using an external storage device such as a USB memory, which is an example of the take-out device 20.
For this reason, for example, in the case of teacher A, the math data 162b of teacher A is stored in the take-out side device 20, and another terminal that is not connected to the school network is brought to the classroom, for example. The work such as data processing can be continued at that place. In addition, teacher A's take-out side device 20 stores the teacher A's national language data 162a, passes this national language data 162a to, for example, teacher B, and inputs the results of the test results from the teacher B's PC terminal. You can get it.

Then, as will be described later, the updated data (national language data 162a, arithmetic data 162b in the drawing) and the like are returned to the main device 10 from the export destination device 20, and the data is stored. It is stored in the main data storage unit 9 or the like.
In this way, each teacher can grasp the results of all grades of the children who are in charge of the homeroom. On the other hand, if the results of individual test results can be entered on another PC that is not connected to the school network, or a teacher other than the teacher is in charge of a subject In addition, it is not necessary to input alone, such as having a teacher other than the homeroom teacher perform input operations.
Here, the main program 11 or the like of the grade processing system 1 can be used by storing the main program 11 or the like in each individual teacher's PC, for example, the teacher A's PC. In addition, in the drawing, the take-out side 20 is an external storage device such as a USB memory as the take-out side device 20, but as will be described later, for example, on the hard disk of the PC for teacher A, a local disk, or other recording It is also possible to select a medium or a folder on the server 2 or the like.

  Hereinafter, after briefly explaining each program and each data structure of FIGS. 3 to 6, the operation of the results processing system 1 according to the present embodiment will be described according to the flowcharts of FIGS. The various programs and various data shown in FIGS. 3 to 6 will be described.

The main program 11 (11a) in FIG. 3 is each program related to the grade processing system 1, and processes the grades of the students who are students and students by counting and analyzing the input test results. To do. The main program 11 is data of the main device 10, and the main program 11a is data when the main program 11 is taken out to the take-out device 20 (see FIG. 2). When the necessary data is copied to the device 20, it is copied to the receiving side.
Whether the login / logout program 101 has the authority to access the grade data 162 or the like for management for each class when performing the grade processing of the grade processing system 1 according to the present embodiment, etc. This is a program for confirming the authority of teacher A who is the user. The grade processing program 103 is a program for inputting test results and the like for each class and totaling the inputted data, and is a program related to grade processing. When the grade data 162 and the like are updated, the program can construct the individual grade evaluation data 165 and the like using the updated data.

Also, the class setting program 102 in FIG. 3 sets the setting data for each class, each class in the class database 15, for example, the class data 161 of the class A data 16 and the like in the setting database 13 in FIG. Then, the class setting confirmation program 104 in FIG. 3 confirms the classes stored in the class selection data 191 of the login / export database 19 in FIG. 4 and confirms which class is to be processed. That is, it is possible to determine whether to perform continuation processing or overwriting processing instead of newly setting class data.
In the main program 11 (11a) of FIG. 3, another PC work program 105 is a program that is referred to when operating on another PC work screen (see FIG. 14) for carrying out take-out processing and return processing. Yes, a process selection program 106 that is activated when the process is selected, a return process program 107 that is activated when the return process is selected, and a take-out process program 110 that is activated when the take-out process is selected are stored. ing. Moreover, the return process program 107 and the take-out process program 110 have each program required for each process.
As described above, each data of the main program 11 (11a) in FIG. 3 is configured.

The main data storage unit 9 in FIG. 4 is a schematic explanatory diagram showing the storage unit of the main device 10, and stores preset data and input data.
Among them, the basic database storage unit 12 is a storage unit that stores preset data, in which test basic information data 121, finding sentence information data 122, and the like are stored in advance.
The basic test information data 121 is data relating to the test itself used for evaluating the grade, and is information such as which unit test and what purpose the test is executed.
Further, the finding sentence information data 122 stores finding sentences such as advice for students who are students and students in accordance with the results of the executed test. That is, when the grade processing program 103 of the main program 11 performs the totaling process of the input test results, it is possible to select a finding sentence such as appropriate advice that matches the totaling result from the finding sentence information data 122. . In the finding sentence information data 122, finding sentences are ranked and stored. Therefore, when teaching children / students or returning a test, it is possible to provide guidance to individual individuals according to the results of the children / students. This finding text is selected by the grade processing program 103 according to the test results, and is rewritten when the teacher who is the instructor presents it to students such as students. It can also be used.

  Further, the lock information data 142 at the time of take-out is data for suggesting which subject data is currently being taken out to the take-out side apparatus 20, and class data 161, 171, 181, etc. It stores whether or not subject data 162, 172, 182 and the like have been taken out. When class data 161, etc. and which subject's grade data 162, etc. are stored in the lock information data 142 at the time of take-out, any of the grade data 162, etc. in any class in the class database 15 For example, export identification data 162a2 (see FIG. 5) of the data being taken out is attached to the taken-out subject. The setting database 13 is a storage unit that stores data set for each class. In the drawing, the setting database 13 is described as an example in which three classes A setting data 130, class B setting data 131, and class C setting data 132 are set. However, it can be increased or decreased according to the number of classes. The class A setting data 130 and the like store login password data 130a, 131a, 132a, password display data (questions / answers) 130b, 131b, 132b, and take-out password data 130c, 131c, 132c, respectively. Yes. Each data stored in the class A setting data 130, the class B setting data 131, and the class C setting data 132 is data that is input and set by a teacher who is a user for each class. Although there is a similar configuration, the outline will be described focusing on the class A setting data 130.

The login password data 130a and the like are data set and stored for each class data, and are data set by the user. These data and the like are one of the data that is first confirmed when the main program 11 is started and the grade processing is performed.
The password display data (question / answer) 130b or the like is correspondence data for displaying and informing the user of the login password in case the user forgets the login password. The password display data (question / answer) 130b and the like are, for example, those in which a user selects a question item and inputs and stores an answer to the question item, and the selected question item and the answer are stored in association with each other. ing. The password display data (question / answer) 130b and the like are associated with the login password data 130a and the like. The take-out password data 130c is data that is set when the grade data 162 is taken out, and can be set anew or can be the same data as the login password.

The class database 15 is data input for each class, and can be set according to increase or decrease of the number of classes. In the drawing, three classes of class A data 16, class B data 17, and class C data 18 are input.
The class A data 16, class B data 17, and class C data 18 are storage units for storing each class set by the class setting data. Class A data 16, class B data 17, and class C data 18 are class data (year, group, homeroom name) 161, 171, 181, results data 162, 172, 182, and usage data 163, 173, 183. Finding sentence data 164, 174, 184 and individual performance evaluation data 165, 175, 185 are stored.
As described above, since the class A data 16, the class B data 17, and the class C data 18 are data including data having the same configuration, the following description will be focused on the class A data 16.

Class data (year, group, homeroom name) 161 and the like such as class A data 16 and the result data 162 are stored in association with each other. The class data (year, group, homeroom name) 161 and the like identify the data used in the take-out process and input process described later. The grade data 162 is composed of a plurality of data and is input for each subject and is mainly a test result. The test results are also subject-specific test data. In the drawing, national language data 162a, arithmetic data 162b, science data 162c, and social data 162d are input, but can be increased or decreased depending on the number of subjects to be used. Here, the data for each subject is stored corresponding to the name of the child / student who took the test, and the grade can be evaluated for each subject, and furthermore, the grade is evaluated for each child. You can also For this reason, it is also possible to provide learning guidance for each child.
The usage test data 163 and the like is information on tests performed for each subject, and information indicating which test the input grade data 162 and the like is based on is stored. The observation sentence data 164 and the like are observation sentences stored for each test stored in the usage test data 163 and the like, and the data extracted by the usage test 163 and the like from the observation sentence information data 122 of the basic database 12 is stored. Data. Further, FIG. 5 includes bring-out identification data 162a2 for identifying that a part of the grade data 162, for example, the national language data 162a has been taken out in the main data storage unit 9 shown in FIG. It shows the state that was done.

The log-in / take-out database 19 is used when a user uses a terminal such as a PC when starting a main program 11 (11a) of the results processing system 1 to be described later, or when carrying out a take-out process or a return process. Temporarily store passwords that you enter. The input password data 192 is data of a password input at the time of login, and the input display data 193 is data of an answer input to a question such as the password display data 130b when the login password is forgotten. The input take-out password data 194 is password data that is input when a take-out process or a return process described later is performed.
Each data in the log-in / take-out database 19 is associated with class information stored in the class selection data 191. That is, according to the class information stored in the class selection data 191, whether each data in the login / take-out database 19 is consistent with each data stored in the class A setting data 130 or the like. Judgment can be made.
As described above, each data in the main data storage unit 9 is configured.

FIG. 6 shows each data in the take-out data storage unit 9a. Basically, a part of each data in the main data storage unit 9 in FIG. 4 is stored.
That is, the log-in / take-out database 19a stores class selection data 191 and input take-out password data 194. In the setting database 13a, the data 130a, 130b, 130c of the class A setting data 130, and in the class database 15a, the class data 161 of the class A data 16a and the export language data 162a ′ of the export result data 162 ′ are stored. , Usage test data 163, finding sentence data 164, and the like are stored. Data having the same reference numerals as those of the main data storage unit 9 in FIG. 4 is data having the same configuration.
As described above, each data in the take-out data storage unit 9a is configured.

Hereinafter, the results processing system 1 according to the embodiment of the present invention will be described with reference to the schematic flowcharts of FIGS.
In this embodiment, the grade processing system 1 is composed of PCs 5 to 7 of each teacher installed in a school, a server 2 connected to them, and the like. In the server 2, a main program 11 shown in FIG. Each teacher, for example, teacher A, starts when the teacher A's PC 5 connects to the main program 11 of the grade processing system 1. In this case, for example, the main program 11 of the grade processing system 1 is shown on the screen of the A teacher's PC 5 by an icon or the like. Then, when the teacher A double-clicks the icon etc. of the teacher A's PC 5 (see FIG. 1), the start screen is opened and started.
In the above description, an example in which the main program 11 is installed in the server 2 is described. However, the main program 11 may be installed in each teacher's PCs 5 to 7. In such a case, the grade processing system 1 may be composed of PCs 5 to 7 for teachers.

When started, first, in ST1 of FIG. 7, it is confirmed whether or not a class is set in the class selection data 191 in the login / take-out database 19 of FIG. That is, for example, the class setting confirmation program 104 of the main program 11 (see FIG. 3) stored in the server 2 which is the main device 10 is also stored in the main data storage unit 9 in the server 2 of the main device 10. The class selection data 191 in the login / take-out database 19 is confirmed. That is, it is confirmed whether or not data indicating that the class A setting data 130 (see FIG. 4) in the setting database 13 is selected is stored in the class selection data 191.
The class setting confirmation program 104 confirms whether data is stored in the class selection data 191 in the login / take-out database 19 shown in FIG. 4 and determines which class is processed thereafter. It is an example of a discrimination means.
The setting database 13 stores data for each class, for example, class A setting data 130. The class A setting data 130 is used to retrieve the login password data 130a for processing from now on, and when the user forgets the password, the set login password data 130a is retrieved and displayed on the PC screen. In addition, question and answer data (password display data 130b) for informing the user (instructor) teacher A, take-out password data 130c for extracting and taking out some data from the main side, etc. Are stored in association with each other.
Therefore, if information indicating that the class A setting data 130 (see FIG. 4) of the setting database 13 is selected is stored in the class selection data 191 in the login / take-out database 19, login or the like is performed thereafter. At the time of execution, the input login password data can be compared with the login password data 130 a stored in the class A setting data 130.

If the class is not set in ST1, that is, if the class for teacher A is not set, the process proceeds to ST2 to display a class setting screen (not shown). In ST3, it is confirmed whether or not another class setting is selected.
That is, in ST3, when another class is selected by the user, for example, teacher B, in the setting screen of ST2, the class setting confirmation program 104 in FIG. 3 sets the setting in the main data storage unit 9 in FIG. Reference is made to which class in the database 13 is set, and here, the class of teacher B is confirmed.
If the class does not correspond to any class in the setting database 13 of FIG. 4 in ST3, that is, if the selected class is not set, the process proceeds to ST4.
In ST4, in order to set a new class, an input screen (not shown) of year, group, homeroom name, password, secret question and answer is displayed.
Specifically, the class setting program 102 in FIG. 3 displays an input screen for year, group, homeroom name, password, secret question and answer. Then, for example, the user B, who is a user, inputs and sets each data from the PC 6 for teacher B. 4, for example, teacher B class setting data, login password data 131a of class B setting data 131, password display data 131b, and the like are stored, and class B data of the class database 15 is stored in the setting database 13 of FIG. 17 class data 171 are set.
Next, the process proceeds to ST5, where it is determined whether or not the input of each item on the input screen has been completed by the class setting program 102 of FIG. When it is determined that all items have been input, the process proceeds to ST6.
On the other hand, if not all items have been input, the process returns to ST4 and waits until all items have been input.

If the class is set in ST1, that is, if the class of teacher A is set, the process proceeds to ST6.
In ST6, a login screen is displayed and a password input screen (not shown) is displayed. Specifically, the login / logout program 101 in FIG. 3 displays a login screen (not shown).
Next, in ST7, it is determined whether or not a password has been input. Specifically, the teacher A who is the user inputs a password on the screen displayed in ST6 using, for example, a keyboard of the PC for teacher A. Then, the input password is temporarily stored in the input password data 192 of the login / take-out database 19 shown in FIG. Then, it is determined whether the login / logout program 101 is stored in the input password data 192 of the login / take-out database 19. Here, the keyboard is an example of an input unit.
In step ST8, it is determined whether the input password is correct. Specifically, the login / logout program 101 compares the input password data 192 and the login password data 130a of the class A setting data 130 to determine correctness. If the login / logout program 101 determines that the input password data 192 matches the login password data 130a, the process proceeds to ST9 and the main screen 30 is displayed (see FIG. 13).

On the other hand, if it is determined in ST7 that the password is not input or the input password is incorrect in ST8, the process proceeds to ST10.
In ST10, an unillustrated input screen for secret questions and answers is displayed. This secret question and answer can be set when the teacher A who is the user sets the login password data 130a when using the grade processing system 1 for the first time. It is possible to set secret questions, for example, questions such as the color and model of the first purchased car that only the person knows, and memorize the answers. The question and answer are stored in the class A setting data 130 as password display data (question / answer) 130b (see FIG. 4).
Therefore, in ST10, since the question of the password display data (question / answer) 130b is displayed, the teacher A who is the user inputs an answer to the question. Then, the input answer is stored as input display data 193 in the login / take-out database 19.

Next, the process proceeds to ST11. In ST11, it is determined whether or not the answer to the question is correct. Specifically, the login / logout program 101 determines whether or not the answer of the password display data (question / answer) 130b matches the input display data 193. If it is determined to be correct, the process proceeds to ST12, the login password is displayed on the screen, and the process returns to ST6.
On the other hand, if the login / logout program 101 determines that it is not correct, the process proceeds to ST19, displays “answer is not correct”, and ends (see FIG. 8).

Further, when the main screen 30 (see FIG. 13) is displayed in ST9, the process proceeds to ST13.
In ST13, it is determined whether the user A teacher has selected the work screen on the other PC from the input screen / counting screen / work screen on other PC / setting change / use of the observation DB. .
That is, on the main screen 30 (see FIG. 13), a score input 31, which is an input screen setting button 42, an intention input 32, etc., a class total 33, a personal total 34, a grade, which are total screen setting buttons 43, etc. Buttons for setting totals 35 and the like, buttons for changing settings 36, buttons for work 37 on other PCs, utilization 38 from other DBs, help 39, logout 40, and the like are arranged as a main menu.
If any button other than the setting button for operation 37 is pressed on another PC, the process proceeds to ST18. In ST18, the pressed screen is displayed. That is, the process proceeds to ST18 and the selected screen is displayed. Then, the teacher A who is a user can work on the selected screen. Subsequently, it progresses to ST16 mentioned later.
On the other hand, in step ST13, when the teacher A who is the user presses the setting button for the operation 37 on the other PC, the process proceeds to ST14 and displays the operation screen 50 (see FIG. 14) on the other PC.

Then, the process proceeds to ST15, and a work mode on another PC is started. Here, the details of the work mode in other PCs of ST15 will be described later. When the work mode on the other PC is completed, the process proceeds to ST16.
In ST16, it is determined whether or not the logout button has been pressed. That is, as shown in the screen example of FIG. 13, a “logout” button 40 is arranged on the upper right side of the screen. Therefore, the teacher A who is the user presses the “logout” button 40 when he / she wants to finish the work. Then, the grade processing program 103 saves the working state of the grade data 162 etc. that were being worked on, and saves updates and changes of the individual grade evaluation data 165 etc. related to the grade data 162. When the login / logout program 101 recognizes that the “logout” button 40 has been pressed, the process proceeds to ST17, where logout is executed and the process ends.

As described above, when the grade data 162 or the like is changed or updated, the individual grade evaluation data 165 or the like is updated accordingly, so that the data such as the grade data 162 can be quickly reflected. Therefore, when performing the evaluation of the grade, the teacher A who is the user can use the grade processing system 1 to shorten the time for the grade evaluation and accurately perform the grade evaluation. In addition, here, when entering each subject different grades to performance data 162, carried out in advance what the test, as seen if performing grading, the use test data 163, basic database 12 The information selected from the basic test information data 121 is written. This is because the data selected from the basic test data 121 by the user A in advance when inputting, for example, the national language data 162 a of the grade data 162 is stored as the usage test data 163. It is what. The usage test data 163 is data to be referred to when the grade processing program 103 creates the individual grade evaluation data 165 from the national language data 162 a in the grade data 162.
That is, when the usage test data 163 that is the data of the used test is known, the results of the executed test are reflected in the individual-grade evaluation data 165. Then, the finding sentence information data 122 is extracted from the result of the usage test data 163 and stored in the finding sentence data 164. For this reason, when the grade data 162 or the like is changed or updated, the finding sentence data 164 and the individual grade evaluation data 165 are also updated accordingly.

(Other PC work modes)
Next, the operation after the work mode on another PC is started in ST15 will be described with reference to the schematic flowchart of FIG.
When the work mode on another PC is started in ST15 described above, the process proceeds to the schematic flowchart of FIG. That is, another PC work program 105 is started in the main program 11 of FIG. When another PC work program 105 is started, another PC work screen 50 shown in FIG. 14 is displayed on the screen.

Hereinafter, the other PC work program 105 will be described with reference to the other PC work screen 50 of FIG. 14, FIGS. 3 to 6, and FIGS. 9 to 11.
First, on the other PC work screen 50, a main item 51 is arranged on the left side of the screen, and a take-out item 52 is arranged in the center of the screen. A take-out destination button 60 is arranged in the upper left part of the take-out destination side item 52. In the main item 51 and the take-out item 52, items for each subject are arranged. In addition, each subject of the main-side item 51 is displayed, for example, in standby or being taken out, and here, as an example, it is displayed as being taken out in Japanese. In the national language of the take-out side item 52, an indication that the work is in progress and the date are described. This is an example of displaying the state in which the national language result data 162a is currently being taken out to the USB memory take-out side device 20 which is an example of the external storage device.

In ST30 of FIG. 9, it is determined whether the take-out process has been selected. Specifically, the process selection program 106 of the other PC work program 105 in FIG. 3 determines whether or not the take-out process is selected. When the process selection program 106 selects the take-out process, the process proceeds to ST33, where the take-out process is started and the take-out process program 110 in FIG. 3 is activated, and the take-out process in FIGS. Enter start mode.
On the other hand, if the process selection program 106 determines in ST30 that the take-out process is not selected, the process proceeds to ST31. In ST31, it is determined whether a return process is selected. If the process selection program 106 determines that the return process is not selected, the work mode of the other PC is terminated, and the process again proceeds to ST16 in the schematic flowchart of FIG. 8 as described above.
If it is determined in ST31 that the return process has been selected, the process proceeds to ST32, where the return process is started, the return process program 107 in FIG. 3 is activated, and a return process mode in FIG.

Then, when each processing mode ends in ST33 or ST32, the process proceeds to ST34 and the screen is updated. That is, when the return processing mode ends in ST32, the data being taken out on the other PC work screen 50 in FIG. 14 is returned to the main side. The notation being taken out is changed during standby. Since the returned grade data 162 is updated, it is automatically reflected in each aggregated data linked to the grade data 162 and the student's individual grade evaluation result.
In ST33, when the mode of the export process is completed, the display of waiting for the subject selected for export in the main-side item 51 is being carried out on the screen of the other PC work screen 50 in FIG. Changed to Then, in the subject of the take-out side item 52 that is selected to be taken out, a display indicating that the external work is being performed and the date are displayed. In this case, as will be described later in ST111, for example, Japanese language data 162a out of the grade data 162 linked to the selected subject is provided with take-out identification data 162a2 (see FIG. 5). Then, even if the teacher A who is a user accesses the national language data 162a of the grade data 162 in the class A data 16 of the server 2 from the teacher A PC 5 which is the terminal of the main device 10, the update or input work Cannot be done.
For this reason, during external work, that is, when the grade data 162 is taken out, it is possible to prevent the main device 10 from updating the grade data 162 by mistake.

(Bring-out processing)
Next, in ST33 of the schematic flowchart of the work mode on another PC in FIG. 9, the export processing program 110 in FIG. 3 is activated and the export processing start mode is started. This will be described using a flowchart.
In ST101 of FIG. 10, it is determined whether or not the export destination folder / extraction destination subject has been selected. Specifically, the export processing program 110 determines whether the export destination folder / the export subject subject has been selected. That is, the export destination button 60 is arranged on the upper left side of the export destination side item 52 on the other PC work screen 50 in FIG. When the take-out destination button 60 is pressed, a selection screen for several external storage devices, folders on the external recording medium, PC folders connected via the server 2, and the like is displayed on the take-out side. . For example, when a USB memory which is an example of an external storage device is selected, the screen returns to the other PC work screen 50 in FIG. 14 again, and a subject is selected from the items of the main-side item 51. For example, in FIG. 14, since the national language is selected, the frame of the item described as the national language is displayed with a bold line. Then, in this selected state, the process proceeds to ST102.
Here, the carry-out processing program 110 is an example of an auxiliary storage selection unit. Some external storage devices, folders of external recording media, folders of PCs connected via the server 2, and the like are examples of a plurality of auxiliary storage units, and examples of selected external storage devices The USB memory is an example of an auxiliary device having an optional auxiliary storage unit. For example, when a PC folder connected through the server 2 is selected, the folder is an example of an auxiliary storage unit, and the PC is an example of an auxiliary device. The grade data 162 can be taken out to the auxiliary storage unit for each subject, and any different auxiliary storage unit can be selected for each subject and taken out to different auxiliary storage devices. Specifically, the Japanese language data 162a can be taken out by selecting a USB memory, for example, and the arithmetic data 162b can be taken out by selecting a folder of the teacher B connected via the server 2 and taking it out to this folder. . In this way, the grade data 162 for each subject can be arbitrarily selected and taken out to different auxiliary storage units, so that it is convenient for the teacher A who is a user. Yes.

In ST102, it is determined whether or not a password is set. Specifically, the password setting / confirmation program 111 of the take-out processing program 110 in FIG. 3 determines whether or not the take-out password data 130c exists in the setting database 13 in FIG.
If password setting / confirmation program 111 determines that password data 130c is not set, the process proceeds to ST103. In ST103, the password setting / confirmation program 111 sets the login password 130a as the take-out password 130c, and proceeds to ST105 described later. In this case, if the item “Use password at login” of the password setting item 59 displayed on the other PC work screen 50 in FIG. 14 is checked, the login password is used as the password at the time of take-out. 130a can be set.

On the other hand, if the password setting / confirming program 111 determines in ST102 that the take-out password data 130c is in the setting database 13 of FIG. 4, the process proceeds to ST104. In ST104, the set password is set as the take-out password.
In other words, since the password setting item 59 on the other PC work screen in FIG. 14 is displayed, the teacher A who is the user wants to set a password at the time of take-out, “the password for take-out only” If you check "Set", you can enter and set a password for taking out. This is stored as take-out password data 130c.

Then, the process proceeds to ST105, and it is determined whether the “outside” button 54 in FIG. 14 has been pressed.
When the “outside” button 54 is pressed, the process proceeds to ST106, and the password setting / confirmation program 111 confirms whether the take-out password data 130c is set in ST104. And when it cannot confirm, the taking-out processing program 110 is complete | finished.
On the other hand, if the password setting / confirmation program 111 confirms that the take-out password data 130c is set in ST106, the process proceeds to ST107, and it is confirmed whether or not there is a file in the take-out destination folder. Specifically, the export processing program 110 in FIG. 3 checks whether data is stored in the setting database 13a and the class database 15a of the export data storage unit 9a in FIG.

When it is confirmed that data is stored in the setting database 13a and the class database 15a, the process proceeds to ST112.
In ST112, it is determined whether or not there is a file having the same name as the file to be exported in the folder of the export destination. Specifically, the overwriting export processing program 116 determines whether there is class data stored in the setting database 13a and the class database 15a of the export data storage unit 9a in FIG. If it is determined in ST112 that there is a file with the same name as the export file in the export destination folder, the process proceeds to ST108 described later.
On the other hand, when the overwriting process program 116 determines that there is class data in ST112, the process proceeds to ST113 and determines whether the class data is the same. Specifically, the take-out class data confirmation program 117 in FIG. 3 confirms the class A data 16a in the take-out data storage unit 9a, and the class A of the grade data 162 scheduled to be taken out from the main data storage unit 9 It is determined whether or not the data 16 is the same.

If it is determined in ST113 that they are not the same, the process proceeds to ST116.
In ST116, since the grade data 162 scheduled to be taken out is for another class, the message "No other class data can be taken out" is displayed and the process ends.
When such a display is made, it can be seen that teacher A, the user, has erroneously selected data of another class. Also, since the class database 15 is stored in association with each class, data of other classes cannot be taken out without permission. Thereby, personal information can be protected. In addition, the teachers in the class can manage the results in a lump.

On the other hand, if it is determined in ST113 that they are the same, the process proceeds to ST114. In ST114, it is determined whether or not the input password is the same as the take-out password. When taking out on a screen (not shown), a takeout password input screen is displayed, and the user A, teacher, inputs a password in accordance with the instructions on the screen.
Specifically, the take-out password confirmation program 118 in FIG. 3 determines whether or not the password of the take-out password data 130c in the setting database 13a of the take-out data storage unit 9a is the same as the input password. That is, the teacher A who is a user inputs a take-out password, and this input password is temporarily stored in the input take-out password data 194 of the login / take-out database 19 of FIG. Then, the take-out password confirmation program 118 compares the take-out password data 130c of the take-out data storage unit 9a with the input take-out password data 194, and determines whether or not they are the same. If it is determined in ST114 that the take-out password is not the same, the process proceeds to ST117, “Password is wrong” is displayed on the screen, the user A is notified, and the take-out process is terminated.

  On the other hand, if they are the same, proceed to ST115 and add (overwrite) the subject data designated in the class database for export. Specifically, the setting subject overwriting program 119 of FIG. 3 stores the main data storage unit in the subject data of the export data 162 ′ of the export data storage unit 9a of FIG. 6, for example, the export national language data 162a ′. The data of the national language data 162a of 9 grade data 162 is overwritten. Then, the process proceeds to ST111 described later.

If it is determined in ST107 that there is no file in the folder of the export destination, the process proceeds to ST108.
In ST108, the new take-out processing program 113 copies the take-out destination start launcher 21, the take-out destination setting file 22, and the main program 11a to the take-out side apparatus 20 to create a file.
Next, the process proceeds to ST109.
In ST109, the class data is copied from the main data storage unit to the take-out data storage unit. Specifically, the class data extraction program 114 copies the class A data 16 from the main data storage unit 9 as class data, and copies it as the class A data 16a of the class database 15a of the export data storage unit 9a.

Next, the process proceeds to ST110, where the data of the subject designated to be taken out is taken out from the main data storage unit and taken out to the take-out data storage unit.
Specifically, the subject data designated for taking out by the set subject extraction program 115, for example, the national language data 162a is extracted from the main data storage unit 9, and the export result data 162 of the class database 16a of the export data storage unit 9a. Copies as 'exported language data 162a'.

Next, proceeding to ST111, the lock information is written in the subject data taken out from the main data storage unit 9 to the take-out data storage unit 9a, here, the national language data 162a.
Specifically, the extracted subject lock setting program 112 of FIG. 3 attaches the lock information data 142 at the time of takeout identification data 162a2 to the result data of the taken-out subject, for example, the national language data 162a. As a result, since writing to the national data 162a of the main data storage unit 9 is prohibited, the result data 162 in the main data storage unit 9 cannot be updated during the take-out.
When the above process ends, the take-out process ends, and the process proceeds to ST16 in FIG.

(Return processing)
Next, the case where the return process is started in ST32 of the schematic flowchart of the work mode in the other PC of FIG. 9 will be described using the schematic flowchart of FIG. 12, FIG.
In ST200, it is determined whether or not the export destination folder is selected.
Specifically, the return processing program 107 in FIG. 3 determines whether or not the export destination folder, that is, the export destination apparatus 20 has been selected. If it is determined that it has been selected, the process proceeds to ST201.
In ST201, it is confirmed whether or not a selection of a return subject and a password have been input.
Here, this password is a password set when carrying out the take-out process, and is the take-out password data 130c. The input password is temporarily stored in the input carry-out password data 194 of the main data storage unit 9.
If it is determined that it has been input, the process proceeds to ST202.
In ST202, the return processing program 107 validates the “return” button 55 on the screen displayed on the main device 10 and the work screen 50 on another PC in FIG.

Then, the process proceeds to ST203 and the return processing program 107 confirms whether or not the “return” button 55 has been pressed. If it is confirmed that the password has been pressed, the process proceeds to ST204, and it is determined whether or not the password input in ST201 is correct.
The return class data confirmation program 108 in FIG. 3 confirms whether the input password data 194 and the password data 130c in FIG. 6 match. If the input password data 194 and the password data 130c do not match, the process proceeds to ST209 to display “Password is incorrect” on the screen and notify the user A teacher.
If the input take-out password data 194 matches the take-out password data 130c, the process proceeds to ST205.
In ST205, the class database information on the main data storage unit 9 of the subject that has been taken out is overwritten with the information in the class database of the destination. Specifically, the bring-out subject integrated program 109 overwrites the take-out result data 162 ′ in the take-out data storage unit 9 a to the result data 162 in the main data storage unit 9.
In ST206, the carry-out identification data 162a2 of the national language data 162a to which the lock information data 142 at the time of take-out of the main data storage unit 9 is added is deleted.
Next, in ST207, the takeout result data 162 ′ is deleted, and the return process is terminated.

Here, the class data 161, 171 and 181 are a plurality of class information data in which instructor data which is data of an instructor who performs learning instruction and student data which is data of a student who receives the learning instruction are associated with each other. It is an example.
Individual grade evaluation data 165, 175, and 185 are examples of grade evaluation data for each student.
The grade data 162, 172, and 182 are stored so that the result of the test performed on the student corresponds to the class data 161 in association with the student data.
The grade processing program 103 is an example of a grade processing unit that processes the national language data 162a, which is grade data by subject such as the grade data 162, and creates individual grade evaluation data 165 and the like.
The class selection data 191 is an example of selected class information data selected when creating the individual grade evaluation data 165 or the like (an example of grade evaluation data).
The login password data 130a, the password display data 130b, and the like are identification information set in advance to match the class selection data 191 (an example of selected class information data) and the class data 161 (an example of class information data). .
The setting database 13 is an example of an identification information storage unit that stores login password data 130a and the like (an example of identification information) corresponding to each class A setting data 130 and the like (an example of class information data).
The login / logout program 101 is an example of an identification information matching unit that matches the login password data 130a and the like (an example of identification information) and the input password data 192 and the like (an example of input identification information).
The main device 10 is an example of a main device that can be connected to a plurality of auxiliary devices.

The take-out side device 20 is an example of an auxiliary side device. Then, the take-out side apparatus 20 temporarily uses, for example, national language data 162a (an example of subject data by subject) such as the results data 162, etc., taken-out language data 162a ′ (result data for subject by task) of the bring-out result data 162 ′. An optional take-out data storage unit 9a (an example of an auxiliary storage unit).
The login / logout program 101 (an example of the identification information matching unit) is connected to the input password data 192 (an example of the input identification information) and the login password data 130a (identification) stored in the setting database 13 (an example of the identification information storage unit). If it is determined that they are consistent with each other, the other PC work program 105 (an example of the auxiliary storage setting unit) receives an arbitrary result of the main device 10 (an example of the main device). Data 162 (an example of subject-specific result data) is stored in the take-out data storage unit 9a (an example of an auxiliary storage unit) as bring-out result data 162 '(an example of subject-specific work result data).

For this reason, since the national language data 162a of the results data 162 can be temporarily stored in the carry-out data storage unit 9a, which is an example of a specific auxiliary device selected from a plurality of auxiliary devices, he is a leader. Teacher A can perform operations such as inputting the grade data 162 for each subject.
When the grade data 162 for each subject is stored in the take-out data storage unit 9a of the take-out side device 20, the login password data 130a and the like are necessary. If there is not, the data cannot be stored in the take-out data storage unit 9a of the take-out side device 20, so that the information can be managed.
In addition, since the take-out side device 20 can be selected arbitrarily, for example, the information can be temporarily stored in an external storage device or another PC on the network. In this case, part of the data can be shared as common information, so that the input work can be divided and the work efficiency can be improved.

  In addition, the take-out processing program 110 (an example of an auxiliary storage setting unit) has at least the national language data 162a (an example of subject-specific result data) in the take-out data storage unit 9a (an example of an auxiliary storage unit). When stored as take-out language data 162a ′ (an example of subject-specific work result data) of the output result data 162 ′, the extracted subject lock setting program 112 (an example of the extracted subject key information setting unit) 10 (an example of the subject side device) main language data 162a (an example of subject-specific result data) of the main data storage unit 9 is an export data language unit 162a ′ of the export data storage unit 9a (an example of an auxiliary side storage unit). The Japanese language data with the export identification data 162a2 which is an example of key information for prohibiting the update work to the national language data 162a Stored as 62a (an example of a subject standings data with key information).

  Therefore, information on which data is temporarily stored in the take-out data storage unit 9a of the take-out side device 20 of the external storage device which is an example of a specific auxiliary device selected from a plurality of auxiliary side devices, Even the main device 10 which is an example of the main device can be visually recognized. And it is possible to easily determine which data is being taken out. It may be confusing which is the actual work of inputting the grade data by mistakenly updating the exported data, but this way If the key information is attached, it can be seen that the main device 10 is working on the take-out device 20. Since the main device 10 locks the information so that it cannot be updated, the work is not confused and the work can be made more efficient.

  The other PC work program 105 associates the takeout result data 162 ′ with the class data 161 or the like and stores it in the takeout data storage unit 9 a of the takeout destination apparatus 20. Therefore, since it is stored in association with the class data 161 and the like on the side of the take-out side device 20 (an example of an auxiliary device) that is the take-out destination, it can be organized for each class, and data management becomes easy. .

The password setting / confirmation program 111 is an example of a take-out identification information setting unit that sets a take-out password 130c (an example of take-out identification information).
The take-out password confirmation program 118 is an example of a take-out identification information matching unit. The input carry-out password data 194 is an example of input identification information.
When the take-out password confirmation program 118 compares the take-out password 130c with the inputted input take-out password data 194 and determines that they match, the other PC work program 105 (auxiliary storage setting unit) 1) stores the result data 162 of the main device 10 in the take-out data storage unit 9a of the take-out device 20 as the take-out result data 162 ′.
For this reason, when the subject-specific result data is taken out to the take-out data storage unit 9a of the take-out side device 20, a take-out password 130c (an example of take-out identification information) can be set, and the input input When consistency with the outgoing password 194 is obtained, the subject-specific result data can be taken out to the take-out data storage unit 9a.
Accordingly, since the password at the time of login and the password at the time of take-out can be changed and set, the confidentiality of information can be further maintained.

  The password setting / confirmation program 111 can also set the login password data 130a and the like as the take-out password 130c. For this reason, for example, teacher A is installed in the staff room, etc., and the teacher's PC 5 connected to the school network does not finish entering the grade data. The teacher in charge of managing data on the main device 10 and the person in charge of managing data on the take-out side 20 are both the same as the teacher A, for example, when it is desired to continue inputting grade data etc. on the teacher's separate PC 3 This is effective when you do not want to set passwords separately.

When the return processing program 108 and the bring-out subject integrated program 109 are executed and the take-out result data 162 ′ of the take-out side device 20 and the result data 162 of the main side device 10 are replaced, take-out identification of the national language data 162a Data 162a2 is released.
As a result, when the work of the national language data 162a ′ is completed at the take-out side device 20, and the national language data 162a ′ is returned to the main side device 10, the carry-out identification data 162a2 attached to the national language data 162a is released. If so, the grade data 162 can be updated to create grade data in which the individual grade evaluation data is updated.

As described above, according to the grade processing system 1 according to the embodiment of the present invention and the grade processing software including each program, the teacher A who is the user can obtain the results of the tests performed on the students who are the students. Can be used to create grade evaluation data, and when entering each data, it can be performed by one person at a time or using a terminal other than a terminal that is not connected to the school network. It is convenient for the teacher A who is a user.
Further, it is possible to identify the fact that the result data 162 and the like have been taken out to the take-out side device 20 which is another external storage device, and the main side device 10 side can take out the result data 162 and the like. The result data 162 and the like are provided with take-out identification data 162a2 as identification information for preventing updating. Accordingly, the national language data 162a of the main data storage unit 9 is updated while, for example, the export national language data 162a 'is stored in the export result data 162' of the export data storage unit 9a. I can't. For this reason, it is possible to manage input data and the like while centrally managing results data.

  The present invention is not limited to the above-described embodiment.

It is a schematic conceptual diagram explaining the whole results processing system concerning an embodiment of the present invention. It is a schematic conceptual diagram for demonstrating movement of the data etc. of the results processing system of FIG. It is a schematic conceptual diagram of the various programs of the results processing system of FIG. It is a schematic conceptual diagram of each data of the main side apparatus of the results processing system of FIG. It is a schematic conceptual diagram which shows a part of data of the results processing system of FIG. It is a schematic conceptual diagram which shows each data of the taking-out side apparatus of the results processing system of FIG. It is a schematic flowchart which shows the process of the results processing system of FIG. It is a schematic flowchart which shows the process of the results processing system of FIG. It is a schematic flowchart which shows the process of the results processing system of FIG. It is a schematic flowchart which shows the process of the results processing system of FIG. It is a schematic flowchart which shows the process of the results processing system of FIG. It is a schematic flowchart which shows the process of the results processing system of FIG. It is a schematic explanatory drawing which shows the example of a screen of the results processing system of FIG. It is a schematic explanatory drawing which shows the example of a screen of the results processing system of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Grade processing system 2 ... Server 10 ... Main side apparatus 11, 11a ... Main program 12, 12a ... Basic database 13, 13a ... Setting database 15, 15a ... Class Database 16, 16a ... Class A data 17 ... Class B data 18 ... Class C data 19, 19a ... Login / take-out database 20 ... Destination side device 105 ... Other PC Work program 106 ... Processing selection program 107 ... Return processing program 110 ... Takeout processing program 113 ... New takeout processing program 116 ... Overwrite takeout processing program 162a2 ... Takeout identification data

Claims (6)

A performance processing system having a main device and an auxiliary device that can exchange subject-specific performance data,
The main device can be connected to a plurality of auxiliary devices,
At least a class information storage unit in which instructor data that is data of an instructor who provides learning instruction and student data that is data of a student who receives the learning instruction are associated and stored as a plurality of class information data,
At least the subject-specific test data, which is the result of the subject-specific test performed on the subject to create the grade evaluation data for each student, the student data, and the class information data. A grade information storage unit in which the subject-specific test data and the student data are stored as subject-specific grade data for each subject;
A grade processor that creates the grade evaluation data based on the grade-specific grade data;
Identification storing preset identification information corresponding to each class information data in order to compare and match the selected class information data selected when creating the grade evaluation data with the class information data An information storage unit;
An identification information matching unit that compares and matches the identification information and the input identification information input from the input unit of the main device,
An auxiliary storage selection unit that selects a specific auxiliary device from a plurality of auxiliary storage devices,
The specific auxiliary-side storage device selected by the auxiliary-side storage selection unit is configured to temporarily store at least one subject-specific result data in the auxiliary-side storage unit as subject-specific work result data. ,
When the identification information matching unit of the main device compares the input identification information with the identification information stored in the identification information storage unit and determines that they match, The side storage setting unit is configured to store the subject-specific work result data in the auxiliary-side storage unit of the auxiliary-side device that is different for each subject-specific result data of the subject-side device. Characteristic processing system. When the auxiliary storage setting unit stores at least the subject-specific result data as subject-specific work result data in the auxiliary-side storage unit,
The extracted subject key information setting unit of the main device is stored in the auxiliary storage unit on the auxiliary device side among the subject-specific result data stored in the result information storage unit of the main device. Identifying the subject-specific results data corresponding to the subject-specific results data, attaching key information for prohibiting update work to the subject-specific results data as subject-specific results data with key information The result processing system according to claim 1, wherein the result information storage unit stores the result information.   The auxiliary side storage setting unit stores the subject-specific work result data in the auxiliary side storage unit of the auxiliary side device in association with the class information data. Grade processing system.   The main device has a take-out identification information setting unit for setting take-out identification information for identifying that the subject-side performance data is temporarily stored in the auxiliary device. When the carry-out identification information matching unit of the main device compares the carry-out identification information with the input identification information input from the input unit and determines that they match, the auxiliary storage setting unit 4. The subject-side result data on the subject side is stored as the subject-specific work result data in the auxiliary-side storage unit of the auxiliary-side device. The grade processing system described in 1.   5. The result according to claim 4, wherein the take-out identification information setting unit of the main device can select to set the identification information as the take-out identification information. Processing system.   When the subject-specific work result data of the auxiliary side device and the subject-side result data of the subject side device are replaced, key information of the keyed subject-specific result data stored in the result information storage unit The results processing system according to any one of claims 2 to 5, wherein is canceled.

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