JPH0869244A - Simple learning equipment - Google Patents

Abstract

PURPOSE: To enhance learning efficiency by outputting an answer for a question and a learning condition based on a result from an operation/control part. CONSTITUTION: After a main power source is applied, a storage information medium 2 is inserted into a learning equipment. Then, a question condition such as e.g. (a middle school second-year english word, difficulty degree order), etc., is inputted with a sound or an operation key by a learner. Then, the questions according to the question condition are displayed on a display in an output part 4 successively, and then, automatically or whenever an operation button is operated, the answer for the question is displayed. The learner sees the answer displayed on the display and operates a right answer key when one's own answer is a right answer. At this time, one is added in the learning equipment automatically at every right answer, an incorrect answer successively, and then, the next question is displayed on the display. And so on, the program is executed repeatedly, and when the questions are ended, a test result is displayed on the display.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a simple learning device suitable for students to efficiently study foreign languages, mathematics, science, history, etc., and candidates for various qualification examinations, etc. More specifically, various kinds of information such as questions and their answers collected for each subject or for each unit are recorded in advance in a recording medium such as a CD, and the learning device stores the information in the recording medium. The question conditions and answers are arbitrarily extracted from the inside, and the learner himself or the learning device judges whether the answer to the question is correct or not, and based on the result, the learner shows the proficiency level of the subject or learning content. The present invention relates to a simple learning device that can be easily determined by itself.

[0002]

2. Description of the Related Art As a conventional learning device, there is a learning device disclosed in Japanese Patent Laid-Open No. 2-69793. This learning device is a stored information display device in which a pair of information related to each other is stored in a memory, and one of the pair of information is displayed and then the other information is displayed. A pair of information consisting of Japanese translations corresponding to that is stored in a plurality of sets of memory, and one of the sets of information is displayed from the plurality of sets of information by operating the first operation switch. , The information corresponding to the displayed information is displayed by operating the second operation switch (answer display switch),
Subsequently, the memory of the pair of information consisting of the first and second information displayed by the operation of the third switch selected depending on the memory status of the learner such as whether the information (answer) is correct or not. The feature is that the storage status in can be changed.

According to this learning device, the storage status of the stored information in the memory can be changed by an external input. Therefore, for example, when a foreign language word is stored, it is stored in the internal memory according to the storage status of the word. By changing the storage area, it is possible to preferentially display the words that the learner does not remember and perform the memory learning, and it is possible to dramatically improve the learning efficiency.

[0004]

However, in the above learning device, the learner operates the operation switch to set each question one by one, and the second answer is required to obtain the corresponding answer.
Since it is necessary for the learner to operate the operation switch again to input whether or not the stored answer is correct by operating the operation switch of, and then operating the third switch, the operation is troublesome. However, it is not always sufficient in terms of learning efficiency.

Therefore, an object of the present invention is to further improve the learning device as described above and to propose a simple learning device capable of further increasing the learning efficiency. The simple learning device according to the present invention prepares various question modes in advance based on the information from the storage information medium, and the learner
When you select a question mode that suits you, you can display the questions one after another and answer them. In this question mode, questions such as difficulty and the number of questions are combined under individual conditions or in a composite form.In addition, questions that have not been learned or questions that are not good are automatically configured according to past learning results. , Can be added to a new question mode.

[0006]

Therefore, according to the present invention, learning information such as questions, difficulty levels, and order of making questions for each department or unit is stored in advance, and the learning information is updated according to the learning result. A storage information medium that is separate from the learning device body that can store the created information, and the question conditions are input based on the information recorded in the storage information medium, and the correct and incorrect answers to the question are input. The input section and the input signal from the input section are used to automatically select the question and the answer to the question one by one, and further, a calculation for calculating the learning status for the question according to the correct or incorrect answer to the question. Characteristic of a simple learning device including a control unit and an output unit that outputs an answer to the question and a learning status of the question based on a result from the arithmetic / control unit There, it is an unit of this problem solution.

[0007]

After the main power is turned on, the storage information medium is inserted into the learning device. Then, the learner inputs a problem condition such as "second-year English word in junior high school, in order of difficulty" using a voice or an operation key. Then, the questions according to the above problem conditions are sequentially displayed on the display, and then, automatically or every time the operation button is operated, the answers to the questions are displayed. The learner looks at the answer displayed on the display and, if his answer is correct, operates the correct answer key. If the answer is incorrect, the incorrect answer key is operated. At this time, 1 is automatically added in the learning device for each correct answer and incorrect answer, and then the next question is automatically displayed on the display. After the above program is repeatedly executed and the questions are completed, the test results are displayed on the display. If the same environmental conditions are repeatedly learned, unacquired questions can be extracted based on the number of correct answers for each question and added to the question group as a new unacquired question.

[0008]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram of a learning device according to an embodiment of the present invention, and FIG. 2 is a flow chart for executing work by the learning device. In FIG. 1, 1 is a CPU, 2 is a storage information medium such as a CD, 3 is an input unit for operating keys, a writing pen, voice or the like, and 4 is an output unit for a display or voice.

Of these, the storage information medium 3 is C in this embodiment.
In this storage medium, for example, the questions, the degree of difficulty, the order of making the questions (random sampling or a predetermined order) for each department or unit, and the learning result are stored in advance. A storage unit or the like is formed to store the newly created questions (such as unacquired questions). For example, in the case of English in the second year of junior high school, the required English sentences, words, pronunciations, and their difficulty levels, alphabetically ordered questions, questions for the minimum required tasks, etc. are stored in advance. There is. In addition, Japanese translations and pronunciations corresponding to each English sentence and word are also stored. Further, if the answer to the question is incorrect in the arithmetic and control unit described later, when the question as an unacquired question is constructed by extracting only the incorrect question, it has a storage unit for storing this question. There is. A storage information medium is such information created for each subject and each unit.

The input unit is composed of operation keys provided on the learning device, an input pen, and further voice and the like, and can set a desired environment (question). For example, in the case of English in the second grade of junior high school, the English keys, words, pronunciations, and their difficulty levels, the questions created in alphabetical order, and the questions to be learned at a minimum among the group of questions that must be learned with the operation keys. Then, select and enter the question that you want to study. In this case, for example, to set questions in order of difficulty for English words, use the operation keys to enter words such as English, words, and difficulty, and then press the start button. Are sequentially displayed or displayed as voice.

The answer to the above question is automatically displayed on the display after a lapse of a predetermined time, or when the answer is requested by the operation key of the input section or voice, the display or voice is displayed. The correct answer is displayed from the output section such as. If the learner sees the correct answer to the above question and agrees with his / her own answer, he / she operates the correct answer key, and if the correct answer is incorrect, operates the incorrect answer key. Then, the answer situation to each question is memorized, and only the question which is incorrect is extracted and constructed as an unacquired question. The operation information from the input unit as described above is processed by the calculation / control unit in the CPU according to a flowchart described later, and the result is displayed on the output unit such as a display.

Description of Information Processing Flow FIG. 2 is an example of an execution flowchart for the above embodiment. First, in step 10, the power is turned on, and then in step 20, the storage information medium in which the above-mentioned information is recorded is inserted into the learning device. Then, the initial screen shown in FIG. 3 is displayed to start the program, and in step 30, the learner selects the question mode he or she wants to study. For example, in step 30, the learner inputs a problem condition such as "second grade, English sentence, in order of difficulty". Then, in step 50, the questions according to the above problem conditions are sequentially displayed on the display (see FIG. 4). The display in this case may be displayed for 15 seconds by a timer circuit or the like, and then the answer to the question may be automatically displayed for 15 seconds, or the answer is not displayed until the operation key is operated. (See FIG. 5).

At step 60, the learner looks at the answer displayed on the display, and if his answer is correct, he operates the correct answer key at step 70,
If the answer is incorrect, the incorrect answer key is operated. At this time, 1 is added in the calculation / control unit in the learning device for each correct and incorrect answer. Then, the process returns to step 40 again, and the program is repeatedly executed until the above question is completed. When the question is completed, the process moves to step 80, and the test result is displayed on the display. This test result is displayed each time the question is completed, together with the test result for the already completed question (see FIG. 6). If, for example, the same question is executed 10 times, the number of correct answers and the number of incorrect answers are added, and if there are 6 or more incorrect answers, this question is regarded as an unlearned question and only these questions are extracted. It can also be configured as a new unlearned question. Note: A flow chart for this is required. If you specify the "Change environment" mode in the initial screen, the screen shown in Fig. 7 will be displayed and the question conditions will be changed.

According to the simple learning device configured as described above, the question is automatically executed only by presenting the problem condition, and the answers to the question are added for each correct answer and each incorrect answer. The score rate for can be easily displayed. The number of answers to the same question is also added, and only questions with a low correct answer rate can be extracted to form a new question group as unacquired questions. The present embodiment is merely an example, and it goes without saying that the present learning device can be applied to exam questions such as various qualification tests. Further, the spirit of the present invention can be embodied in various forms without departing from the main characteristics, and therefore, should not be limitedly interpreted.

[0015]

As described above in detail, in the learning device of the present invention, various question modes are prepared in advance according to the contents of learning, and the learner selects a question mode suitable for himself / herself from the questions. Are displayed in sequence,
It is sufficient to give an answer to it, and efficient learning can be performed. In addition, the learner can know the learning rate, unacquired questions, unskilled questions, etc., and can perform the judgment test of the learning degree by himself, and as a result, the focused learning to improve the learning efficiency can be performed. .

[Brief description of drawings]

FIG. 1 is a block diagram of a simple learning device as an embodiment according to the present invention.

FIG. 2 is a flowchart according to the present invention.

FIG. 3 is a diagram of an initial screen of the simple learning device according to the present invention.

FIG. 4 is a diagram showing a question display of the simple learning device according to the present invention.

FIG. 5 is a diagram showing an answer display of the simple learning device according to the present invention.

FIG. 6 is a diagram showing a result display of the simple learning device according to the present invention.

FIG. 7 is a diagram for changing the environment in the simple learning device according to the present invention.

[Explanation of symbols]

 1 CPU 2 recording information medium 3 input unit 4 output unit

Claims (2)

[Claims] 1. Questions in advance for each department or each unit,
A storage information medium that stores learning information such as the difficulty level and the order in which questions are created, and that is separate from the learning device body and that can store information newly created according to the learning result; An input section for inputting question conditions based on the information recorded on the medium and inputting the correct and incorrect answers to the question, and an input signal from the input section to automatically select the question and the answer to the question one by one, In addition, the correct answer to the question,
A calculation / control unit for calculating a learning situation for a question according to the situation of an incorrect answer, and an output unit for outputting an answer to the question and a learning situation for the question based on a result from the calculation / control unit. A simple learning device having. 2. The arithmetic / control unit can extract only an incorrect answer or a question with a low correct answer rate, form a new unlearned question, and record it in the storage information medium. The simple learning device according to Item 1.