JPS63136253A - Input system for kana/kanji conversion - Google Patents

Abstract

PURPOSE:To increase the repetitive input speed of characters and at the same time to reduce the fatigue of an operator by designating a storing place to store the Japanese rendering and KANJI (Chinese characters) into a memory circuit when both Japanese rendering and KANJI are fixed and hereafter reproducing these rendering and KANJI with input of a corresponding key for decision and extraction and a place designation key. CONSTITUTION:The Japanese rendering and KANJI are first fixed and the relevant fixing key and storing key are pushed. Thus a storing place is designated by an optional key set at an alphabet position on a keyboard 10. Thus a fixed KANJI string is stored in a designated relative storing place of a fixed KANJI string memory circuit 20 after the information is obtained by a fixed KANJI string output circuit 16. Then a stored key is designated for designation of a fetching place when a fixing/extracting key is pushed. Thus the fixed KANJI string stored in the designated relative storing place of the circuit 20 is informed to the circuit 16. Then the fixed KANJI string is delivered as long as its output is possible. Thus it is not required to have repetitive inputs of the same Japanese rendering.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an improvement of the input method for kana-kanji conversion in a word processor, and is an input method for kana-kanji conversion that can speed up the operation and reduce operator fatigue. Regarding.

[Conventional technology]

In general, the input method for kana-kanji conversion in a word processor is as shown in the sequence diagram shown in FIG. That is, a signal inputted by the keyboard 1 is sent to the kanji conversion function control circuit 3 which is connected to the key input circuit 2. This kanji conversion function control circuit 3 is interconnected with a dictionary search circuit 4 and an input reading kanji conversion circuit 5 which is constructed in one area, and input signals are input and displayed as kanji on a text screen.

Further, from the kanji conversion function control circuit 3, a kanji confirmation circuit 6 is connected.
The signal from the kanji determination circuit 6 is sent to the determined kanji string output circuit 7, which is interconnected with the kanji conversion function control circuit 3, and the kanji characters for the readings are determined. There is. The above-mentioned Kanji conversion function control circuit 3 is also interconnected with other Kanji conversion function circuits 8.

[Problem that the invention seeks to solve]

However, according to the conventional input method for Kana-Kanji conversion as described above, even when manually inputting the same kanji with the same pronunciation, the same input operation has to be performed many times, and the speed of the document creation operation is limited. This also caused increased hand and eye fatigue for the operator.

Therefore, the present invention has been made by focusing on the problems of the related art, and it solves the problems and improves the efficiency and speed of repeatedly inputting the same kanji with the same reading by 7. The purpose is to provide input for Kana-Kanji conversion that can reduce the fatigue level of users.

[Means for solving the problem] In order to achieve this purpose, the input method for Kana-Kanji conversion according to the present invention, when inputting the same Kanji with the same reading repeatedly, after the initial reading is determined. , input the confirmed applicable key and the stored applicable key to set a specific position to form a relative recognition routine, and from the next time input the confirmed retrieved applicable key and the key at the specified position to reproduce the kanji. It is characterized by

[Effect]

As mentioned above, by using the Kana-Kanji conversion input method, when repeatedly inputting the same kanji with the same reading, you can save the trouble of inputting the same reading again, and by pressing a specific key on the keyboard, you can select the desired kanji. This will greatly improve work efficiency and speed, and reduce operator fatigue as the number of key presses will be reduced.

〔Example〕

Next, an example of the implementation of the present invention will be described in detail with reference to FIGS. 1 and 2.

FIG. 1 is a sequence diagram of an input method for kana-kanji conversion according to the present invention, and numeral 10 in the figure is a keyboard. The signal input by this keyboard 10 is transmitted to the key capture circuit 1.
1 to the kanji conversion function control circuit 12 interconnected with the key import circuit 11. This kanji conversion function control circuit 12 is interconnected with an input reading kanji conversion circuit 14 which is integrally configured with a dictionary search circuit 13.
The input signal is input and displayed as kanji on the text screen. Further, a signal is sent from the kanji conversion function control circuit 12 to the kanji confirmation circuit 15.
The signal from the kanji character conversion function control circuit 12 is sent to a determined kanji string output circuit 16 which is interconnected with the kanji conversion function control circuit 12, and the kanji character corresponding to the reading is determined. Note that the above-mentioned kanji conversion function control circuit 12 is used for other kanji conversion functions 17.
・This is the same as the conventional technology, but in the case of the present invention,
A determined kanji string storage and writing circuit 18 is interconnected to the determined kanji string output circuit 16, and this determined kanji string storage and writing circuit 18 is also interconnected to the kanji conversion function control circuit 12, and the kanji conversion function control circuit 12 is also interconnected. and is connected to the confirmed kanji string storage/reading circuit 19. This fixed kanji character string storage read circuit 19 is connected to the above-described fixed kanji string output circuit 16, and is interconnected with the fixed kanji string storage circuit 20 together with the fixed kanji string storage write circuit 18.

Moreover, what is shown in FIG. 2 is a flowchart showing the input and output of kana-kanji conversion according to the invention. First, the reading and kanji character are determined, and it is checked whether the determination key and the key corresponding to storage are pressed. is checked, and if it is pressed, for example, the alphabet A on the keyboard 10 is pressed.
- Select the key at position Z and specify the storage location. When the storage location is designated, the determined kanji string is stored in the relative storage location specified by the ANZ key of the keyboard 10 in the determined kanji string storage circuit 20 after obtaining information from the determined kanji string output circuit 16. let

Also, if it is not pressed, a check is made to see if the key corresponding to fixed extraction has been pressed, and if it is pressed, the extraction location is set to the alphabetic positions A-Z on the keyboard 10. By specifying an arbitrary stored key and specifying a capture location, the fixed kanji string output circuit outputs the fixed kanji string stored in the specified relative storage location of the fixed kanji string storage circuits 20A-Z. Known at 16. Next, a check is made to see if a fixed kanji string can be output, and if possible, the fixed kanji string is output, and if not, another check is performed.

In this embodiment, the key to be used is the alphabet A.
-B, but it goes without saying that any key on the keyboard can be used without being limited to this.

〔Effect of the invention〕

As described above, according to the present invention, once the reading and kanji character are determined, it can be stored, so when the same kanji with the same reading is input repeatedly, the same reading can be input many times. This eliminates the need for this, making it possible to improve the document creation speed 1 and reduce operator fatigue.

[Brief explanation of the drawing]

FIG. 1 is a sequence diagram of the input method for kana-kanji conversion according to the present invention, FIG. 2 is a flowchart of the control circuit for the same kanji conversion mechanism, and FIG. 3 is a sequence diagram showing a conventional example. 10... Keyboard 12... Kanji conversion function control circuit 16... Determined kanji string output circuit 18... Determined kanji string memory write circuit 19... Determined kanji string memory read circuit 20... Determined kanji string Memory circuit Figure 1 Figure 3

Claims (1)

[Claims] When inputting the same kanji with the same reading repeatedly,
After the initial reading is confirmed, enter the confirmed corresponding key and the stored corresponding key to set a specific position to form a relative recognition routine, and from the next time, enter the confirmed retrieval applicable key and the key of the specified position. An input method for converting kana to kanji, which is characterized by reproducing kanji.