JPH03257575A - Japanese word processor with homonym-priority register mechanism - Google Patents

Abstract

PURPOSE:To improve the word processing efficiency by selecting the corresponding KANJI (Chinese character) out of a homonym prepared to a certain character string for each document as the preferent register data and providing the separate information. CONSTITUTION:When a character string is inputted by a character input means 10, a KANJI conversion deciding means 11 decides whether the inputted charac ter string should be converted into a KANJI or not. A preferent data store memory 12 stores the correspondence between the character string and the converted KANJI. A preferent data input means 13 retrieves the contents of the memory 12 to decide whether the character string inputted via the means 10 is registered or not. A confirming means 14 confirms whether the input KANJI is identical with the desired one or not. A preferent data register means 15 registers the KANJI corresponding to the character string into the memory 12. An end deciding means 16 decides whether the input of the character string should be finished or not. Then a writing means 17 writes the contents of the memory 12 into a magnetic storage medium. Thus the word processing efficiency is improved.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a Japanese word processor, in particular, prioritizes homophones that occur during conversion from hiragana to kanji, and adds them to document data when inputting a document is completed. The present invention relates to a Japanese word processor having a function of increasing the hit rate of conversion from hiragana to kanji at the time of proofreading documents from next time onwards.

[Conventional technology]

Conventionally, in this type of Japanese word processor, when prioritizing homophones, the dictionary data of the word processor is set so that the last kanji used always has the highest priority in the next conversion. Data indicating priority was added.

[Problem to be solved by the invention]

The conventional word processors described above add data indicating the priority order of homophones to the dictionary data, so when input proofreading of one document is completed and input proofreading of another document is started, the previous The drawback is that even if the document is not necessarily related to the previous document, the conversion priority of the previous document will always have an effect. Therefore, in an environment where one word processor is shared by multiple people, each person will have a dictionary that suits them while they are using it, but the dictionary will be completely unsuitable for other users, and the dictionary will change from hiragana to kanji. The disadvantage is that the hit rate of conversion to .

[Means to solve the problem]

The Japanese word processor of the present invention includes a character string input means for inputting a character string, a kanji conversion determination means for determining whether or not to convert the input character string into a kanji, and a kanji conversion determination means for determining whether or not to convert the input character string into a kanji, and a homonym to be converted into a character string. a priority data storage memory for storing the correspondence with the priority kanji, a priority data acquisition means for acquiring the priority kanji from the priority data storage memory, and a confirmation means for determining whether the obtained kanji is acceptable; means for registering kanji corresponding to a character string in a priority data storage memory; end determination means for determining the end of input of the character string; and a magnetic storage medium for attaching the data registered in the priority data storage memory to document data. and means for writing to.

〔Example〕

Next, the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram showing one embodiment of the present invention. In FIG. 1, one embodiment of the present invention includes a character string input means 10 for inputting a character string, a kanji conversion determination means 11 for determining whether or not to convert the input character string to a kanji, and a character string A priority data storage memory 12 that stores the correspondence with the priority kanji among the homophones to be converted; a priority data acquisition means 13 that obtains the priority kanji from the priority data storage memory 12; confirmation means 14 for determining whether the character string is correct; means 15 for registering the kanji corresponding to the character string in the priority data storage memory; end determination means 16 for determining the end of the input of the character string; and the priority data storage memory 1.
2 and a means 17 for writing the registered data in the document data onto the magnetic storage medium.

The character string input means 10 is a means for inputting a character string,
It is connected to the kanji conversion determination means 11.

This kanji conversion determination means 11 determines whether or not to convert the input character string into kanji, and if it is converted, the character string is processed by the priority data input means 13, and if not converted, it is sent to the character string input means 10. Return and input the next string.

The priority data storage memory 12 is a memory in which the correspondence between character strings and kanji to be converted is registered.The priority data input means 13 searches the contents of this priority data storage memory 12, and the character string input means 10 searches the contents of the priority data storage memory 12. The input character string is searched to see if it is registered, and if this correspondence is registered, it is connected to the confirmation means by means of obtaining the prioritized kanji. The confirmation means 14 is a means for confirming whether the obtained kanji is the desired one, and is connected to the priority data registration means 15.

The priority data registration means 15 registers the kanji corresponding to the character string in the priority data storage memory 12. The end determination means 16 is a means for determining whether or not to end inputting a character string.
To continue inputting the character string, return to the character string input means 10, and to finish inputting the character string, proceed to the priority data writing means 17, which writes the contents of the priority data storage memory 12 to the magnetic storage medium. configured to write.

FIG. 2 is a flowchart showing the procedure for creating a document according to this embodiment.

Process 20 shows the operation of inputting a character string from the keyboard 41 in the character string input means 10 of FIG.

A process 21 is performed by the kanji conversion determining means 11 in FIG. 1 to determine whether or not to convert to kanji. If it is not converted into kanji, skip to process 31. Processing 22゜23.24.25 is the first
When converting to kanji using the priority data acquisition means 13 shown in the figure, the priority data storage memory 40 (b) is searched and processing 22 is performed.
〉, Check if the input string is not registered (
Processing 23). If it is registered here, it is converted to that kanji (process 25).If it is a character string that is not registered, it is converted to the first candidate kanji from dictionary data as usual (process 24). .The process 26 is the confirmation means 1 in FIG.
4, which indicates an operation in which the inputter determines whether the kanji converted in process 24 or process 25 was the desired one, and if it was the desired one, go to process 28, and if it was not the desired one, go to process 28. jumps to process 27, converts to the next candidate kanji, and repeats processes 26 and 27 until the desired kanji is converted.
Repeating the steps 28, 29, and 30, when the priority data registration means 15 shown in FIG. Whether to delete from the storage memory 40 (b) is determined by the way the registration instruction key 41 (a) is pressed (Process 28), and when registering a new one, jump to two processes and register the character string and the corresponding kanji. . If the conversion is already registered in the priority data storage memory 40(b) and the data is to be deleted, the process jumps to step 30 and the data is deleted.

If there is no particular instruction, the process directly advances to process 31. In process 31, the end determination means 16 in FIG. 1 determines whether to continue inputting the character string, and if it continues, the process returns to process 20, and if it ends, it jumps to process 32 in FIG. 2(b), Write the created document to a magnetic storage medium. Next, process 33
is the priority data writing means 17 shown in FIG. 1, which also writes the contents of the priority data storage memory to the magnetic storage medium.

FIG. 3 shows a Japanese word processor according to this embodiment. In FIG. 3, a central processing unit 40 that performs processing for document creation is a CPU 40a, and priority data that stores correspondences between homophones and prioritized kanji. It has a storage memory 40b, and a keyboard 41 for inputting character strings has a registration instruction key 41b for instructing to register the correspondence between character strings and kanji in the priority data storage memory 41a. The disk device 42 is a magnetic disk device that writes document data and data registered in the priority data storage memory, and the display device 43 is a device for displaying input character strings and converted Kanji characters.

〔Effect of the invention〕

As explained above, the present invention allows an optimal dictionary to be prepared for each document by having separate information on the corresponding kanji from homophones for a certain character string as priority registration data for each document. Even when a word processing device is shared by multiple people, it is completely unaffected by the input proofreading work of other documents, and the optimal conversion of hiragana to kanji is always performed, increasing the efficiency of document creation. effective.

- data writing means, 21 to 33...processing, 40...
Central processing unit, 40a... CPU, 40b... Priority data storage memory, 41... Keyboard, 41a...
- Registration instruction key, 41b...key, 42...magnetic disk device, 43...display device.

Claims (1)

[Claims] A character string input means for inputting a character string, a kanji conversion determination means for determining whether to convert the input character string to a kanji, and a correspondence between the character string and the kanji given priority among homophones to be converted. A priority data storage memory for storing ``Priority data storage memory'', a priority data acquisition means for obtaining a priority kanji from the priority data storage memory, a confirmation means for determining whether the obtained kanji is acceptable, and a priority data storage memory for kanji corresponding to a character string. The present invention includes a means for registering in the data storage memory, an end determination means for determining the end of inputting a character string, and a means for writing the data registered in the priority data storage memory into a magnetic storage medium by attaching the data to the document data. A Japanese word processor with a homophone priority registration mechanism.