JPS6175471A - Logotype learning system - Google Patents

Abstract

PURPOSE:To decrease the number of key touches and improve operativity greatly by registering two succeeding words as a logotype, and reading the logotype as a candidate automatically when its reading is inputted. CONSTITUTION:Words corresponding to KANJI (Chinese character) picked put of a KANJI dictionary 50 and reading data on them are saved in a logotype generating buffer 43 and when >=2 words succeed to form a logotype, they are transferred from the buffer 43 to a logotype buffer 44 and registered as the logotype. When it is read, data is read out of a display buffer 42, character by character, and the contents of the buffer 44 are referred to before corresponding KANJI is retrieved in the KANJI dictionary 50; when coincident reading is obtained, the word is displayed as a candidate on a display device as the buffer 42. Consequently, the number of key touches is decreased and the operativity is improved greatly, specially, when the same term appears frequently during document creation.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Application of the Invention] The present invention relates to a continuous character learning method in a document creation system.

[Background of the invention]

In conventional document creation systems, in either the Jug conversion method or Sentence i conversion method, there is a learning function that prioritizes and displays the most recently used idiom or phrase, but there is a learning function that automatically creates new words. It has no function. on the other hand,
There is a so-called fixed phrase registration method that allows frequently used phrases or phrases to be registered and read out and used many times, but this method requires the operation of a specific key (fixed phrase key) for registration or reading. However, the operability is not necessarily good.

[Object of the Invention] The object of the present invention is to automatically register, in a document creation system that uses a sequential conversion method, when two or more converted words are consecutive, to automatically register them as consecutive characters (idioms), and to automatically recall them. The aim is to improve operability.

[Summary of the invention]

In the present invention, readings are input using a keyboard or the like.

When two or more consecutively converted words are connected to form a consecutive character, 1 is created with the pronunciation for the first word, the resulting consecutive character is stored in memory, and when the reading is input next, a consecutive character is suggested. It is characterized by being read out as .

[Embodiments of the invention]

FIG. 1 is a block diagram of one embodiment of the present invention.

Data entered by key operations on the keyboard 10 is sent to the central processing unit i! Analyzed and processed by (CPU) 20,
It is written in code form to a text buffer 41 in a memory (MAM) 40. In parallel with this, the CPU 20 sequentially cuts out the data in the text buffer 41 at the viewing angle of the display screen of the display device 60 and transfers it to the display buffer 42, and reads out the data in the display buffer 42 one character at a time.

For the data specified by the conversion key, the kanji dictionary 50
The corresponding kanji is extracted and displayed on the display device 60, and when the corresponding kanji is determined, the corresponding kanji code is transferred from the display buffer 42 to the text buffer 41.

The programs necessary for the processing of the CPU 20 are stored in the memory (R
OM) 30, and one of the programs is a continuous character registration/calling program according to the present invention.

On the other hand, in addition to a text buffer 41.degree. display buffer 42, a continuous character creation buffer 43 and a continuous character buffer 44 are prepared in the memory 40. 5 in the consecutive character creation buffer 43
91 words for the kanji extracted from the Mizuji Dictionary 50 above
When the reading J and "Kanji" are saved and two or more of the φ2 words are connected to form a consecutive character (idiom), it is transferred from the consecutive character buffer 43 to the consecutive character buffer 44 and registered as a consecutive character. for example.

"shi", "yo", "su", "conversion key", "so".

In response to the input of "u", "chi", and "conversion key", "shiyori" and "process" are stored in the consecutive character creation buffer 43.

r device J is sequentially stored, and the consecutive character 9, the pronunciation for the telephone at the beginning ``shiyori'', and the consecutive character ``processing device'' are transferred to the consecutive character buffer 44. In the case of reading, the data in the 9 display buffer 42 is read out character by character, and the kanji dictionary 50 is read out.
Before searching for the corresponding kanji, the main consecutive character buffer 44 is referred to, and if 3* matches, the consecutive character is displayed as a candidate on the display device M160 via the display buffer 44.

FIG. 2 is a flowchart of the consecutive character registration/calling program, and the processing operation of consecutive characters will be explained below in accordance with this flowchart.

If you have more key power than keyboard 10 (step 101)
), the data is sent to the display device via the text buffer 41° display buffer 42! ! 60. When converting mugo to kanji, the conversion key is pressed (step 1).
02) At this time, the consecutive character buffer 44 is searched (step 103), if the consecutive character corresponding to the key reading manually is registered.

It is transferred to the display buffer 42 and displayed as a candidate on the first display device 60 (step 108).

If a consecutive character corresponding to the key reading is not registered, the corresponding kanji (t1 word) is found using the kanji dictionary 50, transferred to the 0 display buffer 42, and displayed on the display device 60 (
Step 1.04). Next, check whether the obtained kanji is the first ## word. Step 105). If it is the first word, enter the reading and the kanji (single W) into the continuous character creation buffer 43. Save (step 106), if it is not i's first ridge word.

Only that kanji is saved to the consecutive character creation buffer 43 (step 107).

On the other hand, when the reading manually inputted from the keyboard 10 is not a kanji (not 11 words or idioms), the conversion key is not pressed. In this case, it is determined whether the character immediately before the current key is forming a continuous character (step 109), and if it is forming a continuous character, the contents of the continuous character creation buffer 43 are registered in the continuous character buffer 44 (step 110). Next, clear the consecutive character creation buffer 43 (step 111), and
If no consecutive characters are formed, the consecutive character creation buffer 43 is cleared as is.

〔Effect of the invention〕

According to the present invention, when two or more pasted words are consecutive, they are registered as consecutive characters, and 1. When the pronunciation is input, the consecutive characters are automatically read out as candidates, which reduces the number of key touches and significantly improves operability, especially when the same term appears many times during text creation.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of an embodiment of the present invention, and FIG. 2 is an operational flow diagram of consecutive character registration/calling according to the present invention. 10...Keyboard, 20...Central processing unit. 30.40...Memory, 50...Kanji dictionary, 6
0... Display bag [it, 41... Text buffer. 42...Display buffer, 43...Continuous character creation buffer, 44...Continuous character buffer.

Claims (1)

[Claims] (1) In a document creation system using the sequential conversion method, if two or more words that are successively converted from the input pronunciation form a series of consecutive characters, the pronunciation for the first word and the created consecutive characters are stored in memory. .Next, when the reading is input, the consecutive characters stored in the memory are read out as candidates.