JPH0350667A - Document generator - Google Patents

Abstract

PURPOSE:To eliminate necessity of consulting a dictionary or re-inputting a character string by converting further the character string converted by a primary converting means into the character string optimum to an image a user intends. CONSTITUTION:A control means 10 transfers a KANA (Japanese syllabary) character inputted from an input means 20 successively to the primary converting means 60. The means 60 converts it into a KANJI (Chinese character) character string, and returns it to the means 10. Further, the means 10 transfers the KANJI character string received from the means 60 to a secondary converting means 70. The means 70 converts the received KANJI character string into another KANJI character string, and returns it to the means 10. Next, the means 10 transfers the KANA character inputted from the means 20 to the means 70, and hereafter, above-mentioned operations are repeated, and these are repeated up to an n-ary converting means 80 at need. The means 10 transfers the received optimum character string successively to an editing means 50. The means 10 receives edited data from the means 50, and displays it on a display means 30, and simultaneously, stores it in an external storage means 40. Thus, a document can be generated successively by the optimum character string.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a document creation machine, and more particularly to a document creation machine that can further convert an input character string into a character string most suitable for an image intended by the user.

[Conventional technology]

-i, document creation machines have become commonplace in our daily lives, such as Japanese word processors and recent in-house printing. The mainstream input method is kana-kanji conversion, and if you input "ichigat" it will be converted to "-month", but depending on the relationship before and after the sentence, "
If "December" was better, it was a hassle to have to enter it again.

FIG. 2 is a block diagram of a conventional document creation machine.

In FIG. 2, 1o is a control means, 2o is an input means, 3
0 is a display means, 4o is an external storage means, 50 is an editing means,
6o is a primary conversion means.

The control means 10 sequentially passes the kana characters inputted from the input means 2o to the primary conversion means 60. The primary conversion means 60 converts this into Kanji and returns it to the control means 10. Then, the control means 10 sequentially passes the received kanji to the editing means 50, and furthermore, the control means 10 transfers the edited data to the editing means 50.
It is then displayed on the display means 30 and stored in the external storage means 40. Documents were created in this manner one after another.

[Problem to be solved by the invention]

The above-mentioned conventional document creation machine has a problem in that it takes a lot of time and effort, such as looking it up in a dictionary and re-entering it, to further refine the input character string into a character string that best matches the user's intended image.

SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned drawbacks and provide an easy-to-use document creation machine.

[Means to solve the problem]

The document creation machine of the present invention includes an input means for inputting characters, a display means for displaying document data on a screen, an external storage means for storing the edited document data, and an input means for inputting characters into lines and pages. an editing means for editing, a primary conversion means for converting the inputted characters or character strings into another character string such as converting kana to kanji, and operation instructions for each of these means and information between each means. A document creation machine having a control means for exchanging data, further comprising a secondary conversion means for further converting the character string converted by the primary conversion means into another character string, and, if necessary, a From the next conversion means to the nth conversion means (n is a positive integer satisfying n≧3) (
n-2) converting means.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

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

In FIG. 1, 10 is a control means, 20 is an input means, 3
0 is a display means, 40 is an external storage means, 50 is an editing means,
60 is a first-order conversion means, 70 is a second-order conversion means, and 80 is an n-order conversion means.

The control means 10 sequentially passes the characters inputted from the input means 20 to the primary conversion means 60, which converts them into a Kanji character string and returns them to the control means 10. Furthermore, the control means 10 passes the Kanji character string received from the primary conversion means 60 to the secondary conversion means 70. The secondary conversion means 70 converts the received kanji character string into another kanji character string, and the control means 1
Return to 0.

The control means 10 next passes the kana characters inputted from the input means 20 to the secondary conversion means 70, and so on.

The above operation is repeated up to the zero-order conversion means 80 as necessary.

The control means 10 sequentially edits the received optimal character strings by the editing means 5.
The control means 10 receives the edited data from the editing means 50, displays it on the display means 30, and stores it in the external storage means 40.

In this way, documents can be created using the optimal character strings.

〔Effect of the invention〕

As explained above, the present invention eliminates the need to look up a dictionary or re-enter by converting the input character string into a character string that is optimal for the image that the user intends. There is an effect that - can be done.

[Brief explanation of drawings]

FIG. 1 is a block diagram of an embodiment of the present invention, and FIG. 2 is a block diagram of a conventional document creation machine. 10... Control means, 20... Input means, 30...
Display means, 40... external storage means, 50... editing means, 60... primary conversion means, 70... secondary conversion means, 80... n-order conversion means.

Claims (1)

[Claims] an input means for inputting characters, a display means for displaying document data on a screen, an external storage means for storing the edited document data, an editing means for editing the input characters into the format of a line page, a primary conversion means for converting said characters and character strings into other character strings, such as converting kana to kanji; and a control means for instructing the operations of each of said means and exchanging data between said means. A document creation machine having a secondary conversion means for further converting the character string converted by the primary conversion means into another character string, and further, if necessary, tertiary conversion means to n-order conversion means ( n is n≧3
(n-2) conversion means (a positive integer that satisfies the following).