JP2001005807A - Language for world word candidate and registration converting method for translation related word thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electronic dictionary as a language for world word candidate by reducing overlap caused by a homonym and registering a lot of words or sentences into a word processor with a little number of times of key input. SOLUTION: First of all, a Japanese sentence is registered from an input device 21 into the word processor and next, when translating it into English and registering it into a word processor for English, the key input including Roman characters in the partial spell of an English word, for example, is registered by an abbreviated system key. The input character includes at least only one capital letter or small letter, spelling, which is not general as a Japanese word, is assigned to the key input and registered and while referring to a grammar dictionary device 22, it is registered in a set registration storage dictionary device 23 for storing related words or the like as a language for world word candidate. At the time of converting and reading, partial spelling is inputted from the input device 21, read out by referring to/converting the set registration storage dictionary device 23 with a word processor converting device 24 and displayed on an output display device 25.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention uses a registration setting of a shortened system key input such as a personal computer or a word processor, which is useful at the time of translation and has a language for world language candidates or has the same meaning as the word. The present invention relates to a language for a world language candidate and a method for registering and converting a translation-related word thereof, in which words opposite to each other in a Japanese language and, if necessary, related words and the like can be efficiently referred to and displayed as one block on a screen.

[0002]

2. Description of the Related Art In recent years, with the spread of personal computers, word processors, and the like, not only Japanese word processors have been registered, but also foreign languages such as English have been frequently registered. For example, in language textbooks and specialized books, there is an opportunity to input a plurality of languages in a word processor. Even when an electronic dictionary device is used, there is an increasing need to search a plurality of languages by inputting them in a word processor. There is also a need to register new words in one's own electronic dictionary device and to construct one's own electronic dictionary device that is convenient to use. On the other hand, when translating a foreign language into Japanese, it is often the case that the original language document is first registered as a word processor, and then the translated language document is registered as a word processor. Conversely, after registering a word processor in Japanese, it may be translated into a foreign language and then registered as a word processor.

[0003] By the way, when a language is registered in a word processor from a keyboard or the like, the use of automatic conversion registration of Japanese after key input has been conventionally known. For example, when a key is input as "HA" in the Roman alphabet input method, a language combination of "ha" is automatically converted. The language to be converted includes words, phrases, sections, sentences, and the like, and hence these will be collectively referred to as “words and the like”. In a conventional Japanese word processor, a so-called kana-kanji conversion system for converting katakana, hiragana, and romaji into kanji by inputting a key and pressing a conversion key or the like is well known. On the other hand, for example, a method of inputting a key input of "HA" or "ha" by abbreviated key input for a word of "invention" is also known, so that the input time can be reduced and a word processor can be used efficiently. For example, in the kana-kanji conversion method described in Japanese Patent Application Laid-Open No. H10-313379, it is possible to input characters having different notations and pronunciations, for example, “ha” using “HA” and “WA”, and after inputting, The correct notation "ha" is automatically converted.

[0004] Also, in "New Word Processing Shorthand" issued by Business Ohm on August 10, 1988, human language was used in the Diet, the prefecture, city, and town councils, lectures, round-table talks, and company meetings. The use of a new word processor is described in a shorthand that records and transcribes the text. For example, tape a lecture for 10 minutes, type it in turn with a word processor, etc.
This is to re-check with the tape. That is, word processing shorthand is possible if there is a recording machine, a dictating machine and a word processor. In recent years, since personal computer communication is possible, there is also an advantage that sentences written in a personal computer can be immediately transmitted to a distant place.

[0005]

However, in the method of registering a word or the like by the short key input described above, there is a problem of a homonymous object word. For example, when it is desired to input "wa" and convert it to a kanji character of "invention" However, because it overlaps with other registered word candidates such as "teeth" or "leaf", "invention"
There is a problem that it takes time to select the word.
Regarding this, for example, there is a method of setting and registering “invention” by a key input “haime” which is not included in ordinary Japanese. However, this method enables efficient word processing input and shortens the input time, but has a problem in that it is difficult to learn and to become accustomed to the shortened registration key input. Also, in the above-mentioned word processing shorthand method, when registering a word processor, the normal input method is inefficient as a shorthand method, so the shortened key input is used to improve efficiency, but in the shorthand method, the short registration key input is used. There is a problem of difficulty in getting used to.

On the other hand, since there are many ethnic groups and their respective native languages (languages) in the world, not only are one language stored in the electronic dictionary, but an electronic dictionary in which a plurality of languages are mixed is created. It is very convenient. At that time, in addition to the native language of each ethnic group, it is more convenient if there is a 'world language' that has the same meaning and represents the language of mankind. When a part of the spelling of the world language is registered as a key input in a shortening system, and various native language words and the like (translation-related words and the like) are registered in a word processor, for example, the registered capital letter is shortened. Enter, convert and select a key to register a word, etc. in a word processor, or to register a word in the opposite world word, etc., in a word processor, for example, replacing the registered uppercase abbreviated key with a lowercase abbreviated key It is very convenient if a native language word or the like can be obtained by inputting and converting. In addition, in conventional word processing software, simply performing key input does not display a candidate for a corresponding word or the like by registration on the screen, but merely displays the keyed character on the screen, which is extremely inconvenient. Met. Also,
In conventional word processing software, even if the user presses the conversion key, only one conversion candidate is displayed on the word processing screen. Since conversion candidates such as words are displayed on a word processing screen or a reference screen, it is very inconvenient.

Accordingly, an object of the present invention is to solve these conventional problems, reduce the problem of duplication due to homonyms, easily store settings at the time of registration, shorten the time of word processing registration, and achieve a rational and efficient method. It is an object of the present invention to provide a method for registering and converting a world language candidate language and its translation-related words. In addition, as many words and sentences as possible can be registered quickly and efficiently with as few keystrokes as possible, and conversion candidates are immediately displayed by pressing a single conversion key. It is an object of the present invention to provide a language for world language candidates that can improve the efficiency of word processing registration of a sentence in which a language mixed with a national language or more is mixed, and a method for registering and converting translation related words thereof. Also, a language for world language candidates that is convenient for translators and foreigners studying Japanese, and that can be efficiently used as a language dictionary for world language candidates as the frequency of use of computers increases, An object of the present invention is to provide a method for registering and converting translation-related words.

[0008]

SUMMARY OF THE INVENTION In order to achieve the above object, a method for registering and converting a language for world language candidates and its translation-related words according to the present invention is a method for connecting bilingual languages to a relative relationship, a dictionary for interlingual languages. , A method for shortening and improving the efficiency of word processing input time, and a method for assigning as a language for world language candidates. For example, if you register a Japanese sentence in a word processor, then translate it into English and register it in English, first register a Japanese word, etc. in a word processor, or use the Japanese word, etc. For a foreign language with the same meaning, for example, a spelling of a part of a spelling of a word such as an English word, including a roman alphabet, a spelling shortening system key input for word processing registration. One or more spellings that are not common as vocabularies of Japanese words or the like are assigned to key input and registered. As a result, word processing registration of Japanese words and the like can be performed efficiently.

For example, when a key input of "HA", that is, "ha" is displayed on the screen of a word processor,
The Japanese word "invention" or the like and the English word "invention" or the like can be defined as having a "relative relationship". Japanese words "lea" and "lea"
ves "in English. Therefore, in the present invention, when the word "invention" or the like is once converted by key input of "HA" and registered as a word processor, the "HA"
Key input "ha", which is a lowercase letter relative to the key input
If you enter the key "inventio
The opposite English word such as "n" should be word-processor converted with the highest priority. In other words, in the present invention,
"HA" or "ha" which is a shortened spelling of words etc.
Japanese words "invention" and "inventi"
On "can be defined as being linked to a relative relationship with an English word or the like.

[0010] Next, in the word processor registration of translated English words and the like, the opposite English words and the like having the same meaning as Japanese are registered in the word processor. For spelling for input registration, that is, for key input, only lowercase letters or uppercase letters that are relative to uppercase letters or lowercase letters of Roman letters in key input of some spellings of words etc. used in Japanese word processing input The spelling shortening system key input and registration of the spelling replacement is performed. With this method, if the key input is performed, and a method of registering a foreign language having the same meaning as Japanese, such as an English word, is used as a word processor, word processor registration of a foreign language word, etc. can be efficiently performed. . In this case, in order to make it easier to memorize the registration, for example, referring to the spelling of the Roman alphabet existing in the Japanese original text, and referring to the spelling shortened system key according to a certain principle, the spelling registered and associated with the spelling registered, the word etc. If a key input with a shortened spelling is performed and converted, an English word or the like translated from a Japanese word or the like can be more easily registered in a word processor. In addition, texts and the like can be created quickly and efficiently by using them, so that the time for word processor registration can be shortened and efficiency is improved.

On the other hand, when a foreign language sentence is first registered in a word processor, and then translated into Japanese and registered in a Japanese word processor, the foreign language is first registered in the reverse order. Refer to the spelling of the Roman alphabet in the original text for the word, etc., enter it according to a certain principle, shorten the spelling system key and associate it with the registered spelling. For example, foreign languages can be registered efficiently in word processors. Then, a part of the spelling of the key input, in which only the uppercase or lowercase Roman characters are replaced by the lowercase or uppercase characters only, is registered as a shortened system key input for Japanese words etc. By entering the key, converting it and registering the corresponding Japanese words and the like having the same meaning as the foreign language, the efficient word processing registration of the foreign and / or Japanese words can also be performed. It is possible. In addition to uppercase and lowercase letters, if you create intermediate characters, word processing input not only between bilingual languages but also across multiple languages can be performed efficiently. Of course, when registering a word processor only in one language, a part of the word processor may be used. Then, the registered combination may be used as the interlingual dictionary. For example, Hiragana may be sent to a shortened spelling system key input for Japanese words and the like, and may be sent to a shortened spelling system key input for English words and the like, which are translation words corresponding to katakana.

For this purpose, the present invention uses Japanese or foreign words that have not been generally used. Because it is not common as a vocabulary of words, etc., there is little duplication of homonyms, and there is no need to select, and it is efficient. Abbreviated key input, that is, a spelling shortening system that uses shortened spelling, is incorporated into word processing software for key input registration conversion and used. Here, for example, English is often used as an example of the world language candidate,
An example of registering a word processor between Japanese and English will be described. For example, if you consider English as a world candidate language as a system key input for shortening the spelling of "and" and "or" for Japanese words, etc., which are most frequently used in general sentences, and spelling "and" Choose "D" from "or"
It is conceivable to select "R" from the spelling of "or". In this case, the short system key input of and
<And> or the short system key input of "R <or"
Will be written. On the other hand, considering Japanese as a language for world language candidates, “Y” is selected from “OYOBI” for “and”, and “MATAWA” is selected for “or”.
It is conceivable to select "M" from the spelling of "." That is,
“Y <and” and “M <or” can be written. That is, each key on the keyboard is assigned a meaning of a matter such as "and" or "or", and these have the meaning of the world language candidate language. After all keys are assigned to the most frequently used words and the like, a combination of two types of keys is assigned to the next most frequently used words and the like. For example, by means of combinations of up to three types of keys, meanings of a considerable number of things are assigned as candidate languages for world languages.

As a system key input for shortening the spelling of "and" and "or" of English words and the like, considering English as a language for world language candidates, spelling of "and" and "d"
And select "r" from "or" for "or"
It is possible to choose. In this case, "d <and",
You can write "r <or". On the other hand, considering Japanese as a language for world language candidates, "and"
It is conceivable that "y" is selected from the spelling of "BI" and "m" is selected from the spelling of "MATAWA" for "or". That is, “y <and” and “m <or” can be written. Thus, if the language for the world language candidate is English, “D <and”, “R <or”, “d <an
It is necessary to memorize the correspondence between the shortened system key input of the spelling of "d" and "r <or" and the word and the like. If the language for the world language candidate is Japanese, "Y <and", "M <or", [Y
It is necessary to store the correspondence between <and> and <m <or>. In this case, system shortened key inputs such as "D", "R", "d", and "r" can be considered as English-based languages for world language candidates, and "Y", "M", " y ”,
"M" or the like can be considered as a language for world language candidates based on Japanese.

In this case, the shortened key input to be stored is completely different depending on whether the world language candidate language is considered to be English or Japanese. In the present invention, a word or the like (a native language) of a language for a world language candidate, or another language (a foreign language) having the same meaning as the word or the like
For words and related words, etc. and related words, etc., based on English or the native language of each country, all or an appropriate part of the native language and foreign language words and abbreviated system key input By displaying words near the location on the output screen like ruby, each person can naturally store bilingual words, etc., and also naturally store bilingual shortened system key inputs. , Create a mechanism to reduce this confusion.

[0015]

Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a block diagram of a registered dictionary system for languages for world language candidates according to an embodiment of the present invention. In FIG. 1, a CPU 11 is a central processing unit of a personal computer or a word processor for performing registration and conversion processing of languages for world language candidates, and a ROM 12 is a program memory for storing various control programs executed by the CPU 11 and fixed data. It is. The RAM 3 is a large-capacity data memory that is used as a working area when executing various processes by the CPU 1 and loads dictionary data registered as languages for candidate languages from the hard disk drive (HDD) 14 or converts the dictionary data. It is used to temporarily store the conversion candidates obtained by the processing and to store the document data being created. Also, the RAM 13
When the system is used as a general-purpose device such as a personal computer, it is used to load various application programs externally loaded into the hard disk device 14. The hard disk device 14 is a large-capacity nonvolatile storage device using a magnetic disk as a storage medium. The keyboard 15 has a large number of keys, connects a pointing device 18 such as a mouse, and inputs various data and commands by an operation of an operator. The display 16 is a display such as a CRT or an LCD, and displays a document or data being created, and also performs a display for instructing the input of a Roman key or a kana character of a short key input or another reading kana. Note that a word of a national language or a group of the words determined as a language for a world language candidate is hereinafter simply defined as a “word or the like”.

FIG. 2 is a diagram showing a functional operation procedure of a method for registering and converting world language candidate languages and their translation-related words according to an embodiment of the present invention. The input device 21 corresponds to the keyboard 15 or the mouse 18 in FIG. 1, and the grammar dictionary device 22 is a grammar dictionary stored in the hard disk 14 in FIG. A setting registration storage dictionary device 23 for storing related words and the like is a dictionary registered in the hard disk 14 after being stored in the RAM 13 of FIG.
Loaded and referenced. Word processing conversion device 24
Converts the conversion software stored in the ROM 12 of FIG.
11 functions when executed. Also,
The output display device 25 corresponds to the display 16 in FIG. First, a word of a national language or a group of the words determined as a language for a world language candidate, and an opposite word or a group of the words of another language having the same meaning as the word or the group of the words, as necessary. Related words are input device 2
When they are sequentially input from 1, the words are transferred to the grammar dictionary device 22 of the memory 12 in order to register them as one combination, and then the input words of the language for world language candidates or a group of the words and related words Is analyzed by the grammar dictionary device 22 stored in the memory to determine the part of speech and grammatical connection, and then stores the related words and the like stored in the external memory 14 for each combination. Register at 23. Next, three or less combinations are selected in order from the beginning of uppercase or lowercase consonants, which are part of the spelling of a word of the world language candidate language or the group of words, and are arranged in order. To
The shortened system key input character corresponding to each combination of the word or the word group is registered in the same location as the corresponding combination of the setting registration storage dictionary device 23. At the time of reading, when characters in an arrangement determined as the characters for abbreviated system key input are input from the input device 21, the word processor conversion device 24 of the central processing unit 11 converts the characters for the abbreviated system key input to the search key. The setting registration storage dictionary device 23 is searched, and as a result of the search, the readout combination of world language candidate languages and the like are simultaneously displayed on the output display device 25 by reference. From these, select the word or the like that you want to register as a word processor.
In addition, in the present invention, register as one combination,
"1 combination" means all of the languages for world language candidates and their translation-related words, and is, for example, a word group shown in FIG. 5, FIG. 6, or FIG.

(First Embodiment) As described above, the key input device 21 and the setting registration storage dictionary device 2 shown in FIG.
3 and grammar dictionary device 22, word processor conversion device 2
4 and the output display device 25 are spelled to correspond to the spelling of a word or the like in a language for a world language candidate, a word or the like in another language having the same meaning as the word or the like, or a word or the like in a language for a world language candidate. And output the shortened system key input which is a part of the spelling corresponding to the spelling (spelling expressed in Roman alphabet) of the opposite word of another language having the same meaning as the word and / or the shortened system key input as a part They are displayed side by side like ruby on the device 25 at the same time, and the combination is made to function as if they were one word. Being able to treat this combination as if it were a single word means that, for example, display, storage, movement, copying, deletion, retrieval, pasting, printing, etc. can be performed collectively as if it were a single word. means. On the other hand, the above operation can be performed on only a part of one combination. In this combination display etc.,
It may have a structure in which Roman key input and phonetic symbols are also written. Also, this combination display or the like may be omitted for words and the like in languages for world language candidates for which the shortened system key input is not set and words and the like in other languages having the same meaning as the words and the like. Alternatively, it may not be performed. As a result, these combination displays are
Since the combination display can be handled as if it were a single word or the like, this combination display can be regarded as a word or the like in one language for a world language candidate. In such a state, individual words and languages such as Japanese and English are already partly existing as parts, and a plurality of languages are combined to form a block itself as one world language candidate. It can be considered as a working language.

(Second Embodiment) FIGS. 3 and 4 are format diagrams of a method for displaying a language for a world language candidate according to a second embodiment of the present invention. FIG. FIG. 4 shows a case where the languages for world language candidates are Japanese and English. In a word processor and / or an electronic dictionary device for words of a language for world language candidates, an output display device 25a for words and the like input in a word processor and respective shortened system keys assigned to spelling of each word and the like are input. And an output display device 25b for simultaneously outputting and displaying the words and the like and the respective shortened system key inputs assigned to the spelling of the words and the like.
A key input device 21, a setting registration storage dictionary device 23, a grammar dictionary device 22, a word processor conversion device 24, and output display devices 25a and 25b, which can be added, deleted and changed on a and b, may be provided. For example, setting registrations such as “SK <But”, “K <This”, “HT <Invention”, “KS <Complete”, and “22 <I have been done”, etc. can be performed for individual words and their shortened system key inputs. If this is done (if the candidate language is set to Japanese),
The Japanese sentence "But the invention is completed" can be displayed as shown in FIG. 3 according to the present embodiment. The text in FIG. 3 may be displayed in three lines as shown, or may be displayed in two lines or one line in a ruby-attached form. Some or all of the shortened key inputs may be omitted. The combination display or the like may have a structure in which, for example, a key input of a Roman character “SIKASI” and a phonetic symbol “haueva” are also written.

"H <However,", "t <thi
s "," v <invention "," cmp <co
“mmpleted” and “hb <has been” are registered for each word and its shortened system key input, and the assignment relationship between lowercase and uppercase is set for the shortened system key input of the present embodiment. When registered (when the languages for world language candidates are Japanese and English), the example sentences can be displayed as shown in FIG.
The sentence of FIG. 4 may be displayed in six lines as shown, or may be displayed in a ruby-attached form in one to five lines. A part or all of the key input and the shortened key input may be omitted, and the deleted key input may be reproduced as needed. For example, “SIKA
It may be structured such that a key input of a Roman character of "SI" and a pronunciation symbol of "haueva" are also written. Further, by changing the shortened system key input on this display screen, the shortened system key input registered in the assignment setting can be changed. In this example, two languages, Japanese and English, are used as examples.
Other languages such as French may be added. For example, it takes time and effort to look up a French-Japanese dictionary to read textbooks in French language. However, if this text is registered in a word processor or read by a scanner, and this is displayed together with the shortened key input of the two Japanese and English languages by the registration method of this embodiment, there are some problems. Even so, the meaning and contents can be understood, and the trouble of looking up a dictionary is considerably reduced. Further, if the user wants to register a shortened word processor in the future, the user can learn the shortened key input. Therefore, according to the present embodiment,
Unlike translation, it has the advantage of not only improving the efficiency of word processing registration in multiple languages, but also acquiring multilingual language skills.

(Third Embodiment) When a key input registered corresponding to a word or the like in a language for a world language candidate and / or an opposite word or the like in another language having the same meaning as the word or the like is made, Immediately, part or all of a series of candidates such as words after word processing conversion corresponding to the key input is displayed on the word processing screen. Some or all of the series of candidates are displayed at the same time somewhere on the display screen,
By selecting one or more of the words, those words and the like are converted and registered in a word processor. Among the candidates for the words and the like, the words and the like that have been subjected to word processing conversion with the latest use and displayed on the output display device are displayed as the top priority candidates for selection. This, like a traditional word processor,
A large number of registered words and the like are not displayed for reference for the first time with at least three key operations, and a part or all of registered words and the like of a series of candidates forming a combination by one operation are simultaneously displayed for reference. it can.

(Fourth Embodiment) FIG. 5 is an output display screen showing a fourth embodiment of the present invention. As soon as a key input of a spelling of a word or the like is started, the key input is recognized as a key input as a spelling of a part of the word or the like, and the registered word or the like using the latest use including the key input is converted into a word processor. And displayed on the output display device, and displayed on the output screen as the highest priority candidate for selection. Furthermore, by sequentially selecting words and the like displayed on the screen after earlier word processing conversion, the word processing device and / or
Or, it is displayed on the output screen of the electronic dictionary device, and on the other hand, it is recognized that a key input registered in abbreviated form, such as a word of a language for a world language candidate, has been performed, and after a word processor conversion corresponding to the key input. A part or all of the series of candidates such as the word is displayed simultaneously in another place on the screens of the word processing device and the electronic dictionary device. Therefore, by selecting a target word or the like from the displayed information, the word or the like is input in a word processor. In this case, as shown in FIG. 5, the latest top priority candidate and the word or other candidate block converted on the use of even earlier and displayed on the screen as the priority candidate (here, the creative on the left side of the screen)
It is desirable that the setting can be made so as to give an order of priority to one of the blocks in which the short registration conversion candidate appears (here, four words on the right side of the screen). The blocks can be placed next to each other.

In FIG. 5, both the case where the short registration system for words and the like is used and the case where it is not used,
It is preferable that a learning function in word processing conversion can be utilized. In this case, every time one key input is performed, candidates of words and the like displayed after being converted into word processors may change. For example, in the case where a key input “T” has a word “short” registered “short”, etc.
Just before the key input, the word "eat" is input by keying in "TABERRU" and the word "eat" is displayed as a candidate for the converted word and the like, and at the same time, the shortened registered word "accordingly" is also an option. Is displayed at another block location, and either one may be selected and registered as a word processor.

(Fifth Embodiment) FIGS. 6 and 7 are explanatory diagrams of a combination display for simultaneously registering and displaying related words and the like according to a fifth embodiment of the present invention. Set the noun form as the basic part of speech in words of the same language as the world language candidate language etc., set the spelling shortening system key input for it and register it, then add the key input further It is possible to set and register spelling shortened system key input for other parts of speech and their inflected forms. In that case, the priority in word processor conversion of other parts of speech related to a noun that is a basic part of speech for a word etc. is described as an adjective, adverb, verb, derivative of verb, synonym,
Antonyms can be in the order of other languages that have the same meaning as the noun. For example, when a part of the spelling of “cr” is input and the English of “creation” is input in a word processor, “cre” is input immediately after the key input of “cr”.
ation ”is displayed on the screen,
Make other suggestions appear somewhere on the screen with a number. That is, for example, as a candidate for a key input of a shortened spelling “cr”, the candidate is set and registered in an arrangement as shown in FIG. Note that the words in FIG. 6 are assigned in the grammar dictionary device, are displayed on the screen, and are selected by using numeric keys, function keys, and the like to select the part of speech and the verb of conjugation, Related words can be registered in a word processor and displayed collectively. "Creativity" and "non-cr"
Related words such as "eative" may also be analyzed and assigned in the grammar dictionary device. Also,
Japanese such as “<creation” may be assigned to “CR” by a grammar dictionary device.

By fixing the number assigned to the part of speech and the like arranged at the beginning of each word in FIG. 6, for example, if it is determined that the number 2 is always an adjective, a word having the same etymology but a different part of speech This is convenient when various values are input and analyzed. When the number of these candidates is small, words that are similar in etymology may be included, and synonyms, antonyms, synonyms of other languages (pronunciation symbols may be included), related words, etc. may be included. . In this manner, it is possible to extend various linguistic skills by the method of the present embodiment by utilizing the etymology from the knowledge of one word. In addition, if the intelligence of the word processing software advances, the context is determined and analyzed, estimated, and displayed as long as the word and other permutations previously used as well as the candidates previously shortened and registered are included. It is also possible to select it. In this case, in addition to the above-mentioned fixed number selection, these candidates may be addressed to numbers 11, 12, and 13 or more, and keys different from the numbers may be assigned, for example, function keys. You may.

Similarly, in a word processor registration of a word such as a Japanese word, for example, when a part of the spelling of “CR” is inputted and a Japanese noun “creation” is registered as a word processor, As soon as the key is input, the word "creation" is displayed on the screen, and at the same time, other candidates such as words with the same etymology but different parts of speech, such as related verbs and their conjugations, are displayed on the screen with numbers. It may appear somewhere. That is, for example, as shown in FIG.
The five word groups may be analyzed and assigned in the grammar dictionary device, and each part of speech, verb, related word, etc. may be registered in a word processor. By fixing this assigned number to the part of speech or the like, for example, if it is determined that No. 2 is always an adjective, it is convenient when various words of the same part of speech and different parts of speech are input. Also, when the above assignment is made to “cr”, English such as “CR” → creation may be automatically assigned by the grammar dictionary device.

For this selection, a function key of a word processor may be used instead of a numeric key. If the number of these candidates is small, words and the like that are close in etymology can be stored. As another example,
“High” as a noun 1. an adjective with "i" added 2. Adverb with "ku" added. 3. Verb with "do" added. The past tense of the verb to which "was added" may be assigned. In this case, the point that the correct Japanese is not obtained in "high" or the like may be corrected collectively as "high" by the artificial intelligence system to complete the word processor conversion registration. In the case of verbs, "eat" means "eat",
The word "swim" is all changed to "swim", and if it is not correct Japanese, the word processing registration may be completed by correcting it collectively with an artificial intelligence system. Even in the case of English, the past tense of "eat" may be regarded as "eated", and the word processing registration may be completed by collectively correcting the word "ate" later by the artificial intelligence system.

(Sixth Embodiment) In this embodiment, the present invention can be applied as it is without modifying a conventional word processor. "A" (A) is "Z", "I" (I) is "Y",
"U" (U) is "W", "E" (E) is "X", "O"
(O) is defined as a key input by substituting "V" and "N" by "M". As a result, the present invention can be efficiently applied as it is without improving word processing software used conventionally. C is S or K, F is H and P, and L is R
And Q and X may be used in common with K and C, respectively. Note that some conventional word processors cannot be shortened and registered with N, but this embodiment can also solve this. These are applied to abbreviated registration in order to use keys efficiently and effectively. For example, use of “w” → “v”, which is a correspondence between Esperanto and English, may be considered.
Some people think that language expresses emotions, so it is not a machine, but as long as using a word processor to express language,
It is also important to make machine-friendly software.

Hereinafter, embodiments of the present invention will be described. (Embodiment 1) Each time one word or the like is registered in a word candidate language in a word processor, the word or the like having the same meaning as the word or the like is displayed at another place or independently on a screen of a different word processing device or electronic dictionary device. In addition to continuously writing words and the like corresponding to other languages, machine translation software or the like for the combination of the languages can be incorporated so that sentences in other languages that are easier to understand can be written together. (Embodiment 2) If a corresponding short registration key input is not registered for a specified range of a word or the like registered in a word processor, a corresponding short registration key input candidate is automatically assigned and automatically set or manually set. To select or change settings. In this case, the registered settings can be saved or deleted when the power of the word processing device and / or the electronic dictionary device is turned off. (Embodiment 3) When a range of a word or the like displayed on the screen of the word processing device and / or the electronic dictionary device is designated, the range can be immediately copied and pasted to another place. In addition, the range can be input as a single word or the like by a short registration key. The reason for this is that the most necessary and frequently used operation after the range specification is copying.

(Embodiment 4) Among characters used in characters and / or character strings included in a part of a spelling of a word or the like, two or more types of characters are used in a part of a spelling of a word or the like. Then, if the spelling of the Romanized Kana conversion is a kana, the second and subsequent characters are a, i, u, e, o and A, I, U, E, O in half-width and a, i in full-width. , U, e, o and A, I, U, E, O. (Embodiment 5) In the case of Japanese input, it is also possible to use software that corrects grammatical defects after treating and inputting all verbs as sa-variables. For example, "I could do it"
→ Converted to “Done”, converted to “No exit” → “No exit”, converted to “Exit” → Converted to “Exit”, and “If exited”
It can be converted to "If you come out" and then "Get out" → "Get out", and these can be corrected collectively. The same case can be done in both Japanese and foreign languages,
It can also analyze text and grammatical deficiencies using word processing software with artificial intelligence, automatically correct them, and complete word processor conversion registration. (Embodiment 6) Sentence defects and / or grammatical defects can be corrected to complete word processing registration. For example, add one space after the word "invention".
It is also possible to register and use the word inserted. "A
One space before and after a word, such as "nd" or "or"
It is also possible to register and use words inserted one by one.
Furthermore, it is also possible to register and use an article in which an article is inserted before a word, such as "the invitation". For example, after registering the word processing as "the invitation", it may be registered as a word processor as "s", and the intervening space may be automatically removed by word processing software having artificial intelligence to complete the word processing conversion registration.

(Embodiment 7) By converting the spelling of a word or the like in a language for a world language candidate by key input or word processor registration and then converting it, it is possible to register katakana Japanese equivalent to a foreign word in a word processor. For example, in the present embodiment, when the user inputs "SKI" and presses the conversion key,
Registered as a skier and word processor. (Embodiment 8) Of the key inputs registered as a part of the spelling of a certain basic part of speech for a word or the like, the last key input or the first key input is repeated and the number of repetitions is increased in order. Can be assigned to a part of the spelling of a related word or the like such as another part of speech, which is sequentially derived, and registered, and the key input can be performed to convert the word into a word. For example, "pleas
If "pls" is registered as a shortened system key input for the noun "ure", "pleasein
g as a part of the adjective "pls
s "or" ppll ". As a part of the spelling of the adverb "pleasingly", "plsss" may be input as a short system key or "ppll" may be input as a key. As a part of the spelling of the verb "please", "plsss" may be input as a short system key, or "ppllll" may be input as a key. Also,
Special cases may be provided especially for frequently used words and the like. For example, "p" is used as a partial spelling for "please".
Key input. On the other hand, for example, when "PLS" is key-inputted as a shortened system key input for the noun "joy", "PLSS" may be key-inputted as a key input for the adjective "joy". "PLSS" is part of the spelling for the adverb ""
S ". "PLSSSS" may be keyed in as a shortened system key input for the verb "pleasure". In this way, even if the priority of repetition in word processing conversion of other parts of speech derived from a noun is the order of adjectives, adverbs, verbs, verb derivatives, synonyms, antonyms, and other languages with the same meaning as the noun, Good.

(Embodiment 9) After creating a word processing sentence, software for converting the first character of the sentence to upper case can be used. (Embodiment 10) When a word or the like after word processing conversion estimated for the key input is displayed on the output display screen immediately after the key input, similar words and antonyms having different origins from the word or the like are displayed. Some or all of the series of candidates can be displayed anywhere on the screen of the word processing device and / or the electronic dictionary device. (Embodiment 11) In a character string used as a part of a spelling of a word or the like, a certain character is replaced with a preceding character, a succeeding character, or a specific character in alphabetical order. You can also enter the key. (Embodiment 12) When registering a spelling of a part of a idiom, the head of each part constituting the idiom (excluding vowels)
A spelling can be selected, a part of the spelling can be allocated and registered, and a key input can be performed to convert the word processing into a word processing to register a word or the like in the word processing. For example, "in ord
spelling "irt" as a part of the word from "er to" (irt <in order to),
"IRT" is partly spelled from the word "to do" (such as IRT or RT <), or "fx" is used from the word "for example"
Can be partially spelled, or "FX" can be partially spelled from the word "for example" (FX <for example).

(Embodiment 13) It is also possible that an opposite foreign word or the like having the same meaning as a Japanese word or the like is an English word or the like. (Embodiment 14) In word processor conversion registration of words and the like,
It is also possible to provide a dedicated word processor conversion dictionary for shortening, which is adapted to the language and / or specialty field used in the word processor software in which some spellings are used for key input. In addition, among various languages for world language candidates, some averaging is required for languages with a large vocabulary or languages with a small vocabulary.
In order to make translation and word processing conversion registration efficient, it may not be necessary to divide “production” into “production”, “production”, and “production”, especially in the scientific field. It is necessary to simplify each language in each language with reference to sign language. In addition, 2 in one word etc.
It is conceivable not to use one that has more than one meaning. For example, “top” has the meaning of “top” and the meaning of “top music”, but English for “top music” may be unified to “spinner”. (Embodiment 15) In word processor conversion registration of words and the like,
With this word processing software that uses some spelling for key input, it is also possible to provide a dedicated word processing conversion dictionary for system shortening registration of "Dana-tona" and "Dasu-ma-tona". This means that when a translated sentence is created using a word processor, the sentence is unified and the ending is “-”. ] Or
"~is. ~ ], So it can be very convenient.

(Embodiment 16) If a spelling that does not become a kana is entered on the way even if a Roman character is input, kana conversion or kanji conversion can be prevented from being performed. If the number of keys is insufficient, it can be used as a kana / kanji non-conversion key in combination with another function key. (Embodiment 17) Even if a Roman character is input, it is possible to prevent a Roman character kana conversion or a Kanji conversion from occurring unless a finalizing key such as a no-conversion key, a conversion key, and a return key is pressed. However, it is not preferable in terms of efficiency to increase the number of excessive key press operations, but as described above, spelling that does not become a pseudonym continues multiple times, or normal warp use is performed several times during the process. It is more convenient to have this kind of key when inserting (Embodiment 18) If two or more words in a foreign language that have the same spelling in the middle of a part of one spelling are conceivable, the spelling with a word order later in the middle is considered. May be sent to a spelling shortening system key input registration that repeats the last key input count of the same spelling many times. In other words, when abbreviated registration is assigned to candidates such as two or more words with one spelling, one of them is decided to operate one more in order to facilitate the operation. It is. For example, "A P <appearance,
Application, application ”and“ ap <appearance, ap
application to the word shortening registration, 4
In the English spelling, the letter "e" or "l" is used after the letter "p". On the other hand, "appropr
In the case of "iate", the character of "r" is used after "p", and "r" has the word order of "e" or "l" later than "e". It is appropriate to use the spelling of "pp" which repeats the key input of "".
Therefore, “A PP <appropriate” or “A PP <apppropr
iate ", and abbreviated registration in which the last key input of the spelling is repeated can be performed. (Embodiment 19) A case where dictionary learning is performed on the priority order of a plurality of candidates for a word or the like for a part of spelling or a case where no dictionary is learned may be selected for each shortened system key input for a word or the like. For example, “D <and” and “d <and” are always invariable as the first conversion candidate words and the like, and “D <development” and “d <d
evolution ”is the next candidate for the next word, etc.“ D <
The priorities of “Akebono” and “d <daybreak” may be changed by dictionary learning. For example,
As soon as the key "D" is input, these candidates appear on the output display device. Among them, the words "D <and" and "d <and", which are the first conversion candidates, always have the first order and remain unchanged. Can appear in

(Embodiment 20) A case where dictionary learning is performed on the priority order of a plurality of candidates for a word or the like for a part of spelling may or may not be selected for each candidate such as a word. For example, in the case of English, the priority order is kept constant, while in the case of Japanese language, the dictionary can be learned about the priority order. (Embodiment 21) When the priority of a plurality of candidates for a word or the like with respect to a part of spelling changes due to dictionary learning, other parts of speech, derived words, related words, and the like derived from the word or the like are also applied to a part of the spelling. Whether or not the priority order of a plurality of word candidates changes in conjunction with each other may be selected for each word candidate. For example, "D
<Development> and <d <development> are the next next word candidate "D <Akebonoh" and "d <daybreak"
If the priorities change due to dictionary learning,
"DD <development" and "dd <devel"
For “op”, the priorities of “DD <daybreak” and “dd <daybreak” of the next next word candidate may be changed by dictionary learning. As soon as a key is input, the converted word or the like corresponding to the key input is word-processed and displayed on the output display device, and a plurality of candidates such as a corresponding word of a series of words or the like are displayed on the word processing output display device. If it appears immediately somewhere above, it will not be a problem. In that case, you can change the order of multiple candidates such as words,
It is also possible to delete, copy, etc. In this way,
It would be very convenient if changes and corrections relating to a plurality of candidates such as words could be made while looking at the output display device.

(Embodiment 22) Each time a word or the like is registered in a word processor in a certain language, the word or the like in that language is displayed in another place or independently on an output display device of a different word processor and / or an electronic dictionary. Corresponding words and the like of the opposite foreign language having the same meaning as can be written continuously. Each time you register for word processing conversion in a certain language,
A set of words, etc., for which a person who understands another world language candidate is registered as a word processor without translation by continuously writing the corresponding words of another world language candidate in the vicinity or independently on different screens etc. There is an advantage that the meaning can be generally understood by looking at (sentence). At this time, words and the like of other world language candidates to be written may be word-processed, and the sentences of the world language candidates may be word-processed and completed in parallel. By incorporating machine translation word processor software etc. for other combinations of world language candidates written together with the combination, separately manned translation or machine translation, or using the corresponding translated word that you want to use in this word processor for machine translation Can be specified. In this way, it is also possible to write a sentence of another world language candidate that is easier to understand. In the above situation, there is no longer a sentence registered as a single language word processing conversion such as Japanese or English, and a state in which multilingual texts are registered in parallel at the same time, the word processing conversion of the present invention is performed. It can be considered that the registration has been made. The word processor conversion registration of the present invention was performed for the first time with a set of words (including sentences) composed of blocks written in various ways, such as a nearby place, another place blocked, another screen, screen division, and the like. There may be an idea that the world of information provision will appear. (Embodiment 23) A short registration key input corresponding to a word or the like and / or a set thereof already registered in a word processor is displayed somewhere on an output display device of a word processing device and / or an electronic dictionary device. Can be displayed so that the machine translation of a sentence into a foreign language can also use a translation that is relative to the word, etc. Good.

(Embodiment 24) By pressing a translation key for a word and / or a set of words registered in a word processor in a certain language, it is possible to provide software capable of word processor conversion into a word and / or a set of foreign languages. For example, as described above, a language for world language candidates, or an opposing word of another language having the same meaning as the word, and an electronic dictionary capable of efficiently displaying related words and the like as necessary on the screen are provided. As a result, if a certain national language is a translation target word and / or a set thereof, the electronic dictionary is searched using the word as a key, and a word and / or a set of the translation target national language is included in a series of opposite words. It checks whether or not it is, and if so, displays the language for the candidate world language, and if not, checks the dictionary of the national language of the translation destination and / or a set of dictionaries present in the dedicated area, and displays the corresponding one. (Embodiment 25) When a range of a word or the like displayed on an output display device of a word processing device and / or an electronic dictionary device is designated, a key input candidate corresponding to an efficient short registration spelling is automatically generated. The settings can be registered. In this case, the registered settings may be selected to be saved or deleted when the power of the word processing device and / or the electronic dictionary device is turned off. (Embodiment 26) For a word or the like that has been copied once in a word processor, 15 or more words are partially or entirely displayed somewhere in the output display device of the word processor, or can be displayed. Yes, it is possible to select it and make it copyable repeatedly. (Embodiment 27) When a word or the like is copied or moved in a word processing sentence with respect to a certain position where a sentence is being created, and the cursor is moved from a certain position where the sentence is being created to a copy source or a movement source position Alternatively, it is also possible to return to the original place in which the text is being created in advance with a single touch without having to specify the copy destination or the move destination again. This can be done by saving the original part of the text being created in a specific area, reading it out when returning, and setting it as the return address.

(Embodiment 28) When a word processor text being created is saved, it can be saved simultaneously on a plurality of devices by one operation. This can be achieved by specifying a transfer address in a transfer command from the screen, and it is important that the devices are connected to each other. (Embodiment 29) With respect to a set of words and the like registered in a word processor in a certain language, an opposite foreign language having the same meaning as the word or the like in another place or on an output display device of a different word processor independently is displayed. A set of equivalent words, that is, when the translated sentence is displayed continuously, the corresponding part of the corresponding foreign language that has the same meaning as the word in that language, etc. should be omitted. In such a case, a part lacking in a set of words and the like in the original language can be displayed in a distinguished manner. (Embodiment 30) In addition to checking and displaying misspellings for a set of words and the like registered in a word processor in a certain language, a spelling candidate considered to be correct is displayed somewhere on the output display device of the word processor. Thus, it is possible to select and replace them with one touch, and / or to add spelling candidates considered to be correct. (Embodiment 31) Using a word processor having a polygon mirror, that is, a multi screen, instead of a single word processing screen, displaying abbreviated registration including a table, and / or using the same word as a Japanese language word currently used It can be directed to a set of words or the like corresponding to foreign languages having a meaning, that is, a use of displaying translated sentences continuously.

(Embodiment 32) When registering a word processor,
The character or character string one character ahead of the character string at the cursor position can be deleted. That is, conventionally, a key input (backspace key) capable of deleting the character or character string one character before and a key input (delete key) capable of deleting the character or character string at that place are known, By adding a space key, the word processing editing function is further improved. Further, at that time, the cursor may automatically move to that position. For example, in the case of copying or the like, there is a case where the character is returned one character ahead, which is very convenient. (Embodiment 33) As long as there is no other priority rule, it is possible to create a word processing device adopting a key input method in which fingers of one hand are used continuously. Conventionally, when a finger of one hand is continuously pressed for a long time, it is normal that only the same character as the character pressed at the moment is displayed, and the finger of one hand is continuously pressed multiple times. In this case, the character pressed at the moment is displayed side by side multiple times, but by applying it to the display of words registered in abbreviated form, the first time is a noun, the second time is a verb, the third time is an adjective, the fourth time Is an adverb, 5
The times can be displayed in the order of related words and the like. (Embodiment 34) When a character string or the like is searched for replacement, movement, or deletion, if there is another character string before or after the character string, it may be set to be excluded from the search range. it can. (Embodiment 35) One type of key input and two or more types of combined key input are shown in a two-dimensional table, and words and the like registered in abbreviated conversion corresponding to the two-dimensional table are displayed in order of priority. By entering, copying, moving, and deleting words and the like in the places of the words and the like corresponding to some of the spelling key inputs in the table, word processing is registered, and the words and the like are input to the corresponding key inputs. It is also possible that the spelling shortening system key input conversion registration is performed.

(Embodiment 36) A key word input including numbers and symbols may be used as a word processor for spelling for shortened registration of words and the like. For example, if the number 1 is input by a key and converted, the word "Sure" is registered as a word processor, and if the number 11 is input by a key and converted, the word "Sell" or "I let it" is written in a word processor. When the number 111 is entered and converted by key input, a negative word such as “do not let” is registered in a word processor. Is registered as a word processor. Also, when the number 2 is entered by keying and converted, the word "do" is registered as a word processor, and when the number 22 is entered by keying and converted, the negative form of "was" or "has been" is entered. When a word or the like is registered in a word processor and converted by inputting the number 222 as a key word, a negative word such as “not performed” is registered as a word processor, and converted by inputting the number 2222 as a key word and converted to Words with various grammatical changes, such as inflected forms, plural forms, tense, and the like, such as word registration of word processors, can be assigned these changes in various ways. (Embodiment 37) For foreign languages having the same spelling but different meanings, the first spelling of different Japanese words and the like corresponding to the foreign languages having the same spelling and alphabetical order, respectively, is as follows:
By repeatedly adding the last spelling of a foreign language word or the like, another spelling can be given to avoid confusion of meaning. (Embodiment 38) After inputting a noun, a certain key input such as a function key may be performed to add software for word processing conversion to another part of speech, such as a verb, adjective, adverb, etc. of the same etymology and its conjugation form. . Since there are 16 function keys, for example, numeric keys 1 to 9
For the item selected in the above, it is necessary to press two keys in combination for 10 or more, but it is not necessary to press the two keys only by adding the function keys (F1 to 16) after that. A repeat key or the like can be added. (Embodiment 39) After inputting the original form of the verb, a key input such as a function key is performed to execute a gerund, past tense, present progression, hypothesis, present complete, past complete, passive, semi-past, It is also possible to convert the word processor into a utilization form such as a large past, a negative form, a passive form, a probable form, a command form, and the like.

(Embodiment 40) Through the key input of upper and lowercase letters, which are abbreviated spellings of words, etc., setting is made such that words, etc. having a relative relationship are used with the highest priority in machine translation. It is also possible.
For example, in the translation mode, the word processing device itself is automatically switched to the reading mode of the electronic dictionary in which the conversion of the language for the world language candidate is registered, so that the contents of the electronic dictionary can be always read. (Embodiment 41) A foreign word in Katakana or the like can be registered in a word processor by performing a word processor conversion after a spelling of a foreign language word or the like is inputted by a key. For example, by pressing the conversion key after keying in “step” in English, “step”, “contr”
"const" by pressing the conversion key after key input or word processor registration and adding a word processor that not only makes foreigners more convenient, but also allows Japanese to use "sut" in Roman letters.
It may be more convenient than typing "eppu" or "kontorasuto". (Embodiment 42) A word processing apparatus capable of performing word processing conversion from full-width characters or half-width characters can be provided.

(Embodiment 43) By specifying a range of words or the like consisting of five or more characters represented by a romanized spelling registered in a word processor or by keying in the words or the like, other than the shortened system key entry already registered A new abbreviated system key input candidate is automatically displayed somewhere on the output display device of the word processing device and / or the electronic dictionary device, and a key input as a new abbreviated spelling is registered when selected from among them. I can do it. For example, "confineme
nt] or “c”
On the output display device of the word processing device and / or the electronic dictionary device, the word “onfinement” or the like has not been registered.
key in the word "element" or specify the range of this word, for example, "cf"
Also, a short system key input candidate "cmf" is displayed, and "cf" is already used for a short system key input of other words, but "cmf" is still a short system key input system of any other word. If it is displayed that it is not used for key input, change "cmf" to "confinement"
Is used as a key input for a shortened system such as the word
That is, “cmf <containment” may be set. (Embodiment 44) Immediately after a key input, a part or all of the word part candidates having the same etymology but different parts of speech from the word or the like after the word processing conversion estimated first for the key input immediately become the word processing device and / or Words and the like can be registered in a word processor by being displayed somewhere on the output display device of the electronic dictionary device and selecting from among them.

(Embodiment 45) In the case of a key input in which U is entered after a consonant expressed in Roman characters, the corresponding kana can be registered in a word processor even if omitted. For example, "SM <
Word processor conversions such as "live", "S <add", and "TRK <make" are possible. (Embodiment 46) Among words in the language for world language candidates, etc.,
It is also possible to register a shortened spelling system key input for a word or the like having a space before and / or after a word in a Japanese language or the like where a space normally exists between words or the like such as English. The extra space can be removed later. (Embodiment 47) When a word or the like is entered by key input and confirmed or converted into a word processor, all the word processor registrations to be performed below are specified so that the cursor is positioned at the head of the word or the like registered at that time. It is possible to continue until it is released.

(Embodiment 48) Even if there is a space after a word or the like in a key input of a plurality of nouns or verb pasts in a word or the like in English or the like, "s", "ed",
“D”, “ing”, “g”, “,”, “. ], [L
By inputting a key such as "y", "ion", "ce", "ity", etc., it is also possible to correct the key input by analyzing it later using word processing software having artificial intelligence.
For example, if you enter "study" and then enter "s" and the result is "study s",
If they are spell-checked and modified at once, they will be corrected to "studies". Similarly, "stud
y ”and then“ d ”, resulting in“ s
If it is “tudy d”, it is corrected to “study” when it is spell-checked and corrected collectively. After inputting "study", input "g". If the result is "study g",
If it is spell-checked and modified at once, it will be corrected to "studying". [Importan
"t" and then "ce", and as a result "im"
"portant ce", if it is spell-checked and corrected at once, "impor
tance ”. After inputting "active", input "ity" and, as a result, "active"
ty ". Even if it is "active ce", it is corrected to "activity". In this way, it is possible to cope with an inflection of a word or the like that has been shortened and registered with a space. With the development of artificial intelligence, it is possible to make corrections while judging the parts of speech in sentences. This is not limited to English, but French,
It can be applied to other foreign languages such as German.

(Embodiment 49) Further, it is also possible to designate to omit confirmation of deletion or the like. After this designation, deletion and deletion can be made without inputting "YES" or "NO". In that case, if you cancel later and make it possible to wait, "YE
It is not necessary to input "S" or "NO". It is also possible to cancel later, or wait two or more times before. If necessary, cancel the specification,
You may make it necessary to input "YES" or "NO".

(Embodiment 50) In addition to the case of inputting with the fingers of a hand as in the case of a normal word processor, various key inputs such as palms, elbows, toes, feet, voices, and eye movements are used. This includes using and combining input methods. The characters or character strings referred to in the present invention represent not only key input such as kana alphabets, but also ＠,;, +
This includes the case where all key inputs such as the symbol are used.

[0046]

As described above, according to the present invention,
The problem of duplication due to homonyms is reduced, it is easy to memorize at the time of setting registration, the time of word processor registration can be shortened, and the registration conversion method of the language for world language candidates can be realized reasonably and efficiently. In addition, as many words and sentences as possible can be registered quickly and efficiently with the minimum number of key inputs, and conversion candidates are displayed immediately by pressing one conversion key. It is possible to improve the efficiency of the word processor conversion registration of a sentence in which interlingual or bilingual languages are mixed. Furthermore, it is convenient for translators and foreigners learning Japanese, and can be efficiently used as a language dictionary for world language candidates as the frequency of use of computers increases.

[Brief description of the drawings]

FIG. 1 is a block diagram of a registration dictionary system for a language for world language candidates according to a first embodiment of the present invention.

FIG. 2 is a diagram illustrating a functional operation procedure of a method for registering conversion of a language for world language candidates according to an embodiment of the present invention.

FIG. 3 is a format diagram of a display method of a language for world language candidates according to a second embodiment of the present invention, in which the language for world language candidates is Japanese.

FIG. 4 is a format diagram of a display method of a language for a world language candidate in a case where the languages for a world language candidate are set to Japanese and English.

FIG. 5 is a diagram of an output display screen showing a fourth embodiment of the present invention.

FIG. 6 is an explanatory diagram of a case where similar related words and the like are registered and displayed at the same time according to the fifth embodiment of the present invention.

FIG. 7 is an explanatory diagram of a case where similar related words and the like are registered and displayed at the same time.

[Explanation of symbols]

11 CPU, 12 ROM, 13 RAM, 14 hard disk (HDD), 15 keyboard, 16 display, 17 bus, 21 input device, 22 grammar dictionary device, 23 related words, etc. Setting registration storage dictionary device, 24 ... word processor conversion device, 25 ... output display device.

Claims (4)

[Claims] 1. A word of a national language or a group of said words determined as a language for a world language candidate, and an opposite translation word or a group of said words of another language having the same meaning as the word or the group of the words, When related words as needed are sequentially input from the input device, these are transferred to a memory in order to register them as one combination, and the input word of the language for the world language candidate or a group of the words and the related words are input. Analyzed by a grammar dictionary stored in the memory, registered in a setting registration storage dictionary that stores related words and the like stored in an external memory for each combination, a word of the language for world language candidates or a group of the words Three or less combinations selected in order from the top of only uppercase letters that are part of the spelling of a Japanese language word or language defined as a language for world language candidates When the shortening system key input character corresponding to collection registered in the setting registration storage dictionary, select the following combinations three in order from only the first opposing lower case,
A sequence of words arranged in order, a word in a national language defined as a language for world language candidates, or a translated word in another language having the same meaning as that of the group of words, or a related word or group of words, as necessary. It is registered in the setting registration storage dictionary as a character for abbreviated system key input corresponding to a word, and three or less combinations are selected in order from the head of only lowercase letters, and an arrangement in order is determined as a language for world language candidates. When a word in the given national language or a shortened system key input character corresponding to the group of words is registered in the setting registration storage dictionary, three or less types of combinations are selected in order from the top of only the uppercase letters. The words arranged in order, the words of the national language defined as the language for the world language candidate, or the translated words of the other language having the same meaning as the group of the words, or the unit words A set of words and, if necessary, registered in the setting registration storage dictionary as abbreviated system key input characters corresponding to related words, and in reading, characters in an array determined as the abbreviated system key input characters Is input from the input device, the word processing conversion device of the central processing means searches the setting registration storage dictionary using the shortened system key input character as a search key, and as a result of the search, the read one set of worlds A language selected for a word candidate or a translated word of another language having the same meaning as that of the group of words or a group of the words, and a word selected from related words as necessary are displayed on a reference screen in the output display device. Display, and when a target word or the like is selected from the display by operating the input device, it is determined which is selected, and the target word or the target word or the like is determined. Display only collection of words in the output display device, the world word candidate language and registration method for converting the translation related word, characterized in that a word processor register. 2. The method according to claim 1, wherein the word processing conversion device of the central processing means corresponds to one desired combination at the time of reading. When a registered character for abbreviated system key input is input from an input device, a candidate for a related word that forms one combination after word processing conversion corresponding to the character for abbreviated system key input by one input operation only Part or all of the words is selected and displayed at the same time anywhere on the screen of the output display device. Next, of the related word candidates forming one displayed combination, the word selected from the input device or the word A method of registering and translating translation-related words for a language for world language candidates, characterized in that only a group of words is registered in a word processor. 3. The method according to claim 1, wherein the word processing conversion device of the central processing means inputs a spelling of a word from an input device at the time of reading. Is started, the key input is immediately recognized as a key input as a spelling of a part of the word, and the word that is most recently registered in the general registration mode including the key input is set as the top priority candidate. While converting and displaying on the reference screen in the output display device, the words displayed by the earlier word processing conversion are sequentially displayed on the control screen in the output display device as lower priority candidates, and at the same time, It also recognizes that a key entry registered in abbreviated form, such as a word of a language for a world language candidate, has been performed, and a part or candidate of a related word after word processing conversion corresponding to the key entry. Part is displayed at another place on the operation screen in the output display device, and when a target word or the like is selected from the displayed by operation of the input device, it is determined which is selected. And displaying only the target word on the output display device and registering it in a word processor. 4. The method according to claim 1, wherein the word processing conversion device of the central processing means uses “a”, (A) as a short registration key input. "Z", "I",
(I) to "Y", "U", (U) to "W",
"E", (E) to "X", "O", (O) to "V"
Then, after converting and registering "N" as a substitute for "M", the converted character is used as a key to search the setting registration storage dictionary device, and the read word or the like of the world language candidate is read. A method for registering and converting world-language candidate languages and their translation-related words, which is displayed on an output display device and registered in a word processor.