JP2000089901A - Japanese input system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a Roman character input system capable of reducing the number of keys necessary for inputting KANA (Japanese syllabary) or KANJI (Chinese character), enabling a user to easily master the system because of one-to-one correspondence between pronunciation and spelling and capable of eliminating the necessity of using a long vowel key interrupting blind touch. SOLUTION: In the case of inputting a KANA character of the 'u' column first of all, only a Roman character of its consonant is inputted in principle. In the case of inputting a contracted sound in the 2nd place, 'y' required to be attached to a consonant in a conventional method and a vowel are collected as one key. In the 3nd place, spelling matched with its pronunciation is applied to 'chi' or the like of which Roman characters to be inputted are different from the pronunciation in the conventional method. In the 4th place, a long vowel can be inputted by repeatedly inputting a vowel immediately before the long vowel.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a Japanese input device such as a word processor for inputting Japanese using a keyboard, and more particularly to a Japanese input device for inputting Japanese using Roman characters.

[0002]

2. Description of the Related Art Methods of inputting Japanese using a keyboard can be broadly classified into a Roman character input method and a kana input method. The Roman character input method has an advantage that the key position is easy to remember because there are fewer types of keys for input than the kana input method. However, first, in order to input the kana of the lower stage, it is necessary to input the consonant romaji and u. In addition, in order to input a repetitive sound, it is necessary to input a consonant Roman character, y, and a vowel Roman character. In addition, in order to input “te”, “to ぃ”, and “de 例 え ば”, for example, thi, twu, dh
i must be entered. Also, for the particle "he", it is necessary to input two of "he". Also, it is necessary to input two of the particles "wo".
As a result, in order to input “Uh”, for example, ux
o to distinguish from ""
You need to enter one Roman character. Also, in order to distinguish between “n” and the kana of the row,
Need to be overlapped. As a result, when inputting the kana of the line after "n", it is necessary to input a total of three n's. Second, ti is “chi”, tu is “tsu”, d
i corresponds to “$” and du corresponds to “zu”, but two pronunciations “ta, te, to” and “chi, tsu” correspond to the same Roman character t. Similarly, two types of pronunciation, "da, de, do" and "@, zu", correspond to the same Roman character d. Similarly, the particle "ha" and the non-particle "ha" have different pronunciations, but both are spelled ha. That is, two pronunciations correspond to the same Roman character. Third, "O" and the particle "wo" have the same pronunciation, but the former is spelled as "o" and the latter as "wo", so that two types of Roman characters correspond to the same pronunciation. Fourth, in order to get the definition of the long sign "-",
It is necessary to input the key of "-".

[0003]

As described above, in the prior art, first, the number of Roman characters input to kana is large. Second, two pronunciations correspond to the same romaji, which is complicated and difficult to master. Third, since two types of Roman characters correspond to the same pronunciation, it is complicated and difficult to master. Fourth, the "-" key that must be entered in order to obtain the determination of the prolonged symbol "-" is significantly off the alphabet key. Even if you are typing with a blind touch, you need to take your eyes off the screen and check the "-" key with your eyes, unless you are very proficient, which prevents smooth input.

[0004]

Means for Solving the Problems To solve the first problem described above, when inputting the pseudonym of U-dan, either inputting only the consonant without u or inputting without omitting u To make it possible. However, in this case, among the consonants to be superimposed on the consonant at the time of the input of the repellent sound, there is a problem that the leading consonant is erroneously converted as the kana of the U-stage, so in order to avoid this, When inputting a sound-repelling sound, a consonant should not be superimposed. <A unique sound-repelling key is set for the sound-repelling sound, and when the sound-repelling key is input, it is converted to “tsu”. Also, as it is, as before,
If a consonant and y are overlapped during the input of a consonant, there is a problem that the consonant is incorrectly converted as a kana step. To avoid this, when inputting a consonant, the consonant and y Instead of overlapping, the consonant and the five types of resonant keys set as keys for repetitive sounds are superposed. Reson key alone is "ゃ", "ぃ", "ゅ", "ぇ",
Since it corresponds to "cho", the number of Roman characters required when inputting a repetitive sound is reduced by one. In addition, this key alone can be used to input a kana with a small sound. Similarly, in the case of inputting "ku (kwa)" or the like, if a consonant and a w are superimposed as in the related art, a problem occurs that the consonant is erroneously converted as a kana of the U-stage. For avoidance, when inputting "kuwa (kwa)", etc., do not overlap consonants with w. Instead of a combination of w and vowels, a combination of two consonant keys of the corresponding stage Is used.
In other words, after the consonant, if the same key is duplicated,
It is converted to a pseudonym such as "kuwa (kwa)". When a vowel is input after "n", an exception is to input a sound-repelling key after n and collectively convert them to "n" once. By doing so,
In order to distinguish between “n” and the kana of the row, n does not have to be overlapped, and when inputting the kana of the row after “n”, n
Need not be repeated three times. In order to solve the second problem described above, in the present invention, "vertical"
“Tsutatsutsutsu” and “dadedudedo” are considered as a row of t, a row of c, and a row of d, respectively. As a result, “te ぃ” is associated with ti, “ぅ” with tu, “ぃ” with di, and “に 対 し て” with du. Also, ci is associated with “chi” and c is associated with “tsu”. Instead, since “ぢ”, which was conventionally supported by di, has the same pronunciation as “ji”, once input “ji” and then convert it to “ぢ” by the kana-kanji conversion means. To do. Similarly, since "zu", which conventionally corresponds to "du", has the same pronunciation as "zu", once "zu" is input and converted to "zu" by the kana-kanji conversion means. To do. Also, the particles, "ha",
When inputting "he", each character is regarded as if it is a kind of kanji, and its pronunciation is input as "wa" and "e", respectively, as pronunciation, and "wa", "e , And then converted to "wa" and "he" by the kana-kanji conversion means. Of course, in order to avoid confusion, even if "ha" is input, it is converted into the auxiliary "ha" as in the past. Similarly, even if he is input, it is converted into the particle "he" as before. In order to solve the third problem described above, o is associated with the particle "wo" as pronounced.
Treats "o" as if it were a kind of kanji,
Enter "o" and convert it to "O"
And then convert it to "wo"
To be converted to Of course, in order to avoid confusion with the prior art, as in the past, even if the word "wo" is input and converted to "U 変 換" by the Romaji-kana conversion means, the particle "" is further converted by the kana-kanji conversion means. To be converted to In order to solve the fourth problem, in the kana-kanji conversion means, when converting to a word containing the long kana "-", the long kana is replaced by the long kana "-". Even if a kana representing the pronunciation of a long sound, that is, a kana of a vowel immediately before the long sound is input instead of a key, a word including the long sound "-" can be selected from a kana-kanji conversion dictionary.

[0005]

FIG. 2 is a block diagram showing an embodiment of the present invention. Reference numeral 1 denotes a keyboard, 2 denotes a Roman kana-kanji conversion unit, 3 denotes a kana-kanji conversion unit, 4 denotes a kana-kanji conversion dictionary, 5 denotes a selection unit, and 6 denotes a display device. The Romanized kana conversion means 2 receives a Romanized character or the like input from the keyboard 1 and converts a part that can be converted into a kana according to a certain rule while displaying a character string mixed with a kana and a Romanized character on the display device 6. , Put a break in the kana part at an appropriate place. When the conversion key on the keyboard 1 is pressed, the delimited portion of the kana in the romaji / kana conversion means 2 is passed to the kana / kanji conversion means 3, and the kana / kanji conversion means 3 converts the kana / kanji conversion etc. With reference to the dictionary 4, candidate character strings composed of Kanji, Kana, or other characters, which are candidates, are passed to the selection unit 5. The selection unit 5 displays the candidates on the display device 6. Then, the selection means 5 receives which character string is to be selected from the keyboard 1 and finally displays the selected character string on the display device 6.
To be displayed.

The keyboard 1 is a device for inputting a sentence in which Roman characters are mixed with Chinese characters, kana, Roman characters and symbols. The keyboard can be replaced with an electric character input device using a pen.

[0007] In the romaji kana conversion means 2,
k, g, s, z, c, t, d, n, h, b, p, m,
15 types of y, r, w or f + v added to them are consonant keys, 5 types of a, i, u, e, o are vowel keys,
Keys other than consonant keys other than vowel keys but keys other than vowel keys
One type of specially assigned key in the area where the blind touch can be performed with the alphabet or the alphabet other than the alphabet is called a sound-repelling key. The keys other than the consonant keys and other than the vowel keys and the keys other than the sound-repelling keys, and the five specially assigned keys in the area where the blind touch can be performed with the alphabet or the non-alphabetic keys are referred to as the muon keys. Change the displayed pseudonym to
A key that is converted to a character string containing kanji, kana, or romaji as necessary is called a conversion key.

FIG. 1 is a flowchart of the conversion control by the Roman alphabet kana conversion means 2. The Roman characters and the like referred to here are symbols corresponding to Roman keys or keys other than Roman characters used for Roman character input. The vowels, consonants, repellents, and repetitions shown here represent Roman letters and the like represented by the vowel keys, consonant keys, repellent keys, relentless keys, and the like in the Romaji kana conversion means 2, respectively. When a new Roman character or the like is input when there is no Roman character or the like that has not been converted to a kana, that is, when a leading Roman character or the like (S1) that has not been converted occurs, the Roman character or the like is a vowel or a repellent key. In the case (vowel or spelling of S1), the unconverted leading romaji or the like, that is, the input vowel or spelling is converted to a pseudonym based on the single romaji conversion table (FIG. 3) (S2). Accordingly, the unconverted Roman characters and the like disappear, and the process returns to S1. If the first Roman character or the like that has not been converted is a relentless sound (repetitive sound of S1), then the conversion key (S3) is pressed next (S3).
) Is converted to a kana based on a single Roman alphabet conversion table (FIG. 3) of the unconverted first Roman alphabet or the like (S2). Accordingly, the unconverted Roman characters and the like disappear, and the process returns to S1. If the conversion key (S3) is not pressed (S3 is not pressed), a Roman character or the like is input next, and if there are two unconverted Roman characters or the like, a second Roman character or the like that has not been converted (S4). ) Is a vowel, a vowel, a consonant, or a consonant different from the first Roman character (S4 a vowel, a vowel, a consonant, a consonant different from the first Roman character, etc.), only the first Roman character, etc. It is converted into a pseudonym based on the conversion table (FIG. 3) (S2). The second Roman character and the like are not converted and remain as Roman characters and the like. Accordingly, the second Roman character or the like that has not been converted becomes the first Roman character or the like and returns to S1. If the second unconverted Roman character or the like (S4) also has the same sound as the first Roman character or the like (the same sound as the first Roman character in S4), the first unconverted Roman character or the like and the second Roman character or the like are not converted. Romaji etc. are combined and 1 based on the dullness conversion table (Fig. 4)
It is converted into two kana (S5). Accordingly, the unconverted Roman characters and the like disappear, and the process returns to S1. If the first unconverted Roman alphabet or the like (S1) is a consonant (the consonant of S1), the next time the conversion key (S6) is pressed (the S6 is pressed), the first unconverted Roman alphabet or the like is pressed. Is converted into a kana based on a single Roman alphabet conversion table (FIG. 3) (S2). Along with that,
There are no unconverted Roman characters or the like, and the process returns to S1. If the conversion key (S6) is not pressed (S6 is not pressed), then a Roman character or the like is input, and if a second Roman character or the like (S7) that has not been converted occurs, the second Roman character or the like that has not been converted is generated. If (S7) is a vowel or spelling (S7 vowel or spelling), only the unconverted first and second Roman characters and the like are combined, and a combination conversion table with consonants (FIGS. 5, 6, or 5, It is converted to a pseudonym based on FIGS. 6 and 7) (S8). FIG. 5 shows that when the first consonant Roman character is k, g, s, z, t, c, d, or n, the second or second and third Roman characters are followed by a vowel, a repellent, or a consonant. Indicates which kana will be converted if it is entered and combined with a consonant. As a result, unconverted Roman characters, etc. disappear, and a new S
Return to 1. The second unconverted Roman alphabet etc. (S
If (7) is a consonant (consonant in S7), only the unconverted first Roman character or the like is converted to a kana based on the single Roman character conversion table (FIG. 3) (S2). Accordingly, the second Roman character or the like that has not been converted becomes the first Roman character or the like and returns to S1. Not converted 2
If the first Roman character or the like (S7) is a melody (S7 murmur), then if the conversion key (S9) is pressed (S9 is pressed), only the unconverted first and second Roman characters etc. are combined. Then, it is converted into a kana based on a combination conversion table with consonant romaji and the like (FIG. 5, FIG. 6 or FIG. 5, FIG. 6, FIG. 7) (S8). Accordingly, the unconverted Roman characters and the like disappear, and the process returns to S1. If the conversion key (S9) is not pressed (S9 is not pressed), then a Roman character or the like is input, and if an unconverted third Roman character or the like (S10) occurs, a non-converted third Roman character or the like is generated. When (S10) is a vowel, a plucked sound, a consonant, or a consonant different from the second Roman alphabet or the like (S10)
10 vowels, vowels, consonants, and remnants different from the second Roman character, etc.), only the unconverted first and second Roman characters, etc., are combined, and a combination conversion table of consonants 4 (FIG. 5, FIG. 6, or FIG. 5) , FIG. 6 and FIG. 7) are converted to kana (S8). Along with that, the third Roman character etc. that has not been converted becomes the first Roman character etc.
Return to The third Roman character etc. that has not been converted (S1
0) is the same sound as the second Roman character (S1)
0, the same romaji as the second romaji, etc.), all unconverted romajis, etc. are combined and kana based on the combination conversion table with consonants (FIG. 5, FIG. 6 or FIG. 5, FIG. 6, FIG. 7, FIG. 7). (S11). Accordingly, the unconverted Roman characters and the like disappear, and the process returns to S1.

In the romaji kana conversion means 2, when inputting the particles "ha", "he" and "wo", the respective readings wa, e and o are input.
"Wa",
Are converted to "e" and "o", and further converted to "ha", "he" and "wo" by the kana-kanji conversion means 3 respectively.

In the kana-kanji conversion means 3, when inputting the particle "wo", the word "wo" is input as usual and converted into "uu" by the kana-kanji conversion means 2. The kanji conversion means 3 converts the character into "".

When the kana-kanji conversion means 3 converts the word into a word including the long kana "-",
For the long part, instead of the long "-" key,
By inputting a kana corresponding to a long sound, that is, a kana of a vowel immediately before the long sound, a word including the long sound "-" can be selected from the kana-kanji conversion dictionary 4. Of course, the same result can be obtained even if the key of the long sound "-" is input as in the past.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The Roman alphabet / Kana conversion means 2 is effective for words composed of Kanji phonetic readings containing a large number of sounds, that is, Chinese words. For example, for "compress"
What is necessary is to input only seven Roman characters of "a, x, s, q, k, s, r" and then press the conversion key, but if this is performed by a conventional general Japanese input system, "a, x, s, q, k, s, r" , S,
s, y, u, k, u, s, u, r, u "and 11 Roman characters must be entered. The present invention is also effective when inputting a word in which a kana of a line comes after "n". For example, for "new", "s, i, n, n, i,
It is sufficient to press the conversion key after inputting the six Roman characters of "n", but if this is performed by a conventional general Japanese input system, "s, i, n, n, n, i, n" You have to enter as many as seven Roman letters. Next, in order to explain FIG. 1 as an example, for example, when "fanfare" is input,
FIG. 7 shows a process in which each time a key is pressed, Roman characters are converted into kana little by little. Next, FIG. 8 shows a process in which, when "sharp" is input, each time a key is pressed, the Roman characters are converted into kana little by little. Next, FIG. 8 shows a process in which, when "Start construction" is input, each time a key is pressed, a Roman character is converted into a kana little by little.

[0013]

First of all, in the present invention, it is not necessary to input u in principle when inputting the kana of U-dan, which occupies a considerable part of the Japanese language, so that the input speed is much faster than in the past. It is expected. According to the conventional method, a consonant key is combined with a consonant key for inputting a kana such as a repetitive sound, a sound-repelling sound, "n" or "kua (kwa)". It is impossible to distinguish between the two. However, in the present invention, it is possible to omit the use of a sound other than a consonant key for sounds such as a sound-repelling sound, a resounding sound, and “kuwa”, and to set a dedicated key, thereby eliminating u. In addition to the above, the number of keys required for inputting the repetitive sound or the sound repelling itself can be reduced, and the contribution to the improvement of the input speed is very large. Specifically, in the present invention, when a vowel is input after "n",
Insert a sound-repelling key between n and the vowel. In this case, even in the conventional general technique, since n must be combined with n, the number of keys to be input is the same. However, when inputting the pseudonym of the row after "n", the number of n to be input is conventionally three, but in the present invention, only one n is required for "n". Since it can be distinguished without sandwiching n or the like between them, there is an effect that the number is two. Further, even when a sound-repelling key is inserted between the input words according to the present invention, it can be said that there is almost no difference between the spelling and the actual pronunciation, which does not contradict the gist of the present invention that the pronunciation and the spelling match as much as possible. Second, in the present invention,
There are no two pronunciations corresponding to one Roman character, and no two Roman characters correspond to one pronunciation. In other words, the spelling of the Roman alphabet and the pronunciation of the converted kana correspond one-to-one, so that the spelling is simple, clear and consistent, and the learning is fast. As a result, for "te", "to ぅ", "de ぃ", and "how", in order to input the vowel directly after t or d, when inputting these kana The number of keys required for the key operation is reduced from three to two in the related art, and a secondary effect that the input speed is increased also occurs. Also, "to" or "to"
In this case, since only one Roman character needs to be input, there is an additional effect that the input speed is increased. Third, in the present invention, even when a word including a long sound is input, it is not necessary to press the key of the long sound "-" located at a position different from the area of the blind touch on the keyboard. The effect is that long notes can be input smoothly.

[Brief description of the drawings]

FIG. 1 is an example of a flowchart of a Roman-Kana conversion system of the present invention.

FIG. 2 is an example of a block diagram of a Japanese input system of the present invention.

FIG. 3 is a diagram showing an example in which l, v, q, j, and f are set as repetitive sound keys of A, B, C, D, and E, respectively, and x is set as a sound-repelling key. An example of the Roman alphabet single conversion table included in the Roman alphabet kana conversion system of the invention

FIG. 4 is a diagram illustrating a low-letter kana conversion system according to the present invention, for example, when l, v, q, j, and f are set as repetitive sound keys of a, b, c, d, and e, respectively. Example of the duplication conversion table included in

FIG. 5 is a diagram showing an example of the present invention in which l, v, q, j, and f are set as repetitive sound keys of a-stage, a-stage, c-stage, d-stage, and e-stage, respectively; An example of a conversion table of combinations of consonants k, g, s, z, t, c, d, and n included in the Roman alphabet kana conversion system

FIG. 6 is a diagram illustrating a Roman character according to the present invention when l, v, q, j, and f are set as repetitive sound keys, and x is set as a sound-repelling key. Consonants h, b, p, m, y, r or w contained in the kana conversion system
Example of conversion table with combination

FIG. 7 is a diagram showing a case where keys other than f and v are used as the key of the consonant, f and v are used to function as consonant keys;
An example of a conversion table for combination with a consonant f or v included in the romaji kana conversion system of the present invention

FIG. 8 is a diagram showing an example of setting a letter "Fanfare" using the Roman-kana conversion system and the Roman-kanji conversion system according to the present invention when "1" is set as the "A" key. Diagram showing how the screen display changes for each

FIG. 9 is a diagram showing how the display of the screen changes each time a Roman key is pressed when inputting the word “sharp” using the Roman-kana conversion system and the Roman-kanji conversion system of the present invention.

FIG. 10 sets, for example, 1 as a key of the first row,
When x is set as the sound-repelling key, when inputting the word "Start construction" using the Roman-Kana conversion system and the Roman-Kanji conversion system, the display of the screen will change every time the Roman key is pressed. Diagram showing what will change

[Explanation of symbols]

1 Keyboard. 2 Romaji kana conversion means. 3. Kana-kanji conversion means. 4 Kana-kanji conversion dictionary. 5 Selection means. 6 Display device.

[Procedure amendment]

[Submission date] October 21, 1998 (1998.10.
21)

[Procedure amendment 1]

[Document name to be amended] Drawing

[Correction target item name] Fig. 8

[Correction method] Change

[Correction contents]

FIG. 8

[Procedure amendment 2]

[Document name to be amended] Drawing

[Correction target item name] Fig. 9

[Correction method] Change

[Correction contents]

FIG. 9

[Procedure amendment 3]

[Document name to be amended] Drawing

[Correction target item name] FIG.

[Correction method] Change

[Correction contents]

FIG. 10

Claims (18)

[Claims] 1. A method for converting an input Romaji into a corresponding Kana according to a certain rule described in a specific Romaji-Kana conversion table and displaying the same, and a key for converting a Kana to a Kanji is pressed. At the time, a kana-kanji conversion means for displaying several character string candidates that are mixed with kana, kanji, romaji, or symbols appropriate for the displayed kana, and select the desired one from the displayed character string candidates Japanese input device with selection means for selecting. 2. The method according to claim 1, wherein said romaji kana conversion means comprises k,
g, s, z, c, t, d, n, h, b, p, m, y,
A Japanese input device using r and w consonant keys for input of consonants. 3. The method according to claim 1, wherein the romaji kana conversion means includes five types of keys other than the consonant key and the sound-repelling key, for example, l, v,
Instead of using the conventional combination of y and vowels alone using the five keys of q, j, and f as the melody keys, the melody sounds “ya”, “i”,
Used to input "yu", "e", "yo", or
For example, three of l, q, and j, and keys other than the alphabet, such as a key to which the middle finger, the ring finger, or the little finger of the right hand can reach at the home position, a total of five specially assigned f or v consonants are the consonants. A Japanese input device used as a key for consonant input. 4. A method according to claim 1, wherein said romaji kana conversion means includes a specially assigned key such as an alphabet or a non-alphabet key other than a consonant key and a syllabary key, and a key to which a middle finger, a ring finger or a little finger of a right hand reaches at a home position. A Japanese input device in which a key, for example, x is a sound-repelling key and is input after a value other than n, the sound-repelling key alone is used for inputting a sound-repelling “tsu”. 5. In the above-mentioned Roman character kana conversion, at the stage where it is not determined whether to input "n" or to input a kana of a line, when the input of "n" is determined, n
A Japanese input device characterized by inputting a sound-repelling key after n, instead of one more. 6. A Japanese input device in which the romaji kana conversion means inputs a murmur key alone, and then displays the corresponding murmur kana when it is determined that the same murmur key is not input next. 7. In the case where the same key is repeatedly input by the Romaji-Kana conversion means, conventionally, "ku @ (k
wa) ”, etc., in place of a vowel corresponding to w input in combination after a consonant in inputting“ wa) ”. 8. The method according to claim 1, wherein said romaji kana conversion means responds to the input of a consonant key other than n when a key other than a vowel key other than a consonant key is next input. Japanese input device that displays the kana of the column. 9. The method according to claim 1, wherein
A Japanese input device that uses zi when inputting “ji” and z or zu when inputting “zu”. 10. The romaji kana conversion means,
A Japanese input device using ti when inputting "te" and using t or tu when inputting "to ぅ". 11. The romaji kana conversion means,
A Japanese input device that uses ci when inputting "chi" and c or cu when inputting "tsu". 12. The romaji kana conversion means,
A Japanese input device that uses di when inputting “de ぃ” and d or du when inputting “do ぅ”. 13. In the kana-kanji conversion means, when finally determining a kanji whose kana "ぢ" itself or the reading is "ぢ", the kana "ぢ" itself or the reading is "ぢ".
Is treated as if it were a kanji whose reading is "ji", and after inputting zi for that part and temporarily converting it to "ji" by the Roman kana conversion means,
A Japanese input device for converting the kana kanji etc. into the kanji with the kana “ぢ” itself or the reading “読 み” by the kana / kanji conversion means. 14. In the kana-kanji conversion means, when finally determining a kanji whose kana is "zu" itself or the reading is "zu", the kana "zu" itself or the reading is "zu".
Is treated as if it were a kanji whose reading is "Zu", and after inputting z or zu for that part and temporarily converting it to "Zu" by the Romaji-Kana conversion means, A Japanese input device that converts kana to kanji with kana / kanji conversion means by itself or kana / kanji. 15. In the kana-kanji conversion means, when the particle "wa" is finally determined, the particle "wa" is
Treat it as if it were a kanji whose reading is "wa", enter "wa", convert it to "wa" once by the Romaji-kana conversion means, and then convert it to the particle "wa" by the kana-kanji etc. conversion means Japanese input device that can input "ha" as before. 16. In the kana-kanji conversion means, when the particle "he" is finally determined, the particle "he" is
Treat it as if it were a kanji whose reading is "e", enter e, convert it to "e" once by the Romaji-kana conversion means, and then convert it to the particle "he" by the kana-kanji conversion means Japanese input device that can input "he" as before. 17. In the kana-kanji conversion means, when finally determining a kanji whose kana "wo" itself or the reading is "wo", the kana "wo" itself or the reading "wo" is used.
Is treated as if it were a kanji whose reading is "O", and the part is input as "o" and converted to "O" by the Roman alphabet kana conversion means, and then the Kana kanji is read. A Japanese input device that converts the kana itself into a kanji with the pronunciation "wo" by the equivalent conversion means. 18. In the kana-kanji conversion means, when converting to a word containing a long kana "-".
For the long part, instead of the long "-" key,
Even if you enter the kana representing the pronunciation of the long sound, that is, the kana of the vowel immediately before the long sound,
A Japanese input device that can select words that include the long sound "-" from a kana-kanji conversion dictionary.