CN1178123C - Input device for characters and data by pronunciation - Google Patents
Input device for characters and data by pronunciation Download PDFInfo
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- CN1178123C CN1178123C CNB011394056A CN01139405A CN1178123C CN 1178123 C CN1178123 C CN 1178123C CN B011394056 A CNB011394056 A CN B011394056A CN 01139405 A CN01139405 A CN 01139405A CN 1178123 C CN1178123 C CN 1178123C
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/02—Input arrangements using manually operated switches, e.g. using keyboards or dials
- G06F3/023—Arrangements for converting discrete items of information into a coded form, e.g. arrangements for interpreting keyboard generated codes as alphanumeric codes, operand codes or instruction codes
- G06F3/0233—Character input methods
- G06F3/0236—Character input methods using selection techniques to select from displayed items
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Abstract
The invention relates to a character data inputting device using a pronunciation and based on a simplified key pad, characterised by including a plurality of input keys, a '*' key, a '#' key, and a key pad containing a phoneme decision key; a phoneme storing unit storing a plurality of phonemes; a phoneme output unit that extracts a corresponding phoneme from phoneme storing unit and outputs the phoneme; a character storage unit for storing a plurality of characters for a plurality of phoneme combinations; a character detecting unit that extracts and outputs at least one character from the character storage unit for the phoneme combinations determined by the input of the phoneme decision key; a character selection unit that selects a character in accordance with a key input of the input key. The object is to input a phoneme rapidly and effectively and to obviously reduce the number of typing; and complement tone in the phonemes to obviously reduce the number of character data extracted phoneme types, provide a high efficiency character data input device. In an aspect of character input, various input manners are provided, thereby a proper input manner can be selected based on request of an operator.
Description
Technical field
The present invention is relevant with the lteral data input media, is a kind of lteral data input media { Apparatus for inputting a character data by using pronunciation} that utilizes pronunciation.Specifically it is a device of realizing importing with the pronunciation of literal the lteral data of this pronunciation by the reduced form keypad (compact keypad) with 12 keys.
Background technology
The lteral data input media of relevant reduced form keypad, multiple technologies are well-known.Wherein, the applicant applies for before this part, application permission on April 3 calendar year 2001, Republic of Korea's permission application number 10-2001-0017761 number, put down in writing and can obviously reduce input number of times, the effectively technology of the relevant input media of input characters.This partial content is programmed into the application of this part.
Described in the first to file content according to the applicant, a plurality of keys do not distribute 3 graphemes, and the combination that utilizes * key and # key is input characters faster.
And, according in the first to file content, in limiting time by two adjacent keys, can faster easier input corresponding to the literal of this key.When combination * key and # key, can import the many lteral datas and the symbol grapheme that do not belong to key button.
The application is the aforesaid improvement invention in first to file of the applicant, and it is included in the technology contents of first to file, can import the language that uses many literal more quickly and effectively.
When the literal that uses is a lot, such as the country that uses Chinese character, because of the Chinese character number of words is many, so the literal input is difficult.When particularly using some terminals or input media input characters, such difficulty can increase.
Difficulty is very big when importing many literal with limited input mediums such as computer or radio telecommunication terminals, and operation is also very loaded down with trivial details.
In the prior art with reduced form keypad (compact keypad) input Chinese, representative is is phonetic with the English alphabet, demonstrates literal with frequency of occurrences order, selects the input mode of corresponding literal then.
According to prior art, must operate repeatedly key button for searching for a lteral data.For example,＜zhu〉50 phonetically similar words,＜shu arranged〉45 phonetically similar words are arranged.When like this a sound being had a lot of corresponding literal, be that the inquiry literal needs button operation many times.
And, in the combination of identical key button, can export a lot of scales, further select scale again so get, so the input number of times of key button can increase also.And count at limited literal and to use the associating mode input characters in the scope, must re-enter literal so surpass when the literal that limits is counted.
During the low literal of also with good grounds prior art input frequency of utilization, the repeatable operation key button just can find the literal that needs, so the end falls in efficient, must upgrade and could use newspeak or the abbreviated expression that produces at any time.
During with reduced form keypad (compact keypad) input characters, the most important thing is that aspect input efficiency, aforesaid prior art fails to satisfy the epochal character requirement.
In addition, utilize the mode of the literal input of electronics board in addition, but this drives in the wrong direction in technological development direction, and to be not suitable for be not the operator of mother tongue with Chinese.
Also the handlebar basic strokes is assigned to key button, presses the mode of order of strokes input, but this Chinese character that also needs to understand all uses could use, and its efficient is also low, uses also very inconvenient.
Aforesaid prior art is because of replacing Chinese pinyin with English alphabet, so 26 English alphabets can not be one by one to 37 formation phonemes in requisition for Chinese pronunciations.And several scales represented in a letter sometimes, and a scale represented in two letters sometimes, so some irrationality.
Therefore, for understanding such Chinese phonetic alphabet mode, need much exercises, this also becomes obstacle concerning not being to use the foreigner of mother tongue also to be not easy very much with Chinese to learning Chinese.Besides several pronunciations also represented in a letter, and identical scale also represented in two letters.So concerning the foreigner, study phonetic also is a burden.
Moreover, for cerebral initial consonant ch, sh, zh, two phonemes are in conjunction with representing a scale, but this is to break away from general sound to learn category, is a kind of random combination, it only be one because the product that needs.Such Scheme for the Chinese Phonetic Alphabet though also use when standard in China, if the diacritic that can replace is arranged, can fully replace using now.
Also have, the character arranging of Chinese dictionary is pressed English alphabet and is arranged, but wherein particularly including the ü word.This pronunciation is expression Chinese sound＜rain〉symbol that uses of sound, so but because of not being that English alphabet is not marked on the key button of various terminals.Therefore with letter＜V〉replace using.
In the Chinese pinyin symbol because of not using letter＜V, so do not collide with other pronunciation, but it is to break away from Chinese standard Pinyin rule, is irrational.
Now, just using the lteral data input mode of using phonetic symbol in Taiwan.The keynote symbol in Taiwan constitutes with 37 phonemes altogether, and in order to import at reduced form keypad (compact keypad), each key does not distribute 3 to 4 phonetic symbols, in order by corresponding keys, selects phonetic symbol to import.
Mode although it is so comes into plain view and seems simple, and number obviously increases but input is typewrited, and therefore uses also very inconvenient.At the reduced form keypad (compact keypad) of paying attention to efficient, the increase of input typewriting number just equals to use inconvenience.
Summary of the invention
The objective of the invention is: solve the problem of above-mentioned existence, the faster more accurate phoneme of more effectively importing reduces input typewriting number of times significantly; In phoneme, replenish tone, obviously reduce the lteral data number that phoneme class is extracted out, high efficiency lteral data input media is provided.
And the present invention providing various input modes aspect the literal input, can select the input mode that is fit to along with operator's requirement.It is target with the several symbol graphemes of the other fixed allocation of key so that the data input device that can make things convenient for input characters to be provided.
The object of the present invention is achieved like this: this basis is in the lteral data input media of reduced form keypad (compact keypad), and it comprises following feature:
With a plurality of enter keies that each benchmark group phoneme, its left side the 1st group's phoneme, its right side the 2nd group's phoneme constitute, comprise the keypad (compact keypad) of phoneme acknowledgement key, * key, # key; Most phonemes are categorized into the several groups that comprise benchmark group, the 1st group, the 2nd group, the phoneme reservoir that stores; When being arranged, the independent key input of above enter key extracts corresponding phoneme out in benchmark group, there be key when input of above enter key and * key combination to extract corresponding phoneme out, extract the phoneme efferent that corresponding phoneme is exported out in the 2nd group when the key input of above enter key and # key combination is arranged in the 1st group; Store the grapheme reservoir of a lot of graphemes for multiple phonotactics; For the phonotactics of determining along with the input of above phoneme acknowledgement key, extract the grapheme inquiry portion that more than one grapheme is exported at least out from the grapheme reservoir; Select the grapheme selection portion of grapheme according to the key input of above enter key.
Another feature of the present invention is that input device also comprises:
If the continuous input with special function keys is arranged among preceding several enter keies, just the tone corresponding to this key is attached to the tone determination portion that phoneme is determined in the phonotactics of having exported;
The feature of grapheme inquiry portion is: above adventitious sound is transferred in the phonotactics that row is determined, extract more than one grapheme at least out from the grapheme reservoir and export.
Another feature again of the present invention is above-mentioned tone determination portion:
If the combinatorial input of numerical key 1 and function key is arranged, just additional Chinese tone one; If the combinatorial input of numerical key 2 and function key is arranged, just additional Chinese tone two; If the combinatorial input of numerical key 3 and function key is arranged, just additional Chinese tone three; If the combinatorial input of numerical key 4 and function key is arranged, the just additional Chinese tone four tones of standard Chinese pronunciation; To determine phonotactics.
Another feature again of the present invention is that above-mentioned phoneme reservoir also comprises:
Among preceding enter key, * key and # key,, store the 3rd group of corresponding phoneme for the key input of adjacent two key combinations.
The feature of its phoneme efferent is: among preceding enter key, * key and the # key, as long as the key input of adjacent two key combinations is arranged, just extract corresponding phoneme out from the 3rd above-mentioned group and export.
Another feature of the present invention is that above-mentioned phoneme reservoir also comprises:
When Macintosh input in digital 0 enter key and the several enter key is arranged, store the 4th group of corresponding phoneme.
The feature of phoneme efferent is: only with the key input of a combination in digital 0 enter key and the several enter key, just extract corresponding phoneme out from the 4th above-mentioned group and export.
Last feature of the present invention is that above-mentioned grapheme reservoir comprises:
When the key input of enter key, * key and # key combination is arranged, store the symbol group of respective symbol grapheme.
The feature of grapheme inquiry portion is: as long as the key input of enter key, * key and # key combination is arranged, just extract corresponding symbol grapheme out from above-mentioned symbol group and export.
In sum, the present invention is because the pronunciation by input characters, and so the input related text is can be more convenient, input characters faster.Particularly, when literal language how is used in input, can operate very effectively as middle national language.
Also have, the present invention not only can use existing Chinese phonetic alphabet mode, also can be suitable for simultaneously and the identical new phoneme of actual pronunciation, and institute is so that the operator can select to use multiple input mode.
And the present invention obviously reduces input typewriting number of times, improves input efficiency with this.Particularly adventitious sound is transferred in row and is determined in phoneme, reduces literal number corresponding to phoneme with this, has shortened the operator significantly and has selected the needed time of literal.
Moreover, can import the most phonemes that are assigned to the keypad enter key separately.So do not exist according to key input, show multiple phoneme, select the shortcoming of the phoneme that will import again.Can selectivity import the phoneme of needs, thereby improve input efficiency.
Description of drawings
Fig. 1 is the structural representation of embodiments of the invention Chinese words data input device.
Fig. 2 is a keypad arrangement synoptic diagram of using English alphabet in the embodiments of the invention.
Fig. 3 is the keypad arrangement synoptic diagram in the another embodiment of the present invention.
Fig. 4 is a keypad arrangement synoptic diagram of using phonetic symbol in the embodiments of the invention.
Fig. 5 is that the key button of symbol grapheme in the embodiments of the invention is arranged synoptic diagram.
Fig. 6 is to be suitable for key bit scan circuit theory diagrams of the present invention to Figure 11.
＜to the explanation of the main symbol of drawing 〉
10: keypad (compact keypad) 20: phoneme efferent
30: phoneme reservoir 40: grapheme inquiry portion
50: grapheme reservoir 60: the tone determination portion
70: grapheme selection portion 80: control part
Embodiment
The present invention is described in detail below in conjunction with drawings and Examples, so that the operator more easily understands reproduction the present invention.
Fig. 1 is the structural representation of embodiments of the invention Chinese words data input device.
As shown in the figure, comprise keypad (compact keypad) (10), phoneme efferent (20), phoneme reservoir (30), grapheme inquiry portion (40), grapheme reservoir (50), tone determination portion (60), grapheme selection portion (70) and control part (80) among this embodiment.
Keypad (compact keypad) (10) is the reduced form keypad (compactkeypad) that comprises 12 keys, and it comprises literal, numeral, symbol, is the input medium of the various data of input.Certainly, the terminal along with using can have multiple difference in functionality.Explanation comprises that 10 general enter keies, * key, # key and phoneme determine the terminal of key in the present embodiment.Can comprise multiple key button in addition.Keypad (compactkeypad) (10) is not used the restriction of terminal, can be suitable in various terminals.
Distributed benchmark group phoneme in 10 general enter keies of keypad (compact keypad) (10), the 1st group's phoneme is distributed in its left side, and the 2nd group's phoneme is distributed on its right side.Desirable scheme is that every key distributes three phonemes, but along with special circumstances also can be distributed three above phonemes.
Be assigned to the phoneme of benchmark group,, form to use the higher phoneme of frequency preferably than other group's phoneme.Benchmark group phoneme is the phoneme that this enter key is exported separately on time.
The 1st group's phoneme is the phoneme of exporting during simultaneously or successively by * key and enter key.The 2nd group is simultaneously or successively by the phoneme of # key and enter key output.Aforesaid in the first to file content as the applicant, the binding hours that two key inputs in the certain hour are treated to input simultaneously also can be suitable for present embodiment.
Phoneme reservoir (30) is multiple phoneme to be categorized into the means that multiple groups such as benchmark group, the 1st group, the 2nd group store as above-mentioned.In addition, can also comprise the multiple phoneme that is not categorized into group.
Phoneme reservoir (30) can be categorized as the key input phoneme of forming with adjacent two keys among enter key, * key, the # key the 3rd group and store.Also have, digital 0 enter key and with the key input phoneme of a combination in the multiple enter key can be categorized as the 4th group and store.
Phoneme efferent (20) is as long as the enter key of above-mentioned keypad (compact keypad) (10) is pressed, and just extracts corresponding key input phoneme out from phoneme reservoir (30) and exports.Just answer phoneme when independent key input is arranged, just extract corresponding phoneme out when the key that has * key and enter key to make up is imported, just extract corresponding phoneme out when the key that has # key and enter key to make up is imported and export from the 2nd group from the 1st group from benchmark group extract phase.
If the key input of making up with two adjacent key is arranged, just extract corresponding phoneme out among phoneme efferent (20) enter key, * key, the # key from the 3rd group; If the key input of digital 0 enter key and the combination of other enter keies is arranged, just extracts corresponding phoneme out and export from the 4th group.
Imported after the phoneme that will import, the phoneme of key zone (compact keypad) (10) determines that key determines phoneme.The phoneme of keypad (compact keypad) (10) determines that key is means of determining to have imported phoneme.Determine that by phoneme key determines phoneme, the grapheme efferent is just extracted the grapheme of determining phoneme out from grapheme reservoir (50) and is exported.
Grapheme reservoir (50) is the means that store the various graphemes corresponding with various phonemes or phonotactics.Grapheme reservoir ideal scheme is the symbol grapheme to be categorized into symbol group store.Symbol group ideal scheme is corresponding with the key input of enter key, * key, # key combination.
Grapheme inquiry portion (40) is along with the key input of key determined in phoneme, stores from grapheme and extracts the grapheme of determining phoneme out and export.Grapheme inquiry portion (40) preferably extracts the respective symbol grapheme out from the symbol group of above-mentioned grapheme reservoir (50) and exports as if the key input that has with enter key, * key and # key combination.
Perfect condition of the present invention is that the frequency of utilization of pressing grapheme is preferentially exported the high grapheme of frequency of utilization when not being one for the above-mentioned grapheme of having determined phoneme.
If tone determination portion (60) is in several enter keies and the combinatorial input of function key of statement, just the tone of importing corresponding to key is attached to the means that the phoneme exported or phonotactics are determined.More definite says, enter key and function key are just added Tone recognition in turn or simultaneously by on time in phoneme, dwindle the means of the grapheme scope corresponding with this phoneme.
Perfect condition of the present invention is to determine by the tone additional identification of tone determination portion (60) and phoneme, is applicable to the phoneme of a corresponding grapheme.To grapheme is plural phonotactics, because corresponding relative the lacking of grapheme, so, use but also can add tone in such situation even additional tone might reduce input efficiency.
Grapheme inquiry portion (40) is by tone determination portion (60) when determining phoneme, also as determining that by phoneme key determines phoneme, extracts the grapheme of determining phonotactics out from grapheme reservoir (50) and exports.
Grapheme selection portion (70) is the means of the grapheme that the selection operation person will import from several graphemes of grapheme inquiry portion (40) output.Grapheme selection portion (70) can be with the method for selecting grapheme by corresponding grapheme number, several different methods such as can use that also the cursor of mobile display part is selected.
Control part (80) is the means of control written historical materials input media signal.Control part (80) also can be functioned in an acting capacity of the function of grapheme selection portion (70), and at this moment grapheme selection portion (70) also can be omitted.
In addition, power supply, display part, key position Sweep are retouched the general various means of using of input device such as portion, because apply for early multiple known technology being arranged before this part, so in this omission.
Following according to the embodiment of the invention, by being useful in the various specific embodiments of input device, the input method of actual literal is described.
Fig. 2 is that the keypad (compact keypad) with English alphabet is arranged synoptic diagram in the embodiment of the invention.
As shown in the figure, distribute three letters to carry out mark in the enter key separately, the q and the z that are not marked at enter key can import by 7 and 9 enter keies.
In keypad (compact keypad) (10), corresponding to mark a, b, c phoneme in the enter key of numeral 2; Corresponding to mark d, e, f phoneme in the enter key of numeral 3; Corresponding to mark g, h, I phoneme in the enter key of numeral 4; Corresponding to mark j, k, l phoneme in the enter key of numeral 5; Corresponding to mark m, n, o phoneme in the enter key of numeral 6; Corresponding to mark p, r, s phoneme in the enter key of numeral 7; Corresponding to mark t, u, v phoneme in the enter key of numeral 8; Corresponding to mark w, x, y phoneme in the enter key of numeral 9; Being distributed in benchmark group, the 1st group, the 2nd group separately stores.
For example with digital 2 corresponding enter keies: digital 2 enter keies are extracted out b separately on time and are exported, and have the key input of digital 2 enter keies and * key combination the time just to extract a out and export, and just extract c out when the key input of digital 2 enter keies and # key combination is arranged and export.
When not belonging to the phoneme of keypad (compact keypad) (10) enter key, extract q out from the phoneme reservoir when importing as if the key that * key, # key and the combination of digital 7 enter keies are arranged; If extract z out from the phoneme reservoir when having the key of * key, # key and the combination of digital 9 enter keies to import; Export.
Being attached among most enter keies of tone can be undertaken by the combinatorial input of some enter keies and function key.If the continuous input of digital 1 enter key and function key is arranged, just additional Chinese tone one; If the combinatorial input of digital 2 enter keies and function key is arranged, just additional Chinese tone two; If the combinatorial input of digital 3 enter keies and function key is arranged, just additional Chinese tone three; If the combinatorial input of digital 4 enter keies and function key is arranged, the just additional Chinese tone four tones of standard Chinese pronunciation; Definite phonotactics of having exported.
Below among Shuo Ming another embodiment, input of the phoneme of benchmark group, the 1st group, the 2nd group and tone extention because with aforesaid Fig. 2 illustrate identical, so omit this part explanation.
It is the Scheme for the Chinese Phonetic Alphabet of up to the present using in China to be useful in of the present invention that the English alphabet that is shown in Fig. 2 is arranged, and therefore can reduce grapheme corresponding to phoneme effectively by additional tone, thus the raising input efficiency.
Fig. 3 is that the keypad (compact keypad) in the another embodiment of the present invention is arranged synoptic diagram.
As shown in the figure, not only comprise all sound literal mothers in the present embodiment, also be suitable for multiple diacritic, make it to embody various input methods.
Corresponding to mark p, b, m phoneme in the enter key of numeral 1; Corresponding to mark f, u in numeral 2 the enter key,
Phoneme; Corresponding to mark w, o in numeral 3 the enter key,
Phoneme; Corresponding to mark t, d, l phoneme in the enter key of numeral 4; Corresponding to mark r, e in numeral 5 the enter key,
Phoneme; Corresponding to mark x, a, y phoneme in the enter key of numeral 6; Corresponding to mark c, s, z phoneme in the enter key of numeral 7; Corresponding to mark k, n, g phoneme in the enter key of numeral 8; Corresponding to mark q, i, j phoneme in the enter key of numeral 9; Corresponding to mark in the enter key of digital 0 correspondence.,
The h phoneme; Being distributed in benchmark group, the 1st group, the 2nd group separately stores.
And, at this examples of implementation phoneme efferent (20) from the 3rd group: if extract the f phoneme when key input of numeral 1 and the combination of digital 2 enter keies is arranged out; If extract the m phoneme when having the key of numeral 1 and digital 4 enter keies combination to import out; If extract the w phoneme when having the key of numeral 2 and digital 3 enter keies combination to import out; If extract out when having the key of numeral 2 and digital 5 enter keies combination to import
Phoneme; If extract out when having the key of numeral 3 and digital 6 enter keies combination to import
Phoneme; If extract the r phoneme when having the key of numeral 4 and digital 5 enter keies combination to import out; If extract the l phoneme when having the key of numeral 4 and digital 7 enter keies combination to import out; If extract the x phoneme when having the key of numeral 5 and digital 6 enter keies combination to import out; If extract out when having the key of numeral 5 and digital 8 enter keies combination to import
Phoneme; If extract the y phoneme when having the key of numeral 6 and digital 9 enter keies combination to import out; If extract the z phoneme when having the key of numeral 7 and digital 8 enter keies combination to import out; If extract the q phoneme when having the key of numeral 8 and digital 9 enter keies combination to import out; If extract the g phoneme when having the key of numeral 8 and digital 0 enter key combination to import out; If extract the c phoneme when having the key of digital 7 enter keies and * key combination to import out; If extract the j phoneme when having the key of digital 9 enter keies and # key combination to import out; If extract out when having the key of digital 0 enter key and * key combination to import.Phoneme; If extract the h phoneme when having the key of digital 0 enter key and # key combination to import out; Export.
Can utilize the combinatorial input phoneme in addition of numerical key 0 and other keys at present embodiment, if have the numerical key 0 and the combinatorial input of numerical key 1 to export the v phoneme at phoneme efferent (20), with the combinatorial input of numerical key 4 be to import repeatedly, with the combinatorial input of numerical key 7 are ＂. the input of ＂, in the 4th group output of statement.
Additional three initial consonants and the simple or compound vowel of a Chinese syllable of using of present embodiment.Three initial consonants that use are more
Corresponding ch,
Corresponding sh,
Corresponding zh.
Use many simple or compound vowel of a Chinese syllable to be
Corresponding " ng " is the performance that two phonemes are included into a phoneme.
According to these examples of implementation, can use Chinese phonetic alphabet mode input characters, also can use the diacritic input characters of prompting at these examples of implementation.
Fig. 4 is that the keypad (compact keypad) with phonetic symbol is arranged synoptic diagram in the embodiment of the invention.
Keypad in this embodiment (compact keypad) (10): corresponding to mark ㄆ, ㄅ, ㄇ phoneme in the enter key of numeral 1; Corresponding to mark ㄟ, ㄨ, ㄥ phoneme in the enter key of numeral 2; Corresponding to mark ㄞ, ㄝ, ㄤ phoneme in the enter key of numeral 3; Corresponding to mark ㄊ, ㄉ, ㄌ phoneme in the enter key of numeral 4; Corresponding to mark ヌ, ㄩ, ㄣ phoneme in the enter key of numeral 5; Corresponding to mark ㄠ, Shu ㄢ phoneme in the enter key of numeral 6; Corresponding to mark ㄘ, ㄙ, ㄗ phoneme in the enter key of numeral 7; Corresponding to mark , ㄋ, ㄍ phoneme in the enter key of numeral 8; Corresponding to mark ㄑ, ㄒ, ㄐ phoneme in the enter key of numeral 9; Corresponding to mark in the enter key of numeral 0.Towering, phoneme; Being distributed in benchmark group, the 1st group, the 2nd group separately stores.
Phoneme efferent (20) in this embodiment is from the 3rd group: if extract the ㄟ phoneme when key input of numeral 1 and the combination of digital 2 enter keies is arranged out; If extract the ㄇ phoneme when having the key of numeral 1 and digital 4 enter keies combination to import out; If extract the ㄞ phoneme when having the key of numeral 2 and digital 3 enter keies combination to import out; If extract the ㄥ phoneme when having the key of numeral 2 and digital 5 enter keies combination to import out; If extract the ㄤ phoneme when having the key of numeral 3 and digital 6 enter keies combination to import out; If extract the ヌ phoneme when having the key of numeral 4 and digital 5 enter keies combination to import out; If extract out when having the key of numeral 4 and digital 7 enter keies combination to import and be phoneme; If extract the ㄠ phoneme when having the key of numeral 5 and digital 6 enter keies combination to import out; If extract the ㄣ phoneme when having the key of numeral 5 and digital 8 enter keies combination to import out; If extract the ㄢ phoneme when having the key of numeral 6 and digital 9 enter keies combination to import out; If extract the ㄗ phoneme when having the key of numeral 7 and digital 8 enter keies combination to import out; If extract the ㄑ phoneme when having the key of numeral 8 and digital 9 enter keies combination to import out; If extract the ㄍ phoneme when having the key of numeral 8 and digital 0 enter key combination to import out; If extract the ㄘ phoneme when having the key of digital 7 enter keies and * key combination to import out; If extract the ㄐ phoneme when having the key of digital 9 enter keies and # key combination to import out; If extract out when having the key of digital 0 enter key and * key combination to import.Phoneme; If extract the phoneme when having the key of digital 0 enter key and # key combination to import out; Export.
In this embodiment, tone determination portion (60) is the phonotactics of exporting: if the combinatorial input of numerical key 1 and function key is arranged, and just additional Chinese tone one; If the combinatorial input of numerical key 2 function keys is arranged, just additional Chinese tone two; If the combinatorial input of numerical key 3 and function key is arranged, just additional Chinese tone three; If the combinatorial input of numerical key 4 and function key is arranged, the four tones of standard Chinese pronunciation of just additional Chinese tone; Definite phonotactics of having exported.
According to the phoneme efferent (20) of perfect condition of the present invention, from phoneme reservoir (30): if extraction ㄦ phoneme when the continuous input of digital 2 enter keies is arranged; Extraction ㄚ phoneme when if the continuous input of digital 3 enter keies is arranged; Extraction ㄛ phoneme when if the continuous input of digital 5 enter keies is arranged; Extraction ㄜ phoneme when if the continuous input of digital 6 enter keies is arranged; Export.
Fig. 5 is that the key button of symbol grapheme in the embodiments of the invention is arranged synoptic diagram.
Can and being used in Fig. 2 in this embodiment arranges to the key button of Fig. 4.
Grapheme inquiry portion (40) is from symbol group: if the key that has * key, # key and digital 1 enter key to make up is extracted " (" symbol grapheme out when importing; If extract "～" symbol grapheme when having the key of * key, # key and the combination of digital 2 enter keies to import out; If extract ") when having the key of * key, # key and the combination of digital 3 enter keies to import out " the symbol grapheme; If extract ": " symbol grapheme when having the key of * key, # key and the combination of digital 4 enter keies to import out; If extract "/" symbol grapheme when having the key of * key, # key and the combination of digital 5 enter keies to import out; If extract " @ " symbol grapheme when having the key of * key, # key and the combination of digital 6 enter keies to import out; Extract "? " out when importing as if the key that * key, # key and the combination of digital 7 enter keies are arranged the symbol grapheme; If extract " ｀ " symbol grapheme when having the key of * key, # key and the combination of digital 8 enter keies to import out; If extract out when having the key of * key, # key and the combination of digital 9 enter keies to import "! " the symbol grapheme; If extract ", " symbol grapheme when having the key of * key, # key and the combination of digital 0 enter key to import out; Export.
Additivity of the present invention is from grapheme reservoir (50): extract out when the key input of numeral 0 and 8 enter keies combination is arranged ", " symbol exports.
Fig. 6 is suitable for key bit scan circuit theory diagrams of the present invention.
As shown in the figure, this circuit is that (A2 is A3) with 4 output ports (Y0, Y1, Y2, the Y3) circuit of understanding key input, 4 input ports (A0, A1, A2, A3) energized for A0, A1 with 4 input ports.
In this embodiment, table 1 shows No. 1 key button and No. 4 key button quilts key position Sweep value of retouching on time.
[table 1]
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 Z Z Z | Z 0 Z Z | Z Z 0 Z | Z Z Z 0 | 0 1 1 1 | 1 1 1 1 | 1 1 1 1 | 0 1 1 1 |
Reference table 1:1 key button and No. 4 key buttons are by on time, and output port Y0 shows 0 value at A0 and A3, all show 1 value at output port in addition.Thereby as can be known corresponding to (Y0, A0), (promptly No. 1 key button and No. 4 key buttons are pressed for Y0, key button A3).
In this embodiment, table 2 shows No. 1 key button and No. 16 key button quilts key position Sweep value of retouching on time.
[table 2]
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | ||
| 0 Z Z Z | Z 0 Z Z | Z Z 0 | Z Z | 2 0 | 0 1 1 1 | 1 1 1 1 | 1 1 1 1 | 1 1 1 0 |
Reference table 2:1 key button and No. 16 key buttons are by on time, and output port Y0 shows that at A0 0 value, output port Y3 show 0 value at A3, all show 1 value at output port in addition.Thereby as can be known corresponding to (Y0, A0), (promptly No. 1 key button and No. 16 key buttons are pressed for Y3, key button A3).
Fig. 7 is suitable for key bit scan circuit theory diagrams of the present invention.
As shown in the figure, this circuit is that (A2 is A3) with 4 output ports (Y0, Y1, Y2, the Y3) circuit of understanding key input, 4 input ports (A0, A1, A2, A3) ground connection for A0, A1 with 4 input ports.
In this embodiment, table 3 shows No. 1 key button and No. 4 key button quilts key position Sweep value of retouching on time.
[table 3]
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 1 1 1 | 1 0 1 1 | 1 1 0 1 | 1 1 1 0 | 1 0 0 0 | 0 0 0 0 | 0 0 0 0 | 1 0 0 0 |
Reference table 3:1 key button and No. 4 key buttons are by on time, and output port Y0 shows 1 value at A0 and A3, all show 0 value at output port in addition.Thereby as can be known corresponding to (Y0, A0), (promptly No. 1 key button and No. 4 key buttons are pressed for Y0, key button A3).
In this embodiment, table 4 shows No. 1 key button and No. 16 key button quilts key position Sweep value of retouching on time.
[table 4]
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 1 1 1 | 1 0 1 1 | 1 1 0 1 | 1 1 1 0 | 1 0 0 0 | 0 0 0 0 | 0 0 0 0 | 0 0 0 1 |
Reference table 4:1 key button and No. 16 key buttons are by on time, and output port Y0 shows that at A0 1 value, output port Y3 show 1 value at A3, all show 0 value at output port in addition.Thereby as can be known corresponding to (Y0, A0), (promptly No. 1 key button and No. 16 key buttons are pressed for Y3, key button A3).
Fig. 8 is suitable for key bit scan circuit theory diagrams of the present invention.
As shown in the figure, this circuit similar be shown in the embodiment of Fig. 6, with 4 input ports (A0, A1, A2, A3) and 4 output ports (Y0, Y1, Y2, Y3) the understanding key is imported.4 input ports (A0, A1, A2, A3) energized, (Y2 Y3) is connected with key button portion by NPN transistor 4 output ports for Y0, Y1.
In this embodiment, table 5 shows No. 1 key button and No. 4 key button quilts key position Sweep value of retouching on time.
[table 5]
| Y0 | Y1 | Y2 | Y3 | A0 | | A2 | A3 | ||
| 1 0 0 0 | 0 1 0 0 | 0 0 1 0 | 0 0 0 1 | 0 1 1 1 | 1 1 1 1 | 1 1 1 1 | 0 1 1 1 |
Reference table 5:1 key button and No. 4 key buttons are by on time, and output port Y0 shows 0 value at A0 and A3, all show 1 value at output port in addition.Thereby as can be known corresponding to (Y0, A0), (promptly No. 1 key button and No. 4 key buttons are pressed for Y0, key button A3).
With reference to table 5, output port Y0 its value in A0 and A3 is 0 in the time of by No. 1 key and No. 4 keys, thus in the output port in addition its value all be 1 can learn by be equivalent to (Y0, A0), (Y0, key A3), i.e. No. 1 key and No. 4 keys.
In this embodiment, table 6 shows No. 1 key button and No. 16 key button quilts key position Sweep value of retouching on time.
[table 6]
| Y0 | Y1 | Y2 | Y3 | A0 | | A2 | A3 | ||
| 1 0 0 0 | 0 1 0 0 | 0 0 1 0 | 0 0 0 1 | 0 1 1 1 | 1 1 1 1 | 1 1 1 1 | 1 1 1 0 |
Reference table 6:1 key button and No. 16 key buttons are by on time, and output port Y0 shows that at A0 1 value, output port Y3 show 1 value at A3, all show 0 value at output port in addition.Thereby as can be known corresponding to (Y0, A0), (promptly No. 1 key button and No. 16 key buttons are pressed for Y3, key button A3).
Fig. 9 is suitable for key bit scan circuit theory diagrams of the present invention.
As shown in the figure, operate by switch in this embodiment, switch by 4 input ports on time (A0, A1, A2, A3) (Y2 Y3) will be grounded for Y0, Y1 with 4 output ports.
In this embodiment, during by two keys, write down the key of at first pressing earlier, combined with next key of being pressed afterwards.All stoped (Pull-up) by inside at this example hypothesis input port and output port, the outside also can stop (Pull-up).
In this embodiment, table 7 shows No. 1 key button and No. 4 key button quilts key position Sweep value of retouching on time.
[table 7]
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 | 1 | 1 | 1 | 0 | 1 | 1 | 1 |
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 | 1 | 1 | 1 | 0 | 1 | 1 | 0 |
Reference table 7:1 key button is by on time, A0 show 0 value (Y0, A0).No. 4 key buttons are by on time afterwards, A3 show 0 value (Y0, A0, A3).Earlier by No. 4 key buttons, also can show identical value in the time of afterwards by No. 1 key with same procedure.
In this embodiment, table 8 shows No. 1 key button and No. 16 key button quilts key position Sweep value of retouching on time.
[table 8]
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 | 1 | 1 | 1 | 0 | 1 | 1 | 1 |
| Y0 | Y1 | Y2 | Y3 | A0 | A1 | A2 | A3 | |
| 0 | 1 | 1 | 0 | 0 | 1 | 1 | 0 |
Reference table 8:1 key button is by on time, A0 show 0 value (Y0, A0).No. 16 key buttons are by on time afterwards, A3 show 0 value (Y0, A0, Y0, A3).Earlier by No. 16 key buttons, also can show identical value in the time of afterwards by No. 1 key with same procedure.
Figure 10 is suitable for key bit scan circuit theory diagrams of the present invention.
As shown in the figure, the port number that uses at this example can be made as 7, in 24 key buttons one or during simultaneously by two key buttons, can determine its position.
(r/c select) can read the row and column signal with row/array selecting signal.Utilize ternary buffering (tri-state buffer) and I/O pin can read capable signal and column signal, and can be familiar with the keypad locations that these signals of combination are pressed.
Utilize row/array selecting signal, can select a relevant port ground connection of row or column to connect.Read the value of other ports that are not grounded afterwards.Inversion line feed/array selecting signal carries out above-mentioned operation more then, can read by the position of key button.
In this embodiment, table 9 shows No. 1 key button and No. 6 key button quilts key position Sweep value of retouching on time.
[table 9]
No. 1 key button is by on time
| r/c?select | I/O_0 | I/O_1 | I/O_2 | I/O_3 | I/O_4 | |
| 1 | 0 | 1 | 1 | 1 | 1 | 1 |
| 0 | 0 | 1 | 1 | 1 | 0 | 0 |
No. 6 key buttons are by on time
| r/c?select | I/O_0 | I/O_1 | I/O_2 | I/O_3 | I/O_4 | |
| 1 | 1 | 0 | 1 | 1 | 1 | 1 |
| 0 | 1 | 0 | 1 | 1 | 0 | 0 |
No. 1 and No. 6 key buttons are simultaneously by on time
| r/c?select | I/O_0 | I/O_1 | I/O_2 | I/O_3 | I/O_4 | |
| 1 | 0 | 0 | 1 | 1 | 1 | 1 |
| 0 | 0 | 0 | 1 | 1 | 1 | 1 |
Reference table 9:1 key button is by on time, OK/and array selecting signal is that 1 o'clock I/O_0 shows 0 value, OK/array selecting signal is 0 o'clock I/O_0 demonstration 0 value.At this, OK/array selecting signal is can read capable value at 1 o'clock, OK/array selecting signal is can read the value of row at 0 o'clock.
No. 6 key buttons are by on time, OK/and array selecting signal is that 1 o'clock I/O_1 shows 0 value, OK/array selecting signal is 0 o'clock I/O_1 demonstration 0 value.No. 1 and No. 6 key buttons are simultaneously by on time, OK/array selecting signal is that 1 o'clock I/O_0 and I/O_1 show 0 value, and OK/array selecting signal is 0 o'clock I/O_0 and I/O_1 demonstration 0 value.
Under these circumstances, No. 2 and No. 5 key buttons identical result also occurred by on time, but are at first pressed because of a key button among No. 1 or No. 6 key buttons, are No. 1 and No. 6 key buttons so can be familiar with.
Figure 11 is suitable for key bit scan circuit theory diagrams of the present invention.
This example is two-way priority encoder (2-way priority encoder), and it is the modified of priority encoder (priority encoder).
Existing priority encoder, the general use at matrix structure, by by the key button position pass to the I/O port.But such scrambler, two keys can not be discerned the position of these two keys simultaneously by on time.
In this embodiment, two-way priority encoder has added pointing needle, can carry out biplane examinations, can discern the position of two key buttons.
Table 10 is to be explanation key understanding, with chart illustrated embodiment.At table 10, a0～a7 is an input port, and y0～y2 is an output port.
[table 10]
Reference table 10: pointing needle can have two values, and this expression pointing needle carries out key scan to different directions.For example, (a7, a6, a5, a4, a3, a2, a1 when a0) being (0,1,0,1,0,0,0,0), reads process to twice execution of both direction, thus identification is worth the position corresponding to 1 value of a6 with corresponding to 1 of a4.
Say that again the value of pointing needle is set at 0 value and reads, (y0, y1 is value y2) (if 1,0,0); The value of pointing needle is set at 1 value and reads, and (value y2) is (0,1,1) for y0, y1; Can know that the signal that is transfused to is (0,1, X, 1,0,0,0).If two key buttons are pressed simultaneously, just can know that signal is (0,1,0,1,0,0,0).
The present invention is with reference to the accompanying drawings, is the center with embodiment, narrates.But clearly,, carry out multiple independently distortion if the professional can not break away from the scope of the invention from this narration.Therefore, category of the present invention must make an explanation by in the permission application range that comprises above-mentioned various deformation.
Claims (15)
1, a kind of basis is characterized in that in the lteral data input media of the utilization pronunciation of reduced form keypad it comprises:
With a plurality of enter keies that each benchmark group phoneme, its left side the 1st group's phoneme, its right side the 2nd group's phoneme constitute, comprise the keypad of phoneme acknowledgement key, * key, # key;
Most phonemes are categorized into the several groups that comprise benchmark group, the 1st group, the 2nd group, the phoneme reservoir that stores;
When being arranged, the independent key input of above enter key extracts corresponding phoneme out in benchmark group, there be key when input of above enter key and * key combination to extract corresponding phoneme out, extract the phoneme efferent that corresponding phoneme is exported out in second group when key input of above enter key and # key combination is arranged in the 1st group:
Store the grapheme reservoir of a lot of graphemes for multiple phonotactics;
For the phonotactics of determining along with the input of above phoneme acknowledgement key, extract the grapheme inquiry portion that more than one grapheme is exported at least out from the grapheme reservoir:
Select the grapheme selection portion of grapheme according to the key input of above enter key.
2, device according to claim 1 is characterized in that: if continuous input with special function keys is arranged among preceding several enter keies, just the tone corresponding to this key is attached to the tone determination portion that phoneme is determined in the phonotactics of having exported:
The feature of grapheme inquiry portion is: above adventitious sound is transferred in the phonotactics that row is determined, extract more than one grapheme at least out from the grapheme reservoir and export.
3, device according to claim 2 is characterized in that: the tone determination portion:
If the combinatorial input of digital 1 enter key and function key is arranged, just additional Chinese tone one;
If the combinatorial input of digital 2 enter keies and function key is arranged, just additional Chinese tone two;
If the combinatorial input of digital 3 enter keies and function key is arranged, just additional Chinese tone three;
If the combinatorial input of digital 4 enter keies and function key is arranged, the just additional Chinese tone four tones of standard Chinese pronunciation;
Definite phonotactics of having exported.
4, device according to claim 1 is characterized in that: the phoneme reservoir comprises:
Among preceding enter key, * key and # key,, store the 3rd group of corresponding phoneme for the key input of adjacent two key combinations;
The feature of its phoneme efferent is:
Among preceding enter key, * key and the # key,, just extract corresponding phoneme out and export from the 3rd above-mentioned group as long as the key input of adjacent two key combinations is arranged.
5, device according to claim 1 is characterized in that: the phoneme reservoir comprises:
When the key input of a combination in digital 0 enter key and the several enter key is arranged, store the 4th group of corresponding phoneme;
The feature of its phoneme efferent is:
As long as the key input of a combination in digital 0 enter key and the several enter key is arranged, just extracts corresponding phoneme out and export from the 4th above-mentioned group.
6, device according to claim 1 is characterized in that: the grapheme reservoir comprises:
When the key input of enter key, * key and # key combination is arranged, store the symbol group of respective symbol grapheme.
The feature of grapheme inquiry portion is:
As long as the key input of enter key, * key and # key combination is arranged, just extracts corresponding symbol grapheme out and export from above-mentioned symbol group.
7, device according to claim 6 is characterized in that: grapheme inquiry portion is from symbol group:
If have * key, # key and,
When importing, extracts on the key of numeral 1 enter key combination " (" symbol grapheme out;
When importing, extracts on the key of numeral 2 enter keies combination "～" symbol grapheme out;
Extract ") when the key of numeral 3 enter keies combination is imported out " the symbol grapheme;
When importing, extracts on the key of numeral 4 enter keies combination ": " symbol grapheme out;
Extract out when the key of numeral 5 enter keies combination is imported "/' the symbol grapheme;
When importing, extracts on the key of numeral 6 enter keies combination " @ " symbol grapheme out;
Extract "? " out when the key of numeral 7 enter keies combination is imported the symbol grapheme;
When importing, extracts on the key of numeral 8 enter keies combination " ｀ " symbol grapheme out;
Extract out when the key of numeral 9 enter keies combination is imported "! " the symbol grapheme;
When importing, extracts on the key of numeral 0 enter key combination ", " symbol grapheme out;
Export.
8, according to claim 1,2,3,4,5,6 or 7 described devices, it is characterized in that: each phoneme reservoir:
Corresponding to mark p, b, m phoneme in the enter key of numeral 1;
Corresponding to mark f, u in numeral 2 the enter key,
Phoneme;
Corresponding to mark w, o in numeral 3 the enter key,
Phoneme;
Corresponding to mark t, d, l phoneme in the enter key of numeral 4;
Corresponding to mark r, e in numeral 5 the enter key,
Phoneme;
Corresponding to mark x, a, y phoneme in the enter key of numeral 6;
Corresponding to mark c, s, z phoneme in the enter key of numeral 7;
Corresponding to mark k, n, g phoneme in numeral 8 the enter key:
Corresponding to mark q, i, j phoneme in the enter key of numeral 9;
Corresponding to mark in the enter key of numeral 0., η, h phoneme;
Being distributed in benchmark group, the 1st group, the 2nd group separately stores.
9, device according to claim 8 is characterized in that: the phoneme efferent is from the 3rd group:
If extract the f phoneme when having the key of numeral 1 and digital 2 enter keies combination to import out;
If extract the m phoneme when having the key of numeral 1 and digital 4 enter keies combination to import out;
If extract the w phoneme when having the key of numeral 2 and digital 3 enter keies combination to import out;
If extract out when having the key of numeral 2 and digital 5 enter keies combination to import
Phoneme;
If extract out when having the key of numeral 3 and digital 6 enter keies combination to import
Phoneme;
If extract the r phoneme when having the key of numeral 4 and digital 5 enter keies combination to import out;
If extract the l phoneme when having the key of numeral 4 and digital 7 enter keies combination to import out;
If extract the x phoneme when having the key of numeral 5 and digital 6 enter keies combination to import out;
If extract out when having the key of numeral 5 and digital 8 enter keies combination to import
Phoneme;
If extract the y phoneme when having the key of numeral 6 and digital 9 enter keies combination to import out;
If extract the z phoneme when having the key of numeral 7 and digital 8 enter keies combination to import out;
If extract the q phoneme when having the key of numeral 8 and digital 9 enter keies combination to import out;
If extract the g phoneme when having the key of numeral 8 and digital 0 enter key combination to import out;
If extract the c phoneme when having the key of digital 7 enter keies and * key combination to import out;
If extract the j phoneme when having the key of digital 9 enter keies and # key combination to import out;
If extract out when having the key of digital 0 enter key and * key combination to import.Phoneme;
If extract the h phoneme when having the key of digital 0 enter key and # key combination to import out;
Export.
10, device according to claim 9 is characterized in that: the phoneme efferent is from the 4th group:
If have digital 0 enter key and,
When importing, extracts on the key of numeral 1 enter key combination " v " phoneme out;
When importing, extracts on the key of numeral 4 enter keies combination input repeatedly out;
When importing, extracts on the key of numeral 7 enter keies combination ". " phoneme out;
Export.
11, according to claim 1,2,3,4,5,6 or 7 described devices, it is characterized in that: each phoneme reservoir:
Corresponding to mark a, b.c phoneme in numeral 2 the enter key:
Corresponding to mark d, e, f phoneme in the enter key of numeral 3;
Corresponding to mark g, h, l phoneme in the enter key of numeral 4;
Corresponding to mark j, k, l phoneme in the enter key of numeral 5;
Corresponding to mark m, n, o phoneme in the enter key of numeral 6;
Corresponding to mark p, r, s phoneme in the enter key of numeral 7;
Corresponding to mark t, u, v phoneme in the enter key of numeral 8;
Corresponding to mark w, x, y phoneme in the enter key of numeral 9;
Being distributed in benchmark group, the 1st group, the 2nd group separately stores.
12, device according to claim 11 is characterized in that: the phoneme efferent is from the phoneme reservoir: if having * key, # key and, extract q during the key input of digital 7 enter keies combination out:
When importing, extracts on the key of numeral 9 enter keies combination z out; Export.
13, according to claim 1,2,4,5,6 or 7 described devices, it is characterized in that: each phoneme reservoir:
Corresponding to mark ㄆ, ㄅ, ㄇ phoneme in the enter key of numeral 1;
Corresponding to mark ㄟ, ㄨ, ㄥ phoneme in the enter key of numeral 2;
Corresponding to mark ㄞ, ㄝ, ㄤ phoneme in the enter key of numeral 3;
Corresponding to mark ㄊ, ㄉ, ㄌ phoneme in the enter key of numeral 4;
Corresponding to mark ㄡ, ㄩ, ㄣ phoneme in the enter key of numeral 5;
Corresponding to mark ㄠ, ㄧ, ㄢ phoneme in the enter key of number space 6;
Corresponding to mark ㄘ, ㄙ, ㄗ phoneme in the enter key of numeral 7;
Corresponding to mark , ㄋ, ㄍ phoneme in the enter key of numeral 8;
Corresponding to mark ㄑ, ㄒ, ㄐ phoneme in the enter key of numeral 9;
Corresponding to mark in the enter key of numeral 0., towering, phoneme;
Being distributed in benchmark group, the 1st group, the 2nd group separately stores.
14, device according to claim 13 is characterized in that: the phoneme efferent is from the 3rd group:
If extract the ㄟ phoneme when having the key of numeral 1 and digital 2 enter keies combination to import out;
If extract the ㄇ phoneme when having the key of numeral 1 and digital 4 enter keies combination to import out;
If extract the ㄞ phoneme when having the key of numeral 2 and digital 3 enter keies combination to import out;
If extract the ㄥ phoneme when having the key of numeral 2 and digital 5 enter keies combination to import out;
If extract the ㄤ phoneme when having the key of numeral 3 and digital 6 enter keies combination to import out;
If extract the ㄡ phoneme when having the key of numeral 4 and digital 5 enter keies combination to import out;
If extract the ㄌ phoneme when having the key of numeral 4 and digital 7 enter keies combination to import out;
If extract the ㄠ phoneme when having the key of numeral 5 and digital 6 enter keies combination to import out;
If extract the ㄣ phoneme when having the key of numeral 5 and digital 8 enter keies combination to import out;
If extract the ㄢ phoneme when having the key of numeral 6 and digital 9 enter keies combination to import out;
If extract the ㄗ phoneme when having the key of numeral 7 and digital 8 enter keies combination to import out;
If extract the ㄑ phoneme when having the key of numeral 8 and digital 9 enter keies combination to import out;
If extract the ㄍ phoneme when having the key of numeral 8 and digital 0 enter key combination to import out;
If extract the ㄘ phoneme when having the key of digital 7 enter keies and * key combination to import out;
If extract the ㄐ phoneme when having the key of digital 9 enter keies and # key combination to import out;
If extract out when having the key of digital 0 enter key and * key combination to import.Phoneme;
If extract the phoneme when having the key of digital 0 enter key and # key combination to import out;
Export.
15 devices according to claim 14 is characterized in that: the tone determination portion:
If the combinatorial input of digital 1 enter key and function key is arranged, just additional Chinese tone one;
If the combinatorial input of digital 2 enter keies and function key is arranged, just additional Chinese tone two;
If the combinatorial input of digital 3 enter keies and function key is arranged, just additional Chinese tone three;
If the combinatorial input of digital 4 enter keies and function key is arranged, the just additional Chinese tone four tones of standard Chinese pronunciation;
Definite phonotactics of having exported are put.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR200138489 | 2001-06-29 | ||
| KR10-2001-0038489A KR100450586B1 (en) | 2001-06-29 | 2001-06-29 | Apparatus for inputting a character data by using pronunciation |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1393761A CN1393761A (en) | 2003-01-29 |
| CN1178123C true CN1178123C (en) | 2004-12-01 |
Family
ID=19711581
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB011394056A Expired - Fee Related CN1178123C (en) | 2001-06-29 | 2001-11-19 | Input device for characters and data by pronunciation |
Country Status (2)
| Country | Link |
|---|---|
| KR (1) | KR100450586B1 (en) |
| CN (1) | CN1178123C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100400694B1 (en) * | 2001-07-03 | 2003-10-08 | 황재엽 | The Chinese code generator for mobile phone |
| KR101036903B1 (en) * | 2010-09-17 | 2011-05-25 | 신부용 | Multilingual Character Input / Output Device Using Korean |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4585908A (en) * | 1984-11-13 | 1986-04-29 | Gte Communication Systems Corporation | Data entry and display control circuit |
| JPH0754950B2 (en) * | 1987-08-24 | 1995-06-07 | 橋本コーポレイション株式会社 | Character communication system using touch-tone |
| KR19980044150A (en) * | 1996-12-06 | 1998-09-05 | 이남 | Phone keyboard character input system |
| KR19980059494U (en) * | 1998-07-07 | 1998-10-26 | 홍성한 | Telephone number plate-Korean alphabet input method |
| KR20000044457A (en) * | 1998-12-30 | 2000-07-15 | 윤종용 | Method for operating keys of wireless terminal |
-
2001
- 2001-06-29 KR KR10-2001-0038489A patent/KR100450586B1/en not_active Expired - Fee Related
- 2001-11-19 CN CNB011394056A patent/CN1178123C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| KR100450586B1 (en) | 2004-09-30 |
| CN1393761A (en) | 2003-01-29 |
| KR20030002780A (en) | 2003-01-09 |
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