TW468118B - Matrix number language input method - Google Patents

Abstract

Provided is a matrix number language input method. It plans vertical coordinate and horizontal coordinate with a plurality of numbers within input contrast table. Inside the corresponding columns of vertical coordinate and horizontal coordinate corresponds to Chinese phonetic notations or alphabets of pronunciation words. Users choose the corresponding words of vertical coordinate and horizontal coordinate according to the inputting Chinese phonetic notations and alphabets of pronunciation words to execute the word input. When inputting Chinese word, it concludes voice key and number electing key of the desired word. When inputting the word of pronunciation, it concludes the steps of upper word and lower word transformation in order to choose different styles of word upper case and lower case.

Description

4 6 8118

V. Description of the invention (1) (The present invention relates to a text input method, particularly a matrix digital language input method ':.

In the modern industrial and commercial society with technological advancement, various advanced automated machines and high-tech communication equipment are widely used in many occasions. In many cases, these equipments need to use word input processing to build their internal data to Convenient for users to use ^ Existing text input methods are simpler for the input of pinyin characters (such as English), and more complex for the input of hieroglyphs (such as Chinese). Then select the glyph. The most common type of text input is the Lizhou computer keyboard to input text. However, for many other devices, the text input is often limited by the number of keys set on the device itself. Not enough, so when you like to enter text in it Will be more complicated and inconvenient. Taking the increasingly popular mobile phones as an example, in order to allow users to create various required data in the mobile phones, the keys of the mobile phones can be used to input text in addition to numbers. = General and s' Mobile phone keys except 1, 2, 3 ~ 〇 and *, # this

In addition to the same keys as on the phone, there are a few more options to choose from. Confirm, it keys. Taking English input as an example, the English alphabet of 26 letters is set to 8 keys from 2 to 9, so one key must represent 3 or 4 English letters at the same time. For example: the English letter represented by the key is a; B and C ′ If the user wants to enter eight, press the key 2 once; but if you want to enter

Fifth, the description of the invention (2) The letter of "f" may have to be pressed several times according to its corresponding element-English that contains several letters, so it actually takes a lot of time and Chinese is a complex glyph key to directly input, so After spelling the phonetic sounds of Chinese characters, the text rotation is also based on 37 phonetic symbols, so a keystroke also generates a mother wheel to complete a Chinese character. It is time-consuming and inconvenient. In order to improve the above problems and make the text rotation easier and faster, the information required internally ‘then the original method’ makes the text input time-saving and easy to play its best function. This phone, telephone, fax machine ... etc. Use the comparison table to enter Chinese, times. The keys vary from one to four times, and to input a single character, you often need to press the keys very often and the operation is inconvenient. The pictographs are even more difficult. You need to choose the glyph by relying on Zhuyin or Roman pinyin. In general, the keys set at 1 ~ g are used to display a few rare phonetic symbols, so you also need to press the key _not_. Many times, the user of various devices used in daily life It can be quickly and easily established. It provides a matrix digital language input method. It is easy and relaxed, and it also allows various dances to be performed smoothly. Brain, computer, and line-related digital equipment and software applications can be set for guest input time. Fewer keys

In terms of other language matrix digital input methods and applications, the main functional principles of the transfer method of the present invention are Chinese, Korean, Japanese, Cyr i 丨 丨 丨 c language family, Greek language family, Turkish language family, Central European language family, Barr's Languages, etc., you can use this matrix digital dialing rule "to complete the application of computer, computer, mobile phone, telephone, fax machine and other related digital equipment and software application design, and apply this table method, Can set any key as language

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i 6 81 1 8 V. Description of the invention (3) Special replacement keys are used together. Using this table method can save .input time, keep simple operations simple, reduce the number of keystrokes and maintain the service life of the parts. The following detailed description of each embodiment of the present invention is as follows: (A) Brief description of the drawings: Figure 1 is a Mandarin phonetic / Roman pinyin number input method of the first embodiment of the present invention, a comparison table; Figure 2 shows the first embodiment of the present invention. An example of the arrangement of Chinese phonetic transcription in one embodiment; η Figure 3 shows a practical application of Roman phonetic alphabet in the first embodiment of the present invention; Figure 4 shows a Chinese phonetic alphabet / Roman phonetic number input in the second embodiment of the present invention Method comparison table; Figure 5 shows a practical application layout example of Chinese phonetic transcription in the second embodiment of the present invention; Figure 6 shows a practical application layout example of Roman pinyin in the second embodiment of the present invention; Figure 7 shows the national language of the third embodiment of the present invention Zhuyin / Roman pinyin number input method: according to the table; Figure 8 shows the practical application of the Chinese phonetic notation and Roman pinyin in the third implementation of the present invention; Figures 9A to 9L are the tables according to the foregoing first embodiment Compared with the input method of the second embodiment, a comparison table of various different phonetic notations, encoding methods, Roman pinyin, and note keys; FIG. 10 is an English matrix of the fourth embodiment of the present invention A control word input

Page 6 V. Description of the invention (4) Table; Figure 11 shows the fourth practical example of the present invention in English. Figure 12 is a comparison table of the English matrix digital input method of the fifth embodiment of the present invention; Figure 13 is a display example of English, real and practical applications of the fifth embodiment of the present invention; Figure 14 is a sixth n example of the present invention English matrix,. Emperor_input method comparison table; '-Figure 15 shows the practical application of English in the sixth embodiment of the present invention. Example-Figure 16 is the English matrix digital input of the seventh practical example of the present invention. Fig. 17 is a comparison table of the English matrix digital input method of the eighth embodiment of the present invention; Fig. 18 is a comparison table of the English string digital input method of the ninth embodiment of the present invention; Fig. 19 shows the foregoing A coding comparison table for seventh to ninth embodiments; FIG. 20 is a Japanese matrix digital input method comparison table for the tenth embodiment of the present invention; and FIG. 21 is a coding comparison table for the tenth embodiment of the present invention. Description of the embodiment: The first embodiment: First, refer to FIG. 1, which is a Mandarin note of the first I embodiment of the present invention

4 6 8118 Explanation of the 5 'invention (5) Pinyin / Roman pinyin number input method for Zhao coordinate A (Bu 8) and vertical coordinate 榡 3 (1 ~ 5) \ ° In the comparison table, it is divided into Hengyin pinyin method Contrast, while the lower bar is Roman spelling ^ f in the upper bar is the Mandarin note. Figure 2 shows the first-real ^: 'to contrast. For example, while Figure 3 shows its Rome; Tone 2 22 = Zhuyin practical application miscellaneous table, the symbol ▲ means read < placed in the choreography ㈣ β in the control 0 'should press 4 (this key) and then connect q, such as the key of 4. If there is a horizontal line in the Roman phonetic alphabet, it means ^ the third position in the shed). This embodiment of the present invention is applicable to Chinese yoke = Chinese character input yttrium tile, which is divided into the following monosyllabic, double-syllabic, and triple 1. Monosyllabic character input: The input selection rule is: (Α + β ) + Note key + That is, the user selects the sub-keys in turn according to the needs. And ordinate numbers, and then select ς = 'Select the corresponding horizontal seat to enter the desired monophonic Chinese ~ ± and the word selection key, you can enter the number on the key array on the phone /, the middle sound symbol can be, for example Action I key (for example], 90, and select, and the word selection key can also be straight, free, 3, 4) to select, for example: 厶 = 7 3 + 辂 数字 number keys on the key array for selection. 2. Input of two-tone characters: sub key + word selection key sound A + B) + (second tone A) + note key + the first input selection rules are: word selection key a, that is, the user according to respect, The corresponding first coordinate of the horizontal coordinate and the vertical sound of the double-sounded character, select the corresponding horizontal coordinate, and finally the soil :, and then select the right, the vowel key, and the word selection key based on the second sound. Input

46 8118 V. Description of the invention (6) Double-tone Chinese characters to be input. For example: Λ 乂 = 73 + 7+ note key + word selection key. 3. Input of three-tone characters: The input selection rules are: (first tone A + B) + (second tone Α) + (third .. responsibility A) + note key + word selection key. That is, the user selects the corresponding horizontal coordinate and vertical coordinate number according to the first sound of the three-tone character that the household needs to input, and then selects the corresponding horizontal coordinate based on the second sound, and then selects the corresponding one based on the third sound. .Camellia coordinates, finally select the note key and the word selection key, you can enter the three-tone Chinese _ word you want to enter. For example: Α 乂 厶 = 7 3 + 7 + 4 + note key + word selection key. Second Embodiment: As shown in FIG. 4, it is a comparison table of the Mandarin Chinese phonetic transcription / Roman pinyin number input method according to the second embodiment of the present invention. In the comparison table, the horizontal coordinate A (1 to 9) and the vertical coordinate .. B (1 to 5) are divided. In each block, the upper block is a comparison of the Mandarin phonetic method, and the lower block is a Roman phonetic method. Fig. 5 shows a practical application layout of Chinese Zhuyin in the first embodiment of the present invention, and Fig. 6 shows a practical application layout of Roman phonetic transcription. This embodiment of the present invention is applicable to monophonic, dual-tone, and tri-syllabic Chinese character input, which are described as follows: 1. Input of monosyllabic characters: The input selection rules are: (A + B) + Sound note key + Word selection key. That is, the user selects the corresponding horizontal coordinate and vertical coordinate number according to the monophonic word to be input, and then selects the note key and the word selection key to input

4 8 81 18 V. Description of the invention (7) Enter the monophonic Chinese characters in the desired rotation. The note key system can be considered, for example, by the number keys (such as 1, 2, 3, and 4) on the key array on the mobile phone 3, and the word selection keys can also be selected directly by the number keys on the key array. For example: 厶 = 6 3 + note key + word selection key 2 · Double rabbit character input: The input selection rules are: · (first tone Α + Β) + (second tone Α + Β) + note key + Prepared word key. That is, the user selects the corresponding = coordinate and vertical coordinate number according to the first sound of the double-sounded word input, and then selects the corresponding horizontal coordinate and vertical coordinate according to the second sound, and finally selects the note key And the word selection key, you can input the two-tone Chinese characters you want to enter. For example: Spoon = 11 + 71 + note key + word selection key. 3. Input of three-tone characters: The input selection rules are: (first tone A + Β) + (second tone A,) + (third tone + note key + word selection key. That is, the user uses Need to enter three-the first sound of the word 'select the corresponding horizontal and vertical coordinate numbers, and then = = according to the second tone, select the corresponding horizontal and vertical coordinates, and then take the corresponding board coordinates according to the ^ .. And .. vertical coordinate, and finally select the note key and the word selection key 'to enter the three-tone Chinese characters you want to input. .-: For example: spoon spoon = 1 1 + 1 + 9 4 + note key + Word selection key. Third embodiment: Fig. 7 is a Chinese phonetic alphabet / Roman pinyin number input method comparison table according to the third embodiment of the present invention. In the comparison table, it is divided into horizontal employment mark A (1 ~ 10) and The vertical coordinate B (1-4). The upper column in each block is a comparison of the phonetic method of the Chinese phonetic alphabet.

Page 10 V. Description of Invention (8) Fig. 8 shows a practical example of the arrangement of Chinese Zhuyin and Roman phonetic transcriptions in the third embodiment of the present invention. In this embodiment, when inputting characters in three sounds, the input selection rules are: (first sound A) + (third sound A) + note key + pronunciation key + word selection key. That is, the user selects the corresponding horizontal coordinate number according to the first sound (first code) of the three-sounding word to be input, and then selects the corresponding horizontal coordinate based on the third sound (last code), and finally selects the note Key, pronunciation key and word selection key, you can input the three-tone Chinese characters you want to enter. For example: Ｍ — 丫 = 1 + 3 ten notes key + read key + word selection.

As shown in Figs. 9A to 9L, a comparison table for various different phonetic notations, encoding methods, Roman syllables, and note keys according to the input methods of the first embodiment and the second embodiment is shown. Fourth embodiment:

As shown in FIG. 10, it is an English matrix digital input method comparison table according to the fourth embodiment of the present invention. The comparison table is divided into horizontal coordinates A (1 to 7) and vertical coordinates B (Bu 4), and the letters corresponding to the letters A to Z are in the stop. According to the horizontal coordinate and vertical coordinate input + number, you can input the required English, text, and mother. The input rules are: A + B. For example, if you want to enter the letter A, you only need to enter 11; if you want to enter the letter B, you only need to enter 2 1. Of course, the input number can also be replaced with different coordinates depending on the software design. Fig. 11 shows a practical example in English of the fourth embodiment of the present invention. In addition, since this embodiment is suitable to be applied to, for example, English characters with case sensitivity, in actual application, a case switch key can be used.

Page 11 'B 81 18 Five' invention description (9) Or in the fifth embodiment of the key moment, for example, the cross input method to the coordinate B (bu 4) The vertical coordinate input is: A + B When entering the letter B: Figure 10 Three examples in this case are set in any way-~ 六六 Implement you | 丨 as shown in the cross input method for coordinates B (l, 4 丨 the wheel of the vertical coordinate _ is: A + B When the letter B is entered, the figure is ten examples. This one 1 Set any key in practice> Set any key to be used as the conversion key of the size house in the seventh embodiment of the matrix. As shown in the second, it is a table of the English matrix number of the fifth embodiment of the present invention. In the comparison table, The horizontal coordinates A (Bu 8) and the vertical 'columns' correspond to the English letters A to Z. According to the horizontal coordinates and the number', you can enter the required English letters. The input rules are, for example, when you want to enter the letter A, Just input; π, and if you want to lose 1, you just need to enter 12. In the English example of practical application of the fifth embodiment of the present invention, 'can also be used as a case switch key or as a key switch between the key and the key. As shown in the figure, it is a table of English matrix numbers according to the sixth embodiment of the present invention. In the comparison table, Divided into horizontal coordinates A (2 ~ 9) and vertical 'blocks corresponding to the English letters A ~ Z. According to the horizontal coordinates and the word' it ', you can enter the required English pen letters. The input rules are: When entering the letter A, you only need to enter 21, and if you want to lose, you only need to enter 22. In the English practical application layout example of the sixth embodiment of the present invention, you can also use a case switch key or the key matrix key as the case. Use of shift keys 3

5. Explanation of the invention on page 12 (10) Figure 16; 3 彳 $ round robin comparison table ^ = the English matrix number coordinate β (Bu 4) of the seventh example of the present invention. In the table, it is divided into the horizontal coordinate A (1 ~ 7) and the vertical and horizontal coordinate input numbers' J 2 t English letters a ~ 2. According to the horizontal coordinate and then: A + B. This ~ implementation °: Enter the required English letters, and change the code of the unit of rotation to 5, or you can use a case switch key or change the number from 5 to s ^ 7 as a number and change it. The situation is as follows. IJ1 = 5 5 2 = 6-3 = 7 'Then 1 4 = 8 4 = 9 4 = 10 For example, starting with Wei as the number of horses For example, starting with 7 as the number of drinks, ~ 1. ~ 0'2 = 7 , 3 = as far as the eighth embodiment:, then 1 = 7 '2 = 8., 3 = 9 As shown in FIG. 17, = input 绛 lookup table? In J: the number of English matrices in the eighth embodiment of the present invention is: A + can be used to change the required English units of the generation of Shima change & in the embodiment, you can also a large ', the ninth input rule Example: More 5, or 6 or 7 is a digital f lowercase switch key or will be-as shown in Figure 18, the sub-input method HZ likes Zhao Zhaodan system; male: coordinate B (Bu 4): 5 . The number of English matrices that read the right number of 4! Stele examples corresponds to the number of rounds in the vertical coordinate, ‘Α (1 δ)’ and ‘· Α + Β. In this case, India can turn into f to mother A ~ ζ. This is changed according to the code of the horizontal coordinate and the single digit; the embodiment order, the English alphabet required for the introduction, its input plan nineteen (Table 5 or Table 6 or 2) 2 can be a case switch key or will indicate the previous 逑First from Digital ^

~ A code comparison table for an embodiment of the nose. 3 8118 V. Description of the invention (11) ~-··;-Tenth embodiment: As shown in FIG. 20, it is a Japanese word input method comparison table of the tenth embodiment of the present invention. In the comparison table, the horizontal coordinates A and ^^ B 'are corresponding to the Japanese letters, horizontal coordinates, and vertical T in the ^ relation position, and the required text can be called, such as: 丨.工 シ .32 each other because there are katakana two hiragana and combination: the alphabetic characters become Chinese characters, so you can set a key or a period number for the parent to change the label, or you can use the English mode, the number from the B coordinate Starting from 6, the difference between the input of katakana and hiragana $ is recognized. If the number starts from 6, the original 1 = 6 2 = 7 4 = .9 5 and the pronunciation of four lines, such as Li, Pian, Xi, and Eight Elements. There are still voiced sounds-々 ,: inch, xi, Α '', and the line can still send €€ sound, so you can give another number or key to indicate the difference in the above pronunciation or the difference in the called text Point. D In the comparison table, A is the alphabetical arrangement of common Japanese characters. • B is the current labeling of keys on Japanese mobile phones. Only when C is arranged, it can be arranged in any other row. In the case of this comparison table, the coding situation is the same as in English, and when the code is arranged similarly, the coordinates of A and B can also be reversed. Twenty -_ ^ _ indicates the code comparison table of the first person of the present invention—real_. And the example, and there are three types of _ Chu columns in the 7th row, of which 6 tables are used to match the existing mobile phone and phone keys. -Letter mark. The embodiments of the present invention have been described above, and other simple key-press quick reference tables of other prepared languages can be edited and completed according to the main function method of the input system described above. 4 When the above of the present invention Technology should

Page 14 V. Description of the invention (12) ---- When used in mobile private words or other equipment tools that require text rotation, the number of the horizontal coordinate is the number of the button on the key tool, and the number of the vertical seat is the service number. For-the key word on the key tool-or the order of the addresses arranged by the letters or symbols on the same key, that is, the number of the vertical coordinate, that is, the principle of mobile phone coding is that the number on the key, that is, It is the horizontal coordinate, and the ordinal number of letters or symbols arranged on the key is the vertical coordinate. ~ In summary, this creation does have industrial use value, and it is currently. According to the spirit of the Patent Law, this creative application is completely in line with the requirements of patents. The above is only the preferred embodiment of this creation, and it should not be used to limit the scope of this creation. That is to say, any changes and modifications made in accordance with the scope of the patent application for this creation shall still be within the scope of this creation patent.

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Claims (1)

6. Scope of Patent Application 1. A matrix digital language input method, including the following steps: a. Provide an input comparison table, which has a horizontal coordinate and a vertical coordinate containing a plurality of numbers, the horizontal coordinate and the vertical coordinate A Chinese phonetic note is indicated in the corresponding field of Mo. 撢; b. According to the phonetic note of the text you want to enter, select the corresponding horizontal and vertical coordinate numbers; c. Select the phonetic key of the Chinese character to be entered D. Select the word selection key of the Chinese character to be input. 2. For the matrix digital language input method of item 1 of the scope of patent application, wherein step b includes the following steps: b 1. According to the first phonetic note of the Chinese character to be input, select the horizontal and vertical coordinates of the eagle ^ Numbers; 1 < b2. According to the second phonetic note of the Chinese character to be input, select the corresponding horizontal coordinate number. 3. For a matrix digital language input method with the scope of patent application ^ 1, step b includes the following steps: b 1. According to the first phonetic note of the Chinese character to be entered, select the corresponding horizontal coordinate and vertical axis Coordinate numbers;, b 2. According to the second phonetic note of the Chinese character to be input, select the horizontal and vertical coordinate numbers corresponding to t. " 4. For the matrix digital language input method of item 1 of the scope of patent application, step b includes the following steps: bl. According to the first phonetic note of the Chinese character to be input, select the corresponding horizontal coordinate and vertical coordinate number ;, Page 16 ^ S8i 1 a VI. Scope of patent application b2 · According to the second note of earth note that you want to rotate in the electronic text, select the corresponding horizontal coordinate number; b 3.According to the third phonetic note of the Chinese character you want to input, Select the corresponding horizontal coordinate number. 5. For example, the matrix digital language input method in the first scope of the patent application, wherein step b includes the following steps: b 1. According to the first phonetic note of the Chinese character to be input, select the corresponding horizontal coordinate and vertical coordinate Numbers; b2. According to the second phonetic note of the Chinese character you want to input, select the corresponding horizontal coordinate number; ------- I b 3. 俸 According to the third phonetic note of the Chinese character you want to input, select the corresponding one Number of horizontal and vertical coordinates. 6. —A method for inputting digital language in a matrix, including the following steps: a. Provide an input comparison table having a horizontal coordinate and a vertical coordinate containing a plurality of numbers, and the horizontal coordinate and the vertical coordinate corresponding column Corresponds to a Chinese phonetic notation; b. According to the phonetic notation of the first and last Chinese characters you want to input, select the corresponding four-digit number; 'c. Select the phonetic key of the Chinese character you want to input; d. Select the pronunciation _. key of the Chinese character to be input; e. Select the character selection key of the Chinese character to be input. 7. A matrix digital language input method including the following steps "a. Provide a loser comparison table, which has a horizontal coordinate and a vertical coordinate containing a plurality of numbers, and the horizontal coordinate corresponds to the field corresponding to the vertical coordinate. Page 17 46 8118 Call No. 88123367 Month Revision 6. Corresponds to a letter in the scope of patent application; b. According to the note of the letter and text you want to input, select the corresponding horizontal coordinate and vertical coordinate number. 8. For the matrix digital language input method of item 7 in the scope of patent application, wherein step b) further includes a step of selecting a case conversion key to select the case type of the alphabetic text. 9. If the matrix number language input method of item 7 in the scope of the patent application, step b further includes changing the code of the vertical scroll to a 5, or 6 or 7 to 11 digits to select the case of the letter Type. None 11 〇. A matrix digital language rotation method, including the following steps: 7t No amendment allowed ^ a. Provide an input comparison table, which has a horizontal coordinate and a vertical coordinate containing a plurality of numbers, the horizontal coordinate and The block corresponding to the vertical coordinate ~ internal correspondence represents a letter of a letter; ^ 1 So Ιζί < κf b. According to the notes of Bai Wenyu's mother text that you want to input, select the corresponding horizontal and vertical coordinate numbers. 〇 gl 1 · As in the matrix digital language input method of claim 10 of the patent scope, step b further includes a step of selecting a conversion key or a mark to select the katakana, hiragana or Combining Japanese letters into man, and different types of dullness and semi-dullness. Number of patents in the 10th area of the matrix% language input method-which also includes changing the vertical coordinate code from 6 to a number to select the Japanese letter '女 客 之 Η 把 13 _If you apply for a patent Figure 筮! 〇 I ~ -Λ- ^^ rb ^ Matrix numeric language input around items 1-6, 7, or 1 〇 The number of the T coordinate is the number of the key on the key tool Page 19. as 81 18 6. For the patent application range code, the number of the vertical coordinate is the bit extension code arranged by the letters or symbols on the key operator, that is, the principle of mobile phone coding is the horizontal coordinate, and the letter or symbol is on the key. Superscript. 14. If you want to enter the comparison table for the moment of item 1 of the scope of patent application, whether it is Chinese, English, Chinese, Greek, Turkish, etc., you can use this "matrix number input ... .... Brain, computer, mobile phone, telephone material and software application design, and use this special replacement key to cooperate. Use the letter or the. Symbol on the same key sequence ^ number, that is, the number of the vertical coordinate : The number on the numeric keypad, that is, the order of the digits, is the input method of the numeric language of the vertical array, including Korean, Japanese, Cyrillic, Chinese and European women's, and Bar's languages ... Facsimile machine ... and other related digitizer table methods, you can set any key as the language Page 19