TW200426613A - Method for keying Chinese only using the number key of a keyboard - Google Patents

Abstract

A method for keying Chinese character only using the number key of the keyboard comprises the following steps. Each phonetic symbol is sequentially woven to have two indicating numbers from 01 to 37. The pronunciations is woven to have one indicating number from 0 to 5. The strokes of a Chinese are woven to have one indicating number from 0 to 9. Consequently, the user can key in the Chinese character by only using the number keys of the keyboard.

Description

200426613 V. Description of the invention (i) [Technical field to which the invention belongs] The present invention relates to a Chinese input method for digital transliteration, especially i, a Chinese input method that only requires the number keys on the keyboard. I [Previous Technology] | In the technical field of using computer operations, Chinese input methods often cause headaches for beginners. Unless you have studied hard, it is often difficult to break through in input speed. At present, the mainstream Chinese input methods are nothing more than Cangjie or Dayi. However, before using these input methods, you must first learn the rules of word splitting, and then search for the roots one by one on the keyboard. These Chinese input methods are for a senior People or people who have been using the computer for a long time may be able to improve their Chinese input speed, but for a computer beginner or a person who does not use Chinese input often, it may take longer to learn the input method than using the input method The time is even longer, and it is obviously not economical to manage the time for modern life that must be counted every second. As a result, computer users who are new to Chinese input usually choose Zhuyin input method to solve their Chinese input problems. However, the most troublesome method of Zhuyin input method is that after each word is input, it usually has to go through a selection process in order to eliminate other words with different synonyms and display the desired text on the computer screen. Although there are currently many improved Zhuyin input methods, such as Microsoft's new Zhuyin input method, it is still not possible to completely avoid situations where the pronunciation is synonymous. For all the above-mentioned mainstream and non-mainstream Chinese input methods, the keys needed to use them are distributed on the entire keyboard, so users need not only be familiar with input

Page 5 200426613 V. Explanation of the invention (2) The principle of dismantling the characters must also record the key position corresponding to the root or Zhuyin. Therefore, it is almost impossible to greatly increase the speed of Chinese input in a short time. For this reason, the inventor has in-depth research on the problems of the existing Chinese input method through years of experience in Chinese input research and development, and actively seeks solutions, and finally successfully created a digital transliteration Chinese input law. [Summary of the Invention] The main object of the present invention is to provide a Chinese input method of digital transliteration and communication using only the numeric keys of a keyboard. Based on the above purpose, the present invention mainly includes the following steps: Step 1: Sequentially encode all phonetic symbols with a two-digit sequence code, from 0 1 to 37, and Step 2. Divide the input sequence code into two areas 'Where' Area A is the symbol area. You must enter a maximum of six codes and at least two codes. Area B is the pronunciation area. There are a total of one code. According to Chinese pronunciation, soft, one, two, three, and four tones can be sequentially encoded as 0. — 4, Area C is the pattern type area. It is divided into two codes, which represent the first and last strokes of each Chinese character. All stroke types are divided into ten categories based on the principle of non-repetition. They are coded as 1 to 10 (10 yards in total), to avoid the trouble of having to select the applicable word from all the common characters after the input of the traditional Chinese Zhuyin input method. [Embodiment]

Next, a preferred embodiment will be given, and further explanation will be given in conjunction with the drawings, so that your reviewers have a more detailed understanding of the present invention, but the following are only used to explain the preferred embodiment of the present invention, not Attempts are based on II ill 1 I 1 IIII 1 1 Page 6 200426613 I V. Description of the invention (3) Any limitation on the present invention is based on the fact that the invention is based on the spirit of the invention Modifications or changes in any form shall still fall within the scope of the present invention. I The present invention relates to a digital transliteration Chinese input method.

| The point is that you only need to use the ten number keys on the keyboard and then match the appropriate program. First, all the Zhuyin symbols are serialized with two-digit serial numbers, from ο 1 to 3 7, and drawn into a comparison table as shown in the first figure. Users can memorize the sequence numbers of all phonetic symbols, or post the comparison table at the computer desk for comparison and reference at any time. Please refer to the second figure. When using the present invention to input Chinese on a computer, you need to enter a maximum of nine digits. Among them, area A is a symbol area with up to six digits, and the first two digits are initials. As shown in the three pictures (source: National Central University), all initials are single symbols, and the last four digits are vowels, which can be a single phonetic symbol or a combination of two phonetic symbols. If the desired pronunciation of the text input is only two phonetic symbols It is composed of symbols. At this time, you only need to enter four numbers in the area A. The area B has only one code. Please refer to it as shown in the fourth figure. Second, third, and fourth tones can be sequentially coded as 1 to 4

At this point, the user only needs to press the blank or input key on the keyboard, and all Chinese character strings with the same input conditions (same pronunciation) will appear on the computer screen for the user to choose. At this point, although the Chinese input can be successfully completed, The shortcomings of the conventional phonetic input method have not been overcome. Therefore, in order to overcome the shortcomings of selecting characters in the conventional phonetic input method, the present invention especially adds a two-code stroke type after the number string, as shown in area C in the second figure. There are ten stroke patterns in total.

Page 7 200426613 V. Description of Invention (4)!

For digital coding, please read the “I” in the “C area” code i, which is not in the fifth picture, is the first type of Chinese characters you want to input, and the second code is I you want to enter Chinese characters. The last stroke type. As shown in the second figure, if the pronunciation of the Chinese character is composed of a single phonetic symbol, only two digits need to be entered in the A area. If the Chinese !: The pronunciation of the character is composed of three phonetic symbols, it must be Enter the | six-digit number in area A. Therefore, the total number of codes entered is five to nine. When the number of codes required to enter | is less than nine, the user must press the blank key to force the program to read the number entered. code. In the following, the Chinese character input method of digital transliteration and communication according to the present invention is further explained with five characters such as "Intellectual Property Bureau". The initials of "Zhi" are worms and no finals. Therefore, you only need to enter 15 in Area A. And its pronunciation is four sounds. Therefore, enter 4 in the B area, and the first stroke is a skim and the last stroke is a horizontal line. After comparing the stroke pattern table shown in the fifth figure, then in the C area. Enter 6 1 and the word "Zhi" will appear at the designated position on the computer screen. The initial of "Hui" is the final vowel of the factory. So, you need to input 112330 in the A area. The pronunciation is four tones. Therefore, Enter 4 in the B area, and the first stroke is a horizontal line and the last stroke is a point. After comparing the stroke pattern table shown in the fifth figure, enter 1 0 in the C area, and then you can use it on the computer screen. The word "hui" appears at the designated position; the consonant of "Cai" is the present vowel, so it is only necessary to enter 2029 in the A area, and the pronunciation parameter is two sounds. Therefore, enter 2 in the B area, and The first stroke is straight and the last stroke is skimmed. After the state table, then the input 20 in zone C, can occur "financial" in the word at the designated position on the computer screen; initials "yield" of a sheet vowel bow, thus, in the region A

Page 8 200426613 丨 Fifth, description of the invention (5) i just enter 1 6 3 3, the pronunciation is three times, so enter 3 in the B area, and the first stroke is a point and the last stroke is a horizontal, After comparing the stroke pattern table as shown in Figure 5I, and then enter 01 in the C area, the word "produced" will appear at the designated position of the electric brain screen; the initial of the "office" is μ and the final is u, therefore, enter 1 224 in area A, and its pronunciation is two sounds. Therefore, enter 2 in area B, and the first stroke is a horizontal and the last stroke is a tick. After the stroke type table shown in the figure, enter 1 1 in the C area, and then the word "Ban" will appear at the designated position on the computer screen. To sum up, the present invention does have the following advantages: 1. It is not necessary to learn the word splitting method and memorize the relevant position of the root on the keyboard, so even a beginner can immediately start typing in Chinese on a computer, there will be no Learning barriers. 2. The average number of input codes is about five yards, which is only slightly more than the mainstream input methods mentioned above, and the trouble of selecting characters by using Zhuyin input method can be saved, and situations with different phonetic meanings can be avoided. 3. You only need to use the ten number keys on the computer keyboard to perform Chinese input operations on the computer. As shown in the sixth figure, those who are used to playing English can choose the number keys above the keyboard. At the same time, they can also use the numbers on the right side of the keyboard. Key, it can really improve the work efficiency of Chinese input. In addition, since the present invention can successfully complete Chinese input only by using numeric keys, as long as it is equipped with an appropriate program, it can also be used in mobile phones, which is convenient for users to enter names or write short messages. In the current Chinese input technology of mobile phones, , If you want to input the Chinese character pronunciation, there are three phonetic symbols

Page 9 200426613 V. Description of the invention (6) i, sometimes even need to press a few keys for more than ten times to complete the input, and after inputting, you still have to select the text you want to input from the homophone, so, If the present invention is applied to the field of Chinese input of a mobile phone, the time of Chinese input can be greatly shortened. The above description is summarized. With the design of the above structure of the present invention, in addition to effectively overcoming the problems of the conventional Chinese input method, the efficiency of the Chinese input operation can be further improved. Since the present invention has the above-mentioned numerous advantages and practical values, the present invention The invention is a very creative invention, and the same or similar product creation or public use has not been seen in the same technical field. Therefore, the invention has met the requirements of the invention patent, and is filed in accordance with the law. 200426613 Brief description of the diagram The first diagram is the phonetic symbol coding table of the present invention. The first diagram is a schematic diagram of the input digital string of the present invention. The second diagram is the classification table of the initials and finals of the phonetic symbol. The fourth diagram is The fifth picture is a stone horse watch of the stroke type of the present invention; and the sixth picture is a schematic diagram of the number keys of a general keyboard.

Claims (1)

200426613 6. Scope of patent application 1. A Chinese input method of digital transliteration and messaging, which mainly includes the following steps: Step 1: Put all phonetic symbols in sequence with a two-digit serial number, from 0 1 to 37, and draw a comparison Table 2: Step 2: Divide the input serial code into three areas. Among them, area A is the symbol area. Yuan Duo needs to enter six codes. At least two codes. Area B is the pronunciation area. There is a total of one code. The first, second, third, and fourth tones can be sequentially coded as 0-4, and the C area is the pattern type area. It is divided into two codes to represent the first and last strokes of each Chinese character. All Stroke patterns are divided into ten categories and coded as 1-10 (total ten yards) 'to avoid the trouble of having to select the applicable word from all the same-symbols after the traditional Chinese phonetic input method is finished. 2. The digital transliteration Chinese input method described in item 1 of the scope of the patent application, where Yuan A in area 5 A needs to enter six codes ^ The first two codes are initials, all initials are single symbols, and the last four codes are finals. 3. The digital transliteration Chinese input method described in item 2 of the scope of patent application, wherein the finals can be a single phonetic symbol. 4. The digital transliteration Chinese input method described in item 2 of the scope of patent application, wherein the finals are a combination of two phonetic symbols.