KR100371741B1 - 8 charactery Hanja input and output method - Google Patents

Abstract

The present invention relates to a method and an apparatus for inputting and outputting Chinese characters. It is divided into eight types of reference strokes and named it octal. Based on this, the Chinese character stroke order is mapped to the octal reference stroke to generate code, and the code is recombined to input and output Chinese characters.

The apparatus for realizing this includes an input unit consisting of a keyboard or a cursive input screen corresponding to an octal reference stroke, and a storage unit storing a code value obtained by decomposing the Chinese character stroke order into an octal reference stroke, and a code value input to the input unit. The microprocessor is configured to search for the Chinese characters in the storage unit and display them on the display unit according to the combination of the two.

Description

Octal Hanja input and output method

The present invention is octal reference stroke ( The present invention relates to a system apparatus and method for inputting and outputting kanji and kanji words.

Conventional Chinese input / output method inputs the corresponding sound of Chinese characters, finds and inputs the corresponding Chinese characters, finds the number of copies of Chinese characters, finds the remaining number of strokes, and inputs the input method or the numbers of Chinese characters by placing them on the keyboard. There are ways to input Chinese characters through a combination of copies, which means that if you don't know the sound or the copy, you can't input / output the Chinese characters in principle, and you have to memorize the hundreds of copies. In addition, this method has a critical problem in inputting and outputting Chinese characters to a small interface screen or a small number of keyboards of a portable information terminal that is miniaturized by using this method. The five classifications are so simple that it is difficult to separate and separate the complex Chinese character strokes, and the method of using a large number of reference strokes consists of a combination of standard strokes that are ambiguous and consistent between reference strokes. There is a lot of difficulty in learning and using people with less knowledge of Chinese characters.In the end, traditional Chinese character input methods input Chinese characters at all without knowing how to decompose Chinese characters, the number of strokes and remnants, or decompose complex Chinese characters into ambiguous reference strokes. There are problems that cannot be done or difficult to input, and there is a critical obstacle to the implementation of Chinese characters I / O in miniaturized portable information terminals.

The object of the present invention is to solve the above problems of the present invention, and it is an object of the present invention to easily and simply and conveniently input and output Chinese characters using octal reference strokes in a system device requiring Chinese character input and output. A storage unit for storing the decomposed octal code value by mapping the stroke order to eight shapes of octal reference stroke, an input unit for inputting an octal reference stroke or octal code value, and an input octal reference stroke or 8 It consists of a microprocessor that controls the display or input / output of the corresponding Chinese characters according to the combination of binary code values.

1 is a table of the shape of the octal reference stroke and the English keyboard corresponding code value

Figure 2a is a diagram illustrating the Chinese character input screen according to the octal reference stroke or octal code value input of octal stroke order input method Figure 2b is an increase in the number of octal reference stroke or octal code value input number of octal stroke order input method Drawing illustrating the Chinese character input screen

3 is an exemplary diagram classifying an octal reference stroke and an octal code value according to the Chinese character stroke order

Figure 4 is an example of classifying the octal base stroke and octal minor code value of the Chinese character copy and the octal base stroke and octal residual code value of the remaining residues other than the number of copies

FIG. 5A is a diagram illustrating an incident Chinese character display screen of an incident display window according to an input of an octal reference stroke or an octal code value in an octal collateral residual input method; FIG. Drawing showing the Chinese character input screen according to the remaining residual input after selecting

Figure 6a is a diagram illustrating a Chinese character word input screen according to the octal word input method

FIG. 6B is a view illustrating a Chinese character word input screen according to a reference stroke input or a code value input of a specific Chinese character among examples of Chinese character word input according to an octal word input method. FIG. Degree

First of all, in order to achieve the above object, the Chinese characters should be classified. Based on the Chinese characters used in the device system, the Chinese characters to be classified may be adjusted and, if necessary, the number of Chinese characters to be classified may be adjusted. In addition, the Chinese word is set to the word to be used in the system device, and the Chinese character word is classified and stored by the number of Chinese characters such as 2, 3, 4, 5, 6, and 7 characters. If necessary, add or correct it.

Criteria for classification are the octal reference stroke of FIG. 3), the stroke order of each Chinese character stroke is decomposed corresponding to the octal reference stroke and given an octal code value. The reference stroke code value of FIG. 1 may be changed according to a user's setting. Chinese character stroke order Being As the baseline Being As the baseline Being Is taken as the reference stroke. This classification is simplified to eight standard strokes that are easy to see and distinguish from complex Chinese characters with many strokes or simple Chinese characters with few strokes. As shown in FIG. 7, if a rule of recombination is determined according to a classification criterion in a system device including an input unit, a storage unit, a microprocessor, and a display unit, Chinese characters can be easily inputted and outputted. It is divided into sub-categories and sub-catalyst classification. According to the stroke order classification, the stroke order code value is created. According to the subsidiary remnant classification, sub-code value, which is the octal code value of the sub-part, and the octal code value, which is the octal code value of the remaining residual part. The stroke order classification is to assign a stroke order code value by matching the reference strokes in the order of the Chinese character stroke order as shown in FIG. Is broken down into kldujkdudu. The ruler of the octal base Decomposed to, the stroke order code is laklakksdjk.九 Sleeping occupies the octal baseline Decomposed to, the stroke order code value is dv.女 Sleeping occupies the octal baseline The sdk order code is divided into sdk. [0043] As shown in FIG. 4, the subsidiary residual classification value is assigned to the subsidiary code value of the kanji and the remaining code value to the remaining parts except for the subsidiary number. For example, 校 is the number of copies, so the number of copies is Subcode value becomes kldu, and the remaining residues are The residual code is jkdudu. Since the number of copies is 口, the number of copies is The minor code is lak and the remaining residues are The residual code is klakksdj.女 is the subordinate, so the subordinate The minor code value becomes sdk and no residual code value.

If it is ambiguous to distinguish the combined form of consecutive octal reference strokes, use a special input key to distinguish consecutive strokes. That is, it is special to distinguish between successive octal base strokes, such as crossed strokes (Ctrl + Octal code), apart strokes (Alt + Octal code), and relatively long or large strokes (Shift + Octal code). Use the input key. Since there is a problem in that the combination of keyboards to be remembered by the user increases, the user can set them as needed. In the storage unit of FIG. 7, the octal code values of the Chinese characters classified as described above and the special input key set by the user are set. The input / output setting values are stored. The input unit of FIG. 7 includes an input keyboard, a touch screen, or an octal kanji handwriting recognition screen window. A user can find and input Chinese characters by inputting an octal reference stroke, an octal code value, or a set special input key displayed on an input keyboard or a touch screen. The microprocessor of FIG. 7 uses an octal reference stroke or 8 inputted from an input unit. Displays the input value of the binary code value or special input key as an octal reference stroke or code value according to the user's setting, displays the corresponding Chinese character according to the input octal code value, and inputs the Chinese character according to the user's command Control the output.

As described above, there are three ways to input / output Chinese characters by assigning them as octal code values. The first is octal kanji stroke input method as shown in FIGS. 2A and 2B, the second is octal kanji incidental input method as shown in FIGS. 5A and 5B, and the third is octal kanji word input as shown in FIGS. 6A and 6B. It is a law. This will be described in detail as follows.

The octal kanji stroke order input method is a method of inputting and outputting kanji by inputting an octal reference stroke or an octal code decomposed into the kanji stroke order to input / output as shown in FIG. 2A. The microprocessor sorts the Chinese characters corresponding to the code values input from the input unit among the Chinese characters classified into octal codes in the code order and displays up to 10 Chinese characters as shown in the Chinese character display window of FIG. 2A. At this time, if you select the selection number marked with the Chinese character to input, the Chinese character input is completed. If the Chinese character to be input is not displayed, the user adds an octal reference stroke or an octal code as shown in FIG. 2B, and the microprocessor sorts the Chinese characters again and displays the corresponding Chinese characters. Likewise, if the Chinese character to be inputted is displayed, select the corresponding selection number to complete the Chinese character input. When the input of Chinese characters is completed, the system device waits for input of the next octal base stroke or octal code value.

The octal kanji copy residue input method finds the number of kanji copies to be input and output as shown in FIG. 5A and then inputs the remaining residue as shown in FIG. 5B to input and output the kanji. First, the octal base stroke or octal code of the number of Chinese characters to be inputted and output is inputted as shown in FIG. If you input the stroke or octal code, the corresponding Chinese character is displayed in the Chinese character input window. If you select the number of Chinese characters you want to input, the input of the Chinese character is completed, and the system device uses the octal reference stroke or octal for the next number of Chinese characters. Wait for input of code value. The incidental residual input method has an advantage of improving the input speed when inputting Chinese characters with a large number of incident strokes. The number of copies is classified according to the octal reference stroke of FIG. 1 based on the 214 copies of jade.

Octal Chinese word input method is a method of entering a Chinese character word in a word state. First, if the user selects the number of Chinese characters composed of 2, 3, 4, etc. of Chinese characters to input / output, an octal reference stroke or octal code input window corresponding to the number of words as illustrated in FIGS. 6A and 6B In parentheses or the window set by the user, the number of Chinese characters appears, waiting for input. Then enter the octal reference stroke or octal code value corresponding to the first stroke of each kanji in the word. The microprocessor selects a Chinese character word set equal to the number selected by the user among the set of Chinese character word counts registered in the system, and compares the octal code value of the first stroke of each Chinese character entered in the set to correspond to the input code value. Display Chinese characters. If the corresponding Chinese word does not appear in the word display window, the user inputs the second octal reference stroke or the octal code value of each Chinese character as shown in FIG. 6B. That is, the microprocessor compares the number of words selected by the user with each Chinese character stroke input value constituting the word and displays the corresponding Chinese word. 6B shows that the Chinese character word is displayed when only the Chinese character stroke order code value of a specific position is input. If you continue this process and find the Chinese word, the user selects the number with the Chinese word and the input is completed, and the system device waits for input of the octal reference value or code value of the first stroke of the next Chinese word. When inputting and outputting Chinese characters, Chinese characters can be input with the number of strokes less than or equal to the total number of strokes. For example, the total number of Korean characters is 11, and the octal baseline is 11 strokes. After inputting, the Korean character appears in the Chinese character display window and selecting the number completes the input. Because of the characteristics of Chinese characters, the number of overlapping Chinese characters with a certain shape is small and the microprocessor continuously displays the Chinese characters sorted by input code value. You can enter some Chinese characters. It is said that the number of Chinese characters used by a person who knows Chinese characters is about 3000 characters. This makes it easier for the general public to deal with more than 3,000 Chinese characters within 6 to 7 strokes, so our octal Chinese characters can be very helpful in the cultural life of Chinese characters using information processing equipment. One with a large number of strokes as an input method is a secondary residual input method. When a Chinese character word is inputted as a word input method, one input / output process of most Chinese characters or Chinese characters can be completed within seven strokes. This results in superior speed in terms of speed compared to inputting Chinese characters and converting them into Chinese characters. In addition, it provides the same environment in which Korean, Chinese and Japanese characters can be input based on their shapes. give.

As described above, the present invention classifies eight types of reference strokes constituting the Chinese character and processes the input and output of the Chinese character based on the reference. Therefore, the Chinese character can be input intuitively without knowing the Chinese character's sound. It is effective to input Chinese characters and input Chinese characters easily, which is effective for inputting complex Chinese characters using small user interface in various information communication devices and portable terminals that are miniaturized because of the small input keyboard. In addition, it is possible to realize the input speed faster than the input of Chinese characters through the existing sound, and it has a significant effect on the Chinese character education that can be learned by directly inputting the stroke order of Chinese characters using information processing equipment.

Claims (3)

In the Chinese character input / output device, Stroke order of Chinese characters is octal base stroke ( A storage unit for classifying Chinese characters in correspondence with () and storing them; An input unit for inputting an octal reference stroke; Chinese character input and output device characterized in that it is composed of a microprocessor for controlling the display and sorting the input and output (Figure 2a, 2b) of the sorted Chinese characters according to the octal reference stroke input to the input unit The method of claim 1, In inputting / outputting kanji using the above kanji number, Corresponding to the octal reference stroke, the stroke order of the Chinese character copies is classified and stored in the storage unit, and the remaining stroke order excluding the additional portions for each Chinese character belonging to each copy is classified in correspondence with the octal reference stroke (FIG. 4). ) To the storage, According to the input of the octal reference stroke, the number of copies is first displayed (FIG. 5A) to select the number of copies. Then, the remaining stroke order excluding the number of copies is input to the octal reference stroke (FIG. 5B). Kanji input and output device characterized in that for using the Chinese character residual input method In the method of classifying, displaying and searching Chinese characters, Stroke order of Chinese characters is octal base stroke ( Classifying the Chinese characters in correspondence with;), arranging the classified Chinese characters by displaying an octal reference stroke, Chinese character classification search method comprising the step of finding and searching Chinese characters according to the classification display of the octal reference stroke