KR200212381Y1 - Ortho phonic hangul inputting apparatus - Google Patents

Abstract

The present invention discloses a Jeongeum Hangul input device capable of inputting Korean phonetic symbols with a 52 key keyboard. According to an aspect of the present invention, there is provided a Jeongeum Hangul input device including a keyboard including at least 52 keys and a shift key, comprising: a key signal generator for generating a corresponding key signal when an arbitrary key on the keyboard is controlled; A memory for storing a phonetic symbol or a phonetic symbol and a function information corresponding to the 52 keys, by dividing into a case where any key and a shift key of the 52 keys are controlled simultaneously and the case where only any key is controlled; Reads the static symbol or the static symbol and the function information corresponding to the key signal generated from the key signal generator from the memory, and forms and outputs the static symbol written in Korean according to the read the static symbol or the symbol and the function information It consists of a processor. Therefore, the current keyboard can be conveniently expressed as a Korean phonetic phonetic sign, and can provide a keyboard structure capable of processing two strokes such as double consonants, Hanumchi voice, voiced sounds, and phonation in one byte. .

Description

Ortho phonic hangul inputting apparatus

The present invention relates to a static sound input device, and more particularly, to a static sound Korean input device capable of inputting Korean static sound on a keyboard including 52 keys and a shift key.

The 52 key keyboard has the same arrangement structure as the standard keyboard for character input. However, the current 52 keyboards are designed to only input symbols that can be written. Therefore, expressible characters are limited to the language of the country. Accordingly, there is a demand for the establishment of a standard that can input a quiet sound that can accommodate all the characters of the world. Jeongeum is a phonetic symbol based on a phonetic phoneme. It has the advantage of being able to express a large number of letters that do not match words.

The object of the present invention is to provide a Jeongeum Hangul input device capable of inputting Korean phonetic symbols using a keyboard containing 52 keys and a shift key.

1 is a functional block diagram of a Jeongeum Hangul input device according to the present invention.

FIG. 2 is a diagram illustrating key arrangement of a keyboard including 52 keys and a shift key included in the key signal generator shown in FIG. 1.

FIG. 3 is a table for explaining an example of using the keyboard illustrated in FIG. 2 when inputting consonants and a Chinese-only static symbol.

FIG. 4 is a table illustrating a usage example of the keyboard illustrated in FIG. 2 when a vowel symbol existing in an alphabetic jeongum is not present in Korean alphabet.

In order to achieve the object of the present invention, the apparatus according to the present invention, in the Jeongeum Hangul input device having a keyboard including at least 52 keys and a shift key, when the arbitrary key on the keyboard is controlled to the corresponding key signal A generated key signal generator; A memory for storing a phonetic sign and function information corresponding to the 52 keys, divided into a case where any key of the 52 keys and a shift key are controlled simultaneously and a case where only any of the 52 keys are controlled; And a processor that reads the phonetic symbol or the phonetic symbol and the function information corresponding to the key signal generated from the memory, and forms and outputs the phonetic symbol represented in Korean using the read phonetic symbol or the phonetic symbol and the function information. It is desirable to.

Particularly, when the keyboard consists of three rows, the key signal generator generates r (for keys in the first row from each left side of the keyboard). ), ㅁ (ㅌ), ㅂ (ㅃ), ((ㅋ), ㅎ (ㆅ), ㆍ (①), ㅡ (②), ㅣ (③), ㅔ (▼ / ), ㅐ ( ), In order of the two rows of keys b, b, c, c, c, c, c, c, In the order of TT (ㅠ), 키, ㅆ, ㆁ (ㅉ), ㅈ (ㆆ), Generate a key signal for a phonetic symbol or function in order of Oo, the memory provides the processor with the phonetic symbol or function information indicated in () when the shift key and the corresponding key are controlled, When only the corresponding key is controlled, it is preferably configured to provide the processor with the phonetic symbol or attenuation information indicated outside ().

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a functional block diagram of a Jeongeum Hangul input device according to the present invention, having a keyboard including at least 52 keys and a shift key and generating a corresponding key signal when any key on the keyboard is controlled. The sound generator or the phonetic symbol corresponding to 52 cases is divided into a case where the key signal generated from the signal generator 102 and the key signal generator 102 is controlled simultaneously with the shift key and not simultaneously controlled. The memory 106 storing the attenuation information, the phonetic symbol or the phonetic symbol corresponding to the key signal generated from the key signal generation unit 102, and the phonetic symbol represented by the Korean by reading the attenuation information from the memory 106 It consists of a processor 104 for forming and outputting.

The device thus configured operates as follows.

First, the keyboard provided in the key signal generation unit 102 is configured such that shift keys are disposed on 52 keys and both left and right sides as shown in FIG. It has the same matrix structure as the current keyboard. However, the arrangement of symbols assigned to each row is different from the current keyboard.

That is, the keys in the first row from the left are ㄹ ( ), ㅁ (ㅌ), ㅂ (ㅃ), ((ㅋ), ㅎ (ㆅ), ㆍ (①), ㅡ (②), ㅣ (③), ㅔ (▼ / ), ㅐ ( ), The two rows of keys are ㅥ (), ㄸ (ㄸ), ㄲ (ㄲ), ㆀ (ㆀ), ㅿ (ㅿ), ㅏ (ㅑ), ㅓ (ㅕ), ㅗ (ㅛ), ㅜ (ㅠ) in sequence, the three rows of keys are ㅉ, ㅆ, ㆁ (ㆁ), ㅈ (ㆆ), In order to generate a key signal corresponding to a phonetic symbol and a function key, Oo is assigned. The phonetic symbols or functions described in () are indicated at the top of the dotted line in FIG. 2. This is the phonetic symbol or attenuation information read from the memory 106 by the processor 104 when the shift key and the corresponding key are controlled simultaneously.

Of the function information mentioned above, 'Is the function used when spacing. ' 'Is a function used when writing the jeongumum equivalent to Hanumchiseong. ' 'Is the function used when pasting. ' 'This is the function used to mark another additional phonetic symbol. E.g ' If you type 'and' ㅇ, you want to write the 'ㆆ' phonetic symbol. If you type ',' you want to write the 'ㅿ' sign. therefore ' 'Can be used as a function to indicate other phonetic symbols. 'Oo' is used when you want to write o for voiced sounds and homicides. '▼' indicates half-tone, 'Stands for long sound,' 'Is a function that can select the Korean language mode to be expressed by the currently entered silent symbols according to the number of times of control. E.g ' When 'is controlled once, the quiet sound to be written is operated in Hangul mode, and' If 'is controlled twice, the quiet sound to be displayed is operated in English mode, 'Is controlled three times, the silent to be expressed is operated in Chinese mode.

In addition, ①, ②, ③ are used to indicate the personality of pyeong, Sang, Geo, and mouth. In other words, if no input is made, the applied key is treated as a peace, and after the ① is entered, the applied key is treated as normal, and after the ② is entered, the applied key is treated as a giant; Approved keys are processed by granulation.

The memory 106 shifts for each phonetic key or key assigned to a key on the keyboard so that the processor 104 can provide the corresponding phonetic sign or attenuation depending on whether it is controlled simultaneously with the shift key as described above. It is stored separately when the key is applied and when it is not. For example, if only the 'd' key is controlled, the processor 104 stores only the corresponding silent symbol so that only the 'd' static symbol can be read from the memory 106. However, if the 'd' key and the shift key are controlled at the same time, the processor 104 may change the ' Only the corresponding silence sign is stored so that it can be read.

And, as shown in Figure 3 consonants and kanji (Chinese) dedicated silent symbols are the consonants' ㅿ, ㆁ, ㆆ 'and consonants' ㅥ, , ㆅ 'is expressed by assigning a separate key, and the 10-character Hanchichichium corresponds to 1 byte of chime if the corresponding key and the function corresponding to' ↑ 'or' ↓ 'are controlled before the corresponding key. The processor 104 is operated to form a static symbol to be formed and to form a static symbol corresponding to a one-byte stationary sound when the function is controlled later than the corresponding key.

In the case of voiced sounds, 'ㅇ' of the two consonants is indicated before the other consonants, and in case of hardening, 'ㅇ' of the corresponding two consonants is indicated after the other consonants.

In addition, FIG. 4 is a table for explaining an example of using the keyboard illustrated in FIG. 2 when inputting a vowel symbol that is present in alphabetical um but not in Korean jeongumum as shown. In FIG. 4, '·' is provided by inputting a separate key as shown in FIG. 2, and the vowel symbols corresponding to the additional collection 1 and the additional vowel 2 are input in a mixed key method. In other words, in order to output a silent sign for 'ㅗ' from the processor 104, the key signal generation unit 102 controls the keyboard so that key signals for 'ㅔ' and '·' are continuously generated ( In other words, the processor 104 reads each of the 'ㅔ' and '·' collections from the memory 106, mixes 'ㅔ' and '·' read from the memory 106 to 'ε'. Form the corresponding silent sign and output it.

The processor 104 reads from the memory 106 a phonetic symbol or a phonetic symbol and a function definition content corresponding to the key signal generated from the key signal generator 102 as described above. Then, based on the read silence symbol or the silence symbol and the function information, the corresponding silence symbol is formed and output.

As described above, the present invention provides a static Korean input device capable of inputting a static sound using a keyboard including 52 keys and a shift key, so that a foreign language pronunciation can be conveniently expressed as a Korean phonetic symbol using a current keyboard. There is an advantage. In addition, there is also an effect that can provide a keyboard structure that can process two keys such as double consonants, consonant voices, voiced sounds, hard sounding in one byte.

Claims (5)

In a Jeongeum Hangul input device having a keyboard including at least 52 strokes and a shift key, A key signal generator for generating a corresponding key signal when any key on the keyboard is controlled; A memory for dividing into a case where any key of the 52 keys and the shift key are controlled at the same time and when only any of the 52 keys are controlled, and storing the phonetic symbol and function information corresponding to the 52 keys; Reads the static symbol or the rhythm symbol and the function information corresponding to the key signal generated from the key signal generation unit from the memory, and forms the transcript symbol written in Korean using the read the static symbol or the rhythm symbol and the function information. Jeongeum Hangul input device comprising a processor for outputting. The key signal generating unit of claim 1, wherein the key signal generating unit is configured with respect to the keys of the first row from the left of each of the keyboards when the keyboard has three rows. ), ㅁ (ㅌ), ㅂ (ㅃ), ((ㅋ), ㅎ (ㆅ), ㆍ (①), ㅡ (②), ㅣ (③), ㅔ (▼ / ), ㅐ ( ), In order of the two rows of keys b, b, c, c, c, c, c, c, In the order of TT (ㅠ), 키, ㅆ, ㆁ (ㅉ), ㅈ (ㆆ), Generate a key signal for a phonetic symbol or function in order of Oo, the memory provides the processor with the phonetic symbol or function information indicated in () when the shift key and the corresponding key are controlled, When the corresponding key is controlled, the Korean alphabet input device characterized in that it is configured to provide to the processor a phonetic symbol or a function information marked outside (). 3. The apparatus of claim 2, wherein the memory is one of keys in the first row. And a function of storing the function information to provide Korean mode information to the processor. 3. The processor of claim 2, wherein the processor is configured to process a phonetic notation corresponding to cold sound, voiced sound and phonation in a single byte by using a phonetic symbol and a function or a phonetic symbol read from the memory. Jeongeum Hangul input device. The vowel of claim 2, wherein the vowel present in the alphabet jeongum but not in the Korean jeongumum is read from the memory by a key signal corresponding to a mixed key of keys in which a jeongum symbol corresponding to the vowel is written. Jeongeum Hangul input device, characterized in that configured to combine by forming a phonetic symbol.