KR20150055840A - Inputting method of character using keyboard - Google Patents

Abstract

The present invention relates to a keyboard which uses seven keyboards and combines letters of the alphabet and Hangul, and to the arrangement of the keyboard. A text inputting method adopts different inputting ways for each letter and thus makes sure that there are no overlapped parts.

Description

{INPUTING METHOD OF CHARACTER USING KEYBOARD}

The present invention relates to a method and apparatus for inputting characters in English and Korean. More particularly, the present invention relates to a method and apparatus for inputting characters in English and Korean. More specifically, Which can solve the problem of occupying the character input method.

Generally, a cellular phone includes a microcomputer for controlling the system; A keypad connected to the microcomputer for inputting characters and numbers; A microcomputer connected to the microcomputer and the keypad to display a result processed by the microcomputer,

A display window; And a memory unit connected to the microcomputer for storing characters and numbers.

On the other hand, there are a character input method of a mobile phone, a sky-line method and a ring method, and these two methods will be described as follows.

First, when the keypad is an upright input method, corresponding letters are printed on the numeric keys 1 to 9 of the keypad, and furthermore, "*", "0" and "#" are printed on the three keys below.

The consonant input is performed by repeatedly pressing a corresponding key on a plurality of consonants assigned to one key (for example, "a = 1", "b = 11", and " , And the vowel input can be made of a combination of "ㅣ", "·", "ㅡ".

However, the above-mentioned Hangul Hangul input method is relatively simple and convenient in vowel input, but it has a problem that continuous input is difficult in actual use and also it takes much time to skillfully input Hangul.

On the other hand, when the keypad is a ring input method, corresponding characters are printed on the numeric keys 1 to 9 of the keypad,

Further, "* stroke addition", "0" and "# pair consonants" are printed on the remaining three keys, respectively.

Consonant input has six consonants of "a, b, d, k, g, o" as basic consonants and the remaining consonants are a combination of basic consonant key, stroke addition key (conceptually stroke addition key) In the case of basic vowel, the vowel input is performed by pressing the corresponding key or by repeatedly pressing the key. The remaining vowels are formed by combining the stroke addition key and the basic vowel key.

However, since the conventional Hangul input method lacks uniformity of keyboard layout, Hangul input is very inconvenient and it takes much time to master Hangul input.

When using a keyboard in a cell phone, etc., the keyboard was very difficult to see using half of the screen. Therefore, when I did messenger, etc., I could not see the previous contents, and I could not see other parts when searching.

To solve the problem, a keyboard software or an actual physical keyboard which can be constructed can be created and made popular.

This invention allows the keyboard to be arranged in a single line, allowing the keyboard to occupy a very small portion of the screen. Also, the speed of the batter is fast, making it a very practical keyboard.

FIG. 1 shows a keyboard for a Korean speaker and a speaker for an English speaker, and shows a method of combining a keyboard and a method of generating a character.

Korean selects a common part of the shape of each character and adds a and b to make the input easier. In addition, the input method is different for each character, so the input is not inconvenient, and the speed of the batter is also made very fast.

 English, on the other hand, did not have a common part, so we looked for common parts in each alphabet, made each part and then used it to make an alphabet. However, when combining characters using these parts, characters with the same input order are reversed or combined in different ways.

The number of hits needed to combine each character was minimized to 3 for Hangul and 4 for English to speed up typing speed.

I think it would be possible for a lot of people to use it if they were to develop with software.

Since the alphabet is not a character made by the rule unlike the Hangul, it is necessary to write all the characters from a to z, to make the alphabet 1, 3, 5, 7, which is the most used part, I made a keyboard with the r shape and the r shape reversed right and left.
Hangul is made in a regular shape and can make all characters with ㅡ, ㅣ, ㅅ, ㅇ, but puts ㄱ and ㄴ on the keyboard for faster typing.
With the space key as the center, all the other keyboards except the 3,5 are symmetrical, and when making alphabet and Hangul, they do not overlap each other and become smooth typing.

Claims (2)

In an overall keyboard among the keyboards used for inputting characters in computers or mobile phones and buttons 1 to 7 constituting it,
Wherein each button forms an alphabet, a consonant and a vowel so that all the characters are formed by buttons (1 to 7) and the keyboard can be arranged in one line. The method of claim 1, wherein the arrangement of the buttons is symmetrical with respect to each other so that a more comfortable typing can be performed, and an input method of each character is set so that there is no overlapping portion.

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