KR101466939B1 - The method and apparatus adapting multiplication Chunjiin system for inputing Hangul - Google Patents

Abstract

The present invention relates to a Hangeul input method and an input device and a device using a multi-view method.
Hangeul made a letter by applying the principle of composition based on three basic characters of consonant (a, b, k, g, o) and vowel cloth (,) and person (ㅣ).
Until the King Sejong King created the Hunminjeongum in 1443, the Hunminjeongeum has not been further developed and created until about 570 years later.
We use a combination of letters by using the above principle when inputting characters to IT devices, especially mobile phones.
However, since this method uses a combination of vowel (.) And vowel (l) characters, some characters require a lot of over-planning, resulting in a large number of input times and an increase in the error rate .
The present invention has been developed by eliminating these disadvantages and adding new inventive principles to enhance performance.
If we define the method of using three vowels (ㅡ) and 인 (ㅣ) as the existing method (or 1x), the new method is defined as the "method of multiplying" If you make letters using this, you can change the method of inputting characters greatly.
In other words, if the existing heavenly person is one times the heavenly person, 1.5 times heavenly heavenly, 2 times heavenly heavenly, and 3 times heavenly heaven can be applied.
Likewise, you can apply the principle of reparations, which is the opposite of the principle of division (-1).
As a result of various experiments, it is not helped much more than 3 times of Chungjin method, but if 1.5 times and 2 times of Chungjin method are introduced, the character input speed becomes faster and the error rate is greatly reduced.
For Korean people who understand the principles of the existing Chun Jiin, the character input method using 1.5 times and 2 times of Chunji, etc. can be understood and used intuitively immediately without any explanation.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and apparatus for inputting Hangul,

The present invention reduces the number of times of input by using a touch gesture such as tapping, sliding, pinching, etc. on a key pad or a touch screen of a mobile or IT device such as a mobile phone, A method for inputting Korean characters by providing a method of inputting characters, and an input device and the inclusion of these devices.

The present invention is based on the intuitive understanding of the greatest advantage of the Hunminjeongeum by processing character input using a keypad, a touch screen, etc., and using the principle of principle of King Sejong, And more particularly, to a new Korean input method and apparatus that can more easily and efficiently use a Hangul input method being used.

As you know, King Sejong made the Hunminjeongjeum in 1443 (Sejong 25th year) and Hunminjeonggum in the 28th year of King Sejong (1446).

Consonants consisted of five basic letters of consonant ("a", "b", "ㅁ", "ㅅ", "ㄱ", "b", " Principle "to make the remaining letters (a - k, c - k -, k - k - k, k - k - k, k - k).

In addition, in the case of vowel, the three characters of Confucianism are hieroglyphic to make three characters, "the basic character" and the other characters, and the remaining characters are made by combining them.

Today, we use the principle of consonant and vowel separation described above in various IT devices including mobile phones conveniently by inputting the message, so that the principle and idea of King Sejong King's creation is the first input method.

Currently, IT devices, especially mobile phones, are slightly different depending on the Hangul input method adopted by the mobile phone maker (such as Samsung, Narragul-LG, Sky Hangeul II, Pantech & Curitel) It is merely utilizing this principle of vowels.

Hangul input method adopting this principle is intuitive to know from kindergarten to elderly, and it is very advantageous that anyone can easily input Hangul message because it does not take less than one minute without understanding it if it understands the principle. On the other hand, In the case of creating a monophonic sound (a, ㅓ, ㅗ, ㅜ, ㅡ, ㅣ, ㅐ, ㅔ, ㅚ, ㅟ) If you make 11 characters, you have to organize too many chunks (·) characters, so you need to input Hangul message ()) It is also true that there are many disadvantages such as a high error rate when inputting a vowel and a high probability that only a letter keypad will fail as compared with other keypads due to a large number of use of a cloth keypad .

Recently, new applications are being developed to secure such shortcomings.

It is considered that "Hanalog", "MoaKi", "Dinggul" etc. which are developed by using touch method and drag method are improved in terms of input speed as compared with the existing method. However, It is difficult to learn because it is difficult to learn intuitively because it is not intuitive and it is not intuitive and it is necessary to memorize the way of letter position and combination of letters. Therefore, it is usually 1 ~ 2 months The most disadvantage is that you have to spend about an hour or two and then give up.

We know that Beta and VHS methods compete with each other in VTR, which is a home IT device, and finally VHS method is selected by consumers.

We know that the function buttons are minimized and the simple and convenient appliances are selected instead of complicated and difficult household appliances in accordance with the demographic changes such as the increase of the elderly people.

In other words, it can be seen that it is more important than ever to invent simple, high-performance products that most users can easily learn.

It is important to invent a new system, but more importantly, it is important to develop a system that users can use easily and conveniently. Therefore, it is necessary to creatively develop the method that most of the people use most, It is rather important to improve performance dramatically.

The present invention is a novel character input method that enables users to input Korean characters more easily and conveniently as the importance of character input increases with the spread of SNS (social network service) and mobile messenger.

The input speed is also important in inventing a new method. However, if it takes a long time to learn and learn and it is difficult to use it, the present invention will not only reduce the input speed but also learn one minute And to provide an intuitive and logical way to do so.

There are some cases where the number of input of some diphthongs is shortened by using the second letter of diphthong (registration number 10-0662549). However, there is a case where the vowels (a, ㅑ, ㅓ, ㅕ, ㅗ, ㅛ, ㅜ, , ㅢ, ㅚ, ㅟ, ㅔ, ㅐ, ㅖ, ㅒ, ㅘ, ㅝ, ㅙ, ㅞ) It is not intuitive to process all 21 letters, There is no scientific and systematic approach that can be easily understood intuitively by anyone, like the principle of creation.

For example, in the case of vowel 는, it is intuitive in accordance with the principle of creation like ㅣ +:, but in the case of vowel.. +. . In the case of ㅝ, it is not a method based on a systematic and intuitive principle such as inputting .. + .. and inputting .. + .. + .. in case of ㅞ, It can be said that the method is applied.

Also, in the case of using a vocabulary conversion key (registration number 10-0971280), it is assumed that a plurality of functions are assigned to one key and utilized. When the user uses the vocabulary conversion key, Lt; / RTI >

For example, if you press a vowel and press a vowel conversion key, ㅑ is entered, and pressing a vowel conversion key and pressing a vowel will input ㅕ.

. Press and press the VOLUME conversion key, then press the VOLUME conversion key. Press ㅐ to enter.

. +. In case of + vowel conversion key, ㅖ is input and vowel conversion key +. +. In the case of ㅒ, ㅒ is input.

One key is the input method that takes charge of two functions. It is also far from the input method which can be easily used by anyone who intuitively understands and understands the biggest advantage of Hangul.

In addition, recently developed applications such as "Hahnalg", "MoaKi" and "Dinggul" all adopt the drag method. When each of the consonants or the vowel key is touched, another vowel key is popped around each consonant , The pop-up vowel key is dragged to finally complete the character.

However, some of these methods are intuitive because some of them follow the principles of Hangul Creation, which is the principle of Hangul Creation. Most of the other characters can not follow the principle of Hangul Creation and eventually they have to memorize the position of the letters.

In addition, there is a disadvantage in that the eyes are fatigued due to the repetitive screen configuration in which the vowel pops up and disappears around each consonant (vowel) key pad and disappears again and disappears, and the position of the vowel pop- There is a disadvantage that confusion increases.

In the end, there is virtually no method of inputting characters that can be immediately used without any explanation based on scientific rules and logical principles of Korean Hangul.

Therefore, in the present invention, the present invention solves the above problem completely and invented the 1.5-fold and 2-fold wide-angle method, which is the new principle of the present invention, It is intuitively easy to use without any explanation, without logical errors or conflicts.

In order to achieve the above object, the present invention provides a Hangul input device for inputting characters in a manner of combining consonants and vowels, the Hangul input device comprising a consonant selection part for selecting consonants, A first vowel selection unit for selecting a first vowel selection unit, a second selection vowel selection unit, and a second vowel selection unit including a vowel selection unit; And a controller for outputting a combination of a vowel or a consonant corresponding to the selection of the consonant selector, the first vowel selector, and the second vowel selector.
Further, the vowel is composed of a combination of: (slow) and (-), and the vowel is composed of a combination of - () and (slow).
In addition, the second vowel selection unit may further include a keypad, a keypad, and a keypad.
In addition, the second vowel selection unit may further include a keyboard, a keyboard, and a keyboard.
The second vowel selector may be changed to a keyboard when the touch panel is touched or dragged twice, and the touch panel is changed to a keyboard when the touch panel is touched or dragged twice.
In addition, the second vowel selection unit may further include a keyboard, a keyboard, and a keyboard.
The second vowel selector may be changed to a keyboard by touching or dragging the keyboard twice or by touching or dragging the keyboard twice. If the keyboard is touched or dragged twice, the keyboard is changed to a keyboard .
Further, the (slow) keyboard of the second vowel selector is characterized in that it is changed to a keyboard which is divided into ㅛ, ㅑ, ㅠ and 에 according to the drag direction.
And (vii) when the first vowel selection unit is combined before or after the second vowel selection unit, when the first vowel selection unit is combined with the first vowel selection unit, Or the like.
In addition, when the first vowel selector of the second vowel selector is followed by a second vowel selector, the first vowel is output from the second vowel.

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As described above, according to the character input method of the present invention, the input speed is faster, the miss rate is reduced, and the intuitive use of the most important principle of creating Korean characters is applied to all letters, It is easy to learn without explanation, so you can use it without any burden to learn new input method.

Especially, in the case of the vowels having a large number of strokes (ㅑ, ㅕ, ㅛ,,, ㅚ, ㅟ, ㅐ, 된다, ㅔ, ㅒ, ㅘ, ㅘ, ㅝ, ㅙ, ㅞ), the existing input strokes can be drastically reduced .

1 is an example of an input device according to the prior art of Samsung Electronics.
2 is an example of a conventional input device of a ring type according to LG Electronics.
FIG. 3 shows an example of a Mojo input method as an application.
FIG. 4 is a diagram illustrating the contents and the principles and procedures of a conventional one (one-time-of-the-century person) and a water-circulation person (one-and-a-half times and two-
FIG. 5 is a diagram for explaining contents of a conventional heavenly person (one-fold heavenly person) and a derivative application letter.
Fig. 6 is a diagram for explaining the content of the drainage ceiling (-1 times the ceiling).
7 is a diagram for explaining a Hangul input method of the present invention.
FIG. 8 is a comparison chart between the conventional heavenly person and the drainage heavenly person (touch method and drag method).
FIG. 9 shows an embodiment of an input device according to the Hangul input method of the present invention.
FIG. 10 shows another embodiment of an input device utilizing the Hangul input method of the present invention.
11 is an embodiment of an input device according to the Hangul input method (the principle of repudiation) of the present invention.
FIG. 12 shows another embodiment of the input device according to the Hangul input method (the principle of repudiation) of the present invention.

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

1 is an example of an input device according to the prior art of Samsung Electronics.

The vowel input method is a typed input method that adopts the principle of Hangul creation as it is typed in the same way as a handwritten stroke order, and it is the most representative input method that can be easily learned because it is intuitively selected as it is seen in the beginning, middle and end.

The keypad is usually arranged in 4 rows and 3 columns, and each keypad is assigned a plurality of different consonants. In the first row, a combination of a short vowel, a short vowel, It is a method to create and input a diphthong.

It is the most faithful and intuitive to the principle of Hangul Creation, but it has the merit of Siwon.

2 is an example of a conventional input device of a ring type according to LG Electronics.

In this method, a stroke is added by pressing the a key and then a key by pressing the a key and then pressing the a key and then the stroke addition key (*). If you press a key, letter key is input.

After pressing the 키 key, pressing the stroke addition key (*) will input ㄷ, and pressing the stroke addition key (*) will input..

In the case of a vowel, also enter a, then press the stroke addition key (*) to enter ㅑ and press ㅣ to enter ㅒ.

If you press a key and then press the consonant key (#), ㄲ is input.

FIG. 3 shows an example of a Mojo input method as an application.

When you touch a consonant with the drag-oriented input method, the vowel pops up around it, pushing it up and down and right and left.

For example, if you push it to the right, it will say "ah"

If you pull again, "Hey" is input.

Because it uses pushing and pulling method, it is necessary to memorize the position of the vowel and the dragging method rather than the principle of Korean language creation, so it takes a long time to learn.

FIG. 4 is a diagram illustrating the contents and the principles and procedures of a conventional one (one-time-of-the-century person) and a water-circulation person (one-and-a-half times and two-

We have been using Hangeul without any inconvenience since the establishment of Hunminjeongeum in 1443.

However, it is true that there are some inconveniences to apply to IT devices, especially mobile phones.

The present invention newly invented a new Chun Ji-in (Chun Ji-jin) in accordance with the demands of the new era while at the same time inheriting the principle and spirit of Hangul.

It is logical to note that the concept of a new heavenly person can be expanded and reduced to 1.5 times, 2 times, 3 times, -1 times as long as the existing heavenly people are defined as one-time heavenly people. We systematically developed the process of character creation.

), 인인( ㅣㅣ )이 가능하고, 1.5배로 확대적용하면 천지지(

), 천인인(

), 지인인( ㅢㅣ), 천천지(

), 천천인(

),지지인(

)등이 가능하다.In other words, if you apply 2 times magnification based on cloth (ㅡ), cloth (ㅡ), cloth (ㅣ)

), And person (ㅣ ㅣ) are possible, and when it is expanded 1.5 times,

,

), Acquaintances (ㅢ ㅣ), thousands of thousand

), A thousand people

), A supportive person

).

In the case of a thousand (:), one cloth (·) means the sun and the other cloth (·) means the month.

FIG. 5 is a diagram for explaining contents of a conventional heavenly person (one-fold heavenly person) and a derivative application letter.

In the same way, it is possible to create 1.5 times and 2 times as many characters, but it is also possible to create new derivative application characters by utilizing the intuitive merits of existing ones.

)" 글자도 가능하다.In other words, the person who is in the state of the sun (in, ㅣ) and the derivative application that characterizes the shadow resulting from it, "the person with the sun and its shadow"

) "The letters are also possible.

Fig. 6 is a diagram for explaining the content of the drainage ceiling (-1 times the ceiling).

According to the description of FIG. 4, it is possible to have 1.5 times and 2 times as wide aisle, so it is possible to be -1 times and -2 times as wide.

A factor of -1 can be said to be "principle of separation" rather than "principle of separation".

In other words, if you combine vowels made by combining vowels with vowels, vowels, and vowels, instead of combining vowels with vowels, vowels, and vowels, It is the concept of "sound" which is wrapped up by the corresponding cloth (·), ground (ㅡ), and person (ㅣ).

Of course, if a combination of vowels and cloths comes into play, then the principle of deportation is applied only when it meets, and when a cloth is encountered between cloths, Is applied.

For example, if the vowel "ㅚ" meets the cloth (·), the cloth (·) is wrapped and becomes "ㅢ".

Likewise, if the vowel "ㅒ" becomes a vowel "ㅐ" when it encounters a thousand (·), then it becomes a vowel "ㅔ" when it comes to a vowel "ㅒ" after a thousand (·).

Also, when the vowel "ㅖ" meets a cloth (·), it becomes a vowel "ㅔ".

7 is a diagram for explaining a Hangul input method of the present invention.

The input method of the vowel is as follows.

You can type ㅣ +: for vowel.: + ㅣ for..

The same is true for ㅛ, ㅠ.

In the case of vowel, you can input ㅣ ㅣ +: and in case of vowel. You can input: + ㅣ ㅣ.

In the case of vowel:: + ㅢ, in case of vowel ㅢ: ㅢ +:

In the case of the vowel ㅙ: + ㅢ ㅣ, in the case of the vowel ㅢ, input ㅢ ㅣ +:.

In other words, if you enter it as intuitively, you can easily enter all the letters.

The input method of consonants is as follows.

A plurality of consonants (a, b / b, d) are arranged on the keypad.

If the first consonant (a) is touched once, the second consonant (k) is touched twice, and if there is a tune (ㄲ), the existing input method that touches three times can be used as it is. ), The second consonant (ㅋ) is the right drag, the bottom drag (ㄲ) if there is, and the figure (4) assigned to the keypad can be dragged upward.

FIG. 8 is a comparison chart between the conventional heavenly person and the drainage heavenly person (touch method and drag method).

In case of entering all the vowel 21 characters, it is found that the total number of existing cheonjiin is 62, the total number of touching method is 40, and the dragging method of drainage method is 21, .

FIG. 9 shows an embodiment of an input device according to the Hangul input method of the present invention.

A person who is in a state of having a phosphorus 23 or a sun and a person whose shadow 32 is arranged in a row of 5 rows and 4 rows and a person 21a is placed in a row, Line 5 is an example in which the arrangement of the ceiling of models is used in common, and in the case of lines 2 to 5, the conventional arrangement of the ring arrangement is applied.

In the case of Naragle, the stroke addition plays the same role as cloth (·).

In addition, it is possible to obtain superior effects even if any arrangement is applied.

FIG. 10 shows another embodiment of an input device utilizing the Hangul input method of the present invention.

(ㅢ), ㅐ (ㅔ), ㅘ (ㅝ) "are arranged in the first row and the existing arrangement is applied in the second row to the fifth row.

In case of vowel, touch once, or touch twice, touch or right.

In the case of vowels ㅐ +. In the case of a vowel, + ㅐ or. +

+ ㅣ 를 입력하면 된다.The vowel. + ㅢ, vowel ㅢ +. The vowel is ㅘ + ㅣ, the vowel is ㅣ + ㅘ or

You can enter + ㅣ.

11 is an embodiment of an input device according to the Hangul input method (the principle of repudiation) of the present invention.

(ㅟ),:, ㅒ (ㅖ), and ㅙ (ㅞ) are arranged in the first row and the existing heavenly row arrangement is applied in the second row to the fifth row.

The difference from FIG. 10 is that the principle of deception is applied instead of the principle of the separation.

(ㅡ ㅣ) and the vowels ㅚ (ㅟ), ㅒ (ㅖ), and ㅙ (ㅞ)

The vowel ㅑ ㅑ ㅓ ㅕ ㅗ ㅛ ㅜ ㅠ ㅡ ㅣ is based on the principle of the existing Tianjin.

In case of ㅚ, touch once, and in case of ㅟ touch twice or drag right.

In case of ㅢ, you can input ㅚ - cloth (·).

In case of ㅒ, touch once, and in case of ㅖ touch twice or drag right.

- 천( · )을 입력하면 된다.In the case of ㅐ, ㅒ - cloth (·), in case of ㅔ - cloth (·) + ㅒ or

- Enter cloth (·).

In case of ㅙ, touch once, and in case of ㅞ touch twice or drag right.

- 인( ㅣ )을 입력하면 된다.In the case of ㅘ, it is ㅙ-in (ㅣ), in case of ㅝ it is - in (ㅣ) + ㅙ or

You can enter - in.

FIG. 12 shows another embodiment of the input device according to the Hangul input method (the principle of repudiation) of the present invention.

로 교체한 경우의 실시예이다.In the case of FIG. 11, instead of (:)

As shown in Fig.

The right drag is "ㅑ", the left drag is "ㅕ", the lower drag is "ㅠ", and the upper drag is "ㅛ".

The present invention is not limited to the above-described embodiment and the accompanying drawings, and it is to be understood that the technical idea of the present invention is not limited to the above- It will be apparent to those skilled in the art that various substitutions, alterations, and changes may be made without departing from the scope of the present invention.

1: An example of an arrangement using a multiplier method
2: Another example of an array with a multiples method
3: Input window with letter key
10: 1.5 times letter 11: cloth support
12: Ten thousand people 13:
14: Thousand thousand piles 15: Thousand thousand pines
16: Supporting 20: 2 times letter
21a: Thousand (Sun + Sun) 21b: Thousand (Sun + Moon)
22: support 23: person
24: Thin support 25: Thousand people
26: supporter 30: derivative
31: The state of the sun and its shadow
32: People in the sun and their shadows
33: Other derived character group 40: -1 times letter
41, 42, 43: completed vowel 51: first consonant
52: second consonant 53: punctuation
54: Number 61: First collection
62: Second collection 65: Keypad with arrows
100: A thousand (). 200: A () 300: A ()

Claims (10)

delete delete A Hangul input device for inputting characters in a manner of combining consonants and vowels,
A consonant selection section for selection of consonants, a first vowel selection section for selection of (thousand), - () and (ln), and a second vowel selection section including: An interface unit arranged in the main body; And
And a controller for outputting a combination of a vowel or a consonant corresponding to the user's selection of the consonant selector, the first vowel selector, and the second vowel selector,
The second vowel selection unit may further include a keypad that is a (I person), an I (an acquaintance), and a I (a person)
The keyboard of the second vocabulary selection unit may be a combination of a vowel of the first vowel selection unit and a vowel of the second vowel selection unit, Wherein the keyboard is a keyboard that generates at least one vowel of at least one of ㅚ, ㅟ, ㅐ, ㅔ, ㅒ, ㅖ,., ㅝ, ㅙ and ㅞ. delete A Hangul input device for inputting characters in a manner of combining consonants and vowels,
A consonant selection section for selection of consonants, a first vowel selection section for selection of (thousand), - () and (ln), and a second vowel selection section including: An interface unit arranged in the main body; And
And a controller for outputting a combination of a vowel or a consonant corresponding to the user's selection of the consonant selector, the first vowel selector, and the second vowel selector,
The second vowel selection unit may further include a keyboard, a keyboard, and a keyboard,
Wherein the second vowel selector is changed to a keyboard when the touch panel is touched or dragged twice, and when the touch panel is touched or dragged twice, the touch panel is changed to a touch panel. delete A Hangul input device for inputting characters in a manner of combining consonants and vowels,
A consonant selection section for selection of consonants, a first vowel selection section for selection of (thousand), - () and (ln), and a second vowel selection section including: An interface unit arranged in the main body; And
And a controller for outputting a combination of a vowel or a consonant corresponding to the user's selection of the consonant selector, the first vowel selector, and the second vowel selector,
The second vowel selection unit may further include a keyboard, a keyboard and a keyboard
The second vowel selector is changed to a keyboard by touching or dragging the keyboard twice or by touching or dragging the keyboard twice, and when the keyboard is touched or dragged twice, the keyboard is changed to a keyboard The Korean character input device using the multi-channel method. 8. The method of claim 7,
Wherein the (slow) keyboard of the second vowel selector is changed to a keyboard which is divided into a plurality of keys such as ㅛ, ㅑ, ㅠ and 에 according to the drag direction. 9. The method according to any one of claims 7 to 8,
Wherein when the first vowel selection unit is combined before or after the second vowel selection unit, any one of (thousand), (), and () And a second input unit for inputting the second input signal. 10. The method of claim 9,
When the first vowel selector of the second vowel selector is followed by a vowel of the second vowel selector, the first vowel is output from the second vowel, Device.

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