KR101212442B1 - Segment for emboding letter - Google Patents

Abstract

PURPOSE: A segment for implementing characters is provided to enable a user to effectively learn Korean alphabets. CONSTITUTION: A giyeok segment(10) includes a horizontal stroke unit(11) and a vertical stroke unit(12). The horizontal stroke unit includes the same length as stroke thickness. The vertical stroke unit includes threefold length. A digeut segment(20) includes a vertical stroke unit(21) and two horizontal units(22,23). The vertical stroke unit includes the threefold length. A c segment(40) is formed as a semi-ring shape.

Description

Segment for emboding letter}

The present invention relates to a segment for implementing a character to implement a character, and more specifically, it is possible to implement not only Hangul as well as the English alphabet, but also various symbols, figures, or patterns, and to learn Hangul combination principles. It is about a character implementation segment that can be learned more efficiently.

Hangul, which is Korean's own characters, has 14 touches of ,, ,, ,, ,, ㅁ, ㅂ, ,, ,, ,, ,, ㅋ, ,, ㅎ and ㅏ, ㅑ, ㅓ, ㅕ, ㅗ, ㅜ, ㅠ Various characters can be expressed by combining the ten holes of, ㅡ, ㅣ. In addition, Hangul is recognized worldwide for its originality, scientificity and excellence no matter what letters are used by humanity.

When children or foreigners learn Hangeul for the first time, they have first learned 14 touch sounds and 10 hole sounds, and have learned the letters made by combining them.

Recently, the method of omitting the combination of letters by the touch sound and the hole sound is used, and a method of learning the Hangul by memorizing a Hangul word is used.

In addition, various kinds of "Hangul word cards" are used to learn Hangul, but Kyobojae is not used to learn Hangul combination principles by implementing Hangul words by combining cards with Hangul touch sound and hole sound.

As a result, there are a growing number of people who can read and write Hangul but do not know the type, number and order of the touch and hole sounds of Korean.

A more serious problem is the increasing number of people who know the type, number, and order of the English alphabet, but who do not know the type, number, and order of the touch and hole sounds of Korean.

In the related art, as in Korean Patent No. 10-0929224, "Hangul implementation tool by a combination alphabet system" is known.

The "Hangul implementation tool by the Jamo combination system" of the registered patent is a "a" keyboard formed so that the horizontal length and vertical length are the same and perpendicular to each other; A "c" keyboard formed by adding the horizontal length of "a" to the bottom after rotating the "a" symmetrically; A "o" keyboard formed of the same diameter as the vertical length of "c"; Rotate "a" clockwise to arrange the upper side in the "b" shape, and rotate the "a" symmetrically to arrange the lower side of the "b" shape to form the same vertical length. "With keyboards; A "-(short)" keyboard which is formed equal to the horizontal length when the "k" is rotated in the horizontal direction; Rotate "a" in the symmetrical direction of "b", and rotate the "ㅏ" in the horizontal direction to form a full length of "ㅣ (jang)" keyboard; the combination of six Jamo plates of Hangul It is possible to implement.

However, since the registered patent is composed of the "a" keyboard, "c" keyboard, "o" keyboard, "ㅏ" keyboard, "-(single)" keyboard and "| (chapter)" keyboard is actually There is a problem that you cannot learn the combination principle of the Hangul alphabet.

In addition, since the registered patent is composed of "a" keyboard, "c" keyboard, "o" keyboard, "ㅏ" keyboard, "-(single)" keyboard and "ㅣ (chapter)" keyboard, it is possible to implement Hangul. However, there is a problem that the implementation of the English alphabet is impossible.

In addition, since the registered patent is composed of "a" keyboard, "c" keyboard, "o" keyboard, "ㅏ" keyboard, "-(single)" keyboard and "ㅣ (chapter)" keyboard, various patterns and symbols, etc. There is a problem that cannot be implemented.

Therefore, it is an object of the present invention to provide a segment for character implementation that enables the user to learn Hangul more efficiently by learning the Hangul combination principles rather than simply learning Hangul.

Another object of the present invention is to provide a segment for character implementation that can implement not only Korean but also English alphabet.

It is still another object of the present invention to provide a segment for implementing characters that can implement various patterns or symbols.

The present invention to achieve the above object,

Consists of a plurality of segments, each with the same stroke weight,

A segment consisting of a horizontal stroke having a length equal to a stroke thickness and a vertical stroke connected to the right end of the horizontal stroke and having a length three times the stroke thickness;

A c-segment comprising a vertical stroke having a length three times the stroke thickness and two horizontal strokes connected to the upper and lower right portions of the vertical stroke and having the same length as the stroke thickness;

Segment, which has a length twice as large as the stroke and is inclined at 45 degrees from the right to the left, and is connected to the upper right side of the / stroke and has a length equal to the stroke thickness and is inclined at 45 degrees from the left to the right. ;

A c segment formed in a semi-cyclic shape having an inner diameter equal to the stroke thickness and an outer diameter that is three times the stroke thickness;

A C segment formed in a semi-cyclic shape having an inner diameter that is twice the stroke thickness and an outer diameter that is four times the stroke thickness;

A segment formed of the same length as the stroke thickness;

A segment formed to the same diameter as the stroke thickness;

Short | segments formed at twice the length of the stroke thickness;

Medium length | segments formed to be three times the length of the stroke; And

Elongated segments, formed four times the length of the stroke; Provides a segment for character implementation that includes.

In the present invention, since the segments are constructed using the Hangul combination principle, Hangul can be learned more efficiently by learning the Hangul combination principle rather than simply learning Hangul.

The present invention can implement not only Korean but also English alphabets, and various patterns or symbols.

1 is a view showing a preferred embodiment of a segment for character implementation according to the present invention,
2 is an exemplary diagram of a Hangul alphabet implemented by the present invention;
Figure 3 is an illustration of the Hangul word implemented by the present invention,
Figure 4 is an illustration of the lowercase English letter implemented by the present invention,
5 is an exemplary diagram of an English alphabet capital letter implemented by the present invention;
Figure 6 is an illustration of the English words implemented by the present invention,
Figure 7 is an illustration of the Arabic numerals implemented by the present invention,
8 is an exemplary view of a pattern implemented by the present invention,

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

Figure 1 shows a preferred embodiment of the character implementation segment according to the present invention, a segment (10), c segment (20), S segment (30), c segment (40), C segment (50), □ Segment 70, segment 60, short segment 80, medium length segment 90, long segment 100, and the like.

The segments are all configured to have the same stroke thickness.

The segment 10 is composed of a horizontal stroke portion 11 having the same length as the stroke thickness, and a vertical stroke portion 12 connected to the right end of the horizontal stroke portion 11 and having a length that is three times the stroke thickness. .

The c segment 20 has a vertical stroke portion 21 having a length three times the stroke thickness, and two horizontal stroke portions 22 connected to the upper and lower right portions of the vertical stroke portion 21 and having the same length as the stroke thickness, respectively. (23).

The S segment 30 has a length twice the length of the stroke and is inclined at a right angle of 45 degrees to the left / stroke portion 31 and is connected to the upper right side of the stroke portion 31 and has the same length as the stroke thickness. It consists of a capture portion 32 inclined to 45 degrees to the right.

The c segment 40 is formed in a semi-cyclic shape having an inner diameter equal to the stroke thickness and an outer diameter that is three times the stroke thickness.

The C segment 50 is formed in a semi-cyclic shape having an inner diameter that is twice the stroke thickness and an outer diameter that is four times the stroke thickness.

The segment 70 is formed in the same length as the stroke thickness.

The ○ segment 60 is formed with the same diameter as the stroke thickness.

The short | segment 80 is formed twice the length of the stroke.

The intermediate length | segment 90 is formed three times the length of the stroke.

The elongated segment 100 is formed to a length four times the stroke thickness.

The segments are preferably made of wood having a certain thickness to be harmless to the human body even when used for children's learning, and is preferably painted or dyed using natural or eco-friendly paints.

When the segments are made of wood, a laser cutting method or a cutting method using a jigsaw (aka, "Sushi") can be used.

In addition, the segments may be manufactured by cutting paper, synthetic resin plates, magnetic metal plates or non-magnetic metal plates, metal magnetic plates, rubber magnetic plates, magnetic plates, etc. having a predetermined thickness, or injection molding in the case of synthetic resins, metal plates, metal magnetic plates, or rubber magnetic plates. It can also manufacture by casting.

When the segments are composed of a metal magnetic plate or a rubber magnetic plate, the letters or patterns may be combined by magnetically attaching them to a steel board or a white board. In addition, even when made of wood, by embedding a magnet, it can be attached to the iron board, a white board or the like by magnetic force to combine letters, patterns, and the like.

The segments may be all painted in the same color, but it is preferable to paint or dye in different colors as shown in the example.

Hereinafter, a method of implementing the alphabet of the Korean alphabet using the character implementation segment of the present invention will be described with reference to FIG. 2.

The touch sound "a" may be implemented by disposing the a segment 10 as it is.

Touch sound "b" can be implemented by rotating the a segment 10 by 180 degrees.

The touch sound "c" can be implemented by disposing the c segment 20 as it is.

The touch sound "ㄹ" uses the two a-segments 10, one a-segment 10 is disposed as it is, and the a-segment 10 is rotated 180 degrees below it, so that the vertical stroke 12 is the stroke thickness. It can implement by arrange | positioning abut.

Touch sound "ㅁ" using the two a segment (10), one a segment 10 is disposed on the right as it is, the other a segment (10) rotated 180 degrees to the left, and the right a The end of the horizontal stroke portion 11 of the segment 10 abuts the right end of the vertical stroke portion 12 of the a segment 10 on the left side, and the horizontal stroke portion 11 of the a segment 10 on the left side. The tip may be implemented by making the tip abut the left side of the end of the vertical stroke portion 12 of the right segment 10.

The touch sound "ㅂ" uses the one segment (10) and ○ one segment (60) and the middle length | segment (90), rotate the a segment (10) 180 degrees to the left, and the middle to the right It can be realized by arranging the length | segment 90 and arranging the ○ segment 60 between the vertical stroke part 12 of the a segment 10 and the intermediate length | segment 90. In this case, the □ segment 70 may be used instead of the ○ segment 60.

Touch sound "s" can be implemented by placing the S segment 30 as it is.

The touch sound "o" uses two c segments 40, one c segment 40 is disposed on the left side as it is, and the other c segment 40 is rotated 180 degrees and disposed on the right side of the left and right sides. c may be implemented by bringing the ends of the segment 40 into contact with each other.

The touch sound "ㅈ" uses one of the intermediate length Segment 90 and one Segment 30, and rotates the intermediate length Segment 90 by 90 degrees to place it horizontally, and at the bottom of the Segment 30. It is possible to implement by placing so as to make the top portion of the segment 30 abuts the lower middle portion of the intermediate length | segment 90.

The touch sound "cheng" uses one of the intermediate length segments 90, one segment 30, and one segment 60, and rotates the intermediate length segments 90 degrees horizontally, By arranging the segment 60 in the upper center and arranging the segment 30 in the lower portion thereof so that the top part of the segment 30 abuts the middle part of the lower length of the segment 90. Can be implemented. In this case, the □ segment 70 may be used instead of the ○ segment 60.

The touch sound "ㅋ" uses the a segment 10 and a segment 60, and arranges the a segment 10 as it is, and the segment 60 the vertical segment 12 of the a segment 10. It can be implemented by placing on the left side of. In this case, the □ segment 70 may be used instead of the ○ segment 60.

The touch sound "ㅌ" uses one short | segment 80 and one c segment 20, and rotates the short | segment 80 horizontally by 90 degrees, spaces the lower part, and spaces the lower segment. It can implement by arrange | positioning as it is.

The touch sound “ㅍ” uses the two medium length l segments 90 and two segments 60, and the two medium length l segments 90 are rotated 90 degrees and are arranged side by side at an interval of up and down. In this case, the two segment 60 segments may be spaced from side to side between two intermediate length segments 90. In this case, the □ segment 70 may be used instead of the ○ segment 60.

The touch sound "ㅎ" uses one medium length | segment (90), one (60) segment, and two c segments (40). The medium length | segment (90) is rotated 90 degrees, and is horizontally arranged. Place the segment 60 in the upper center, one c segment 40 is disposed as it is, the other c segment 40 is rotated 180 degrees so that the ends of the two c segments 40 abut each other It can be realized by arranging the bottom center of the length | segment 90. In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "ㅏ" can be implemented by using one long | segment (100) and one segment (60), placing the long | segment (100) as it is, and arranging the (segment) 60 in the center of the right side thereof. have. In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "ㅑ" uses one long l segment (100) and two segments (60), the long l segment (100) is placed as it is, two ○ segments (60) in the center of the right side up and down spaced Can be implemented by deploying In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "ㅓ" can be implemented by using one long | segment (100) and one segment 60, arranging the long | segment (100) as it is, and arranging the ○ segment (60) in the center of its left side. have. In this case, the □ segment 70 may be used instead of the ○ segment 60.

The hole sound "ㅕ" uses one long l segment (100) and two segments (60). The long l segment (100) is disposed as it is, and two ○ segments (60) are spaced up and down at the center of the left side. Can be implemented by deploying In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "ㅗ" uses one elongated segment (100) and one segment (60), horizontally rotate the elongated segment (100) by 90 degrees, and place the ○ segment (60) in the upper center Can be implemented. In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "ㅛ" uses one long l segment (100) and two segments (60), horizontally rotate the long l segment (100) by 90 degrees to place two ○ segments (60) in the upper center ) Can be implemented by spaced from side to side. In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "TT" uses one long l segment (100) and one segment (60), horizontally rotate the long l segment (100) 90 degrees and place a ○ segment (60) in the lower center Can be implemented. In this case, the □ segment 70 may be used instead of the ○ segment 60.

Hole sound "ㅠ" uses one long l segment (100) and two segments (60), horizontally rotate the long l segment (100) 90 degrees to place two ○ segments (60) in the lower center ) Can be implemented by spaced from side to side. In this case, the □ segment 70 may be used instead of the ○ segment 60.

The hole sound "-" uses one long | segment 100 and can be implemented by horizontally rotating the long 100 | segment 100 by 90 degrees.

Hole sound "|" uses one long | segment 100 and can be implemented by arranging the long | segment 100 as it is.

The implementation of the Hangul alphabet above is based on the combinatorial principle of Hangeul and can learn Hangeul more efficiently by learning the combinatorial principle.

By recombining the Hangul Jamo implemented in this way it is possible to implement the Hangul word as illustrated in FIG.

Hereinafter, a method of implementing lowercase letters of English using the character implementation segment of the present invention will be described with reference to FIG. 4.

"a" uses one S segment 20 and one S segment 10, arranges the S segment 20 as it is, and rotates the S segment 10 180 degrees to the right side of the S segment 20. Can be implemented.

"b" uses one long | segment 100 and one c segment 40, and places the long | segment 100 as it is, and rotates the c segment 40 by 180 degrees. It can be implemented by placing on the right side of.

"c" uses one c segment 40 and can be implemented by disposing the c segment 40 as it is.

"d" uses one c segment 40 and one elongated segment 100, and may be implemented by disposing the c segment 40 as it is and disposing the elongated segment 100 on its right side. .

"e" uses three c segments 40, and one c segment 40 is disposed as it is, c segment 40 rotated 180 degrees on the right side, and c rotated obliquely below the c segment. This can be achieved by disposing the segment 40.

" f " uses one c segment 40, one intermediate length l segment 90 and one segment 70, and rotates c segment 40 by 90 degrees counterclockwise and lower left It can be implemented by arranging the middle length | segment 90 as it is, and arrange | positioning the □ segment 70 in the right middle part of the middle length | Here, the □ segment 70 large credit ○ segment 60 may be used.

"g" uses three c segments 40, and one c segment 40 is disposed as it is, c segment 40 rotated 180 degrees on the right side, c rotated obliquely below This can be achieved by disposing the segment 40.

"h" uses one long | segment 100 and one a-segment 10, and can be implemented by disposing the long | segment 100 as it is and arranging the a-segment 10 on its right side.

"i" uses one short | segment (80) and one (segment) 60, and arrange | positions the short | segment (80) as it is, and arrange | positions it as it is at the upper part by space | interval 60 (segment). Can be implemented. Here, the □ segment 70 may be used instead of the ○ segment 60.

"j" uses one short | segment (80), one (60) segment, and one c segment (40). The short | segment (80) is disposed as it is, and rotated 90 degrees clockwise below. c segment 40 may be disposed so that its right end abuts on the lower end of the short | segment 80, and the (segment 60) is arrange | positioned at the top of the short | segment 80 at intervals. In this case, the □ segment 70 may be used instead of the ○ segment 60.

"k" uses an elongated segment 100 and an elongated segment 30, and arranges the elongated segment 100 as it is, and rotates the c segment 40 rotated 90 degrees counterclockwise on the right side thereof. It can be implemented by deploying.

"l" uses one long | segment 100 and can be implemented by arranging the long | segment 100 as it is.

"m" uses two S segments 30 and can be implemented by arranging two S segments 30 side by side as they are.

"n" uses one segment 30 and can be implemented by disposing the segment 30 as it is.

" o " uses two c segments 40, by arranging one c segment 40 as it is, and arranging c segments 40 rotated 180 degrees on the right side so that their ends abut each other. Can be implemented.

" p " uses one long l segment 100 and one c segment 40, by arranging the long l segment 100 as it is and by arranging the c segment 40 rotated 180 degrees on the right side thereof. Can be implemented.

" q " means that the c segment 40 uses one c segment 40 and one ○ segment 60, arranges the c segment 40 as it is, and arranges the long segment 100 on the right side thereof. Can be implemented by

"r" uses one middle length | segment 90 and one segment 70, and can be implemented by arranging the middle length | segment 90 as it is and placing the □ segment 70 at the upper right side thereof. have.

" s " uses two c segments 40, which can be implemented by rotating them symmetrically so that the two c segments 40 rotate obliquely and one end thereof abuts each other.

"t" uses two short | segments (80), one short | segment (80) is rotated 90 degrees horizontally, and the other short | segment (80) is centered at the bottom center. Can be implemented.

"u" uses one c segment 40 and two □ segments 70, and the c segment 40 is rotated 90 degrees counterclockwise, and each of the □ segments 70 at both upper ends thereof. It can be implemented by deploying.

"v" uses one segment 30 and can be implemented by rotating the segment 30 by 180 degrees.

"w" uses two segments 30, and can be implemented by rotating the two segments 30 180 degrees to the left and right.

"x" uses one segment 30 and two segments 70, and rotates the segment 30 by 90 degrees, and each segment 70 rotated 45 degrees on both sides of the bottom. It can be implemented by deploying.

"y" uses one segment 30 and one segment 70, and rotates the segment 30 by 180 degrees and arranges the segment 70 rotated 45 degrees at the lower left. Can be implemented by

"z" uses one segment (30) and one short | segment (80). The segment (30) is rotated 45 degrees in a clockwise direction, and the short | segment (80) is rotated 90 degrees at the bottom. ) Can be implemented horizontally.

Hereinafter, a method of implementing the English alphabet capital letter using the character implementing segment of the present invention will be described with reference to FIG. 5.

"A" uses one segment (30), two short (80) segments, and one ○ segment (60), and arranges the segment (30) as it is, and rotated 45 degrees to the left and right at each end thereof. The short | segment 80 can be arrange | positioned, and it can implement | achieve by arrange | positioning the (segment 60) between short | segment 80. In this case, the □ segment 10 may be used instead of the ○ segment 20.

"B" uses one long | segment (100) and one short | segment (80) and two c segments (40). The long | segment (100) and the short | segment (80) are disposed up and down. And, it can be implemented by placing the c segment 40 rotated 180 degrees on the right side up and down.

"C" can be implemented by disposing the C segment 50 as it is.

"D" uses one long Segment 100 and one C Segment 50, by placing the long Segment 100 as it is, and by placing the C segment 50 rotated 180 degrees on the right side thereof. Can be implemented.

"E" uses two S segments 30, and can be implemented by rotating the two S segments 30 up and down by rotating 90 degrees counterclockwise.

"F" uses one segment (10) and one medium length | segment (90) and one segment (70), the a segment (10) is placed upside down in the left and right direction, the vertical stroke portion 12 of The intermediate length | segment 90 is arrange | positioned as it is at the bottom, and it can implement | achieve by arrange | positioning the □ segment 70 at the right side. In this case, the ○ segment 80 may be used instead of the □ segment 70.

"G" uses one C segment 50 and one A segment, arranges the C segment 50 as it is, and the right end of the horizontal stroke 11 of the A segment 10 is C on its right side. It can be implemented by placing it in the center of the segment (50).

"H" uses two elongated segments 100 and one segment 60, and arranges two elongated segments 100 at left and right directions, and arranges the segment 60 therebetween. Can be implemented. In this case, the □ segment 70 may be used instead of the ○ segment 60.

"I" uses one long segment 100 and can be implemented by arranging the long segment 100 as it is.

"J" uses one c segment 40 and one medium length | segment 90, and the c segment 40 is rotated by 90 degrees counterclockwise and disposed at its right end. ) Can be implemented as it is.

"K" uses an elongated segment (100) and a segment (10), the long segment (100) as it is placed, the a segment that is inverted left and right on its right side and rotated to counterclockwise again. It can implement by arrange | positioning (10).

"L" uses one segment 30 and one intermediate length | segment 90, and arranges the segment 30 by rotating it 135 degrees counterclockwise, and the middle length | segment 90 at the top thereof. It can be implemented by disposing it as it is.

"M" uses two S segments (10) and one medium length | segment (90), and the two S segments (10) are inverted to the left and right, and arranged side by side, and the middle length | segment (90) to the right. ) Can be implemented as it is.

"N" uses one segment (10) and one medium length | segment (90), and the a segment (10) is placed upside down in the left and right, and the middle length | Can be implemented by

"O" uses two C segments 50, and can be implemented by arranging one C segment 50 as it is and another C segment 50 rotated 180 degrees to the right. .

"P" uses one C segment 50 and one elongated segment 100, and rotates the C segment 50 by 180 degrees, and arranges the long segment 100 on its left side as it is. Can be implemented.

"Q" uses two C segments 50 and one ○ segment 60, and one C segment 50 is disposed as it is, and another C segment 50 which is rotated 180 degrees on the right side thereof is disposed. And it can be implemented by arranging the segment 60 in the lower right. In this case, the □ segment 70 may be used instead of the ○ segment 60.

"R" uses one elongated segment (100), one C segment (50), and one shorter (segment) 80. The long l segment (100) is placed intact and 30 degrees counterclockwise to the right. It can implement | achieve by arrange | positioning the short segment 80 rotated about 30 degrees counterclockwise at the lower part and arrange | positioning the C segment 50 rotated about.

"S" uses one c segment 40 and one C segment 50. The c segment 40 is rotated by 45 degrees in the clockwise direction, and the C segment rotated 135 degrees in the clockwise direction at the lower right. It can be implemented by arranging 50.

"T" uses two medium length | segments 90, and one medium length | segment 90 is rotated 90 degrees horizontally and the other middle length | segment 90 at its lower center. It can be implemented by disposing it as it is.

"U" uses one C segment (50) and two short | segments (80). The C segment (50) is rotated by 90 degrees counterclockwise, and each of the short | ) Can be implemented as it is.

"V" uses a segment 10 and one segment 70, and rotates the segment 10 by 135 degrees in the counterclockwise direction and rotates 45 degrees at the end of the horizontal stroke 11. This can be implemented by disposing the □ segment 70.

"W" uses two a-segment (10) and one □ segment (70), one a-segment (10) is rotated 135 degrees in the counterclockwise direction, placed to the right side to the left and right to turn counterclockwise again The segment 10 rotated 135 degrees in the direction, and the segment 70 rotated 45 degrees between the horizontal stroke portion 11 of both sides a segment 10 can be implemented.

"X" uses four Segments 30, one Segment 30 is disposed as it is, another S Segment 30 rotated 180 degrees on the left side, and an anti-clock on the top. By arranging another S segment 30 rotated 90 degrees in the direction, it is possible to implement by placing another S segment 30 rotated 90 degrees clockwise at the bottom. The four segments 30 are arranged in a rotationally symmetrical type.

"Y" uses one segment (20) and one medium length | segment (90), arranges the segment (20) by rotating it 90 degrees counterclockwise, and the middle length | ) Can be implemented as it is.

"Z" uses two a-segments 10, one a-segment 10 is turned upside down and rotated 90 degrees counterclockwise, and the left side is turned upside down and turned clockwise again. It can be implemented by arranging the a segment 10 rotated by 90 degrees.

By recombining the English alphabet implemented in this way it is possible to implement the English words as illustrated in FIG.

Hereinafter, a method of implementing Arabic numerals using the character implementing segment of the present invention will be described with reference to FIG. 7.

"1" uses one long | segment (100) and one short | segment (80), arranges the long | segment (100) as it is, and horizontally rotates the short | segment (80) by 90 degrees to the bottom. It can be implemented by deploying.

"2" uses one segment 30 and one segment 20, rotates the segment 30 by 45 degrees in the clockwise direction, and arranges the segment 20 as it is. Can be implemented by

"3" uses one S segment 20 and one S segment 30, arranges the S segment 20 by 180 degrees, and rotates the S segment 30 rotated 135 degrees clockwise at the bottom thereof. It can be implemented by deploying.

"4" uses one S segment 20 and one middle length | segment 90, and arranges the S segment 20 by rotating it 90 degrees counterclockwise, and at the bottom right of the middle length | segment (90). ) Can be implemented as it is.

"5" uses one S segment 20 and one S segment 30, arranges the S segment 20 as it is, and arranges the S segment 30 rotated 135 degrees clockwise at the bottom thereof. Can be implemented by

"6" uses two a-segments (10) and one short | segment (80), one a-segment (10) is disposed as it is, and the a-segment (10) rotated 180 degrees to the left and In addition, it can be implemented by placing the short | segment 80 as it is on the upper left.

"7" uses one segment 20 and one medium length | segment 90, and arranges the segment 20 by rotating it 90 degrees clockwise, and below the rear side of the middle length | segment 90 It can be implemented by disposing it as it is.

"8" uses two segments (20) and one medium length | segment (90), and one segment (20) is rotated 90 degrees in the clockwise direction and 90 degrees in the counterclockwise direction. It can be implemented by arranging the rotated segment 20 at intervals and horizontally rotating the intermediate length | segment 90 by 90 degrees between the two segments 20.

"9" uses two a-segments (10) and one short | segment (80), one a-segment (10) is disposed as it is, and another a-segment (10) rotated 180 degrees on the left side thereof. In addition to the arrangement, it is possible to implement by disposing a short | segment 80 as it is in the lower right.

"0" uses two c segments 20, one c segment 20 is rotated 90 degrees clockwise, and a c segment 20 rotated 90 degrees counterclockwise at the bottom thereof. It can be implemented by deploying. At this time, it is preferable that the c segments 20 arranged up and down are spaced apart by the thickness of the stroke.

In addition, it is not limited to the combination example of Korean and English illustrated in FIGS. 2 to 7, and may be combined differently by a user.

In addition, the character implementation segment according to the present invention can implement a variety of patterns as illustrated in FIG.

On the other hand, the character implementation segment of the present invention may be used to form a variety of ornaments, such as pendants, or upholstery, such as a combination of patterns or patterns of letters that are constantly or randomly arranged.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments and drawings, It will be understood that various modifications may be made by those skilled in the art.

10: S segment 20: S segment
30: S segment 40: c segment
50: C segment 60: ○ segment
70: □ segment 80: short | segment
90: Medium Length Segment 100: Long Segment

Claims (1)

Consists of a plurality of segments, each with the same stroke weight,
An a segment 10 having a horizontal stroke portion 11 having a length equal to a stroke thickness and a vertical stroke portion 12 connected to the right end of the horizontal stroke portion 11 and having a length three times the stroke thickness;
It consists of a vertical stroke 21 having a length three times the stroke thickness, and two horizontal strokes 22, 23 connected to the upper and lower right portions of the vertical stroke 21 and having the same length as the stroke thickness, respectively. C segment 20;
It has a length twice as large as the stroke and is inclined 45 degrees from the right to the left, and the stroke 31 is connected to the upper right of the stroke 31, and has the same length as the stroke thickness and is inclined 45 degrees from the left to the right. S segment 30 consisting of a stroke (32);
C segment 40 formed in a semi-cyclic shape having an inner diameter equal to the stroke thickness and an outer diameter that is three times the stroke thickness; And
C segment 50 formed in a semi-cyclic shape having an inner diameter that is twice the stroke thickness and an outer diameter that is four times the stroke thickness
A segment 70 formed to the same length as the stroke thickness;
A segment 60 formed with the same diameter as the stroke thickness;
Short | segment 80 formed to a length twice the stroke thickness;
A medium length | segment 90 formed to a length three times the stroke thickness;
Elongated segment 100 formed to a length four times the stroke thickness; Segment for character implementation containing.

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