CN1472627A - Binary grahpics code encoding method and character composed rule thereof - Google Patents

Abstract

The method makes coding for eight triangles in "* letter division" ractangle in sequence so I and VIII number can be read out as triangle with ink to "1" and those without ink to represent "0" to obtain 256 sets of eight digital binary code. The standard ASCII code is represented by front 128 set of graphic code with primary number "0" and Chinese character has to be represented by two graphic codes. The back 128 with primary number "1" represents area code. The bit code is confirmed as per GP code or BIG 5 code to set up corresponding relation with Chinese character inner code for representing Chinese letter.

Description

Binary graphics code encoding method and group word rule thereof

Technical field the present invention a kind ofly represents the computing machine region-position code by encoding of graphs, represents the method for Chinese character, character and ASCII character again by the character library under the corresponding various computing internal code of the region-position code encoding scheme.Title is " binary graphics code encoding method and a group word rule thereof ", belongs to the computer Recognition applied technical field.

The disclosed CN1151542 of background technology Patent Office of the People's Republic of China fast digital coding method of China ink and coding sheet thereof, encoding of graphs that CH1172981 is writable and recognition methods thereof, CN1256450A seven-piece abacus-initating encoding of graphs, the CN1262558A 4-bit image encode method, though the basic figure of its coding is different, with regard to its essence, all be by " 0 " is represented in the conversion of a basic figure---10 definite decimal numbers between " 9 ".Though certain methods is skillfully constructed, identification is easy, and because of not representing Chinese character, symbol, it is used more widely and exists significant limitation.The OCR optical character identification method of widely using is to utilize " input code " of the graphical information of character as character at present, with the graphic character that scans in the computing machine, utilizes the pattern recognition technique in the artificial intelligence to carry out identification.The technical characterictic of this method determined it accuracy can only near but can't reach 100%.Therefore, in the place that needs absolutely accurate, OCR can't use.The OM method that adopts during education department backup " examinee register release " is characterized in that representing the decimal system number of 4 figure places by tinting in the ring shape square formation of one group of 10 delegation, 4 row, represents certain Chinese character or symbol by the region-position code of representative again.Its advantage be scribble easily, identification is accurate.Its limitation is invalid figure occupy-place excessive (account for whole figures 90%), causes the information capacity of paper file low excessively, wastes greatlyyer, only is suitable for the identification of a small amount of literal, is unsuitable for the storage and the statistics of bulk information.In addition, its character library can not adapt to the needs of development because of finite capacity.Therefore, this method is used not extensive.

Neoteric purpose is that the graphic code that a kind of people and machine can both identifications is created in research, this graphic code can: (1), set up with existing main computer Chinese-character character library or standard A SCII sign indicating number and a kind ofly to concern one to one; (2), this corresponding relation must be clocklike; (3), accurate identification that must 100% after the computer scanning input; (4), by simple study, the people who generally has medium schooling can easier grasp and discern; (5), allow some leeway on the capacity, can adapt to the needs of following binary computations internal code development; (6), its promotion and application, can make computing machine by scanning the work that identification replaces complicate statistics papery ticket, table, card, card, be that society saves human and material resources and time.

Technical scheme binary graphics sign indicating number comprises quadruplet scheme (four kinds of figures): basic model (double check with a core) graphic code, special-shaped graphic code, special case 1-matts graphic code, special case 2-deagonal pattern sign indicating number.

1, basic model (double check with a core) graphic code earlier is divided into " matts " with neutrality line and center line with a prefabricated rectangle (being generally positive square), and neutrality line is considered as the X-axis of coordinate system, and center line is considered as Y-axis.With diagonal line " matts " is divided into " double check with a core " again, occurs eight equal right-angle triangles in the rectangle.It is I number that the triangle that will be in the 1st quadrant and with the X-axis be the limit is compiled, and is II, III, IV, V, VI, VII, VIII number by counterclockwise all the other seven triangles being compiled successively.I, II triangle are in the 1st quadrant, and III, IV triangle are in the 2nd quadrant, and V, VI triangle are in the 3rd quadrant, and VII, VIII triangle are in the 4th quadrant." double check with a core " figure that this has set form, fixed number order, fixed number position is a basic figure of drawing the hologram font code.The little triangle of in the foundation drawing each can be represented two kinds of different situations by tinting or not tinting, if represent " 1 " of binary system to tint, does not tint and represents " 0 " of binary system, just can obtain 2 ^aThe different figure of=256 (a=8) width of cloth.Every width of cloth figure is read " 0 " of " 1 " of the representative of tinting and the representative of not tinting successively according to the order of ending to the VIII triangle from the I triangle start, just obtains the binary numeral of 256 8 figure places.Its minimum number is " 00000000 ", and maximum number is " 11111111 ", be converted into heuristicimal code after, minimum number is " 00 ", maximum number is " FF ".

Because often 8 binary digits (bit) are formed a byte (byte) in the computing machine, a graphic code scans in the computing machine, whether be coated with China ink if only distinguish each zone, just only account for a byte.In standard A SCII sign indicating number, a character accounts for a byte.Therefore, graphic code can be represented a character of ASCII character.Standard A SCII sign indicating number as capitalization A is A (1000001) (the most significant digit vacancy is considered as " 0 "), looks into " table one " as can be known, and the binary code reading of " Figure 66 " is (01000001) in the accompanying drawing, so graphic code " Figure 66 " is just represented capitalization " A ".

Owing to comprise most of Hanzi internal code encoding schemes of the Big5 (BIG5) that national standard region-position code (GB sign indicating number), Taiwan are current, employing be double byte.Therefore, two graphic codes are arranged in together, the expression district sign indicating number of front, and the expression bit code of back just can be corresponding one by one with the region-position code Hanzi font library, thereby represent a Chinese character.

For making computer Recognition, according to current in the world ISN distribution principle, the first number of preceding 128 binary numbers is that the graphic code of " 0 " is represented standard A SCII sign indicating number (sexadecimal number is for " 00 "-" 7F ", see Fig. 1-Figure 128), these graphic codes can not can not be arranged in first as district's sign indicating number of Chinese character when forming Chinese character.The first number of 128 binary numbers in back is district's sign indicating number (sexadecimal number is seen Figure 129-Figure 25 6 for " 80 "-" FF ") that the graphic code of " 1 " is represented GB sign indicating number or BIG5 sign indicating number, and bit code is then determined according to the principle of each encoding scheme.For ease of consulting, figure numbering, feature (being coated with color triangle set, scale-of-two reading) and the region-position code of representative of each graphic code are weaved into " binary graphics sign indicating number graphical meanings table " (table one).Preceding 128 graphic codes of representing ASCII character are compiled " binary graphics sign indicating number (or special case combination) and ASCII character mapping table " (table three) in addition, reflect the ASCII character of its representative.

2, special-shaped graphic code is in " matts " figure, with the mid point line on each adjacent both sides of rectangle, and with eight equal right-angle triangles occurring in rectangle number consecutively according to certain rules, forms the abnormity figure of " double check with a core " figure.Though its figure and " double check with a core " figure be difference to some extent, consistent with " double check with a core " figure because of its element number that comprises, the scale-of-two of each graphic code, heuristicimal code are identical with corresponding " double check with a core " graphic code, and it is identical therefore to organize the word rule.

3, special case 1-" matts " graphic code will be in two triangle two two merging of same quadrant in " double check with a core " figure, obtains four little rectangles.The figure that obtains by quadrant number consecutively of living in, is formed special case-" matts " figure of " double check with a core " figure." matts " has 2 ^a=16 (a=4) width of cloth figure.From the I element, end to the IV element, the binary number of the representative of will tinting in order and not tint is read successively, obtains 16 binary numbers of from " 0000 " to " 1111 ".According to scale-of-two and hexadecimal conversion relation, be converted into " 0 "-" F " 16 heuristicimal codes Here it is " matts " graphic code.A graphic code has four elements, and two graphic codes are formed a byte, represent an ASCII character; Four graphic codes are formed two bytes, represent a Chinese character.Concrete grammar is: when representing ASCII character, the graphic code that comes the front constitutes the preceding four figures of binary code, comes four figures after the formation of back.When representing GB sign indicating number or BIG5 sign indicating number, two graphic codes that are in first, second are formed district's sign indicating number, the 3rd, the 4th composition bit code.All the other rules are identical with fundamental form graphic code rule.The sexadecimal number of matts graphic code representative sees Table two " binary graphics sign indicating number (special case) graphical meanings tables ", and the ASCII character of combination back representative sees Table three " binary graphics sign indicating numbers (or special case combination) and ASCII character mapping table ".

4, special case 2-deagonal pattern sign indicating number will be in two triangle two two merging of X-axis, Y-axis both sides in " double check with a core " figure, and presses counter clockwise direction with four triangle number consecutivelies, forms special case 2-deagonal pattern.Deagonal pattern is except that graphics shape is different with " matts ", and its element number that comprises is consistent with " matts " graphic code, and the scale-of-two of each graphic code, heuristicimal code are identical with corresponding " matts " graphic code, and it is identical therefore to organize the word rule.

Below in conjunction with example, the coding method of binary graphics sign indicating number and group word rule are described further.

1, adopt under the situation of GB sign indicating number at Hanzi coding scheme, " network address 3W. " several words, symbol are expressed as follows with the basic model graphic code:

The first step: look into the GB codeword table and region-position code is changed into binary code:

Chinese character " net " district sign indicating number CD (11001101) bit code F8 (11111000)

Chinese character " location " district sign indicating number D6 (11010110) bit code B7 (10110111)

Arabic numeral " 3 " district sign indicating number A3 (10100011) bit code B3 (10110011)

Capitalization Latin alphabet " W " district sign indicating number A3 (10100011) bit code D7 (11010111)

Symbol ". " district sign indicating number A3 (10100011) bit code AE (10101110)

Second step: in two one group basic figure, the district sign indicating number CD (11001101) of " net " is inserted first figure, bit code F8 (11111000) inserts second figure.Method is with the pairing triangle of diverse location " 1 " tint (China ink).In district sign indicating number CD (11001101), " 1 " is in 1,2,5,6,8, and its corresponding triangle is I, II, V, VI, VIII number.In bit code F8 (11111000), " 1 " is in 1,2,3,4,5, and its corresponding triangle is I, II, III, IV, V number.The rest may be inferred for remaining, represents as 35 pages in accompanying drawing " Figure 54 5 " with graphic code.

2, when Hanzi coding scheme adopts the BIG5 sign indicating number,, can represent equally with the binary graphics sign indicating number though the region-position code of each word of character library and GB sign indicating number are variant.As " volume " word, being encoded to of GB sign indicating number " B2 E1 ", being encoded to of BIG5 sign indicating number " A5 55 " looked into " table one " as can be known, represents the graphic code of B2, E1 to be " Figure 179, Figure 22 6 ", and representing A5,55 graphic code is " Figure 166, Figure 86 ".Therefore, what graphic code " Figure 179, Figure 22 6 " is arranged in representative together by the order of region-position code is " volume " word of GB sign indicating number, and " Figure 166, Figure 86 " is arranged in what represent together is " volume " word of BIG5 sign indicating number.

During 3, with matts or deagonal pattern representation, district's sign indicating number or bit code respectively have two graphic codes to constitute, and relevant with arrangement position.As " network address " two words, be expressed as follows with the matts graphic code:

The first step: look into the GB codeword table and per four of binary code is divided into one group:

" net " district sign indicating number CD (1,100 1101) bit code F8 (1,111 1000)

" location " district sign indicating number D6 (1,101 0110) bit code B7 (1,011 0111)

Second step: every group of binary code inserted successively by putting in order in 4 one group the matts foundation drawing, just obtain " network address " represented with the matts graphic code.See Figure 54 8 (36 pages in accompanying drawing)

4, represent English " China " with the basic model graphic code

The first step: the ASCII character of looking into each English alphabet (case sensitive):

C(1000011) h(1101000) i(1101001) n(1101110) a(1100001)

Second step: the binary code first place of seven figure places is added after " 0 " supply 8, insert corresponding trigonum successively.Be C (01000011) after supplying 8 as the ASCII character of " C ", " h " is h (01101000).The delta-shaped region " C " that need be coated with China ink is II, VII, VIII number, and " h " is II, III, V number.All the other each alphabetical methods are identical.Represent to see Figure 54 7 (35 pages in accompanying drawing) with graphic code

Description of drawings

1, accompanying drawing 1-16 page or leaf " Fig. 1-Figure 25 6 " is the whole figures of basic model (double check with a core) graphic code.The character " network address 3w. " that accompanying drawing 35 pages " Figure 54 5 " is basic model (double check with a core) graphic code basic figure and expression thereof

2, accompanying drawing 17-32 page or leaf " Figure 25 7-Figure 51 2 " is the whole figures of special-shaped graphic code.The Chinese character " network address " that accompanying drawing 35 pages " Figure 54 6 " is special-shaped graphic code basic figure and expression thereof.In the special-shaped graphic code, there are partial graph and basic model figure basic identical,,, pretend to different figures and include respectively owing to its basic figure difference as Figure 25 7 and Fig. 1, Figure 26 0 and Fig. 4, Figure 27 2 and Figure 16 etc.

3, accompanying drawing 33 pages " Figure 51 3-Figure 52 8 " is the whole figures of special case 1-" matts " graphic code.The Chinese character " network address " that accompanying drawing 36 pages " Figure 54 8 " is matts graphic code basic figure and expression thereof.

4, accompanying drawing 34 pages " Figure 52 9-Figure 54 4 " is the whole figures of special case 2-" diagonal line " graphic code.The Chinese character " network address " that accompanying drawing 36 pages " Figure 54 9 " is deagonal pattern sign indicating number basic figure and expression thereof.

5,35 pages of " Figure 54 7 " English " China " of accompanying drawing for representing with the basic model graphic code.

Embodiment

1, after the design of various election ballot papers adds this sign indicating number, computer generation is replaced manually, accomplish rapid, just, statistics accurately, saving human and material resources and the time.

The questionnaire, statistical form, entry blank, resume etc. that 2, must need paper document after filling and presenting so that this sign indicating number is auxiliary, can import computing machine rapidly, save the statistical summaries time.

3, address, name, number, the name of station on I.D., air ticket, the ticket with the auxiliary expression of this sign indicating number, can accurately be discerned and be added up after the scanning.Can also be false proof after the encryption.

4, the commodity, the storage of goods and materials, the adjustmenting management that still do not have bar codeization.

5, other various needs paper document of gathering or storing.

6, the binary graphics sign indicating number is digitized literal, it for the encryption of Chinese character, false proofly provide a channel.

7, be used for teaching and can develop students intelligence, deepen the understanding of student computing machine.

In a word, the binary graphics sign indicating number is regular strong, wide accommodation, each graphic code have relation one to one with current computing machine ISN, and therefore simple, the science of group word rule has stronger vitality.The implication of its symbol is simple and clear, and easily-learned easily mastered is grasped easily, but need not carry out just Direct Recognition of ISN conversion behind the computer scanning, and technical requirement is simple, reliable results.

Table one:

Binary graphics code graphical meanings table

The basic model graphic code	Special-shaped graphic code	The graphic code element set of tinting	The binary code of graphic code representative	The heuristicimal code of graphic code representative
					Fig. 1	Figure 25 7	[∮]	00000000	00
Fig. 2	Figure 25 8	[VIII.]	00000001	01
					Fig. 3	Figure 25 9	[VII.]	00000010	02
Fig. 4	Figure 26 0	[VII.VIII.]	00000011	03
					Fig. 5	Figure 26 1	[VI.]	00000100	04
Fig. 6	Figure 26 2	[VI.VIII.]	00000101	05
					Fig. 7	Figure 26 3	[VI.VII.]	00000110	06
Fig. 8	Figure 26 4	[VI.VII.VIII.]	00000111	07
					Fig. 9	Figure 26 5	[V.]	00001000	08
Figure 10	Figure 26 6	[V.VII.]	00001001	09
					Figure 11	Figure 26 7	[V.VII.]	00001010	0A
Figure 12	Figure 26 8	[V.VII.VIII.]	00001011	0B
					Figure 13	Figure 26 9	[V.VI.]	00001100	0C
Figure 14	Figure 27 0	[V.VI.VIII.]	00001101	0D
					Figure 15	Figure 27 1	[V.VI.VII.]	00001110	0E
Figure 16	Figure 27 2	[V.VI.VII.VIII.]	00001111	0F
					Figure 17	Figure 27 3	[VI.]	00010000	10
Figure 18	Figure 27 4	[VI.VIII.]	00010001	11
					Figure 19	Figure 27 5	[VI.VII.]	00010010	12
Figure 20	Figure 27 6	[VI.VII.VIII.]	00010011	13
					Figure 21	Figure 27 7	[IV.VI.]	00010100	14
Figure 22	Figure 27 8	[IV.VI.VIII.]	00010101	15
					Figure 23	Figure 27 9	[IV.VI.VII.]	00010110	16
Figure 24	Figure 28 0	[IV.VI.VII.VIII.]	00010111	17
					Figure 25	Figure 28 1	[IV.V.]	00011000	18
Figure 26	Figure 28 2	[IV.V.VIII.]	00011001	19
					Figure 27	Figure 28 3	[IV.V.VII.]	00011010	1A
Figure 28	Figure 28 4	[IV.V.VII.VIII.]	00011011	1B
					Figure 29	Figure 28 5	[IV.V.VI.]	00011100	1C
Figure 30	Figure 28 6	[IV.V.VI.VIII.]	00011101	1D
					Figure 31	Figure 28 7	[IV.V.VI.VII.]	00011110	1E
Figure 32	Figure 28 8	[IV.V.VI.VII.VIII.]	00011111	1F
					Figure 33	Figure 28 9	[III.]	00100000	20
Figure 34	Figure 29 0	[III.VIII.]	00100001	21
					Figure 35	Figure 29 1	[III.VII.]	00100010	22
Figure 36	Figure 29 2	[III.VII.VIII.]	00100011	23
					Figure 37	Figure 29 3	[III.VI.]	00100100	24
Figure 38	Figure 29 4	[III.VI.VIII.]	00100101	25
					Figure 39	Figure 29 5	[III.VI.VII.]	00100110	26
Figure 40	Figure 29 6	[III.VI.VII.VIII.]	00100111	27

Figure 41	Figure 29 7	[III.V.]	00101000	28
					Figure 42	Figure 29 8	[III.V.VIII.]	00101001	29
Figure 43	Figure 29 9	[II.V.VII.]	00101010	2A
					Figure 44	Figure 30 0	[III.V.VII.VIII.]	00101011	2B
Figure 45	Figure 30 1	[III.V.VI.]	00101100	2C
					Figure 46	Figure 30 2	[III.V.VI.VIII.]	00101101	2D
Figure 47	Figure 30 3	[III.V.VI.VII.]	00101110	2E
					Figure 48	Figure 30 4	[III.V.VI.VII.VIII.]	00101111	2F
Figure 49	Figure 30 5	[III.IV.]	00110000	30
					Figure 50	Figure 30 6	[III.IV.VIII.]	00110001	31
Figure 51	Figure 30 7	[III.IV.VII.]	00110010	32
					Figure 52	Figure 30 8	[III.IV.VII.VIII.]	00110011	33
Figure 53	Figure 30 9	[III.IV.VI.]	00110100	34
					Figure 54	Figure 31 0	[III.IV.VI.VIII.]	00110101	35
Figure 55	Figure 31 1	[III.IV.VI.VII.]	00110110	36
					Figure 56	Figure 31 2	[III.IV.VI.VII.VIII.]	00110111	37
Figure 57	Figure 31 3	[III.IV.V.]	00111000	38
					Figure 58	Figure 31 4	[III.IV.V.VIII.]	00111001	39
Figure 59	Figure 31 5	[III.IV.V.VII.]	00111010	3A
					Figure 60	Figure 31 6	[IIII.IV.V.VII.VIII.]	00111011	3B
Figure 61	Figure 31 7	[III.IV.V.VI.]	00111100	3C
					Figure 62	Figure 31 8	[III.IV.V.VI.VIII.]	00111101	3D
Figure 63	Figure 31 9	[III.IV.V.VI.VII.]	00111110	3E
					Figure 64	Figure 32 0	[III.IV.V.VI.VII.VII.]	00111111	3F
Figure 65	Figure 32 1	[II.]	01000000	40
					Figure 66	Figure 32 2	[II.VIII.]	01000001	41
Figure 67	Figure 32 3	[II.VII.]	01000010	42
					Figure 68	Figure 32 4	[II.VII.VIII.]	01000011	43
Figure 69	Figure 32 5	[II.VI.]	01000100	44
					Figure 70	Figure 32 6	[II.VI.VII.]	01000101	45
Figure 71	Figure 32 7	[II.VI.VII.]	01000110	46
					Figure 72	Figure 32 8	[II.VI.VII.VIII.]	01000111	47
Figure 73	Figure 32 9	[II.V.]	01001000	48
					Figure 74	Figure 33 0	[II.V.VIII.]	01001001	49
Figure 75	Figure 33 1	[II.V.VII.]	01001010	4A
					Figure 76	Figure 33 2	[II.V.VII.VIII.]	01001011	4B
Figure 77	Figure 33 3	[II.V.VI.]	01001100	4C
					Figure 78	Figure 33 4	[II.V.VI.VIII.]	01001101	4D
Figure 79	Figure 33 5	[II.V.VI.VII.]	01001110	4E
					Figure 80	Figure 33 6	[II.V.VI.VII.VIII.	01001111	4F
Figure 81	Figure 33 7	[II.IV.]	01010000	50
					Figure 82	Figure 33 8	[II.IV.VIII.]	01010001	51
Figure 83	Figure 33 9	[II.IV.VII.]	01010010	52
					Figure 84	Figure 34 0	[II.IV.VII.VIII.]	01010011	53

Figure 85	Figure 34 1	[II.IV.VI.]	01010100	54
					Figure 86	Figure 34 2	[II.IV.VI.VIII.]	01010101	55
Figure 87	Figure 34 3	[II.IV.VI.VII.]	01010110	56
					Figure 88	Figure 34 4	[II.IV.VI.VII.VIII.]	01010111	57
Figure 89	Figure 34 5	[II.IV.V.]	01011000	58
					Figure 90	Figure 34 6	[II.IV.V.VIII.]	01011001	59
Figure 91	Figure 34 7	[II.IV.V.VII.]	01011010	5A
					Figure 92	Figure 34 8	[II.IV.V.VII.VIII.]	01011011	5B
Figure 93	Figure 34 9	[II.IV.V.VI.]	01011100	5C
					Figure 94	Figure 35 0	[II.IV.V.VI.VIII.]	01011101	5D
Figure 95	Figure 35 1	[II.IV.V.VI.VII.]	01011110	5E
					Figure 96	Figure 35 2	[II.IV.V.VI.VII.VIII.]	01011111	5F
Figure 97	Figure 35 3	[II.III.]	01100000	60
					Figure 98	Figure 35 4	[II.III.VIII.]	01100001	61
Figure 99	Figure 35 5	[II.III.VII.]	01100010	62
					Figure 100	Figure 35 6	[II.III.VII.VII.]	01100011	63
Figure 101	Figure 35 7	[II.III.VI.]	01100100	64
					Figure 102	Figure 35 8	[II.III.VI.VIII.]	01100101	65
Figure 103	Figure 35 9	[II.III.VI.VII.]	01100110	66
					Figure 104	Figure 36 0	[II.III.VI.VII.VIII.]	01100111	67
Figure 105	Figure 36 1	[II.III.V.]	01101000	68
					Figure 106	Figure 36 2	[II.III.V.VIII.]	01101001	69
Figure 107	Figure 36 3	[II.III.V.VII.]	01101010	6A
					Figure 108	Figure 36 4	[II.III.V.VII.VIII.]	01101011	6B
Figure 109	Figure 36 5	[II.III.V.VI.]	01101100	6C
					Figure 110	Figure 36 6	[II.III.V.VI.VIII.]	01101101	6D
Figure 111	Figure 36 7	[II.III.V.VI.VII.]	01101110	6E
					Figure 112	Figure 36 8	[II.III.V.VI.VII.VIII.]	01101111	6F
Figure 113	Figure 36 9	[II.III.IV.]	01110000	70
					Figure 114	Figure 37 0	[II.III.IV.VIII.]	01110001	71
Figure 115	Figure 37 1	[II.III.IV.VII.]	01110010	72
					Figure 116	Figure 37 2	[II.III.IV.VII.VIII.]	01110011	73
Figure 117	Figure 37 3	[II.III.IV.VI.]	01110100	74
					Figure 118	Figure 37 4	[II.III.IV.VI.VIII.]	01110101	75
Figure 119	Figure 37 5	[II.III.IV.VI.VII.]	01110110	76
					Figure 120	Figure 37 6	[II.III.IV.VI.VII.VIII.]	01110111	77
Figure 121	Figure 37 7	[II.III.IV.V.]	01111000	78
					Figure 122	Figure 37 8	[II.III.IV.V.VIII.]	01111001	79
Figure 123	Figure 37 9	[II.III.IV.V.VII.]	01111010	7A
					Figure 124	Figure 38 0	[II.III.IV.V.VII.VIII.]	01111011	7B
Figure 125	Figure 38 1	[II.III.IV.V.VI.]	01111100	7C
					Figure 126	Figure 38 2	[II.III.IV.V.VI.VIII.]	01111101	7D
Figure 127	Figure 38 3	[II.III.IV.V.VI.VII.]	01111110	7E
					Figure 128	Figure 38 4	[II.III.IV.V.VI.VII.VIII.]	01111111	7F

Figure 129	Figure 38 5	[I.]	10000000	80
					Figure 130	Figure 38 6	[I.VIII.]	10000001	81
Figure 131	Figure 38 7	[I.VII.]	10000010	82
					Figure 132	Figure 38 8	[I.VII.VIII.]	10000011	83
Figure 133	Figure 38 9	[I.VI.]	10000100	84
					Figure 134	Figure 39 0	[I.VI.VIII.]	10000101	85
Figure 135	Figure 39 1	[I.VI.VII.]	10000110	86
					Figure 136	Figure 39 2	[I.VI.VII.VIII.]	10000111	87
Figure 137	Figure 39 3	[I.V.]	10001000	88
					Figure 138	Figure 39 4	[I.V.VIII.]	10001001	89
Figure 139	Figure 39 5	[I.V.VII.]	10001010	8A
					Figure 140	Figure 39 6	[I.V.VII.VIII.]	10001011	8B
Figure 141	Figure 39 7	[I.V.VI.]	10001100	8C
					Figure 142	Figure 39 8	[I.V.VI.VIII.]	10001101	8D
Figure 143	Figure 39 9	[I.V.VI.VII.]	10001110	8E
					Figure 144	Figure 40 0	[I.V.VI.VII.VIII.]	10001111	8F
Figure 145	Figure 40 1	[I.IV.]	10010000	90
					Figure 146	Figure 40 2	[I.IV.VIII.]	10010001	91
Figure 147	Figure 40 3	[I.IV.VII.]	10010010	92
					Figure 148	Figure 40 4	[I.IV.VII.VIII.]	10010011	93
Figure 149	Figure 40 5	[I.IV.VI.]	10010100	94
					Figure 150	Figure 40 6	[I.IV.VI.VIII.]	10010101	95
Figure 151	Figure 40 7	[I.IV.VI.VII.]	10010110	96
					Figure 152	Figure 40 8	[I.IV.VI.VII.VIII.]	10010111	97
Figure 153	Figure 40 9	[I.IV.V.]	10011000	98
					Figure 154	Figure 41 0	[I.IV.V.VIII.]	10011001	99
Figure 155	Figure 41 1	[I.IV.V.VII.]	10011010	9A
					Figure 156	Figure 41 2	[I.IV.V.VII.VIII.]	10011011	9B
Figure 157	Figure 41 3	[I.IV.V.VI.]	10011100	9C
					Figure 158	Figure 41 4	[I.IV.V.VI.VIII.]	10011101	9D
Figure 159	Figure 41 5	[I.IV.V.VI.VII.]	10011110	9E
					Figure 160	Figure 41 6	[I.IV.V.VI.VII.VIII.]	10011111	9F
Figure 161	Figure 41 7	[I.III.]	10100000	A0
					Figure 162	Figure 41 8	[I.III.VIII.]	10100001	A1
Figure 163	Figure 41 9	[I.III.VII.]	10100010	A2
					Figure 164	Figure 42 0	[I.III.VII.VIII.]	10100011	A3
Figure 165	Figure 42 1	[I.III.VI.]	10100100	A4
					Figure 166	Figure 42 2	[I.III.VI.VIII.]	10100101	A5
Figure 167	Figure 42 3	[I.III.VI.VII.]	10100110	A6
					Figure 168	Figure 42 4	[I.III.VI.VII.VIII.]	10100111	A7
Figure 169	Figure 42 5	[I.III.V.]	10101000	A8
					Figure 170	Figure 42 6	[I.III.V.VIII.]	10101001	A9
Figure 171	Figure 42 7	[I.III.V.VII.]	10101010	AA
					Figure 172	Figure 42 8	[I.III.V.VII.VIII.]	10101011	AB

Figure 173	Figure 42 9	[I.III.V.VI.]	10101100	AC
					Figure 174	Figure 43 0	[I.III.V.VI.VIII.]	10101101	AD
Figure 175	Figure 43 1	[I.III.V.VI.VII.]	10101110	AE
					Figure 176	Figure 43 2	[I.III.V.VI.VII.VIII.]	10101111	AF
Figure 177	Figure 43 3	[I.III.IV.]	10110000	B0
					Figure 178	Figure 43 4	[I.III.IV.VIII.]	10110001	B1
Figure 179	Figure 43 5	[I.III.IV.VII.]	10110010	B2
					Figure 180	Figure 43 6	[I.III.IV.VII.VIII.]	10110011	B3
Figure 181	Figure 43 7	[I.III.IV.VI.]	10110100	B4
					Figure 182	Figure 43 8	[I.III.IV.VI.VIII.]	10110101	B5
Figure 183	Figure 43 9	[I.III.IV.VI.VII.]	10110110	B6
					Figure 184	Figure 44 0	[I.III.IV.VI.VII.VIII.]	10110111	B7
Figure 185	Figure 44 1	[I.III.IV.V.]	10111000	B8
					Figure 186	Figure 44 2	[I.III.IV.V.VIII.]	10111001	B9
Figure 187	Figure 44 3	[I.III.IV.V.VII.]	10111010	BA
					Figure 188	Figure 44 4	[I.III.IV.V.VII.VIII.]	10111011	BB
Figure 189	Figure 44 5	[I.III.IV.V.VI.]	10111100	BC
					Figure 190	Figure 44 6	[I.III.IV.V.VI.VIII.]	10111101	BD
Figure 191	Figure 44 7	[I.III.IV.V.VI.VII.]	10111110	BE
					Figure 192	Figure 44 8	[I.III.IV.V.VI.VII.VIII.]	10111111	BF
Figure 193	Figure 44 9	[I.II.]	11000000	C0
					Figure 194	Figure 45 0	[I.II.VIII.]	11000001	C1
Figure 195	Figure 45 1	[I.II.VII.]	11000010	C2
					Figure 196	Figure 45 2	[I.II.VII.VIII.]	11000011	C3
Figure 197	Figure 45 3	[I.II.VI.]	11000100	C4
					Figure 198	Figure 45 4	[I.II.VI.VIII.]	11000101	C5
Figure 199	Figure 45 5	[I.II.VI.VII.]	11000110	C6
					Figure 200	Figure 45 6	[I.II.VI.VII.VIII.]	11000111	C7
Figure 20 1	Figure 45 7	[I.II.V.]	11001000	C8
					Figure 20 2	Figure 45 8	[I.II.V.VIII.]	11001001	C9
Figure 20 3	Figure 45 9	[I.II.V.VII.]	11001010	CA
					Figure 20 4	Figure 46 0	[I.II.V.VII.VIII.]	11001011	CB
Figure 20 5	Figure 46 1	[I.II.V.VI.]	11001100	CC
					Figure 20 6	Figure 46 2	[I.II.V.VI.VIII.]	11001101	CD
Figure 20 7	Figure 46 3	[I.II.V.VI.VII.]	11001110	CE
					Figure 20 8	Figure 46 4	[I.II.V.VI.VII.VIII.]	11001111	CF
Figure 20 9	Figure 46 5	[I.II.IV.]	11010000	D0
					Figure 21 0	Figure 46 6	[I.II.IV.VIII.]	11010001	D1
Figure 21 1	Figure 46 7	[I.II.IV..VII.]	11010010	D2
					Figure 21 2	Figure 46 8	[I.II.IV.VII.VIII.]	11010011	D3
Figure 21 3	Figure 46 9	[I.II.IV.VI.]	11010100	D4
					Figure 21 4	Figure 47 0	[I.II.IV.VI.VIII.]	11010101	D5
Figure 21 5	Figure 47 1	[I.II.IV.VI.VII.]	11010110	D6
					Figure 21 6	Figure 47 2	[I.II.IV.VI.VII.VIII.]	11010111	D7

Figure 21 7	Figure 47 3	[I.II.IV.V.]	11011000	D8
					Figure 21 8	Figure 47 4	[I.II.IV.V.VIII.]	11011001	D9
Figure 21 9	Figure 47 5	[I.II.IV.V.VII.]	11011010	DA
					Figure 22 0	Figure 47 6	[I.II.IV.V.VII.VIII.]	11011011	DB
Figure 22 1	Figure 47 7	[I.II.IV.V.VI.]	11011100	DC
					Figure 22 2	Figure 47 8	[I.II.IV.V.VI.VIII.]	11011101	DD
Figure 22 3	Figure 47 9	[1.II.IV.V.VI.VII.]	11011110	DE
					Figure 22 4	Figure 48 0	[I.II.IV.V.VI.VII.VIII.]	11011111	DF
Figure 22 5	Figure 48 1	[I.II.III.]	11100000	E0
					Figure 22 6	Figure 48 2	[I.II.III.VIII.]	11100001	E1
Figure 22 7	Figure 48 3	[I.II.III.VII.]	11100010	E2
					Figure 22 8	Figure 48 4	[I.II.III.VII.VIII.]	11100011	E3
Figure 22 9	Figure 48 5	[I.II.III.VI.]	11100100	E4
					Figure 23 0	Figure 48 6	[I.II.III.VI.VIII.]	11100101	E5
Figure 23 1	Figure 48 7	[I.II.III.VI.VII.]	11100110	E6
					Figure 23 2	Figure 48 8	[I.II.III.VI.VII.VIII.]	11100111	E7
Figure 23 3	Figure 48 9	[I.II.III.V.]	11101000	E8
					Figure 23 4	Figure 49 0	[I.II.III.V.III.]	11101001	E9
Figure 23 5	Figure 49 1	[I.II.III.V.VII.]	11101010	EA
					Figure 23 6	Figure 49 2	[I.II.III.V.VII.VIII.]	11101011	EB
Figure 23 7	Figure 49 3	[I.II.III.V.VI.]	11101100	EC
					Figure 23 8	Figure 49 4	[I.II.III.V.VI.VIII.]	11101101	ED
Figure 23 9	Figure 49 5	[I.II.III.V.VI.VII.]	11101110	EE
					Figure 24 0	Figure 49 6	[I.II.III.V.VI.VII.VIII.]	11101111	EF
Figure 24 1	Figure 49 7	[I.II.III.IV.]	11110000	F0
					Figure 24 2	Figure 49 8	[I.II.III.IV.VIII.]	11110001	F1
Figure 24 3	Figure 49 9	[I.II.III.IV.VII.]	11110010	F2
					Figure 24 4	Figure 50 0	[I.II.III.IV.VII.VIII.]	11110011	F3
Figure 24 5	Figure 50 1	[I.II.III.IV.VI.]	11110100	F4
					Figure 24 6	Figure 50 2	[I.II.III.IV.VI.VIII.]	11110101	F5
Figure 24 7	Figure 50 3	[I.II.III.IV.VI.VII.]	11110110	F6
					Figure 24 8	Figure 50 4	[I.II.III.IV.VI.VII.VIII.]	11110111	F7
Figure 24 9	Figure 50 5	[I.II.III.IV.V.]	11111000	F8
					Figure 25 0	Figure 50 6	[I.II.III.IV.V.VIII.]	11111001	F9
Figure 25 1	Figure 50 7	[I.II.III.IV.V.VII.]	11111010	FA
					Figure 25 2	Figure 50 8	[I.II.III.IV.V.VII.VIII.]	11111011	FB
Figure 25 3	Figure 50 9	[I.II.III.IV.V.VI.]	11111100	FC
					Figure 25 4	Figure 51 0	[I.II.III.IV.V.VI.VIII.]	11111101	FD
Figure 25 5	Figure 51 1	[I.II.III.IV.V.VI.VII.]	11111110	FE
					Figure 25 6	Figure 51 2	[I.II.III.IV.VVI.VII.VIII.]	11111111	FF

Table two:

Binary graphics code (special case) graphical meanings table

Matts graphic code figure numbering	Deagonal pattern code figure numbering	The graphic code element set of tinting	The binary code of graphic code representative	The heuristicimal code of graphic code representative
					Figure 51 3	Figure 52 9	[∮]	0000	0
Figure 51 4	Figure 53 0	[IV.]	0001	1
					Figure 51 5	Figure 53 1	[III.]	0010	2
Figure 51 6	Figure 53 2	[III.IV.]	0011	3
					Figure 51 7	Figure 53 3	[II.]	0100	4
Figure 51 8	Figure 53 4	[II.IV.]	0101	5
					Figure 51 9	Figure 53 5	[II.III.]	0110	6
Figure 52 0	Figure 53 6	[II.III.IV.]	0111	7
					Figure 52 1	Figure 53 7	[I.]	1000	8
Figure 52 2	Figure 53 8	[I.IV.]	1001	9
					Figure 52 3	Figure 53 9	[I.III.]	1010	A
Figure 52 4	Figure 54 0	[I.III.IV.]	1011	B
					Figure 52 5	Figure 54 1	[I.II.]	1100	C
Figure 52 6	Figure 54 2	[I.II.IV.]	1101	D
					Figure 52 7	Figure 54 3	[I.II.III.]	1110	E
Figure 52 8	Figure 54 4	[I.II.III.IV.]	1111	F

Table three:

Binary graphics code (or special case combination) and ASCII character mapping table

The basic model graphic code	Special-shaped graphic code	The combination of matts graphic code figure	The combination of deagonal pattern code figure	The binary code of graphic code (or combination) representative	The ASCII character of graphic code (or combination) representative
						Fig. 1	Figure 25 7	Figure 51 3 Figure 51 3	Figure 52 9 Figure 52 9	00000000	NUL
Fig. 2	Figure 25 8	Figure 51 3 Figure 51 4	Figure 52 9 Figure 53 0	00000001	SOH
						Fig. 3	Figure 25 9	Figure 51 3 Figure 51 5	Figure 52 9 Figure 53 1	00000010	STX
Fig. 4	Figure 26 0	Figure 51 3 Figure 51 6	Figure 52 9 Figure 53 2	00000011	ETX
						Fig. 5	Figure 26 1	Figure 51 3 Figure 51 7	Figure 52 9 Figure 53 3	00000100	EOT
Fig. 6	Figure 26 2	Figure 51 3 Figure 51 8	Figure 52 9 Figure 53 4	00000101	ENQ
						Fig. 7	Figure 26 3	Figure 51 3 Figure 51 9	Figure 52 9 Figure 53 5	00000110	ACK
Fig. 8	Figure 26 4	Figure 51 3 Figure 52 0	Figure 52 9 Figure 53 6	00000111	BEL
						Fig. 9	Figure 26 5	Figure 51 3 Figure 52 1	Figure 52 9 Figure 53 7	00001000	BS
Figure 10	Figure 26 6	Figure 51 3 Figure 52 2	Figure 52 9 Figure 53 8	00001001	HT
						Figure 11	Figure 26 7	Figure 51 3 Figure 52 3	Figure 52 9 Figure 53 9	00001010	LF
Figure 12	Figure 26 8	Figure 51 3 Figure 52 4	Figure 52 9 Figure 54 0	00001011	VT
						Figure 13	Figure 26 9	Figure 51 3 Figure 52 5	Figure 52 9 Figure 54 1	00001100	FF
Figure 14	Figure 27 0	Figure 51 3 Figure 52 6	Figure 52 9 Figure 54 2	00001101	CR
						Figure 15	Figure 27 1	Figure 51 3 Figure 52 7	Figure 52 9 Figure 54 3	00001110	SO
Figure 16	Figure 27 2	Figure 51 3 Figure 52 8	Figure 52 9 Figure 54 4	00001111	SI
						Figure 17	Figure 27 3	Figure 51 4 Figure 51 3	Figure 53 0 Figure 52 9	00010000	DLE
Figure 18	Figure 27 4	Figure 51 4 Figure 51 4	Figure 53 0 Figure 53 0	00010001	DC1
						Figure 19	Figure 27 5	Figure 51 4 Figure 51 5	Figure 53 0 Figure 53 1	00010010	DC2
Figure 20	Figure 27 6	Figure 51 4 Figure 51 6	Figure 53 0 Figure 53 2	00010011	DC3
						Figure 21	Figure 27 7	Figure 51 4 Figure 51 7	Figure 53 0 Figure 53 3	00010100	DC4
Figure 22	Figure 27 8	Figure 51 4 Figure 51 8	Figure 53 0 Figure 53 4	00010101	NAK
						Figure 23	Figure 27 9	Figure 51 4 Figure 51 9	Figure 53 0 Figure 53 5	00010110	SYN
Figure 24	Figure 28 0	Figure 51 4 Figure 52 0	Figure 53 0 Figure 53 6	00010111	ETB
						Figure 25	Figure 28 1	Figure 51 4 Figure 52 1	Figure 53 0 Figure 53 7	00011000	CAN
Figure 26	Figure 28 2	Figure 51 4 Figure 52 2	Figure 53 0 Figure 53 8	00011001	EM
						Figure 27	Figure 28 3	Figure 51 4 Figure 52 3	Figure 53 0 Figure 53 9	00011010	SUB
Figure 28	Figure 28 4	Figure 51 4 Figure 52 4	Figure 53 0 Figure 54 0	00011011	ESC
						Figure 29	Figure 28 5	Figure 51 4 Figure 52 5	Figure 53 0 Figure 54 1	00011100	FS
Figure 30	Figure 28 6	Figure 51 4 Figure 52 6	Figure 53 0 Figure 54 2	00011101	GS
						Figure 31	Figure 28 7	Figure 51 4 Figure 52 7	Figure 53 0 Figure 54 3	00011110	RS
Figure 32	Figure 28 8	Figure 51 4 Figure 52 8	Figure 53 0 Figure 54 4	00011111	US
						Figure 33	Figure 28 9	Figure 51 5 Figure 51 3	Figure 53 1 Figure 52 9	00100000	SP
Figure 34	Figure 29 0	Figure 51 5 Figure 51 4	Figure 53 1 Figure 53 0	00100001	！
						Figure 35	Figure 29 1	Figure 51 5 Figure 51 5	Figure 53 1 Figure 53 1	00100010	″
Figure 36	Figure 29 2	Figure 51 5 Figure 51 6	Figure 53 1 Figure 53 2	00100011	#
						Figure 37	Figure 29 3	Figure 51 5 Figure 51 7	Figure 53 1 Figure 53 3	00100100	$
Figure 38	Figure 29 4	Figure 51 5 Figure 51 8	Figure 53 1 Figure 53 4	00100101	％
						Figure 39	Figure 29 5	Figure 51 5 Figure 51 9	Figure 53 1 Figure 53 5	00100110	&
Figure 40	Figure 29 6	Figure 51 5 Figure 52 0	Figure 53 1 Figure 53 6	00100111	’

Figure 41	Figure 29 7	Figure 51 5 Figure 52 1	Figure 53 1 Figure 53 7	00101000	(
						Figure 42	Figure 29 8	Figure 51 5 Figure 52 2	Figure 53 1 Figure 53 8	00101001	)
Figure 43	Figure 29 9	Figure 51 5 Figure 52 3	Figure 53 1 Figure 53 9	00101010	*
						Figure 44	Figure 30 0	Figure 51 5 Figure 52 4	Figure 53 1 Figure 54 0	00101011	+
Figure 45	Figure 30 1	Figure 51 5 Figure 52 5	Figure 53 1 Figure 54 1	00101100	，
						Figure 46	Figure 30 2	Figure 51 5 Figure 52 6	Figure 53 1 Figure 54 2	00101101	-
Figure 47	Figure 30 3	Figure 51 5 Figure 52 7	Figure 53 1 Figure 54 3	00101110	.
						Figure 48	Figure 30 4	Figure 51 5 Figure 52 8	Figure 53 1 Figure 54 4	00101111	/
Figure 49	Figure 30 5	Figure 51 6 Figure 51 3	Figure 53 2 Figure 52 9	00110000	0
						Figure 50	Figure 30 6	Figure 51 6 Figure 51 4	Figure 53 2 Figure 53 0	00110001	1
Figure 51	Figure 30 7	Figure 51 6 Figure 51 5	Figure 53 2 Figure 53 1	00110010	2
						Figure 52	Figure 30 8	Figure 51 6 Figure 51 6	Figure 53 2 Figure 53 2	00110011	3
Figure 53	Figure 30 9	Figure 51 6 Figure 51 7	Figure 53 2 Figure 53 3	00110100	4
						Figure 54	Figure 31 0	Figure 51 6 Figure 51 8	Figure 53 2 Figure 53 4	00110101	5
Figure 55	Figure 31 1	Figure 51 6 Figure 51 9	Figure 53 2 Figure 53 5	00110110	6
						Figure 56	Figure 31 2	Figure 51 6 Figure 52 0	Figure 53 2 Figure 53 6	00110111	7
Figure 57	Figure 31 3	Figure 51 6 Figure 52 1	Figure 53 2 Figure 53 7	00111000	8
						Figure 58	Figure 31 4	Figure 51 6 Figure 52 2	Figure 53 2 Figure 53 8	00111001	9
Figure 59	Figure 31 5	Figure 51 6 Figure 52 3	Figure 53 2 Figure 53 9	00111010	：
						Figure 60	Figure 31 6	Figure 51 6 Figure 52 4	Figure 53 2 Figure 54 0	00111011	；
Figure 61	Figure 31 7	Figure 51 6 Figure 52 5	Figure 53 2 Figure 54 1	00111100	<
						Figure 62	Figure 31 8	Figure 51 6 Figure 52 6	Figure 53 2 Figure 54 2	00111101	＝
Figure 63	Figure 31 9	Figure 51 6 Figure 52 7	Figure 53 2 Figure 54 3	00111110	>
						Figure 64	Figure 32 0	Figure 51 6 Figure 52 8	Figure 53 2 Figure 54 4	00111111	？
Figure 65	Figure 32 1	Figure 51 7 Figure 51 3	Figure 53 3 Figure 52 9	01000000	@
						Figure 66	Figure 32 2	Figure 51 7 Figure 51 4	Figure 53 3 Figure 53 0	01000001	A
Figure 67	Figure 32 3	Figure 51 7 Figure 51 5	Figure 53 3 Figure 53 1	01000010	B
						Figure 68	Figure 32 4	Figure 51 7 Figure 51 6	Figure 53 3 Figure 53 2	01000011	C
Figure 69	Figure 32 5	Figure 51 7 Figure 51 7	Figure 53 3 Figure 53 3	01000100	D
						Figure 70	Figure 32 6	Figure 51 7 Figure 51 8	Figure 53 3 Figure 53 4	01000101	E
Figure 71	Figure 32 7	Figure 51 7 Figure 51 9	Figure 53 3 Figure 53 5	01000110	F
						Figure 72	Figure 32 8	Figure 51 7 Figure 52 0	Figure 53 3 Figure 53 6	01000111	4G
Figure 73	Figure 32 9	Figure 51 7 Figure 52 1	Figure 53 3 Figure 53 7	01001000	H
						Figure 74	Figure 33 0	Figure 51 7 Figure 52 2	Figure 53 3 Figure 53 8	01001001	I
Figure 75	Figure 33 1	Figure 51 7 Figure 52 3	Figure 53 3 Figure 53 9	01001010	J
						Figure 76	Figure 33 2	Figure 51 7 Figure 52 4	Figure 53 3 Figure 54 0	01001011	K
Figure 77	Figure 33 3	Figure 51 7 Figure 52 5	Figure 53 3 Figure 54 1	01001100	L
						Figure 78	Figure 33 4	Figure 51 7 Figure 52 6	Figure 53 3 Figure 54 2	01001101	M
Figure 79	Figure 33 5	Figure 51 7 Figure 52 7	Figure 53 3 Figure 54 3	01001110	N
						Figure 80	Figure 33 6	Figure 51 7 Figure 52 8	Figure 53 3 Figure 54 4	01001111	O
Figure 81	Figure 33 7	Figure 51 8 Figure 51 3	Figure 53 4 Figure 52 9	01010000	P
						Figure 82	Figure 33 8	Figure 51 8 Figure 51 4	Figure 53 4 Figure 53 0	01010001	Q
Figure 83	Figure 33 9	Figure 51 8 Figure 51 5	Figure 53 4 Figure 53 1	01010010	R
						Figure 84	Figure 34 0	Figure 51 8 Figure 51 6	Figure 53 4 Figure 53 2	01010011	S

Figure 85	Figure 34 1	Figure 51 8 Figure 51 7	Figure 53 4 Figure 53 3	01010100	T
						Figure 86	Figure 34 2	Figure 51 8 Figure 51 8	Figure 53 4 Figure 53 4	01010101	U
Figure 87	Figure 34 3	Figure 51 8 Figure 51 9	Figure 53 4 Figure 53 5	01010110	V
						Figure 88	Figure 34 4	Figure 51 8 Figure 52 0	Figure 53 4 Figure 53 6	01010111	W
Figure 89	Figure 34 5	Figure 51 8 Figure 52 1	Figure 53 4 Figure 53 7	01011000	X
						Figure 90	Figure 34 6	Figure 51 8 Figure 52 2	Figure 53 4 Figure 53 8	01011001	Y
Figure 91	Figure 34 7	Figure 51 8 Figure 52 3	Figure 53 4 Figure 53 9	01011010	Z
						Figure 92	Figure 34 8	Figure 51 8 Figure 52 4	Figure 53 4 Figure 54 0	01011011	[
Figure 93	Figure 34 9	Figure 51 8 Figure 52 5	Figure 53 4 Figure 54 1	01011100
						Figure 94	Figure 35 0	Figure 51 8 Figure 52 6	Figure 53 4 Figure 54 2	01011101	]
Figure 95	Figure 35 1	Figure 51 8 Figure 52 7	Figure 53 4 Figure 54 3	01011110	^
						Figure 96	Figure 35 2	Figure 51 8 Figure 52 8	Figure 53 4 Figure 54 4	01011111	_
Figure 97	Figure 35 3	Figure 51 9 Figure 51 3	Figure 53 5 Figure 52 9	01100000	、
						Figure 98	Figure 35 4	Figure 51 9 Figure 51 4	Figure 53 5 Figure 53 0	01100001	a
Figure 99	Figure 35 5	Figure 51 9 Figure 51 5	Figure 53 5 Figure 53 1	01100010	b
						Figure 100	Figure 35 6	Figure 51 9 Figure 51 6	Figure 53 5 Figure 53 2	01100011	c
Figure 101	Figure 35 7	Figure 51 9 Figure 51 7	Figure 53 5 Figure 53 3	01100100	d
						Figure 102	Figure 35 8	Figure 51 9 Figure 51 8	Figure 53 5 Figure 53 4	01100101	e
Figure 103	Figure 35 9	Figure 51 9 Figure 51 9	Figure 53 5 Figure 53 5	01100110	f
						Figure 104	Figure 36 0	Figure 51 9 Figure 52 0	Figure 53 5 Figure 53 6	01100111	g
Figure 105	Figure 36 1	Figure 51 9 Figure 52 1	Figure 53 5 Figure 53 7	01101000	h
						Figure 106	Figure 36 2	Figure 51 9 Figure 52 2	Figure 53 5 Figure 53 8	01101001	I
Figure 107	Figure 36 3	Figure 51 9 Figure 52 3	Figure 53 5 Figure 53 9	01101010	j
						Figure 108	Figure 36 4	Figure 51 9 Figure 52 4	Figure 53 5 Figure 54 0	01101011	k
Figure 109	Figure 36 5	Figure 51 9 Figure 52 5	Figure 53 5 Figure 54 1	01101100	l
						Figure 110	Figure 36 6	Figure 51 9 Figure 52 6	Figure 53 5 Figure 54 2	01101101	m
Figure 111	Figure 36 7	Figure 51 9 Figure 52 7	Figure 53 5 Figure 54 3	01101110	n
						Figure 112	Figure 36 8	Figure 51 9 Figure 52 8	Figure 53 5 Figure 54 4	01101111	o
Figure 113	Figure 36 9	Figure 52 0 Figure 51 3	Figure 53 6 Figure 52 9	01110000	p
						Figure 114	Figure 37 0	Figure 52 0 Figure 51 4	Figure 53 6 Figure 53 0	01110001	q
Figure 115	Figure 37 1	Figure 52 0 Figure 51 5	Figure 53 6 Figure 53 1	01110010	r
						Figure 116	Figure 37 2	Figure 52 0 Figure 51 6	Figure 53 6 Figure 53 2	01110011	s
Figure 117	Figure 37 3	Figure 52 0 Figure 51 7	Figure 53 6 Figure 53 3	01110100	t
						Figure 118	Figure 37 4	Figure 52 0 Figure 51 8	Figure 53 6 Figure 53 4	01110101	u
Figure 119	Figure 37 5	Figure 52 0 Figure 51 9	Figure 53 6 Figure 53 5	01110110	v
						Figure 120	Figure 37 6	Figure 52 0 Figure 52 0	Figure 53 6 Figure 53 6	01110111	w
Figure 121	Figure 37 7	Figure 52 0 Figure 52 1	Figure 53 6 Figure 53 7	01111000	x
						Figure 122	Figure 37 8	Figure 52 0 Figure 52 2	Figure 53 6 Figure 53 8	01111001	y
Figure 123	Figure 37 9	Figure 52 0 Figure 52 3	Figure 53 6 Figure 53 9	01111010	z
						Figure 124	Figure 38 0	Figure 52 0 Figure 52 4	Figure 53 6 Figure 54 0	01111011	{
Figure 125	Figure 38 1	Figure 52 0 Figure 52 5	Figure 53 6 Figure 54 1	01111100	|
						Figure 126	Figure 38 2	Figure 52 0 Figure 52 6	Figure 53 6 Figure 54 2	01111101	}
Figure 127	Figure 38 3	Figure 52 0 Figure 52 7	Figure 53 6 Figure 54 3	01111110	～
						Figure 128	Figure 38 4	Figure 52 0 Figure 52 8	Figure 53 6 Figure 54 4	01111111	DEL

Claims (5)

1, a kind ofly represents region-position code, represent the method for Chinese character, character and ASCII character by the character library under the corresponding various computing internal code of the region-position code encoding scheme with encoding of graphs.Title is " binary graphics code encoding method and a group word rule thereof ", it is characterized in that prefabricated rectangle being divided into " double check with a core " with neutrality line, center line, diagonal line, with 8 triangle number consecutivelies that obtain, read " 0 " that I to VIII triangle is coated with " 1 " of black representative and is not coated with black representative in order successively, obtain 256 from 8 figure place binary graphics sign indicating numbers of " 00000000 "-" 11111111 " or the sexadecimal graphic code of " 00 "-" FF ".The binary number first place is that 128 graphic codes of " 0 " are according to a character in the single representative standard A of its scale-of-two reading SCII sign indicating number.If two graphic codes are arranged in together, and arrange the preceding that the binary the first number of graphic code is " 1 ", then these two graphic codes are represented a Chinese character.Arrange graphic code representative district sign indicating number the preceding, have 128.Graphic code after being arranged in is represented bit code, and it is to determine according to the principle of different Hanzi internal code encoding schemes.By the corresponding relation of region-position code and Hanzi internal code, represent character in the different Hanzi internal code encoding scheme (as GB sign indicating number or BIG5 sign indicating number) with graphic code.

2, according to claim 1, after diagonal line in " double check with a core " rectangle become the line of adjacent both sides mid point, obtain 8 triangles, represent " 1 " with being coated with China ink, do not expect China ink expression " 0 ", obtain the graphic code of the sexadecimal number of the binary number of 256 representatives " 00000000 "-" 11111111 " or " 00 "-" FF ", and with the graphic code that obtains with represent character after region-position code is corresponding.

3, according to claim 1,2 described, after triangle adjacent in " double check with a core " figure two two merging, obtain having " matts " figure or four leg-of-mutton " diagonal line " figures of four little rectangles, it is represented the binary code of 16 " 0000 "-" 1111 " or the heuristicimal code of " 0 "-" F " according to graded numbering back respectively with being coated with the method for the use of ink and water.And two graphic codes that will be wherein arrange and represents ASCII character, and four graphic codes are arranged corresponding Hanzi section-position code to represent character.

4, according to claim 1,2,3 described, the literal of representing with binary graphics representation such as the enough scale-of-two of energy such as Japanese, Korean or sexadecimal region-position code.

5, according to claim 1,2,3 described, the method that the purposes China ink shows, promptly black and white demonstration, same available any two kinds of clearly demarcated colors of aberration are shown.

Images