CN1731447A - Method of digitized computer input management with identity coding according to physical features - Google Patents
Method of digitized computer input management with identity coding according to physical features Download PDFInfo
- Publication number
- CN1731447A CN1731447A CN 200510017947 CN200510017947A CN1731447A CN 1731447 A CN1731447 A CN 1731447A CN 200510017947 CN200510017947 CN 200510017947 CN 200510017947 A CN200510017947 A CN 200510017947A CN 1731447 A CN1731447 A CN 1731447A
- Authority
- CN
- China
- Prior art keywords
- line
- coding
- human body
- finger
- birth
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Collating Specific Patterns (AREA)
Abstract
The invention relates to a digital computer input management method which dose identification encoding according to human body character. The method first stores the human identification registration form into the computer, then it dose identification digital encoding according to human body character, it calls the registration form from the computer database and displays it on the screen after inputting the encode into the computer, if it does not have the needed registration form, it displays the prepared vacuum form on the screen, it then writes the identification data in the form and stores it into the database. The human body encoding inputting uses human body character sorting as first code and uses the internal sorting as second code and uses internal dividing as the third code to touch the keyboard to input them into the computer.
Description
One, technical field
The present invention relates to a kind of nature person carries out identity coding by the characteristics of human body digitizing computing machine input manager method.
Two, background technology
Prior art was not carried out the coding of uniqueness to the nature person by human body.What the uniqueness identity coding that on China's second generation I.D. nature person is carried out adopted is the method for birthplace coding+birthdate+sequence number.This method can have card identification to nature person's identity, promptly when a certain nature person does not carry I.D. or refusal when showing I.D. or when having a mind to conceal its true identity or abducted child, when amentia people can not express its identity or the corpse after the death can not confirm its identity the time, confirm how rapidly, accurately that in these cases its true identity is the ubiquitous technical barriers in present countries in the world.
Three, summary of the invention
Actual needs at above-mentioned situation and population management, the present invention's purpose just provides a kind of new nature person carries out identity coding by the characteristics of human body digitizing computing machine input manager method that is used for, can effectively solve rapidly, use the problem of its true identity of computer Recognition accurately, the technical scheme of its solution is, the characteristics of human body is become can be by the numerical coding of computer Recognition, and by corresponding keyboard input computing machine, carry out digital management, its method is to deposit nature person's identity registration form in computing machine earlier, carry out identity 15 position digital codings by the characteristics of human body again, make its digitizing, with computing machine with 15 identity numerical codings input computing machines after, registration form accessed from calculate household which owns machines for production's mat database be presented on the fluorescent screen, when not having needed registration form in the database, ready blank registration form should be presented on the fluorescent screen, relevant identifying data is inserted in the table, deposit in and calculate household which owns machines for production's mat database, it is as first sign indicating number characteristics of human body's classification that said characteristics of human body carries out the identity digital coding, subitem is as time sign indicating number in the class, divide the line kind as trigram in, and click corresponding keyboard and import computing machine, the present invention overcomes the identity coding method of existing birthplace coding+birthdate+sequence number can have the defective that card is discerned, provide a kind of characteristics of human body to carry out the digitizing computer management method of identity coding by the nature person, not only can substitute the repertoire of existing identity coding fully, can also nature person's identity coding there be card identification, thereby reach the arbitrary nature person's of identification purpose, help the population management, social safety is made significant contribution for building a Harmonious Society.
Four, embodiment
Below in conjunction with concrete condition, the specific embodiment of the present invention is elaborated.
By as can be known aforementioned, defective that can have card identification for the identity coding method that overcomes existing birthplace coding+birthdate+sequence number, what the invention provides a kind of nature person carries out the digitizing computer management method of identity coding by the characteristics of human body, this encode management method not only can substitute the repertoire of existing identity coding fully, can also nature person's identity coding there be card identification, thereby reach the arbitrary nature person's of identification purpose, in concrete enforcement, the present invention is that the characteristics of human body is become can be by the numerical coding of computer Recognition, and by corresponding keyboard input computing machine implementation digital management, as everyone knows, each nature person's human body all has the characteristics of human body of oneself, as fingerprint, the colour of skin, the eyeball color, sex, year of birth generation, blood group etc.These features are born just intrinsic and constant throughout one's life to that time of human society from it, the present invention is exactly this natural law of utilizing human body, identity coding will be carried out after characteristics of human body's digitizing, and by button on the corresponding keyboard with the identity coding digitizing after, the input computing machine, realize digital management, its method is the fingerprint with everyone, the colour of skin, the eyeball color, sex, year of birth generation, characteristics of human body such as blood group carry out the system coding of uniqueness, to be different from other people, above-mentioned characteristics of human body's coding is called the sign coding, that is to say that the sign coding is by finger-print codes, colour of skin coding, the eyeball color coding, the sex coding, year of birth is for coding, 15 position digital codings of blood group coding are formed, and they are: from left to right: the 1st is left little finger-print codes; The 2nd is left fourth finger line coding; The 3rd is finger-print codes in the left side; The 4th is left forefinger line coding; The 5th is left thumbprint coding; The 6th is right thumbprint coding; The 7th is RIF line coding; The 8th is right middle finger line coding; The 9th is right fourth finger line coding; The 10th is right little finger-print codes; (lopsided fingerprint is used on the living fingerprint bit of master right side, subscript is represented, before subscript represents to be grown in main living the finger, after subscript represents to be grown in main living the finger) the 11st is colour of skin coding; The 12nd is the eyeball color coding; The 13rd is the sex coding; The 14th is that year of birth is for coding; The 15th is the blood group coding.
The version sorting code number that the finger-print codes that finger-print codes, left forefinger line coding, left thumbprint coding, right thumbprint coding, RIF line coding, right middle finger line coding, right fourth finger line coding, right little finger of toe line coding are formed in the little finger-print codes in a said left side, left fourth finger line coding, the left side is pressed the core of finger line.
Computing machine input manager method after the digitizing is:
1, earlier with nature person's identity registration form, deposits computing machine in;
2, carry out the identity numerical coding according to the characteristics of human body, make its digitizing,, behind 15 identity numerical codings input computing machines, nature person's identity registration form of this people is accessed from computing machine household register database be presented on the fluorescent screen again with computing machine input; If in the computing machine household register database not during nature person's identity registration form of this people, the empty table of ready nature person's identity registration accessed be presented at the fluorescent screen;
3, this people's relevant identifying data is inserted item by item in nature person's identity registration form of this people;
4, deposit computing machine household register database in.
Said characteristics of human body carries out the identity numerical coding: at first the characteristics of human body is divided into 6 classifications, as first sign indicating number, according to the sequence number of classification each numerical key being set is relative keys, attacks each relative keys during input directly with classification:
The key that classification is relevant with such
The 1st class fingerprint 1
The 2nd class colour of skin 2
The 3rd class eyeball color 3
The 4th class sex 4
The 5th class year of birth is for 5
The 6th class blood group 6
The secondth: being subdivided into item in each classification again, as time sign indicating number, according to other sequence number of item each numerical key being set is relative keys, attacks each relative keys during input directly with item:
The fingerprint class is subdivided into 10 items by finger, and is specific as follows:
Item is the key (as follows) relevant with this not
The 1st left little finger 1
The 2nd left fourth finger 2
The 3rd left middle finger 3
The 4th left forefinger 4
The 5th left thumb 5
The 6th right thumb 6
The 7th RIF 7
The 8th right middle finger 8
The 9th right fourth finger 9
The 10th right little finger 0
Colour of skin class racially is subdivided into 5, specifically:
The 1st yellow 1
The 2nd white people 2
The 3rd black race 3
The 4th palm fibre planted people 4
The 5th other and can't determine colour of skin person *
The eyeball color class is subdivided into 4, specifically:
The 1st black 1
The 2nd blueness 2
The 3rd yellow 3
The 4th other and can't determine eyeball look person *
The sex subdivision is 3, specifically:
The 1st woman 1
The 2nd man 2
The 3rd other and can't determine sex person *
Year of birth is 11 for subdivision, specifically:
The 1st birth 1 in the past in 1919
The 2nd 1920-1929 birth 2
The 3rd 1930-1939 birth 3
The 4th 1940-1949 birth 4
The 5th 1950-1959 birth 5
The 6th 1960-1969 birth 6
The 7th 1970-1979 birth 7
The 8th 1980-1989 birth 8
The 9th 1990-1999 birth 9
The 10th 2000-2009 birth 0 (numeral: zero)
The 11st the age person * that can't confirm to be born
BGC is subdivided into 6, wherein
The 1st O type (letter: Europe) 1
The 2nd A type 2
The 3rd Type B 3
The 4th AB type 4
The 5th the cloudy type 5 of RH
Temporarily can't determine blood group person * for the 6th
The 3rd is: each finger (item) is subdivided into 42 kinds of lines again by the core version of finger, with line not as the trigram (last bit code) of encoding,
Is that A key to Z key is a relative keys according to 26 kinds of lines of the 1st kind of line to the of the other sequence number of line with 26 letter keys;
Is relative keys according to the 27th kind of line of the other sequence number of line with the @ key, with as replenishing the letter key deficiency;
Is relative keys according to 37 kinds of lines of the 28th kind of line to the of the other sequence number of line with numerical key 1 key to 0 key;
According to 42 kinds of lines of the 38th kind of line to the of the other sequence number of line with symbolic key+,-,=, #, * key be relative keys, with as replenishing the numerical key deficiency;
Attack each relative keys during input directly, specifically:
Line is the key relevant with this line not
The 1st kind of line arc bends (term well known in the art, down together) A (capitalization, down together)
The 2nd kind of line one line account bow B
The 3rd kind of line two wires account bow C
The 4th kind of three-way above multi-thread bow D of line
The 5th kind of line point, eye, collude, bridge bow E
The 6th kind of hollow new line dustpan of line F
The 7th kind of hollow cross-peen dustpan of line G
The 8th kind of hollow discount dustpan of line H
The 9th kind of hollow dustpan I that touches the pillow of line
The 10th kind of line one line dustpan J
The 11st kind of line two wires dustpan K
The 12nd kind of three-way above multi-thread dustpan L of line
The 13rd kind of line point, eye, collude, bridge dustpan M
The 14th kind of other assorted shape dustpan N of line
The 15th kind of line cavity ring bucket O (letter: Europe)
The 16th kind of line one wire loop bucket P
The 17th kind of line two wire loop bucket Q
The 18th kind of three-way above multi-thread ring bucket R of line
The 19th kind of line point, eye, collude, bridged ring bucket S
The 20th kind of hollow strand bucket of line T
The 21st kind of line one line spiral shell bucket U
The 22nd kind of line two wires spiral shell bucket V
The 23rd kind of three-way above multi-thread spiral shell bucket W of line
The 24th kind of line point, eye, collude, bridge spiral shell bucket X
The 25th kind of hollow double-loop pattern Y of line
The 26th kind of line one line double-loop pattern Z
The 27th kind of line two wires double-loop pattern @
The 28th kind of three-way above multi-thread double-loop pattern 1 of line
The 29th kind of line point, eye, collude, bridge double-loop pattern 2
The 30th kind of hollow capsule bucket 3 of line
The 31st kind of line one line capsule bucket 4
The 32nd kind of line two wires capsule bucket 5
The 33rd kind of three-way above multi-thread capsule bucket 6 of line
The 34th kind of line point, eye, collude, bridge capsule bucket 7
The 35th kind of hollow bent bucket 8 of line
The 36th kind of bent bucket 9 of line one line
The 37th kind of line two wires bent bucket 0 (numeral: zero)
The 38th kind of three-way above Qu Dou of line+(symbol: add)
The 39th kind of line point, eye, collude, bridge Qu Dou-(symbol: subtract)
The 40th kind of other deformity bucket of line=(symbol: etc.)
The 41st kind of line center scar type #
The 42nd kind of line amputation adactylism and the line type * that can not determine
Not enough triple bond use the space bar polishing.
The present invention is the important means that country carries out digital management to national population.It requires national population to comprise neonatal, everyone must have an identity coding by the physical trait establishment, imports computing machine household register database backup together with my archives material (name, sex, nationality, birthdate, recent photo, fingerprint die, native place, I.D. coding, issuing unit and my resume, present work unit, post, marital status, important rewards and punishments, criminal offense plot etc.) by computing machine.When arbitrary nature person attempts to conceal its true identity, by can confirm he or she's identity coding rapidly to the observation of its sign by characteristics of human body's establishment, its identity coding input computing machine just can be accessed its archives material come and be presented on the fluorescent screen from computing machine household register database immediately, thereby demonstrate himself's true appearance; By to wander away, the observation and the check of abandoned and abducted seller's sign can help them to return to one's homeland rapidly; Identity by confirming the dead quickly and accurately to the observation and the check of killed corpse sign will play very big effect undoubtedly to the detection of case.In social interaction, widely popularize and use, can reduce the generation of swindle and criminal offense incident effectively by what sign was encoded; More and more important effect will take place to improving whole national quality.Solved and thirsted among the population management solving but the technical barrier of the nothing card identification true identity of achieving success is not arranged all the time, can be widely used in household register, I.D., driver's license and interim entry personnel to the nature person and the digital management of excusing from death population.Development prospect is wide, and the enormous benefits of society and economy difficult to the appraisal is arranged.
Claims (9)
1, a kind of digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body, it is characterized in that being, earlier with nature person's identity registration form, the input computing machine, according to the characteristics of human body everyone fingerprint, the colour of skin, eyeball color, sex, year of birth generation, blood group characteristics of human body carried out 15 bit digital codings again, coded sequence is from left to right: the 1st is left little finger-print codes; The 2nd is left fourth finger line coding; The 3rd is finger-print codes in the left side; The 4th is left forefinger finger-print codes; The 5th is left thumbprint coding; The 6th is right thumbprint coding; The 7th is RIF line coding; The 8th is right middle finger line coding; The 9th is right fourth finger line coding; The 10th is right little finger-print codes; The 11st is colour of skin coding; The 12nd is the eyeball color coding; The 13rd is the sex coding; The 14th is that year of birth is for coding; The 15th is the blood group coding; With the computing machine corresponding keyboard 15 identity numerical codings are imported computing machines after the encode digitalized, again nature person's identity registration form of this people is accessed from computing machine household register database afterwards and be presented on the fluorescent screen, if in the computing machine household register database not during nature person's identity registration form of this people, in addition the empty table of ready nature person's identity registration is accessed and be presented at the fluorescent screen, and this people's relevant identifying data is inserted item by item in nature person's the identity registration form and deposited in computing machine household register database, characteristics of human body's numerical coding is at first the characteristics of human body to be divided into 6 classifications, with classification as first sign indicating number, according to the sequence number of classification each numerical key being set is relative keys, attacks each relative keys during input directly; Being subdivided into item in each classification again, as time sign indicating number, according to other sequence number of item each numerical key being set is relative keys, attacks each relative keys during input directly with item; Each finger is subdivided into 42 kinds of lines again by the core version of finger,, attacks each relative keys during input directly with the trigram of line kind as coding; Not enough triple bond use the space bar polishing.
2, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1, it is characterized in that, six of said characteristics of human body are categorized as the 1st class fingerprint, the 2nd class colour of skin, the 3rd class eyeball color, the 4th class sex, the 5th class year of birth generation, the 6th class blood group, its relative keys is respectively 1,2,3,4,5,6, attacks each relative keys during input directly.
3, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, being subdivided into item in said each classification again is that the fingerprint class is subdivided into 10 items by finger: the 1st left little finger, the 2nd left fourth finger, the 3rd left middle finger, the 4th left forefinger, the 5th left thumb, the 6th right thumb, the 7th RIF, the 8th right middle finger, the 9th right fourth finger, the 10th right little finger, its correspondent button is respectively 1,2,3,4,5,6,7,8,9,0, attacks each correspondent button during input directly.
4, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, said colour of skin class is racially to be divided into 5: the 1st yellow, the 2nd white people, the 3rd black race, the 4th palm fibre plant people, the 5th other and can't determine colour of skin person, its corresponding key is respectively 1,2,3,4, *, attacks each correspondent button during input directly.
5, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, said eyeball color class is divided into 4: the 1st black, the 2nd blueness, the 3rd yellow, the 4th other and can't determine eyeball look person, its corresponding key is respectively 1,2,3, *, attacks each correspondent button during input directly.
6, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, said sex class is divided into 3: the 1st woman, the 2nd man, the 3rd other and can't determine sex person, its corresponding key is divided into 1,2, *, attacks each correspondent button during input directly.
7, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, said year of birth is 11 for subdivision: the 1st birth in the past in 1919, the 2nd 1920-1929 birth, the 3rd 1930-1939 birth, the 4th 1940-1949 birth, the 5th 1950-1959 birth, the 6th 1960-1969 birth, the 7th 1970-1979 birth, the 8th 1980-1989 birth, the 9th 1990-1999 birth, the 10th 2000-2009 birth, can't confirm the age person that is born for the 11st, its corresponding key is respectively 1,2,3,4,5,6,7,8,9,0, *, attack each correspondent button during input directly.
8, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, said BGC is divided into 6: the 1st O type, the 2nd A type, the 3rd Type B, the 4th AB type, the 5th cloudy type of RH, the 6th temporarily can't determine blood group person, its corresponding key is respectively 1,2,3,4,5, *, attacks each correspondent button during input directly.
9, digitizing computing machine input manager method of carrying out identity coding by the characteristics of human body according to claim 1 and 2, it is characterized in that, said is that each finger line is divided into 42 kinds of lines by the core version of finger: the 1st kind of line arc bow, the 2nd kind of line one line account bow, the 3rd kind of line two wires account bow, the 4th kind of three-way above multi-thread bow of line, the 5th kind of line point, eye, collude, the bridge bow, the 6th kind of hollow new line dustpan of line, the 7th kind of hollow cross-peen dustpan of line, the 8th kind of hollow discount dustpan of line, the 9th kind of hollow dustpan of touching the pillow of line, the 10th kind of line one line dustpan, the 11st kind of line two wires dustpan, the 12nd kind of three-way above multi-thread dustpan of line, the 13rd kind of line point, eye, collude, the bridge dustpan, the 14th kind of other assorted shape dustpan of line, the 15th kind of line cavity ring bucket, the 16th kind of line one wire loop bucket, the 17th kind of line two wire loop buckets, the 18th kind of three-way above multi-thread ring bucket of line, the 19th kind of line point, eye, collude, the bridged ring bucket, the 20th kind of hollow strand bucket of line, the 21st kind of line one line spiral shell bucket, the 22nd kind of line two wires spiral shell bucket, the 23rd kind of three-way above multi-thread spiral shell bucket of line, the 24th kind of line point, eye, collude, bridge spiral shell bucket, the 25th kind of hollow double-loop pattern of line, the 26th kind of line one line double-loop pattern, the 27th kind of line two wires double-loop pattern, the 28th kind of three-way above multi-thread double-loop pattern of line, the 29th kind of line point, eye, collude, the bridge double-loop pattern, the 30th kind of hollow capsule bucket of line, the 31st kind of line one line capsule bucket, the 32nd kind of line two wires capsule bucket, the 33rd kind of three-way above multi-thread capsule bucket of line, the 34th kind of line point, eye, collude, bridge capsule bucket, the 35th kind of hollow Qu Dou of line, the 36th kind of line one line Qu Dou, the 37th kind of line two wires Qu Dou, the 38th kind of three-way above Qu Dou of line, the 39th kind of line point, eye, collude, bridge Qu Dou, the 40th kind of other deformity bucket of line, the 41st kind of line center scar type, the 42nd kind of line amputation adactylism and the line type that can not determine, wherein according to 26 kinds of lines of the 1st kind of line to the of the other sequence number of line with 26 letter key A, B, C, D, E, F, J, H, I, G, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, the Z key is a relative keys, the 27th kind of line is relative keys with the @ key, 37 kinds of lines of the 28th kind of line to the numerical key 1,2,3,4,5,6,7,8,9,0 key is a relative keys, 42 kinds of lines of 38 kinds of lines to the symbolic key+,-,=, #, * key is a relative keys, attacks each correspondent button during input directly.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 200510017947 CN1731447A (en) | 2005-08-31 | 2005-08-31 | Method of digitized computer input management with identity coding according to physical features |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 200510017947 CN1731447A (en) | 2005-08-31 | 2005-08-31 | Method of digitized computer input management with identity coding according to physical features |
Publications (1)
Publication Number | Publication Date |
---|---|
CN1731447A true CN1731447A (en) | 2006-02-08 |
Family
ID=35963793
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN 200510017947 Pending CN1731447A (en) | 2005-08-31 | 2005-08-31 | Method of digitized computer input management with identity coding according to physical features |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN1731447A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102591883A (en) * | 2011-01-17 | 2012-07-18 | 英华达(上海)科技有限公司 | Knowledge management system |
CN102591882A (en) * | 2011-01-17 | 2012-07-18 | 英华达(上海)科技有限公司 | Knowledge classification system |
-
2005
- 2005-08-31 CN CN 200510017947 patent/CN1731447A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102591883A (en) * | 2011-01-17 | 2012-07-18 | 英华达(上海)科技有限公司 | Knowledge management system |
CN102591882A (en) * | 2011-01-17 | 2012-07-18 | 英华达(上海)科技有限公司 | Knowledge classification system |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN104809142B (en) | Trade mark inquiry system and method | |
Cai et al. | Early evolution of specialized termitophily in Cretaceous rove beetles | |
CN106779736A (en) | Block chain technical certification method based on biological characteristic | |
CN101079102A (en) | Fingerprint identification method based on statistic method | |
CN1217290C (en) | Automatic identification for double dimension barcode personal certificate antifakery system | |
CN1841280A (en) | Portable keyboard and fingerprint feature information extracting method thereof | |
CN1731447A (en) | Method of digitized computer input management with identity coding according to physical features | |
CN1733915A (en) | False gene data bank construction method of rice genome | |
CN1081004A (en) | Chinese-character digital encoding method based on structural strokes order | |
CN101561869A (en) | Method for combining human body biological feature codes converting fingerprint image into digital quantity and application thereof | |
CN1150441C (en) | Chinese-character 'shape-writing order code' input system and its keyboard | |
CN1301453C (en) | Chinese double-spell inputting method | |
CN1203388C (en) | Double-stroke six-code Chinese character input method | |
CN1195257C (en) | Chinese-character structure code input method | |
CN1508756A (en) | Sensitive image identifying method based on body local and shape information | |
CN1208709C (en) | Chinese character alphabetic code for large keyboard input | |
KR20120071230A (en) | Method of tracking fingertips in augmented reality environment | |
CN100335999C (en) | Digital code Chinese character input method | |
CN1645299A (en) | English inputting method | |
CN1077303C (en) | Chinese Eight Diagrams classification keyboard and coding | |
CN1109955C (en) | Chinese-charactor stroke order encode method and its keyboard | |
CN1253779C (en) | Chinese characters coding method of coordinates codes and its input keyboards | |
CN1115054A (en) | Two-dimension dot code computer Chinese character input method and device thereof | |
CN1270342A (en) | Chinese-character isomorphic input method for computer | |
CN1047405A (en) | Chinese character encoding by extracting dissectible character pattern |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
C06 | Publication | ||
PB01 | Publication | ||
C10 | Entry into substantive examination | ||
SE01 | Entry into force of request for substantive examination | ||
C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
WD01 | Invention patent application deemed withdrawn after publication |