Patent application direct paper-based electronic instruction system device with document furigana-roman character command without document line

Abstract

To provide a digitizing instruction system device for digitizing a document without a network line.SOLUTION: The device clarifies one pronunciation by an instruction to make a furigana into a Roman character, to make the top of the Roman character for each one pronunciation into an upper case and to make the other part than the top into a lower case, and discriminates it as a Japanese character by an instruction to add a lower case x to the rear part of the Roman character, and discriminates it as a half-size lower case by an instruction to make a Roman character front part into an upper case X, creates a character string table including a direct sound, a voiced sound, a semi-voiced sound, a plosive sound, a triphthong, and a p-sound, and displays an underline whose character size underline is half length by using the table. The discrimination of a single word and the fact that it is not a KANA (Japanese syllabary) symbol are indicated, underlines are not added in the pronunciation of English, a system document with a Roman character is prepared, and the Roman character part of the symbol display at the same position as the Roman character part of the document is indicated to be the same symbol display, and a system document with a Roman character is prepared to read the character shape discrimination in the document and the Roman character with an indication positioned at the upper part.SELECTED DRAWING: Figure 3

Description

[Technical Field]

[0001] This invention relates to an electronic instruction system device for patent application directly on paper with furigana and romaji instructions without an internet connection. [Background technology]

[0002] In the past, patent applications filed over the Internet required manual inspection of the text due to the possibility of garbled characters, and updates were constantly required to protect against hackers. Documents received by the Patent Office also required manual conversion of the text into electronic form. Summary of the Invention [Problem to be solved by the invention]

[0003] Therefore, the object of this invention is to eliminate the need for manual work to digitize characters even without an internet connection, to prevent hackers from entering even if an update is forgotten, and to digitize characters without the need for humans. [Means for solving the problem]

[0004] In order to solve the above problems, this invention utilizes patent application No. 2023-36959, and uses Roman letters for furigana, and clarifies each pronunciation by specifying that the first letter of the furigana furigana furigana furigana for each pronunciation should be capitalized and that all letters except the first letter should be lowercase. Hiragana is distinguished by specifying a lowercase x at the right rear of the furigana ... To distinguish between characters other than kana symbols, the half-width underlined furigana romaji part at the end of a single word is displayed as an underline that is half the length of the newly created half-width, and it is instructed that the single word is distinguished and that it is not a hiragana or katakana symbol, it is instructed that the pronunciation furigana romaji of English sentences is not underlined, a document with furigana romaji is created, and the furigana part with symbol display at the same position as the furigana romaji part of the document with furigana romaji is instructed to display the same symbol as it is, a system document with furigana romaji that can distinguish each single word character is created, and an electronic reading system is created that can distinguish the character shape in the system document and electronically read the furigana romaji with indications positioned above it. [Effects of the Invention]

[0005] The electronic instruction system device of this invention, which uses written furigana romaji instructions, is an electronic reader system that can electronically read furigana romaji with instructions, making it possible to perform an electronic instruction system using direct patent application forms with written furigana romaji instructions without an internet connection and without the need for a human.

[0006] The electronic instruction system device of this invention, which uses written furigana romaji commands, reads from the furigana romaji rather than the character shape, and searches from the reading of the kanji. This allows searches from the reading of the kanji to be added to searches for only the shape of the kanji, and by reducing the number of kanji to be searched, it becomes possible to search for the shape of the kanji, thereby reducing the capacity of the kanji shape search system.

[0007] The furigana romaji portion of the number in the electronic instruction system device with written furigana romaji instructions of this invention is pronounced differently when the number is a single number and when it is a place number, and in a document that does not have the furigana romaji that the number represents, the difference in pronunciation cannot be made out without the task of understanding the meaning of the entire sentence, but even in this case, by having the pronunciation furigana romaji written on the numbers, it is possible to read and pronounce the romaji just by using the furigana romaji of the number in the electronic instruction system device with written furigana romaji instructions, without understanding the meaning of the entire sentence, and by using the pronunciation of the English letters, it is possible to pronounce the English numbers in Japanese without studying, by simply using the furigana romaji that the number represents and the pronunciation of the English letters.

[0008] QR codes are text reading devices, but even if you look at a QR code, you cannot read it. However, the electronic instruction system device of this invention, which uses furigana romaji commands to write text, makes it possible to read the text. [Brief explanation of the drawings]

[0009] [Figure 1] The pronunciation is clarified by an instruction to make the first letter of the furigana romaji in the hiragana pronunciation notation in uppercase and an instruction to make all letters except the first letter lowercase. The pronunciation is also clarified by an instruction to add a lowercase x to the right rear of the furigana romaji in the hiragana pronunciation notation to distinguish it as hiragana. The pronunciation is also clarified by an instruction to add a capital X to the left front of the romaji in the hiragana katakana lowercase pronunciation notation to distinguish it as hiragana katakana lowercase. The romanization table diagram shows the sequential listing of the hiragana, voiced consonants, semi-voiced consonants, palatal consonants, and glottal stops, including the nasal consonants. [Figure 2]An underline diagram for a half-width character size, and an underline length diagram for a new underline that is half the length of the original. [Figure 3] A new underline with half-width point font size is further created, and to distinguish between characters other than hiragana and katakana symbols, the half-width underlined part of the Roman alphabet at the end of a single word is displayed with an underline that is half the length of the newly created half-width, indicating that it is a single word and that it is not a hiragana or katakana symbol, indicating that the pronunciation of the furigana romaji of the English sentence is not underlined, creating a document with furigana romaji and the furigana part with symbols displayed in the same position as the furigana romaji part of the document with furigana romaji is instructed to display the same symbol as it is, and a system document with furigana romaji is created so that each single word character can be distinguished. [Figure 4] A document printing and document digitization route diagram showing how a document with furigana romaji is created from a keyboard device equipped with equipment that can send a print signal to a printer in response to a furigana command from a computerized instruction system device of this invention, how the document is mailed, and how the mailed document is read by a computerized instruction system device document with furigana romaji command and input into a device equipped with a computerized instruction system. DETAILED DESCRIPTION OF THE INVENTION

[0008] In the system device form of this invention, furigana is written in Roman letters, and each pronunciation is clarified by an instruction to make the first character of the furigana Roman letters for each pronunciation uppercase and an instruction to make all characters other than the first lowercase; hiragana is distinguished by an instruction to add a lowercase x to the right rear of the furigana Roman letters in the hiragana pronunciation notation; hiragana and katakana lowercase are distinguished by an instruction to add a capital X to the left front of the furigana Roman letters in the hiragana and katakana lowercase pronunciation notation; a table of consecutive hiragana and katakana permutations of Roman letters is created, including direct consonants, voiced consonants, semi-voiced consonants, palatal consonants, and glottal stops; and by using this, a new underline is created that is half the length of the underline in the half-width point character size, and a new half-width underline in the furigana Roman letters at the end of a single word is created to distinguish between characters other than hiragana and katakana symbols. By displaying underlines that are half the length of a half-width character, indicating that it is a single word and that it is not a hiragana or katakana symbol, indicating that the pronunciation romaji of the English sentence is not underlined, creating a document with romaji romaji and furigana, and instructing that the romaji part of the document with furigana that has symbols displayed in the same position as the furigana part to be displayed as the same symbols as it is, creating a system document with furigana romaji that allows each single word character to be distinguished, and making it a reader system form that can distinguish the character shapes in the system document and read the romaji romaji with instructions positioned above it, it is possible to eliminate the need for humans to digitize characters even without an internet connection, and even if updates are forgotten, hackers will not be able to get in, and digitization can be carried out without humans.

Claims

[Claim 1] Using patent application 2023-36959, furigana is written in Roman letters, and each pronunciation is clarified by specifying that the first letter of the furigana Roman letters for each pronunciation should be capitalized and that all letters except the first should be lowercase. Hiragana is distinguished by specifying a lowercase x at the right rear of the furigana Roman letters in the hiragana pronunciation notation. Hiragana and katakana lowercase furigana are distinguished by specifying a capital x at the left front of the furigana Roman letters in the hiragana and katakana lowercase pronunciation notation. A table of furigana Roman letters containing the A-I-U-E-O order of direct consonants, voiced consonants, semi-voiced consonants, palatalized consonants, and glottal stops is created. Using this, a new underline half the length of the half-width point character is created to distinguish between characters other than the hiragana and katakana symbols. The narrow furigana at the end of a single word is also distinguished. A system device for direct document paper electronicization instructions for patent applications with a written furigana romaji instruction, which displays underlines that are half the length of the newly created half-width character underlined part, specifies that the underlined part of the half-width character M is a single word and is not a hiragana / katakana symbol, specifies that the pronunciation furigana romaji of English sentences is not underlined, creates a document with furigana romaji and instructs that the furigana part with symbols displayed in the same position as the furigana romaji part of the document with furigana romaji is displayed as the same symbol, creates a system document with furigana romaji that allows each single word character to be distinguished, and is an electronic reading system that can distinguish the character shape in the system document and electronically read the furigana romaji with instructions located above it.

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