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Numerical keyboard Japanese compound pen input method based on five vowels

A digital keyboard and five-vowel technology, applied in the input/output process of data processing, electrical digital data processing, instruments, etc., can solve problems such as many input rules and too many input code bits

Active Publication Date: 2016-10-19
吴礼明
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The Japanese multi-pen input method based on the five vowels is a Japanese input method with a numeric keyboard that solves the shortcomings of the Japanese input method on the numeric keyboard, such as too many input rules and too many code bits.

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  • Numerical keyboard Japanese compound pen input method based on five vowels
  • Numerical keyboard Japanese compound pen input method based on five vowels
  • Numerical keyboard Japanese compound pen input method based on five vowels

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Embodiment Construction

[0008] The voiceless hiragana characters 11あ, 12ん, 13, 14つ, 21は, 23ひ, 24ほ, 25ふ, and 54よ of the present invention are directly completed input by two keys, and the corresponding voiceless katakana is also directly completed by two keys. Among them, "あ" monophonic hiragana unvoiced complement is 1, the input code is 11, the corresponding monophonic katakana "ア" complement is 6, the input code is 16, "え" monophonic hiragana unvoiced complement is 2 , the input code is 22, the corresponding unit sound katakana "エ" complement is 7, the input code is 27, the "い" unit sound hiragana unvoiced sound complement is 3, the input code is 33, the corresponding unit sound katakana " イ" complement is 8, input code is 38, "お, を" monophonic hiragana unvoiced audio complement is 4, input code is 44, corresponding monophonic katakana "オ, ヲ" complement is 9, input code It is 49, "う" monophonic hiragana voiceless character complement is 5, and the input code is 55, and the corresponding monophonic k...

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Abstract

A digital keypad Japanese compound input method based on five vowels overcomes the shortcomings that the existing digital keypad Japanese input method has too many input rules and input code positions and the like. The digital keypad Japanese compound input method adopts a compound five vowel keypad layout, unvoiced sound, voiced sound, half-voiced sound and yoon of hiragana of Japanese are divided in a subarea mode to be input, unvoiced sound, voiced sound, half-voiced sound and yoon of katakana are divided in a subarea mode to be input, and the method is the most efficient digital keypad Japanese input method up to now and can form an input method set with European main language input methods adopting the same compound five-vowel keypad layout. The digital keypad Japanese compound input method based on the five vowels can be widely applied to electronic products of smart phones, internet televisions, computers, tablet personal computers (pc) and the like with digital keypads or virtual digital keypads.

Description

Technical field: [0001] Penta-vowel-based numeric keyboard Japanese double pen input method is a Japanese input method that uses a double-penta-vowel keyboard layout and can efficiently input Japanese hiragana and katakana. Background technique: [0002] The Japanese multi-pen input method of the numeric keyboard based on five vowels is a numeric keyboard Japanese input method that solves the shortcomings of the numeric keyboard Japanese input method such as too many input rules and too many input code points. Penta-vowel-based digital keyboard The Japanese Fubi input method adopts a compound penta-vowel keyboard layout to divide and divide the unvoiced, voiced, semi-voiced and obtrusive sounds of Japanese hiragana, and also input the unvoiced, voiced, and semi-voiced sounds of Katakana It is the most efficient digital keyboard Japanese input method so far. It can form a collection of input methods with other major European language input methods that also use the double fiv...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G06F3/023
Inventor 吴礼明
Owner 吴礼明
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