A Tone Phonetic Input Method, Keyboard and Soft Keyboard Based on Chinese Pinyin

Abstract

The present invention provides a tone phonetic symbol input method based on Chinese pinyin. The Chinese characters are spelled by using Chinese pinyin and the natural sliding pronunciation method to formulate the tone phonetic symbol input spelling method. Its spelling elements include Chinese pinyin letters. The core is the new tone-type phonetic symbol formed after improving Chinese pinyin, which is distributed on each key surface re-controlled by this software in a visual manner, truly realizing the input of Chinese phonetic symbols. The present invention also provides a keyboard and a soft keyboard based on Chinese pinyin to realize the input of Chinese pinyin and can intuitively display Chinese elements.

Claims

1. A tone phonetic symbol input method based on Chinese pinyin, characterized in that: it uses Chinese pinyin and the natural sliding pronunciation method to formulate the tone phonetic symbol input spelling method for spelling Chinese characters, and its spelling elements include Chinese pinyin letters; the spelling elements of the tone phonetic symbol input method specifically include 24 vowels, 21 pre-consonants and 3 post-consonants; the 24 vowels include ā, á, ǎ, à, ō, ó, ǒ, ò, ē, é, ě, è, ī, í, ǐ, ì, ū, ú, ǔ, ù, ǖ, ǘ, ǚ and ǜ; the 21 pre-consonants include b, p, m, f, d, t, n, l, ɡ, k, h, j, q, x, z, c, s, Z, C, S and r; the 3 post-consonants include n, N and r; set the element key surfaces of the tone phonetic symbol input method on the keyboard used by the tone phonetic symbol input method, and the specific key position key surface mapping distribution is as follows: the tone phonetic symbol input spelling method is as follows: yi = i reads "yī"; yin = in reads "yīn"; yinɡ = iN reads "yīnɡ"; yɑ = iɑ reads "yā"; yɑo = iɑu reads "yāo"; ɑo = ɑu reads "āo"; yɑn = iɑn = ien reads "yān"; biɑn = bien reads "biān"; diɑn = dien reads "diàn"; jiɑn = jien reads "jiān"; liɑn = lien reads "lián"; niɑn = nien reads "nián"; piɑn = pien reads "piàn"; qiɑn = qien reads "qiān"; xiɑn = xien reads "xiān"; yɑnɡ = iɑN reads "yānɡ"; yo = io reads "yō"; you = iu reads "yōu"; yonɡ = iuN reads "yōnɡ"; jiong = jiuN reads "jiǒnɡ"; qiong = qiuN reads "qiónɡ"; xiong = xiuN reads "xiōnɡ"; cong = cuN reads "cōnɡ"; chong = CuN reads "chōnɡ"; dong = duN reads "dōnɡ"; gong = guN reads "ɡōnɡ"; hong = huN reads "chōnɡ"; kong = kuN reads "kōnɡ"; nong = nuN reads "nónɡ"; rong = ruN reads "rónɡ"; tong = tuN reads "tōnɡ"; zong = zuN reads "zōnɡ"; zhong = ZuN reads "zhōnɡ"; ye = ie reads "yē"; yu = ü reads "yú"; yun = ün reads "yūn"; yue = üe reads "yuē"; yuɑn = üɑn reads "yuān"; wɑi = uɑi reads "wāi"; wei = ui reads "wēi"; wen = uen reads "wēn"; wenɡ = ueN reads "wēnɡ"; wa = ua reads "wā"; wo = uo reads "wō"; wu = u reads "wū"; gun = guen is pronounced as "gùn"; hun = huen is pronounced as "hūn"; kun = kuen is pronounced as "kūn"; lun = luen is pronounced as "lún"; run = ruen is pronounced as "rùn"; sun = suen is pronounced as "sūn"; shun = Suen is pronounced as "shùn"; tun = tuen is pronounced as "tūn"; zun = zuen is pronounced as "zūn"; zhun = Zuen is pronounced as "zhǔn"; bo = buo is pronounced as "bō"; po = puo is pronounced as "pō"; mo = muo is pronounced as "mō"; fo = fuo is pronounced as "fó"; ju = jü is pronounced as "jū"; jun = jün is pronounced as "jūn"; juan = jüan is pronounced as "juān"; qu = qü is pronounced as "qū"; qun = qün is pronounced as "qún"; quan = qüan is pronounced as "quán"; xu = xü is pronounced as "xū"; xun = xün is pronounced as "xūn"; xuan = xüan is pronounced as "xuān"; zh = Z; ch = C; sh = S; nɡ = N; On the left side of the above equal sign is the state of the actual pinyin of Chinese characters without tones, and on the right side is the spelling state under the corresponding tone phonetic input method.

2. A tone phonetic input method based on Chinese pinyin according to claim 1, characterized in that: Eight selection keys for spelling candidate words are set, and the number of spelling candidate words is 1 to 8.

3. A tone phonetic input method based on Chinese pinyin according to claim 1, characterized in that: An input method switching button module is set for switching between different input methods.

4. A tone phonetic input method based on Chinese pinyin according to claim 1, characterized in that: The indexing technology of dictionaries, glossaries and computer databases is arranged in the Chinese pronunciation order.

5. A tone phonetic input keyboard based on Chinese pinyin, characterized in that: Element key surfaces of the tone phonetic input method described in any one of claims 1 to 4 are set on each key position of the keyboard, and the specific key position key surface mapping distribution is as follows:

6. A tone phonetic input keyboard based on Chinese pinyin according to claim 5, characterized in that: Guà 2 to Guà 8 are candidate word selection buttons for selecting candidate words for the spelled Chinese characters.

7. A tone phonetic input soft keyboard based on Chinese pinyin, characterized in that: The key surface distribution on each key position of the soft keyboard interface is distributed according to the key position key surface mapping method described in claim 5.

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