Phonetic alphabet number locating Chinese character input method and keyboard

Abstract

The invention provides a phonetic alphabet figure position Chinese characters input method and keyboard. The invention is a Chinese characters input method which uses digital keyboard as input carrier. The method positions and codes in number for the initial consonant of a Chinese syllable and final of Chinese phonetic, that is, the coding is formed according to the key number on which initial consonant of a Chinese syllable and final are or series number of arrangement position on which the character are. The identification code is ensured according to the tone of Chinese character or first and last strokes of Chinese character and is input by numeric sub-key. The input keyboard incorporating the invention comprises English character position-jumping, several English character shifting, seven finals added on relative sub-key of number keys, 2, 3 and 4 with difference in Chinese tone, and five strokes character in Chinese begin and end, excides the existing keyboard structure on which 10 number sub-keys and 26 English character are arranged in order. The input method is easy for learning, can improve the input speed of user, particularly is suitable for beginner in every age period and the youth.

Description

technical field

[0001] The invention relates to Chinese character input and keyboard design technology, in particular to a pinyin alphanumeric positioning Chinese character input method and a keyboard. Background technique

[0002] "Chinese characters" are unique characters of the Chinese nation. Around the Chinese character input technology of computers and mobile phones, although experts and scholars at home and abroad have proposed various input methods such as Chinese character sound, shape or combination of sound and shape, their purpose is only one, that is, it is beneficial to the user in the shortest time. Master the input method and input Chinese characters at the fastest speed. At present, some Chinese character input methods in use all need to be memorized to varying degrees, and some of them are still memorized by rote. This will inevitably cause some people to produce fear of difficulty and weariness of learning, thereby affecting the popularization and applic...

Examples

Embodiment 1

[0018] Embodiment one, such as Figure 1A , Figure 1B shown. Figure 1A According to the prior art, there are 1, 2, 3, 4, 5, 6, 7, 8, 9, 0 ten numeric keys and 26 English alphabets arranged in sequence on the disk surface, Figure 1B As shown in the comparison table, the numerical codes for determining the pinyin letters are:

[0019] (1) determine initial consonant b (bo), p (po), m (mo), f (fo), d (de), t (te), n (ne), l (le), g (ge), The digital codes of k(ke) and h(he) are 2(22), 7(71), 6(61), 33, 3(31), 8(81), 62, 53, 4(41), 52, 42; determine the initial consonants j(ji), q(qi), x(xi), zh(zhi), ch(chi), sh(shi), r(ri), z(zi), c(ci) , the digital codes of s(si), y(yi), and w(wu) are 5(51), 72, 92, 94(99), 24, 74(77), 73, 94, 23, 74, 93 respectively , 9(91).

[0020] (2) Determine the final vowel a, o, e, i, u, v (ü), ao, ai, an, ang, ou, and the digital codes are respectively 2 (21), 6 (63), 3 (32), 4(43), 8(82), 83, 26, 24, 26, 264, 68; determine the number of final...

Embodiment 2

[0022] Embodiment two, such as Figure 2A , Figure 2B shown. Figure 2A The English letters on the number subkeys 1, 2, and 3 remain unchanged, the English letter J on the original 5 number subkey jumps to the 4 number subkey, and the English letters M and N on the original 6 number subkey jump to the 5 number subkey key, P, Q, R jump to the 6-digit sub-key in turn, T, V jump to the 7-digit sub-key, W jump to the 8-digit sub-key. Figure 2B The numerical coding of the determined pinyin letters shown in the comparison table is:

[0023] (1) determine initial consonant b (bo), p (po), m (mo), f (fo), d (de), t (te), n (ne), l (le), g (ge), The digital codes of k(ke) and h(he) are 2(22), 6(62), 53, 33, 3(31), 72, 54, 52, 4(41), 5(51), 42 ; Determine initial consonants j(ji), q(qi), x(xi), zh(zhi), ch(chi), sh(shi), r(ri), z(zi), c(ci), s( si), y(yi), and w(wu) have digital codes of 44, 63, 9 (91), 94, 24, 74, 64, 93, 23, 7 (71), 92, 8 (82) respectively.

[0024] (2) Determ...

Embodiment 3

[0026] Embodiment three, such as Figure 3A , Figure 3B as shown, Figure 3A In addition to the English letter jumping to the previous number key, the English letter I shifts from the 4 number key to the 9 number key, and is in the 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 subkeys The seven sub-keys of the keyboard are respectively provided with seven vowels ai, an, ao, ang, ing(ng), eng, ong words; Figure 3B The numerical encoding of the identified pinyin letters shown is:

[0027] (1), determine initial consonant b (bo), p (po), m (mo), f (fo), d (de), t (te), n (ne), l (le), g (ge) The digital codes of , k(ke), h(he) are 2(22), 6(62), 52, 33, 3(31), 73, 53, 51, 4(41), 44, 42 respectively; determine Initials j(ji), q(qi), x(xi), zh(zhi), ch(chi), sh(shi), r(ri), z(zi), c(ci), s(si) , y(yi), w(wu) are respectively 43, 63, 83, 94, 24, 74, 7(71), 93, 23, 72, 9(92), 8(82).

[0028](2), fully determine the digital codes of finals a, o, e, i, u, v(ü), ao, ai, an, ang, ou, respectively ...

technical field

[0001] The invention relates to Chinese character input and keyboard design technology, in particular to a pinyin alphanumeric positioning Chinese character input method and a keyboard. Background technique

[0002] "Chinese characters" are unique characters of the Chinese nation. Around the Chinese character input technology of computers and mobile phones, although experts and scholars at home and abroad have proposed various input methods such as Chinese character sound, shape or combination of sound and shape, their purpose is only one, that is, it is beneficial to the user in the shortest time. Master the input method and input Chinese characters at the fastest speed. At present, some Chinese character input methods in use all need to be memorized to varying degrees, and some of them are still memorized by rote. This will inevitably cause some people to produce fear of difficulty and weariness of learning, thereby affecting the popularization and applic...

Examples

Embodiment 1

[0018] Embodiment one, such as Figure 1A , Figure 1B shown. Figure 1A According to the prior art, there are 1, 2, 3, 4, 5, 6, 7, 8, 9, 0 ten numeric keys and 26 English alphabets arranged in sequence on the disk surface, Figure 1B As shown in the comparison table, the numerical codes for determining the pinyin letters are:

[0019] (1) determine initial consonant b (bo), p (po), m (mo), f (fo), d (de), t (te), n (ne), l (le), g (ge), The digital codes of k(ke) and h(he) are 2(22), 7(71), 6(61), 33, 3(31), 8(81), 62, 53, 4(41), 52, 42; determine the initial consonants j(ji), q(qi), x(xi), zh(zhi), ch(chi), sh(shi), r(ri), z(zi), c(ci) , the digital codes of s(si), y(yi), and w(wu) are 5(51), 72, 92, 94(99), 24, 74(77), 73, 94, 23, 74, 93 respectively , 9(91).

[0020] (2) Determine the final vowel a, o, e, i, u, v (ü), ao, ai, an, ang, ou, and the digital codes are respectively 2 (21), 6 (63), 3 (32), 4(43), 8(82), 83, 26, 24, 26, 264, 68; determine the number of final...

Embodiment 2

[0022] Embodiment two, such as Figure 2A , Figure 2B shown. Figure 2A The English letters on the number subkeys 1, 2, and 3 remain unchanged, the English letter J on the original 5 number subkey jumps to the 4 number subkey, and the English letters M and N on the original 6 number subkey jump to the 5 number subkey key, P, Q, R jump to the 6-digit sub-key in turn, T, V jump to the 7-digit sub-key, W jump to the 8-digit sub-key. Figure 2B The numerical coding of the determined pinyin letters shown in the comparison table is:

[0023] (1) determine initial consonant b (bo), p (po), m (mo), f (fo), d (de), t (te), n (ne), l (le), g (ge), The digital codes of k(ke) and h(he) are 2(22), 6(62), 53, 33, 3(31), 72, 54, 52, 4(41), 5(51), 42 ; Determine initial consonants j(ji), q(qi), x(xi), zh(zhi), ch(chi), sh(shi), r(ri), z(zi), c(ci), s( si), y(yi), and w(wu) have digital codes of 44, 63, 9 (91), 94, 24, 74, 64, 93, 23, 7 (71), 92, 8 (82) respectively.

[0024] (2) Determ...

Embodiment 3

[0026] Embodiment three, such as Figure 3A , Figure 3B as shown, Figure 3A In addition to the English letter jumping to the previous number key, the English letter I shifts from the 4 number key to the 9 number key, and is in the 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 subkeys The seven sub-keys of the keyboard are respectively provided with seven vowels ai, an, ao, ang, ing(ng), eng, ong words; Figure 3B The numerical encoding of the identified pinyin letters shown is:

[0027] (1), determine initial consonant b (bo), p (po), m (mo), f (fo), d (de), t (te), n (ne), l (le), g (ge) The digital codes of , k(ke), h(he) are 2(22), 6(62), 52, 33, 3(31), 73, 53, 51, 4(41), 44, 42 respectively; determine Initials j(ji), q(qi), x(xi), zh(zhi), ch(chi), sh(shi), r(ri), z(zi), c(ci), s(si) , y(yi), w(wu) are respectively 43, 63, 83, 94, 24, 74, 7(71), 93, 23, 72, 9(92), 8(82).

[0028](2), fully determine the digital codes of finals a, o, e, i, u, v(ü), ao, ai, an, ang, ou, respectively ...

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