CN1244856C - Twin spelling and double shape Chinese character input method by numerical keys - Google Patents

Abstract

The present invention relates to a twin spelling and double-shaped Chinese character input method by digital keys, which belongs to the class of a device or a method for converting symbols or symbol groups. The present invention has the basic principle of inputting Chinese characters of using English letters to represent the twin spelling syllables, the head shape codes and the tail shape codes, using the key numbers of keys of the English letters and respective letter double-array serial numbers which represent syllables and shape codes to code. The present invention has the advantages that the present invention has the advantages of easy learning of pinyin codes and less coincident codes of Chinese characters of sound shape codes; the characters are inputted conveniently; the coding method of the first three codes can be used as a double-spelling input method without syllable coincident codes; the array codes of a third bit and a sixth bit are removed, and the input method of a single character is basically equal to the double-spelling input method and the natural code input method of a computer. Wit the great acceptance of consumers, the present invention is good for applying manufacturers to quickly promote on the markets at low cost.

Description

Two bors d's oeuveres preface yardage keyboard input method of Chinese character

Technical field

The present invention relates to a kind of Two bors d's oeuveres preface yardage keyboard input method of Chinese character.

Background technology

The Chinese character of communications such as mobile phone, landline telephone and palm PC, information products and character input, the spelling and the T9 phonetics input method that adopt, exist the numerical coding repeated code of syllable own more and can not inputting punctuation mark under the input in Chinese state, the defective of character such as letter.

Summary of the invention

A kind of Two bors d's oeuveres preface yardage keyboard input method of Chinese character that the purpose of this invention is to provide that a kind of memory capacitance is little, easy to learn, the existing spelling of input efficiency and T9 phonetics input method improves a lot, be used at general calculation switch dish numerical key, and on the digital input equipment such as mobile phone, landline telephone with inputting Chinese characters with numeral keys and various character.

Technical solution of the present invention is a kind of Two bors d's oeuveres preface yardage keyboard input method of Chinese character of design, with Two bors d's oeuveres mode inputting Chinese characters with numeral keys.The principle that it eliminates the digitally coded repeated code of syllable is: as long as the letter that distributes on each numerical key is no more than 3, between then any two numerical keys and the biliteral that the letter that distributes can be formed on any one numerical key arrange and be no more than 9, like this, just can arrange with a natural number and all to compile fixing, a mutual unduplicated arrangement sequence number and order code to these biliterals that is no more than 9, thus identification and confirm that any biliteral is arranged and the arrangement of two Chinese character basic coding code elements of its representative.Technical solution of the present invention based on this principle is characterised in that following sequential steps:

A, set-up procedure

To existing mobile phone, English alphabet on each numerical key of digital input equipments such as landline telephone distributes and adjusts, at most only place 3 letters on each numerical key, with present mobile phone, any one letter beyond exceeding 3 on two numerical keys in " 7 " of landline telephone and " 9 " is separately extracted out, be reapposed on " 1 " and " 0 " numerical key of original letter that do not distribute, for example, with the zed on the alphabetical S on " 7 " key and " 9 " key change into be placed on " 1 " strong on, placement is S in proper order, Z, the distribution of all the other letters on numerical key is constant, like this, the distribution of each English alphabet on numerical key is as shown in table 1;

Table 1 numerical key English alphabet distributes and is provided with

Numerical key	Letter distributes and order	Numerical key	Letter distributes and order
				1	SZ	6	MNO
2	ABC	7	PQR
				3	DEF	8	TUV
4	GHI	9	WXY
				5	JKL	0	/

B, ordered steps

A. to all biliterals that the letter that distributes can be formed between any two numerical keys and on any one numerical key arrange all give one fixing, mutual unduplicated arrangement sequence number, be called for short ordering number, will the number of ordering be used for biliteral arranged that to encode be exactly order code, concrete sort method is to appoint to get first letter key that a numerical key is arranged as biliteral, be called for short first key, appoint again and get second letter key that a numerical key is arranged as biliteral, be called for short two-position key, first key and two-position key can be same digital keys, two letters during biliteral is arranged also can be same letters, during ordering, earlier with first letter on first key and all letters on the two-position key, sequencing by letter distribution on the two-position key, carry out the double row of one-tenth of letter successively, during each biliteral is arranged, letter on first key is preceding, letter on the two-position key after, down together, each biliteral of forming is successively arranged, give one to be not more than 9 natural number and to sort number successively since 1; Accept above-mentioned ordering number, continue to postpone down in the same way, get first second letter on the key, carry out the alphabetical double row that become successively with all letters on the two-position key, with each biliteral is arranged the layout sequence number, carry out becoming double row and each biliteral being arranged the layout sequence number of letter until the 3rd letter getting on first key successively with all letters on the two-position key;

B. any biliteral is arranged on the method basis that provides ordering number and order code above-mentioned, just draw the method for any biliteral being arranged three position digital codings that provide unique correspondence naturally, that is: the numeral with first alphabetical place numerical key of this biliteral arrangement is first coding, the numeral of arranging second alphabetical place numerical key with this biliteral is second coding, and the numeral of the order code of arranging with this biliteral is a tri-bit encoding;

C, selection step

With 21 initial consonants of Chinese, 35 basic coding code elements that simple or compound vowel of a Chinese syllable is imported as Chinese character, following initial consonant table and rhythm matrix seen in described initial consonant, simple or compound vowel of a Chinese syllable:

Table 2 initial consonant table

b p m f d t n l

g k h j q x

zh ch sh r z c s

Table 3 rhythm matrix

er	i	u	ü
				a	ia	ua
o		uo
				e	ie		üe
ai		uai
				ei		uei
ao	iao
				ou	iou
an	ian	uan	üan
				en	in	uen	ün
ang	iang	uang
				eng	ing
ong	iong

Order code that a Two bors d's oeuveres syllable, the biliterals of representing two letters of initial consonant, the simple or compound vowel of a Chinese syllable of Chinese character syllable to constitute are respectively usually the arranged auxiliary symbol as encode Chinese characters for computer will be used for representing, described order code code element generally is 1～9 natural number, in particular cases be defined as 0, the order code that is about to hng, ng, three deserted syllables of lo is defined as 0, order code is not intrinsic member of Chinese character itself and characteristic, it just plays identification basic coding code element and arranges in the numerical coding of Chinese character, so be not the basic coding code element of Chinese character, and be the auxiliaring coding code element;

D, classification step

According to the different implications of code element, above-mentioned encode Chinese characters for computer code element is divided into initial consonant class, simple or compound vowel of a Chinese syllable class and order code three classes;

Described initial consonant class code element comprises whole 21 initial consonants in " initial consonant table ";

Described simple or compound vowel of a Chinese syllable class code element comprises whole 35 simple or compound vowel of a Chinese syllable in " rhythm matrix ";

Described order code code element comprises ten integers of 0～9;

E, mapping step

A. set up the mapping relations of Chinese character basic coding code element initial consonant, simple or compound vowel of a Chinese syllable and English alphabet, set the initial consonant and the simple or compound vowel of a Chinese syllable of each alphabetical representative, see following " the female letters case distribution table of sound " by natural code Two bors d's oeuveres scheme commonly used in the Chinese character input method in computer:

The female letters case distribution table of table 4 sound

Letter	Initial consonant	Simple or compound vowel of a Chinese syllable	Letter	Initial consonant	Simple or compound vowel of a Chinese syllable
						A		a	N	n	in
B	b	ou	O		uo o
						C	c	iao	P	p	un，ün
D	d	uang，iang	Q	q	iu
						E		e	R	r	uan，üan
F	f	en	S	s	ong，iong
						G	g	eng，ng	T	t	Ue，ue
H	h	ang	U	sh	u
						I	ch	i	V	zh	ü，ui
J	j	an	W	w	ua，ia
						K	K	ao	X	x	ie
L	l	ai	Y	y	ing，uai
						M	m	ian	Z	z	ei

B. set up the mapping relations of English alphabet and numerical key, the distribution of each English alphabet on numerical key is as described above shown in the table 1 " the numerical key English alphabet distributes and is provided with ";

F, input step

A. the complete step of the input of syllable and Chinese character is: utilize the above-mentioned initial consonant of English alphabet and representative, the numeral key of simple or compound vowel of a Chinese syllable of being mapped with, pronunciation and syllable Two bors d's oeuveres method for expressing according to Chinese character, get two English alphabets of expression Two bors d's oeuveres syllable successively, two letters are with the numeral of place key, and then get the order codes that two letters are arranged, so successively three position digital codings of input syllable and corresponding Chinese character, after confirming coding and syllable, from the Chinese character of promptly encoding together, select the Chinese character that needs again with syllable;

B. under the input method of Chinese character environment, provide two kinds of approach to come input character: the one, the numerical coding by the regulation character shows, selection and various characters such as inputting punctuation mark, English alphabet, the 2nd, by the function that a certain shortcut called and linked English input method is set, import various characters.

Be on three the digitally coded basis at the sequential steps according to aforementioned Two bors d's oeuveres preface yardage keyboard input method of Chinese character provides unique correspondence to each syllable all-key, for improving Chinese character input efficiency, further propose fast to import the technical scheme of Chinese character with the brevity code syllable, it is characterized in that: what of the first-level Chinese characters of each syllable correspondence are described mapping step be by, firsts and seconds brevity code syllable is set, preferentially show and import some syllable and the pairing Chinese character of these syllables with 1～2 coding, the method of brevity code and the setting of brevity code syllable is to be the one-level brevity code with the brevity code that first figure place of all-key is represented, the syllable of representing with the one-level brevity code is an one-level brevity code syllable, this input method is in the identical syllable of first coding of all-key, choosing has 2 maximum syllables of first-level Chinese characters as one-level brevity code syllable, promptly each number of 1～9 can be used as the one-level brevity code of 2 syllables, 2 one-level brevity code syllables with brevity code by how many front and back on screen of corresponding first-level Chinese characters number are arranged, mode with moving cursor is selected, so the actual input of each one-level brevity code syllable bond number is 1 or 2, all one-level brevity code syllable sees Table 13 " numerical key Chinese character Two bors d's oeuveres input one-level brevity code syllabaries "; The brevity code that shows with the front two numerical table of all-key is the secondary brevity code, the syllable of representing with the secondary brevity code is a secondary brevity code syllable, remove outside the one-level brevity code syllable, this input method is in the identical syllable of all-key front two coding, choosing has 1 maximum syllable of Chinese characters in common use as secondary brevity code syllable, it is each secondary brevity code brevity code as a syllable, so the code length and the actual enter key number average of each secondary brevity code syllable are 2, all secondary brevity code syllable sees Table 14 " numerical key Chinese character Two bors d's oeuveres input secondary brevity code syllabaries ", other present input method of Chinese character have only the notion and the method for brevity code word, and there are not the notion and the method for brevity code syllable, the present invention is according to the few and little restriction of display screen more than computor-keyboard of communication product panel button quantity such as mobile phone, replace the method for one of Chinese character input method in computer or several corresponding a few Chinese characters of brevity code with the method for the corresponding a large amount of Chinese character of brevity code syllable, import fast.

The input step of brevity code syllable and corresponding Chinese character is:

Behind the last position of defeated people's syllable whole number coding and all-key or two, no longer import next two or one digit number, but confirm this position or dibit encoding, and corresponding brevity code syllable, again from syllable promptly with the Chinese character of need selecting the Chinese character of coding.

Advantage of the present invention is:

A. syllable coding is lacked and is not had repeated code, and Chinese character input efficiency greatly improves than the spelling input method of numerical key and the T9 spelling input method of mobile phone.Because the influence of syllable repeated code, in the process with inputting Chinese characters with numeral keys, all-phonetic input method need select letter, T9 spelling input method to need repeatedly moving cursor to select the syllable that needs on a numerical key repeatedly.The all-key of the coding of this input method syllable and Chinese character is that the coding of complete figure place is 3, because the syllable all-key does not have repeated code, do not comprise the bond number of confirming by acknowledgement key, the bond number of syllable input also mostly is most 3, cooperation is to the brevity code input method of syllable, the actual bond number average out to 2.46 of the phonetic that 3755 GB first-level Chinese characters of this input method input are Chinese characters in common use, few 1.27 keys of average 3.73 keys than the spelling input mode, reduce bond number 34%, it is available 1 syllable that brevity code is represented that this input method is provided with 18 one-level brevity code syllables, corresponding 550 first-level Chinese characters; 80 secondary brevity code syllables, 1152 of corresponding first-level Chinese characters; 317 of the syllables of no brevity code, 2053 of corresponding first-level Chinese characters.In " Xinhua dictionary " revised edition in 1998 there be in the syllable whole 415 realities of Chinese, have 98 syllables promptly 24% syllable can import with brevity code; In 3755 first-level Chinese characters, have 1702 Chinese characters promptly 45% can be with the quick input Pinyin of brevity code, the derivation of above-mentioned beneficial effect, computation process and source see Table 12～table 15, and communication products such as mobile phone are with spelling mode inputting Chinese characters with numeral keys phonetic, long codes length reaches 6, as shuang, because a large amount of repeated code syllables are arranged, the actual input bond number of many syllables will be higher than the coding figure place, with intelligent spelling is that T9 phonetic input piao and qiao are example, code length all is 4, and actual input bond number is respectively 9 and 8.

B. the character input is very convenient.Various characters beyond the input Chinese character such as punctuation mark, numeral, English alphabet etc. need not switch to English input method, and directly finish under the input method of Chinese character environment, and the character input efficiency improves several times.The input of punctuation marks such as fullstop commonly used, comma, branch, this input method needs 4～14 keys and have various mobile phones now with English input method as long as 2 keys just can be finished.This input method imported in all the other characters much commonly used also only needs 3 keys to finish, and the English input method of mobile phone also needs 1～13 key.In addition, by the each time conversion of input method of Chinese character to English input method, the general conversion method by present mobile phone will additionally increase touch potential 7～10 times, and this input method does not need such conversion.

Embodiment

Utilize technical scheme of the present invention to import syllable and Chinese character with numerical key, should stipulate or selection Two bors d's oeuveres method for expressing from existing current computer Two bors d's oeuveres input method of Chinese character in the Two bors d's oeuveres mode.The Two bors d's oeuveres method for expressing of this input method is stipulated with reference to the natural code input method of Chinese character of computer.

The Two bors d's oeuveres method for expressing of syllable is: two letter representations all used in each syllable of Chinese, general syllable is that existing initial consonant has the method for expressing of the syllable of simple or compound vowel of a Chinese syllable to be again: initial consonant represented in first letter, second letter is represented simple or compound vowel of a Chinese syllable, the setting that initial consonant, simple or compound vowel of a Chinese syllable of each letter representative sees " E, mapping step " in " summary of the invention " for details i.e. table 4, as syllable yong, represent with YS in the input process that syllable zhong represents with VS; Zero consonant syllable promptly has only simple or compound vowel of a Chinese syllable, does not have the syllable of initial consonant, comprises following three kinds of situations, sees table 5 for details.

A. single vowel syllable a, o, e connect defeated two identical letters respectively, and a represents with AA in input process as syllable;

B. the compound vowel syllable of two letters shines two letters failing syllable, and ao represents with AO in input process as syllable;

C. the syllable that contains ng, ng represent that with G first letter of syllable is according to defeated.Ang represents with AG in input process as syllable.

Table 5 zero consonant syllable Two bors d's oeuveres method for expressing

Syllable	The example word	Method for expressing	Syllable	The example word	Method for expressing
						a	Ah	AA	ai	Like	AI
o	{。##.##1},	OO	en	Grace	EN
						e	Volume	EE	ou	Europe	OU
an	Peace	AN	ang	High	AG
						ao	Proud	AO	eng	Eng	EG

Full initial consonant syllable does not promptly contain the Two bors d's oeuveres method for expressing of the syllable of simple or compound vowel of a Chinese syllable:

Syllable m and n to add numeral 0 expression behind the corresponding letter, promptly are expressed as m0 and n0 respectively in the syllable input process; Syllable hng is expressed as HG, and syllable ng is expressed as NG, and syllable hm is expressed as HM, referring to table 10.

Biliteral is arranged and the coding of syllable is demonstrated:

According to the distribution of English alphabet on the listed numeral key of table 1, and the method that provides according to " B, ordered steps " in " summary of the invention ", biliteral is sorted and the demonstration that provides three position digital codings of unique correspondence sees Table 6～table 9 for example.Because in this input method, represent a syllable with the arrangement of double-spelling method and two Two bors d's oeuveres letters, at table 6～table 9, each biliteral is arranged three position digital codings of the unique correspondence that provides, and just this biliteral is arranged three position digital codings of unique correspondence of the Two bors d's oeuveres syllable that can represent simultaneously; And the Two bors d's oeuveres syllable that this biliteral arrangement can be represented can provide according to aforementioned Two bors d's oeuveres method for expressing, so, for ease of understanding the corresponding relation that Two bors d's oeuveres syllable and biliteral are arranged, in table 6～table 9, list initial consonant, simple or compound vowel of a Chinese syllable and the biliteral that biliteral each letter in arranging can represent in the lump and arrange the syllable that to represent.

First key of table 63 letter and the two-position key of 3 letters

The three position digital codings demonstrations (8 keys and 7 keys) of biliteral arrangement and syllable

First letter	T			U(sh)			V(zh)
										Second letter	P(un)	Q(iu)	R(uan)	P(un)	Q(iu)	R(uan)	P(un)	Q(iu)	R(uan)
Biliteral is arranged	TP	TQ	TR	UP	UQ	UR	VP	VQ	VR
										Syllable	tun	/	tuan	shun	/	shuan	zhun	/	zhuan
Order code	1	2	3	4	5	6	7	8	9
										Tri-bit encoding	871	872	873	874	875	876	877	878	879

First the strong key of 3 letters of table 7 and the two-position key of 2 letters

The three position digital codings demonstrations (5 keys and 1 key) of biliteral arrangement and syllable

First letter	J		K		L
							Second letter	S(ong iong)	Z(ei)	S(ong iong)	Z(ei)	S(ong iong)	Z(ei)
Biliteral is arranged	JS	JZ	KS	KZ	LS	LZ
							Syllable	jiong	/	kong	kei	long	lei
Order code	1	2	3	4	5	6
							Tri-bit encoding	511	512	513	514	515	516

First key of 2 letters of table 8 and the two-position key of 3 letters

The three position digital codings demonstrations (1 key and 4 keys) of biliteral arrangement and syllable

First letter	S			Z
							Second letter	G(eng)	H(ang)	I	G(eng)	H(ang)	I
Biliteral is arranged	SG	SH	SI	ZG	ZH	ZI
							Syllable	Seng	sang	si	zeng	zang	Zi
Order code	1	2	3	4	5	6
							Tri-bit encoding	141	142	143	144	145	146

Table 9 first key, two-position key are " 1 (SZ) " key

Biliteral is arranged and three position digital codings of syllable are demonstrated

First letter	S		Z
					Second letter	S(ong iong)	Z(ei)	S(ong iong)	Z(ei)
Biliteral is arranged	SS	SZ	ZS	ZZ
					Syllable	song	/	zong	zei
Order code	1	2	3	4
					Tri-bit encoding	111	112	113	114

As stated above, 26 * 26=676 the biliteral that can produce 26 English alphabets arranged three position digital codings that all can provide unique correspondence.But in this input method, the purpose that biliteral is sorted is each syllable of Chinese and corresponding Chinese character are provided numerical coding, according to revised edition " Xinhua dictionary " in 1998, Chinese is real to have syllable to have only 415, for simplifying patent application document, this instructions is only listed the biliteral of corresponding Chinese syllable and is arranged and coding, and with the whole syllables of Chinese corresponding listing in table 12 " numerical key Chinese character Two bors d's oeuveres input syllable coding table ".

According to the coding demonstration that table 6～table 9 provided, can find out that the coding method that the coding method of syllable and the corresponding Chinese character biliteral corresponding with this syllable arranged in this input method is basic identical: first bit code is the numeral of first alphabetical place key in two Two bors d's oeuveres letters of syllable, second bit code is the numeral of second alphabetical place key in two Two bors d's oeuveres letters of syllable, the 3rd bit code is two order codes that the Two bors d's oeuveres letter is arranged, and all-key amounts to three figure places.But the coding for the deserted syllable of part need be done following particular provisions, sees Table 10.

The particular provisions of the deserted syllable coding of table 10 part

Syllable	M	n	hng	ng	lo
						The example word	Hmm	{。##.##1},	Oh	{。##.##1},	Cough up
Initial consonant	M	n	h	n	1
						Simple or compound vowel of a Chinese syllable	Numeral 0	Numeral 0	g(ng)	g	0
Order code	1	2	Numeral 0	Numeral 0	Numeral 0
						All-key	601	602	440	640	560
Remarks	6 and 0 put in order 1	6 and 0 put in order 2	Make coding be different from heng	Make coding be different from neng	Make coding be different from luo

Illustrate:

1. syllable m and n are the no simple or compound vowel of a Chinese syllable syllable of single-letter, all add numeral during Two bors d's oeuveres is represented 0 as the simple or compound vowel of a Chinese syllable sign indicating number, so preceding two yards of two syllables all are 60, with their order code of arranging with numeral 0 of order differentiation.

2. owing to hng, ng, three deserted syllables of lo, the Two bors d's oeuveres letter with heng, neng, three syllables commonly used of luo is identical respectively to be used for representing two letters of Two bors d's oeuveres separately, for eliminating the syllable repeated code, so stipulate hng, ng, three deserted syllables of lo, order code is numeral 0.

Coding rule according to aforementioned syllable and corresponding Chinese character, and to the particular provisions of deserted syllable coding, this input method can both provide three position digital codings of unique correspondence to 415 syllables of the listed Chinese of revised edition " Xinhua dictionary " in 1998, sees Table 12 " numerical key Chinese character Two bors d's oeuveres input syllable coding tables ".

The method to set up of conventional characters coding is: for realizing conventional characters such as direct inputting punctuation mark, English alphabet under the Chinese character coding input method state, this input method has been stipulated to encode with the double figures of 0 beginning for some conventional characters, each all corresponding multinomial character option of encoding, be the brevity code of punctuation mark with numeral 0 as the several conventional characters that are encoded to 01 simultaneously, see the following form:

Table 11 conventional characters encoding setting

Coding	Brevity code	Character option
			01	0	" ".; : " "-
02	/	() " " ' '
			03	/	The space. ±+-* ÷/∝
04	/	＜＞=≈ ≠≤〉=≮ ≯
			05	/	All capitalization English letters
06	/	All small letter English alphabets
			07	/	@ ℃ of № % ‰ ∑ $$ §

For ease of illustrating the input process of Chinese character and character, function key is defined as follows:

Numeral 0～9 key

1. under the Chinese character input state, shortly press the numerical coding that numerical key is imported syllable and corresponding Chinese character, and the numerical coding of characters such as punctuate, letter.

2. at input coding and after pressing the acknowledgement key affirmation, use the corresponding digital key to select the same syllable Chinese character of screen together by putting in order, and the same coded character that shields together; Also can select corresponding Chinese character that puts in order or character and directly grow not according to acknowledgement key by the corresponding digital key.

3. under digital input state, input digit.

Numeral 0 key: Chinese and English input function shift key

Under the input method of Chinese character environment, long entering by " 0 " key links the English input method functional status, and long again " 0 " key of pressing withdraws from link English input method functional status.

# key: num lock key

Under the input method of Chinese character environment, press # keylock numeral input state, press * key input radix point by 0～9 input digit this moment.Withdraw from digital input state by the # key again.

* key: under the digital input state of input method of Chinese character environment, the input radix point.

With

Or similar the arrow icon, cursor movement key can be made as a part on the mobile phone screen, generally being positioned at the soft key that next line left side shows, also this function can be located on certain two button;

Moving cursor is behind the input brevity code, to selecting about carrying out with the brevity code syllable; When the activation Chinese character selects district or character to select the district, turn over to shield and select to go up page or leaf, nextpage.

Or similar letter or similar alphabetical arrow combination icon, delete key can be made as a part on the mobile phone screen, and generally the soft key that shows at next line middle part also can be located at this function on certain button;

Last unitary code, Chinese character and character before the deletion cursor.

Or similar monogram icon, acknowledgement key can be made as a part on the mobile phone screen, and generally the soft key that shows on next line right side also can be located at this function on certain button;

Confirm the code of institute's syllable of import or character, no matter and be brevity code or all-key all can, and confirm by cursor selected syllable behind the preferentially selected or moving cursor, thereby activate Chinese character or the character selection is distinguished.

More than be used for illustrating the position of the function key such as cursor movement key, delete key, acknowledgement key of this input method use, and input subsequently illustrates the text editing district that relates to, the regional layout that the district selected in Chinese character etc., this input method separately method to set up, position and design arranged, so need not also not stipulated and design on the mobile phone of different brands.The effect of " coding and syllable viewing area " that this input method is mentioned, " character code viewing area " " district selected in character " in fact also is equivalent to the effect that the syllable in the spelling Chinese character input of existing mobile phone selects district and Chinese character selection to distinguish, so also do not stipulate and design.

Specify Chinese character input, character input and digital input method below:

1, Chinese character input method, no matter be complete step according to syllable and Chinese character input, or input step according to brevity code syllable and corresponding Chinese character, the total process of Chinese character input is first input Pinyin syllable coding, select and the affirmation syllable, press numerical key again, or upper and lower page turning, press numerical key again and select Chinese character.Below will merge with the situation of three complete digit codes or, double-digit brevity code input syllable and corresponding Chinese character for example:

1. import syllable coding: first coding of input syllable, screen is right after the next line in text editing district, promptly as coding and syllable viewing area, show first coding and represent back dibit encoding two * in abridged thereafter, every two one-level brevity code syllables with space demonstration correspondence, how many front and back arrangements of corresponding first-level Chinese characters number pressed in two syllables again, and wherein ranked first individual chapters and sections is that cursor is preferentially selected, for example, " 9** Yu ", two syllables can be selected by moving cursor.Black matrix represents that this syllable is that cursor is selected, down together.If the syllable of syllable for selecting that cursor is selected then confirmed this one-level brevity code and one-level brevity code syllable by acknowledgement key, then by following " selecting the method for Chinese character " operation; If two syllables are not the syllables that will select, and the first coding input is errorless, then then imports second coding, and screen coding and syllable viewing area show the front two coding and represent the * of last coding omission thereafter, show a corresponding secondary brevity code syllable every the space again, as " 94* ", if the syllable of this syllable for selecting then confirmed this secondary brevity code and secondary brevity code syllable by acknowledgement key, then by " selecting the method for Chinese character " operation; If this syllable still is not the syllable that will select, and preceding two yards errorless, then then import tri-bit encoding, so the coding of screen and syllable viewing area show three complete digit codes, show the syllable of this unique correspondence of encoding again every the space, for example " 942

".All import errorlessly as tri-bit encoding, then confirm this three digit code and corresponding syllable, select Chinese character by " selecting the method for Chinese character " again by acknowledgement key; If the input of the coding of above-mentioned arbitrary step is wrong, all available delete key deletion error coding re-enters correct coding again;

2. select the method for Chinese character to be: confirm syllable, just activate Chinese character and select the district after, if the Chinese character that the Chinese character that will select has been presented in the screen is selected in the district, then according to this Chinese character putting in order in option, by the corresponding digital key it is input to the text editing district of screen, if appearing at Chinese character, the Chinese character of selecting do not select the district, then carry out page turn over operation up and down, occur, select Chinese character by the corresponding digital key again until the Chinese character that will select.In above any one step, selected if required pinyin syllable is a cursor, and the Chinese character that will select also has been presented at Chinese character and selects then can directly grow by the corresponding digital key and import this Chinese character in the district, do not need by acknowledgement key affirmation syllable.For example will import " king " word, the syllable wang of " king " word is non-brevity code syllable, and coding is 942, and after this tri-bit encoding of input, the coding of screen and syllable viewing area show " 942

", " king " word has been presented at interior the 3rd of Chinese character selection district simultaneously, at this moment can then confirm this coding and syllable by acknowledgement key; again by " 3 " key; just finished the input of " king " word, also can be not according to acknowledgement key, and directly length also can be imported " king " word by " 3 " key; And for example will import " happiness " word, " happiness " word syllable xi is a secondary brevity code syllable, and its brevity code is 94, and behind this brevity code of input, the coding of screen and syllable viewing area show " 94*

"; " happiness " word has been presented at the Chinese character selection and has distinguished interior the 8th simultaneously; at this moment directly length is pressed the input that " 8 " key just can be finished " happiness " word, also can confirm this secondary brevity code and secondary brevity code syllable by acknowledgement key earlier, presses the input that " 8 " key is finished " happiness " word again; And for example to import two one-level brevity code syllable " 9** that the front has been enumerated

Yu " in syllable yu in " jade " word, then at input brevity code 9, screen coding and syllable viewing area show " 9**

Yu " after, answer moving cursor to select syllable yu, coding and syllable viewing area are shown as " 9** subsequently Yu "; at this moment; the Chinese character viewing area shows the Chinese character that belongs to the yu syllable, supposes that " jade " word does not occur on the screen, at this moment should confirm this one-level brevity code and one-level brevity code syllable by acknowledgement key earlier; activate Chinese character and select to distinguish; turn over screen by cursor movement key again and select nextpage, suppose to turn over screen back " jade " word and appear in the Chinese character selection district, come the 2nd of candidate Chinese character; then press numerical key " 2 ", just finished the input of " jade " word.

Association's input with the method for the Chinese character of previous Chinese character word-building is: this input method keeps the function of association's selection Chinese character word-building of any all-phonetic input method, after promptly importing a Chinese character, Chinese character selects the interior demonstration in district can constitute some Chinese characters of everyday words with previous Chinese character, according to putting in order of these Chinese characters, length can select to import one of them by the corresponding digital key.For example, after selecting Chinese character " machine ", screen select area show a row can with the Chinese character of " machine " word word-building, as " can structure close device field system tool moving ", the long numerical key 8 of pressing be then imported " moving " word again.Annotate: select Chinese character or character in the district so the Chinese character or the character that show with screen can not surpass 10, to select input to be arranged in the 10th Chinese character or character with selecting and import with the several corresponding digital keys of putting in order of these Chinese characters and character with 0.Surpass 10 or concrete brand, model mobile phone and show the Chinese character or the character of the quantity upper limit, then after confirming the coding of syllable or character, use the mode that nextpage turns over screen and search required Chinese character and character, press the corresponding digital key again and select and import with acknowledgement key with screen.

2, characters input method has two kinds:

The one, with input coding mode input character, promptly under the Chinese character input state, listed punctuation mark in the his-and-hers watches 11, conventional characters such as English alphabet, this input method can be as the input Chinese-character sound dissection encode, import the coding of these conventional characters, from the identical character of encoding, select needed character.For example:

A. import fullstop ".”

“。" coding be 01, belonging to can be with the character of brevity code 0 input, then input method is: input brevity code 0, character select the district character option with coding and brevity code to occur, wherein, "." come the 2nd of these characters, at this moment, can directly grow press numerical key " 2 " selection ".", thereby finish "." input, whole input process touch potential is 2 times; Behind input brevity code 0, also can press acknowledgement key earlier and confirm coding, weak point is pressed numerical key " 2 " again, finish "." selection and input, whole input process touch potential is 3 times.

B. input character " ± "

" ± " is encoded to 03, then input method is: input coding 03, character selects the district to occur with the character option of encoding, wherein, " ± " comes the 3rd of these characters, at this moment, can directly grow and press numerical key " 3 " selections " ± ", thereby finish the input of " ± ", whole input process touch potential is 3 times; Behind input coding 03, also can press acknowledgement key earlier and confirm coding, weak point is pressed numerical key " 3 " again, finishes the selection and the input of " ± ", and whole input process touch potential is 4 times.

The 2nd, with the method input character of link English input method, under this input method environment, length is pressed numerical key 0, from the Chinese character input state, enters link English input method state, at this moment, can use each key function of English input method, various characters such as input digit, punctuate, letter, the long again numerical key 0 of pressing, then withdraw from link English input method state, get back to the Chinese character input state.For example, the input comma, " process be: the long numerical key " 0 " of press; enter the English input method state from the Chinese character input state; at this moment, method and each key function of the English input method that is provided with according to brand mobile phone separately fully, import "; " after finishing the input of ", ", the long again numerical key " 0 " of pressing, withdraw from the English input method state, get back to the Chinese character input state of this input method.As for how to import various concrete characters with English input method, belong to the universal method of existing various brands mobile phone, no longer specifically give an example.

3, the method for numeral input: under the Chinese character input state of this input method,, press # keylock numeral input state, at this moment,, press * key input radix point, cancel digital input state by the # key again by 0～9 key input digit by the universal method of existing various brands mobile phone.Because for the universal method of existing mobile phone input, so no longer give an example; Method input digit that also can above-mentioned link English input method is also no longer given an example.

Table 12 numerical key Chinese character Two bors d's oeuveres input syllable coding table

(by the numerical coding ordering)

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									1	111	Secondary	song/ss
2	113	/	zong/zs	7	3	21	5	35
									3	114	/	zei/zz	1	3	3	4	4
4	121	/	sa/sa	3	3	9	2	6
									5	122	Secondary	sou/sb
6	124	/	za/za	3	3	9	4	12
									7	125	/	zou/zb	4	3	12	4	16
8	132	/	se/se	3	3	9	2	6
									9	133	/	sen/sf	1	3	3	4	4
10	135	Secondary	ze/ze
									11	136	/	zen/zf	1	3	3	4	4
12	141	/	seng/sg	1	3	3	6	6
									13	142	/	sang/sh	3	3	9	6	18
14	143	One-level	si/si
									15	144	Secondary	zeng/zg
16	145	/	zang/zh	3	3	9	6	18
									17	146	One-level	zi/zi
18	151	/	san/sj	4	3	12	3	12
									19	152	/	sao/sk	4	3	12	8	32
20	153	/	sai/sl	4	3	12	3	12
									21	154	/	zan/zj	4	3	12	7	28
22	155	Secondary	zao/zk
									23	156	/	zai/zl	7	3	21	3	21
24	163	Secondary	suo/so
									25	166	/	zuo/zo	8	3	24	3	24
26	171	Secondary	sun/sp
									27	173	/	suan/sr	3	3	9	5	15
28	174	/	zun/zp	2	3	6	6	12
									29	176	/	zuan/zr	2	3	6	6	12
30	182	Secondary	su/su
									31	183		sui/sv	11	3	33	3	33
32	185	/	zu/zu	8	3	24	4	32
									33	186		zui/zv	4	3	12	3	12

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									34	214	Secondary	bei/bz
35	215	/	cong/cs	6	3	18	4	24
									36	221	/	a/aa	2	3	6	1	2
37	224	Secondary	ba/ba
									38	226		biao/bc	4	3	12	4	16
39	227		ca/ca	1	3	3	3	3
									40	228		cou/cb	1	3	3	3	3
41	236		ben/bf	4	3	12	3	12
									42	238	Secondary	ce/ce
43	239		cen/cf	Polyphone slightly	3		4
									44	241		ang/ag	3	3	9	3	9
45	243	Secondary	ai/ai
									46	244		beng/bg	6	3	18	5	30
47	245		bang/bh	12	3	36	4	48
									48	246	One-level	bi/bi
49	247		ceng/cg	2	3	6	4	8
									50	248		cang/ch	5	3	15	5	25
51	249		ci/ci	12	3	36	2	24
									52	254		ban/bj	15	3	45	4	60
53	255	Secondary	bao/bk
									54	256		bai/bl	8	3	24	3	24
55	257		can/bj	7	3	21	5	35
									56	258		cao/bk	5	3	15	6	30
57	259		cai/bi	11	3	33	4	44
									58	262		an/an	9	3	27	2	18
59	263		ao/ao	9	3	27	4	36
									60	264	Secondary	bian/bm
61	265		bin/bn	6	3	18	3	18
									62	266	One-level	bo/bo
63	269		cuo/co	6	3	18	4	24
									64	277	Secondary	cun/cp
65	279		cuan/cr	3	3	9	4	12
									66	285	Secondary	bu/bu
67	288		cu/cu	4	3	12	3	12
									68	289		cui/cv	8	3	24	3	24
69	295		bie/bx	4	3	12	4	16
									70	296	Secondary	bing/by
71	311		dong/ds	10	3	30	4	40

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									72	312		dei/dz	Polyphone slightly	3		4
73	316	Secondary	fei/fz
									74	321		da/da	6	3	18	2	12
75	322		dou/db	7	3	21	3	21
									76	323	Secondary	diao/dc
77	327		fa/fa	8	3	24	3	24
									78	328		fou/fb	1	3	3	4	4
79	332		de/de	3	3	9	2	6
									80	333		den/df	No one-level Chinese character
81	335		e/ee	13	3	39	1	13
									82	339	Secondary	fen/ff
83	341		deng/dg	7	3	21	4	28
									84	342		dang/dh	5	3	15	5	25
85	343	One-level	di/di
									86	344		eng/eg	No one-level Chinese character
87	346		ei/ei	No one-level Chinese character
									88	347	Secondary	feng/fg
89	348		fang/fh	11	3	33	4	44
									90	351		dan/dj	15	3	45	4	60
91	352		dao/dk	12	3	36	3	36
									92	353		dai/dl	12	3	36	3	36
93	357	Secondary	fan/fj
									94	361	Secondary	dian/dm
95	363		duo/do	12	3	36	3	36
									96	365		en/en	1	3	3	2	2
97	369		fo/fo	1	3	3	3	3
									98	371	Secondary	dun/dp
99	372		diu/dq	1	3	3	3	3
									100	373		duan/dr	6	3	18	4	24
101	376		er/er	8	3	24	2	16
									102	382	Secondary	du/du
103	383		dui/dv	4	3	12	3	12
									104	388	One-level	fu/fu
105	391		dia/dia	No one-level Chinese character
									106	392		die/dx	7	3	21	3	21
107	393	Secondary	ding/dy
									108	411	Secondary	gong/gs
109	412		gei/gz	1	3	3	3	3

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									110	413		hong/hs	9	3	27	5	45
111	414		hei/hz	2	3	6	4	8
									112	415		chong/is	5	3	15	5	25
113	421		ga/ga	2	3	6	3	6
									114	422		gou/gb	9	3	27	4	36
115	424		ha/ha	1	3	3	2	2
									116	425		hou/hb	7	3	21	3	21
117	427		cha/ia	11	3	33	3	33
									118	428	Secondary	chou/ib
119	431		guang/gd	3	3	9	5	15
									120	432		ge/ge	17	3	51	3	51
121	433		gen/gf	2	3	6	4	8
									122	434		huang/hd	14	3	42	6	84
123	435	Secondary	he/he
									124	436		hen/hf	4	3	12	3	12
125	437		chuang/id	6	3	18	6	36
									126	438		che/ie	6	3	18	3	18
127	439		chen/if	10	3	30	4	40
									128	440		hng/hg	No one-level Chinese character
129	441		geng/gg	7	3	21	4	28
									130	442		gang/gh	9	3	27	5	45
131	444		heng/hg	5	3	15	5	25
									132	445		hang/hh	3	3	9	4	12
133	447		cheng/ig	15	3	45	5	75
									134	448		chang/ih	13	3	39	5	65
135	449	Secondary	chi/ii
									136	451	Secondary	gan/gj
137	452		gao/gk	10	3	30	3	30
									138	453		gai/gl	6	3	18	4	24
139	454	One-level	han/hj
									140	455		hao/hk	9	3	27	4	36
141	456		hai/hl	7	3	21	3	21
									142	457		chan/ij	10	3	30	5	50
143	458		chao/ik	9	3	27	7	63
									144	459		chai/il	3	3	9	4	12
145	463		guo/go	6	3	18	3	18
									146	464		hm/hm	No one-level Chinese character
147	466	Secondary	huo/ho

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									148	469		chuo/io	2	3	6	5	10
149	471		gun/gp	3	3	9	6	18
									150	473		guan/gr	11	3	33	4	44
151	474		hun/hp	6	3	18	5	30
									152	476	Secondary	huan/hr
153	477		chun/ip	7	3	21	4	28
									154	479		chuan/ir	7	3	21	5	35
155	482	Secondary	gu/gu
									156	483		gui/gv	16	3	48	4	64
157	485		hu/hu	18	3	54	2	36
									158	486	One-level	hui/hv
159	488		chu/iu	16	3	48	3	48
									160	489		chui/iv	5	3	15	4	20
161	491		gua/gw	6	3	18	4	24
									162	493		guai/gy	3	3	9	5	15
163	494	Secondary	hua/hw
									164	496		huai/hy	5	3	15	4	20
165	497		chua/iw	No one-level Chinese character
									166	499		chuai/iy	1	3	3	5	5
167	511		jiong/js	2	3	6	5	10
									168	513		kong/ks	4	3	12	4	16
169	514		kei/kz	No one-level Chinese character
									170	515		long/ls	9	3	27	5	45
171	516	Secondary	lei/lz
									172	523	Secondary	jiao/jc
173	524		ka/ka	4	3	12	3	12
									174	525		kou/kb	4	3	12	3	12
175	527		la/la	7	3	21	2	14
									176	528		lo/lb	6	3	18	4	24
177	529		liao/lc	13	3	39	5	65
									178	531		jiang/jd	13	3	39	5	65
179	534		kuang/kd	8	3	24	5	40
									180	535	Secondary	ke/ke
181	536		ken/kf	4	3	12	3	12
									182	537		liang/ld	11	3	33	6	66
183	538		le/le	2	3	6	3	6
									184	543	One-level	ji/ji
185	544		keng/kg	2	3	6	5	10

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									186	545		kang/kh	7	3	21	4	28
187	547		leng/lg	3	3	9	4	12
									188	548		lang/lh	7	3	21	5	35
189	549	Secondary	li/li
									190	554		kan/kj	6	3	18	5	30
19l	555		kao/kk	4	3	12	6	24
									192	556		kai/kl	5	3	15	3	15
193	557	Secondary	lan/lj
									194	558		lao/lk	9	3	27	3	27
195	559		lai/ll	3	3	9	4	12
									196	560		lo/lo	No one-level Chinese character
197	561	One-level	jian/jm
									198	562	Secondary	jin/jn
199	566		kuo/ko	4	3	12	6	24
									200	567		lian/lm	14	3	42	7	98
201	568		lin/ln	11	3	33	4	44
									202	569		luo/lo	12	3	36	4	48
203	571		jun/jp	11	3	33	3	33
									204	572	Secondary	jiu/jq
205	573		juan/jr	7	3	21	5	35
									206	574		kun/kp	4	3	12	7	28
207	576		kuan/kr	2	2	4	4	8
									208	577		lun/lp	7	3	21	5	35
209	578		liu/lq	11	3	33	4	44
									210	579		luan/lr	6	3	18	6	36
211	581		jue/jt	10	3	30	3	30
									212	582	Secondary	ju/ju
213	585		ku/ku	7	3	21	4	28
									214	586		kui/kv	11	3	33	3	33
215	587		lüe/lt	2	3	6	4	8
									216	588		lu/lu	20	3	60	3	60
217	589		lü/lv	14	3	42	5	70
									218	591		jia/jw	17	3	51	3	51
219	592	Secondary	jie/jx
									220	593		jing/jy	25	3	75	4	100
221	594		kua/kw	5	3	15	3	15
									222	596		kuai/ky	4	3	12	4	16
223	597		lia/lw	1	3	3	4	4

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									224	598		lie/lx	5	3	15	4	20
225	599		ling/ly	15	3	45	4	60
									226	601		m/m0	No one-level Chinese character
227	602		n/n0	No one-level Chinese character
									228	612	One-level	mei/mz
229	613	Secondary	nong/ns
									230	614		nei/nz	2	3	6	4	8
231	621	Secondary	ma/ma
									232	622		mou/mb	3	3	9	3	9
233	623		miao/mc	9	3	27	6	54
									234	624		na/na	7	3	21	3	21
235	625		nou/nb	No one-level Chinese character
									236	626		niao/nc	2	3	6	7	14
237	632		me/me	1	3	3	2	2
									238	633	Secondary	men/mf
239	634		niang/nd	2	3	6	5	10
									240	635		ne/ne	1	3	3	3	3
241	636		nen/nf	1	3	3	4	4
									242	640		ng/ng	No one-level Chinese character
243	641		meng/mg	8	3	24	5	40
									244	642		mang/mh	6	3	18	4	24
245	643	Secondary	mi/mi
									246	644		neng/ng	1	3	3	4	4
247	645		nang/nh	1	3	3	5	5
									248	646		ni/ni	11	3	33	2	22
249	651		man/mj	9	3	27	5	45
									250	652	Secondary	mao/mk
251	653		mai/ml	6	3	18	3	18
									252	654		nan/mj	3	3	9	3	9
253	655		nao/nk	5	3	15	6	30
									254	656		nai/nl	5	3	15	4	20
255	661	Secondary	mian/mm
									256	662		min/mn	6	3	18	3	18
257	663	One-level	mo/mo
									258	664		nian/nm	7	3	21	4	28
259	665		nin/nn	1	3	3	4	4
									260	666		nuo/no	4	3	12	3	12
261	669		o/oo	1	3	3	2	2

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									262	672		miu/mq	1	3	3	4	4
263	675	Secondary	niu/nq
									264	676		nuan/nr	1	3	3	4	4
265	682	Secondary	mu/mu
									266	684		nüe/nt	2	3	6	3	6
267	685		nu/nu	3	3	9	5	15
									268	686		nü/nv	1	3	3	3	3
269	688		ou/ou	7	3	21	4	28
									270	692		mie/mx	1	3	3	3	3
271	693		ming/my	6	3	18	4	24
									272	694		nia/nw	No one-level Chinese character
273	695	Secondary	nie/nx
									274	696		ning/ny	6	3	18	5	30
275	712		pei/pz	9	3	27	3	27
									276	713		qiong/qs	2	3	6	5	10
277	715	Secondary	rong/rs
									278	721		pa/pa	6	3	18	3	18
279	722		pou/pb	1	3	3	5	5
									280	723		piao/pc	4	3	12	9	36
281	726	Secondary	qiao/qc
									282	728		rou/rb	3	3	9	3	9
283	733		pen/pf	2	3	6	5	10
									284	734		qiang/qd	8	3	24	6	48
285	738		re/re	2	3	6	3	6
									286	739	Secondary	ren/ff
287	741		peng/pg	14	3	42	4	56
									288	742		pang/ph	5	3	15	5	25
289	743	Secondary	pi/pi
									290	746	One-level	qi/qi
291	747		reng/rg	2	3	6	5	10
									292	748		rang/rh	5	3	15	5	25
293	749		ri/ri	1	3	3	3	3
									294	751	Secondary	pan/pj
295	752		pao/pk	7	3	21	6	42
									296	753		pai/pl	6	3	18	4	24
297	757		ran/rj	4	3	12	4	16
									298	758		rao/rk	3	3	9	7	21
299	761		pian/pm	4	3	12	7	28

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									300	762		pin/pn	5	3	15	3	15
301	763		po/po	8	3	24	2	16
									302	764	One-level	qian/qm
303	765	Secondary	qin/qn
									304	769		ruo/ro	2	3	6	6	12
305	774		qun/qp	2	3	6	4	8
									306	775		qiu/qq	8	3	24	4	32
307	776	Secondary	quan/qr
									308	777		run/rp	2	3	6	7	14
309	779		ruan/rr	2	3	6	6	12
									310	782	Secondary	pu/pu
311	784		que/qt	8	3	24	3	24
									312	785		qu/qu	13	3	39	2	26
313	788		ru/ru	10	3	30	3	30
									314	789		rui/rv	3	3	9	4	12
315	792		pie/px	2	3	6	5	10
									316	793		ping/py	9	3	27	5	45
317	794		qia/qw	3	3	9	4	12
									318	795		qie/qx	5	3	15	4	20
319	796	Secondary	qing/qy
									320	811	Secondary	tong/ts
321	814		shei/uz	Polyphone slightly
									322	815		zhong/vs	11	3	33	5	55
323	816		zhei/vz	Polyphone slightly
									324	821		ta/ta	9	3	27	3	27
325	822		tou/tb	4	3	12	3	12
									326	823		tiao/tc	5	3	15	5	25
327	824		sha/ua	9	3	27	3	27
									328	825		shou/ub	10	3	30	4	40
329	827	Secondary	zha/va
									330	828		zhou/vb	14	3	42	4	56
331	832		te/te	1	3	3	2	2
									332	834		shuang/ud	3	3	9	6	18
333	835		she/ue	12	3	36	3	36
									334	836	Secondary	shen/uf
335	837		zhuang/vd	7	3	21	6	42
									336	838		zhe/ve	10	3	30	3	30
337	839		zhen/vf	16	3	48	4	64

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									338	841		teng/tg	4	3	12	4	16
339	842		tang/th	13	3	39	4	52
									340	843	Secondary	ti/ti
341	844		sheng/ug	11	3	33	5	55
									342	845		shang/uh	8	3	24	5	40
343	846	One-level	shi/ui
									344	847		zheng/vg	15	3	45	5	75
345	848		zhang/vh	15	3	45	6	90
									346	849	One-level	zhi/vi
347	851	Secondary	tan/tj
									348	852		tao/tk	11	3	33	4	44
349	853		tai/tl	9	3	27	3	27
									350	854		shan/uj	16	3	48	5	80
351	855		shao/uk	11	3	33	6	66
									352	856		shai/ul	2	3	6	4	8
353	857		zhan/vj	17	3	51	5	85
									354	858		zhao/vk	10	3	30	7	70
355	859		zhai/vl	6	3	18	4	24
									356	861		tian/tm	8	3	24	4	32
357	863	Secondary	tuo/to
									358	g66		shuo/uo	4	3	12	4	16
359	869		zhuo/vo	11	3	33	5	55
									360	871		tun/tp	3	3	9	4	12
361	873		tuan/tr	2	3	6	4	8
									362	874		shun/up	4	3	12	5	20
363	876		shuan/ur	2	3	6	5	10
									364	877		zhun/vp	2	3	6	4	8
365	879	Secondary	zhuan/vr
									366	882		tu/tu	11	3	33	2	22
367	883		tui/tui	6	3	18	3	18
									368	885	Secondary	shu/uu
369	886		shui/uv	4	3	12	4	16
									370	888		zhu/vu	26	3	78	3	78
371	889		zhui/vv	6	3	18	4	24
									372	892		tie/tx	3	3	9	3	9
373	893	Secondary	ting/ty
									374	894		shua/uw	2	3	6	4	8
375	896		shuai/uy	4	3	12	5	20

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									376	897		zhua/vw	2	3	6	4	8
377	899		zhuai/vy	1	3	3	5	5
									378	912	Secondary	wei/wz
379	913		xiong/xs	7	3	21	6	42
									380	915		yong/ys	15	3	45	4	60
381	921		wa/wa	7	3	21	3	21
									382	926		xiao/xc	18	3	54	6	108
383	927		ya/ya	16	3	48	2	32
									384	928	Secondary	you/you
385	933		wen/wf	10	3	30	3	30
									386	934	Secondary	xiang/xd
387	938		ye/ye	15	3	45	2	30
									388	941		weng/wg	3	3	9	5	15
389	942		wang/wh	10	3	30	5	50
									390	946	Secondary	xi/xi
391	948		yang/yh	17	3	51	4	68
									392	949	One-level	yi/yi
393	951		wan/wj	17	3	51	3	51
									394	953		wai/wl	2	3	6	4	8
395	957	Secondary	yan/yj
									396	958		yao/yk	15	3	45	4	60
397	963		wo/wo	9	3	27	2	18
									398	964	Secondary	xian/xm
399	965		xin/xn	10	3	30	3	30
									400	968		yin/yn	16	3	48	4	64
401	969		yo/yo	1	3	3	3	3
									402	974		xun/xp	14	3	42	4	56
403	975		xiu/xq	9	3	27	4	36
									404	976		xuan/xr	10	3	30	5	50
405	977		yun/yp	12	3	36	5	60
									406	979	Secondary	yuan/yr
407	982	Secondary	wu/wu
									408	984		xue/xt	6	3	18	4	24
409	985		xu/xu	19	3	57	5	95
									410	987		yue/yue	10	3	30	3	30
411	988	One-level	yu/yu
									412	994		xia/xw	13	3	39	3	39
413	995	Secondary	xie/xx

Sequence number	The numerical coding all-key	The brevity code classification	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres all-key individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
									414	996		xing/xy	15	3	45	4	60
415	999		ying/yy	18	3	54	5	90
No brevity code syllable adds up to				2053		6157		8244

Illustrate:

1, this table is included 415 Chinese phonetic alphabet syllables altogether, is certificate with " Xinhua dictionary " revised edition in 1998.

2, in each table of table 12～15, the bond number of the syllable of an individual character of spelling input is an example with mobile phone T9 spelling input method commonly used all.

3, listed syllable enter key number average does not comprise bond number by acknowledgement key in the above table.

The input of table 13 numerical key Chinese character Two bors d's oeuveres

One-level brevity code syllabary

The one-level brevity code	The numerical coding all-key	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres brevity code individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
								1	143	si/si	16	1	16	4	64
1	146	zi/zi	15	2	30	3	45
								2	246	bi/bi	24	1	24	3	72
2	266	bo/bo	19	2	38	3	57
								3	388	fu/fu	45	1	45	2	90
3	343	di/di	19	2	38	2	38
								4	486	hui/hv	21	1	21	3	63
4	454	han/hj	19	2	38	5	95
								5	543	ji/ji	53	1	53	2	106
5	561	jian/jm	40	2	80	4	160
								6	663	mo/mo	17	1	17	2	34
6	612	mei/mz	16	2	32	3	48
								7	746	qi/qi	36	1	36	2	72
7	764	qian/qm	22	2	44	4	88
								8	846	shi/ui	47	1	47	3	141
8	849	zhi/vi	43	2	86	3	129
								9	949	yi/yi	53	1	53	2	106
9	988	yu/yu	45	2	90	2	90
								Add up to			550		788		1498

The input of table 14 numerical key Chinese character Two bors d's oeuveres

Secondary brevity code syllabary

The secondary brevity code	The numerical coding all-key	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres brevity code individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
								11	111	song/ss	8	2	16	5	40
12	122	sou/sb	4	2	8	4	16
								13	135	ze/ze	4	2	8	3	12
14	144	zeng/zg	4	2	8	4	16
								15	155	zao/zk	14	2	28	6	84
16	163	suo/so	8	2	16	3	24
								17	171	sun/sp	3	2	6	5	15
18	182	su/su	12	2	24	4	48
								19		/
21	214	bei/bx	15	2	30	4	60
								22	224	ba/ba	18	2	36	2	36
23	238	ce/ce	5	2	10	2	10
								24	243	ai/ai	13	2	26	4	52
25	255	bao/bk	17	2	34	3	51
								26	264	bian/bm	12	2	24	5	60
27	277	cun/cp	3	2	6	3	9
								28	285	bu/bu	11	2	22	2	22
29	296	bing/by	9	2	18	4	36
								31	316	fei/fz	12	2	24	3	36
32	323	diao/dc	9	2	18	5	45
								33	339	fen/ff	15	2	30	3	45
34	347	feng/fg	15	2	30	5	75
								35	357	fan/fj	17	2	34	5	85
36	361	dian/dm	16	2	32	4	64
								37	371	dun/dp	9	2	18	4	36
38	382	du/du	15	2	30	3	45
								39	393	ding/dy	9	2	18	4	36
41	411	gong/gs	15	2	30	4	60
								42	428	chou/ib	12	2	24	4	48
43	435	he/he	18	2	36	2	36
								44	449	chi/ii	16	2	32	3	48
45	451	gan/gj	11	2	22	5	55
								46	466	huo/ho	10	2	20	4	40

The secondary brevity code	The numerical coding all-key	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres brevity code individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
								47	476	huan/hr	14	2	28	5	70
48	482	gu/gu	18	2	36	3	54
								49	494	hua/hw	9	2	18	3	27
51	516	lei/lz	11	2	22	3	33
								52	523	jiao/jc	28	2	56	5	140
53	535	ke/ke	15	2	30	2	30
								54	549	li/li	34	2	68	3	102
55	557	lan/lj	15	2	30	4	60
								56	562	jin/jn	20	2	40	3	60
57	572	jiu/jq	17	2	34	3	51
								58	582	ju/ju	25	2	50	2	50
59	592	jie/jx	27	2	54	3	81
								61	613	nong/ns	4	2	8	4	16
62	621	ma/ma	9	2	18	2	18
								63	633	men/mf	3	2	6	3	9
64	643	mi/mi	14	2	28	3	42
								65	652	mao/mk	12	2	24	4	48
66	661	mian/mm	9	2	18	5	45
								67	675	niu/nq	4	2	8	3	12
68	682	mu/mu	15	2	30	2	30
								69	695	nie/nx	7	2	14	4	28
71	715	rong/rs	10	2	20	4	40
								72	726	qiao/qc	15	2	30	8	120
73	739	ren/rf	10	2	20	3	30
								74	743	pi/pi	17	2	34	5	85
75	751	pan/pj	8	2	16	5	40
								76	765	qin/qn	11	2	22	4	44
77	776	quan/qr	11	2	22	4	44
								78	782	pu/pu	15	2	30	5	75
79	796	qing/qy	13	2	26	4	52
								81	811	tong/ts	13	2	26	4	52
82	827	zha/va	14	2	28	4	56
								83	836	shen/uf	16	2	32	4	64
84	843	ti/ti	15	2	30	2	30
								85	851	tan/tj	18	2	36	3	54
86	863	tuo/tb	11	2	22	3	33
								87	879	zhuan/vr	6	2	12	5	30
88	885	shu/uu	33	2	66	3	99
								89	893	ting/ty	10	2	20	4	40

The secondary brevity code	The numerical coding all-key	Syllable/corresponding biliteral is arranged	First-level Chinese characters number (f)	Two bors d's oeuveres brevity code individual character syllable input bond number (x 1)	Single Chinese character syllable input bond number summation (fx 1)	Spelling individual character syllable input bond number (x 2)	Single Chinese character syllable input bond number summation (fx 2)
								91	912	wei/wz	33	2	66	3	99
92	928	you/yb	20	2	40	3	60
								93	934	xiang/xd	20	2	40	5	100
94	946	xi/xi	35	2	70	4	140
								95	957	yan/yj	33	2	66	5	165
96	964	xian/xm	26	2	52	4	104
								97	979	yuan/yr	20	2	40	4	80
98	982	wu/wu	29	2	58	3	87
								99	995	xie/xx	21	2	42	4	84
Add up to			1152		2304		4258

Input of table 15 numerical key Chinese character Two bors d's oeuveres and spelling input

Average bond number contrast imported in the Chinese characters in common use syllable

Sequence number	The syllable classification	First-level Chinese characters number (∑ f)	Single Chinese character syllable input bond number summation (∑ fx)	Single Chinese character syllable is on average imported bond number (x)
					1	Two bors d's oeuveres one-level brevity code adds up to	550	788	1.43
2	Two bors d's oeuveres secondary brevity code adds up to	1152	2304	2.00
					3	Two bors d's oeuveres does not have the brevity code syllable and adds up to	2053	6157	3.00
4	The Two bors d's oeuveres input adds up to (1+2+3)	3755	9249	2.46
					5	All-phonetic input method adds up to	3755	14000	3.73

Annotate: this table all-phonetic input method adds up in the delegation, and the total number 14000 in ∑ fx one hurdle derives from fx in the table of table 12～14 3 ₂The total number on one hurdle adds up: 8244+1498+4258=14000

Claims (2)

1, a kind of Two bors d's oeuveres preface yardage keyboard input method of Chinese character is imported Chinese character and various character in the Two bors d's oeuveres mode on the numerical key of general calculation switch dish and on the numerical key of mobile phone, landline telephone and palm PC, it is characterized in that following sequential steps:

A, set-up procedure

English alphabet distribution on existing mobile phone, each numerical key of landline telephone is adjusted, at most only place 3 letters on each numerical key, any one letter beyond exceeding 3 on " 7 " and " 9 " two numerical keys with present mobile phone, landline telephone is separately extracted out, is reapposed on " 1 " and " 0 " numerical key of original letter that do not distribute;

B, ordered steps

To all biliterals that the letter that distributes can be formed between any two numerical keys and on any one numerical key arrange all give one fixing, mutual unduplicated arrangement sequence number, be called for short ordering number, will the number of ordering be used for biliteral arranged that to encode be exactly order code, concrete sort method is to appoint to get first letter key that a numerical key is arranged as biliteral, be called for short first key, appoint again and get second letter key that a numerical key is arranged as biliteral, be called for short two-position key, first key and two-position key can be same digital keys, two letters during biliteral is arranged also can be same letters, during ordering, earlier with first letter on first key and all letters on the two-position key, sequencing by letter distribution on the two-position key, carry out the double row of one-tenth of letter successively, during each biliteral is arranged, letter on first key is preceding, letter on the two-position key after, down together, each biliteral of forming is successively arranged, give one to be not more than 9 natural number and to sort number successively since 1; Accept above-mentioned ordering number, continue to postpone down in the same way, get first second letter on the key, carry out the alphabetical double row that become successively with all letters on the two-position key, with each biliteral is arranged the layout sequence number, carry out becoming double row and each biliteral being arranged the layout sequence number of letter until the 3rd letter getting on first key successively with all letters on the two-position key;

C, selection step

With 21 initial consonants of Chinese, 35 basic coding code elements that simple or compound vowel of a Chinese syllable is imported as Chinese character, following initial consonant table and rhythm matrix seen in described initial consonant, simple or compound vowel of a Chinese syllable;

The initial consonant table

b p m f d t n l

g k h j q x

zh ch sh r z c s

The rhythm matrix er i u ü a ia ua o uo e ie üe ai uai ei uei ao iao ou iou an ian uan üan en in uen ün ang iang uang eng ing ong iong

Order code that a Two bors d's oeuveres syllable, the biliterals of representing two letters of initial consonant, the simple or compound vowel of a Chinese syllable of Chinese character syllable to constitute are respectively usually the arranged auxiliary symbol as encode Chinese characters for computer will be used for representing, described order code code element generally is 1～9 natural number, in particular cases be defined as 0, the order code that is about to hng, ng, three deserted syllables of lo is defined as 0

D, classification step

According to the different implications of code element, above-mentioned encode Chinese characters for computer code element is divided into initial consonant class, simple or compound vowel of a Chinese syllable class and order code three classes;

Described initial consonant class code element comprises whole 21 initial consonants in " initial consonant table ";

Described simple or compound vowel of a Chinese syllable class code element comprises whole 35 simple or compound vowel of a Chinese syllable in " rhythm matrix ";

Described order code code element comprises ten integers of 0～9;

E, mapping step

Set up the mapping relations of Chinese character basic coding code element initial consonant, simple or compound vowel of a Chinese syllable and English alphabet, set the initial consonant and the simple or compound vowel of a Chinese syllable of each alphabetical representative, see following " the female letters case distribution table of sound " by natural code Two bors d's oeuveres scheme commonly used in the Chinese character input method in computer:

The female letters case distribution table of sound Letter Initial consonant Simple or compound vowel of a Chinese syllable Letter Initial consonant Simple or compound vowel of a Chinese syllable A a N n in B b ou O uo o C c iao P p un，ün D d uang，iang Q q iu E e R r uan，üan F f en S s ong，iong G g eng，ng T t _e，ue H h ang U sh u I ch i V zh ü，ui J j an W w ua，ia K K ao X x ie L l ai Y y ing，uai M m ian Z z ei

Set up the mapping relations of English alphabet and numerical key, the distribution of each English alphabet on numerical key is as shown in the table:

The numerical key English alphabet distributes and is provided with Numerical key Letter distributes and order Numerical key Letter distributes and order 1 S Z 6 M N O 2 A B C 7 P Q R 3 D E F 8 T U V 4 G H I 9 W X Y 5 J K L 0 /

F, input step

A. the complete step of the input of syllable and Chinese character is: utilize the above-mentioned initial consonant of English alphabet and representative, the numeral key of simple or compound vowel of a Chinese syllable of being mapped with, pronunciation and syllable Two bors d's oeuveres method for expressing according to Chinese character, get two English alphabets of expression Two bors d's oeuveres syllable successively, two letters are with the numeral of place key, and then get the order codes that two letters are arranged, three position digital codings of syllable and corresponding Chinese character have so just been imported successively, after confirming coding and syllable, from the Chinese character of promptly encoding together, select the Chinese character that needs again with syllable;

B. under the input method of Chinese character environment, provide two kinds of approach to come input character: the one, the numerical coding by the regulation character shows, selection and various characters such as inputting punctuation mark, English alphabet, the 2nd, by the function that a certain shortcut called and linked English input method is set, import various characters.

2, input method according to claim 1, it is characterized in that: what of the first-level Chinese characters of each syllable correspondence are described mapping step be by, firsts and seconds brevity code syllable is set, preferentially show and import some syllable and the pairing Chinese character of these syllables with 1～2 coding, the method of brevity code and the setting of brevity code syllable is to be the one-level brevity code with the brevity code that first figure place of all-key is represented, the syllable of representing with the one-level brevity code is an one-level brevity code syllable, this input method is in the identical syllable of first coding of all-key, choosing has 2 maximum syllables of first-level Chinese characters as one-level brevity code syllable, promptly each number of 1～9 can be used as the one-level brevity code of 2 syllables, 2 one-level brevity code syllables with brevity code by how many front and back on screen of corresponding first-level Chinese characters number are arranged, mode with moving cursor is selected, so the actual input of each one-level brevity code syllable bond number is 1 or 2, the brevity code that shows with the front two numerical table of all-key is the secondary brevity code, the syllable of representing with the secondary brevity code is a secondary brevity code syllable, remove outside the one-level brevity code syllable, this input method is in the identical syllable of all-key front two coding, choosing has 1 maximum syllable of Chinese characters in common use as secondary brevity code syllable, be each secondary brevity code brevity code, so the code length of each secondary brevity code syllable and actual enter key number average are 2 as a syllable.