CN102073387A - Input method based word-building mode in intelligent system - Google Patents
Input method based word-building mode in intelligent system Download PDFInfo
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Abstract
The invention relates to an input method based word-building mode in an intelligent system, which is called as a segmented word-building method as follows: a user selects targets and a word-building method from language libraries via an input device, a screen display device, a search engine and various storage devices in the intelligent system, wherein each storage device further includes a segmented storage device. The method comprises the following specific steps: A, entering into the word-building state; B, building words; and C completing building words. By the method, the main technical problems in the freezing pinyin word-building method are solved. The method has the following advantages: brand-new, a various and simple word-building access method and a segmented word-building method are provided; the vacancy state of function operation is fully utilized, thus achieving the same result as the existing special word-building method under the condition of key mapping; the word-building operation cost is minimum and the needed words can be built in segments in the word-building state so that the words are easy to change and delete; and joint building of vocabularies among multiple languages can be fully realized.
Description
Technical field
Need at mobile phone, computer and other the present invention relates to the method for input text in the intelligence system of text input, the input method word-building pattern in particularly a kind of intelligence system is called it " segmentation word-building ".
Background technology
UWD (Used Word Dictionary) is a kind of means that improve input efficiency and comfort level for the user.Its original intention thinks that the vocabulary that has been selected might also can be selected in the recent period.Design fundamentals are not for inserting the specified queue stem so that make it appear at preferred location as far as possible when searching for this option more thereafter at the option information of preferred location with selected in user's input process.Along with input is carried out, constantly there is new option to be placed into and when making the space not enough, the option of inserting is the earliest picked out and constantly moved in circles thus.Search engine is sought the option of inserting always by design concept in the option process that satisfies user's initial conditions preceding on UWD, the option of inserting earlier after.For example when the user imports zhongguore, be from the option of database (being language library): " Chinese ", fever for things Chinese, After the user selected fever for things Chinese, what search engine will be from database did not insert the UWD stem at fever for things Chinese of preferred location.When the user imported zhongguore thereafter again, the option sequence was: fever for things Chinese, " Chinese ", Different is that fever for things Chinese is from UWD here, and " Chinese " wait other options to come from database; And the fever for things Chinese in the database because existing from UWD same options and by selected.
PUD (Personal Used Dictionary) is as the term suggests be that the user is from the individual dictionary of creating and having.All vocabulary in its formation all are user oneself inputs and set.The mental lexicon of up-to-date input and setting is placed into this formation stem; When the space occurring when not enough, the option of inserting is the earliest picked out.Because the vocabulary that the vocabulary among the PUD can not show a candle among the UWD is come in and gone out frequently, so the life cycle of vocabulary much and has As time goes on formed the intrinsic and distinctive vocabulary of user with the continuous accumulation of importing than the vocabulary of UWD is long among the PUD.
The Data Structures of PUD and UWD memory storage is formation.They and enter key bit sequence memory storage, the option sequences storage is the same with the targets option memory storage, and also the resource allocation as system links to each other with search engine.Database in PUD and UWD and the system is separate.
Search engine is always sought option and is put into the option sequences storage by the order of UWD, PUD and current connected language database according to the letter or number key bit sequence of user's input, regulates the distribution of option with this.If the option of One's name is legion can not disposablely be put into the option sequences storage, system is divided into the section with fixed options number with them, the page or leaf of meaning, and the page length of this fixed number meaning.Therefore the option sequence is to leave the option sequences storage in and be reflected in the screen display device by page or leaf; The option of same page is shown so system is with regard to having set up a commentaries on classics front and back page or leaf function to make not for the user; A function is selected option for the user before and after also having set up commentaries on classics.As the search result of foundation input information, the option in the option sequences storage can only be selected and can not be by additions and deletions or modification.By custom, the user can only carry out additions and deletions or modification to character or the numeric string tail of sequence of oneself importing in the enter key bit sequence memory storage, seeks different results by engine then.Exactly because also the additions and deletions operation is only carried out at its afterbody, total system and search engine are not established pointer or cursor to the afterbody of character or numeric string in the enter key bit sequence memory storage, there is no need to establish it yet.What need to remind is that the input of not all symbol in different carriers all needs enter key bit sequence memory storage and the support of option sequences storage, for example at full keyboard situation numeral and punctuation mark commonly used owing to have only its input of an option with regard to not needing and direct target approach option memory storage person to be used asks for through said apparatus.The input method that requires emphasis in addition its key position function under the situation of enter key bit sequence memory storage content sky or non-NULL distributes and has a great difference; This is because the software of benefiting from that is under the editing mode is not surrendered when empty in enter key bit sequence memory storage content and comprised the cursor up down move left and right, blade-rotating, and deletion, carriage returns etc. are in interior many feature operations; And only under the situation of enter key bit sequence memory storage content non-NULL system entered the user mode of input method in conjunction with the language library search, above-mentioned all feature operations this moment are that input method is used up to this secondary word, speech or sentence input are finished.
Usually, PUD and UWD need the key position to support to be entered corresponding state when user's word-building.And the word-building of a kind of freezing of being called pinyin has omitted its key position that enters the word-building state in a kind of special mode and has supported.Present some input methods of search dog input method that still comprised of this method are used.Its principle is that the phonetic expression formula of the disposable sentence that will construct or vocabulary is all imported, and returns phonetic expression formula stem then or needs improved at first position to distribute according to phonetic and find out vocabulary or the sentence that institute's option of wanting will be constructed with formation one by one.Be to have utilized the pointer that points to first option to point to the state of stopping of previous option (this is impossible vacant state) more in essence by returning the access state that has become the vocabulary structure in the operation of input expression formula tail pointer.Here said key position supports not to be only to refer to that this function occupies certain key position from start to finish always; And be meant that a certain period or a certain moment occupy this key position because a key position can be multi-functional, its operation according in the key bitmap between the key position logical relation on the task also can be polynary, also comprise long button or short button etc. still more.
Though freezing pinyin word-building has omitted the key position and supported and seem intuitively effectively to have brought some insoluble problems also, particular problem shows.
(1) returning after the input Pinyin expression formula is to be cost to increase the system operation complicacy, and enter key bit sequence memory storage content need be set up pointer or cursor and also bring its feature operation that moves forward and backward or corresponding key position is supported.The mode that freezing pinyin word-building converges all required characters or numeric string sequence and then returns by disposable input institute word-building, certainly save the dedicated array of keys position of a word-building and also can evade with other benefit from that software clashes on function may.But improved the use complexity thus, cost prohibitive is difficult for additions and deletions and revises in the word-building process, also limited usable range simultaneously.Just because of this, freezing pinyin word-building can not effectively satisfy on single or multilingual platform with various input mode operations.In addition, in enter key bit sequence memory storage, set up cursor and move left and right not only to make system's complicated cost that improves that becomes, be unfavorable in the low-end platform operation, also unnecessary; Because can't preset when some input modes such as numeral and the input of some symbol and without enter key bit sequence memory storage, even if also be difficult to preset under the enter key bit sequence memory storage content non-NULL double hit input mode, unpredictable feature operation and additions and deletions operation or the like in user's input process still more.
(2) returning after the input Pinyin expression formula not only increased the complicacy of using but also has been the cost that is operating as with the user, and speech or sentence are long more, and it is high more that non-phonetic is expressed the many more costs of part.Such as: the user will make up " Patent Office of State Intellectual Property Office " this vocabulary by freezing pinyin word-building, just need in enter key bit sequence memory storage, to import complete phonetic expression formula " guojiazhishichanquanjuzhuanliju " by input media (keyboard), and then the cursor set up in the enter key bit sequence memory storage or pointer return back to phonetic expression formula stem with the choosing of first character/word of making up this word, choose until word-building successively then and finish.Its operation is very complicated, and the operation cost that pointer and cursor are selected is also very big.Can infer, if the user utilizes freezing pinyin word-building to make up a long word on the narrower and small cell phone system of display screen, at this moment, the length of phonetic expression formula even may surpass screen and cover, its operation will be what difficult, say nothing of, screen also need be in the word-building process corresponding content in the Show Options sequences storage.
(3) freezing pinyin word-building is that basic concept has limited its usable range with Total Options from phonetic.Development along with society, user's word-building kind is ever-changing, especially stride the word-building of languages, such as T-shirt, Shanghai-Calgary, even one with network address www.beidu.com or the email address cfr@yahoo.com special-purpose vocabulary that also all may become user of phonetic without any relation, say nothing of on multilingual platform with not only from English but also from such as French, German, or the vocabulary of various different languages such as Dard with make the speech sentence-making with different input modes.Even also have some young network intelligents can pass through some symbol combination (as: @.@), make up the word that oneself needs.And freezing pinyin word-building can't realize that obviously the above-mentioned languages of striding make up vocabulary, has embodied the use limitation of this word-building.
This word-building using method complexity in sum, service efficiency is not high, and usable range is limited, can not effectively satisfy on single or multilingual platform with various different input modes operations.
Summary of the invention
The purpose of this invention is to provide the input method word-building pattern in a kind of intelligence system, mainly solve the existing technical matters of above-mentioned freezing pinyin word-building.
For solving the problems of the technologies described above, the present invention realizes like this.
Input method word-building pattern in a kind of intelligence system sees also Fig. 1-3, and its person of being to use 10 carries out the method for select target, word-building from language library 6 by input media 2, screen display device 3, search engine 4 and each memory storage in intelligence system 1; Described memory storage comprises enter key bit sequence memory storage 51, option sequences storage 52, targets option memory storage 53, PUD memory storage 54 and/or UWD memory storage 55; Have current input magazine and input method display part 31, text display part 32, list entries display part 33 and option sequence display part 34 on the described screen display device 3; It is characterized in that: described memory storage also further comprises fragmented storage device 56; The concrete steps of this method are:
A enters the word-building state step: (select for use the main reason of this mode to be by carry out the operation that enters that intelligence system 1 can discern on input media 2, there is the abundant function key available on the input media 2), perhaps judge that in intelligence system 1 enter key bit sequence memory storage 51 is for carrying out the operation that enters that intelligence system 1 can discern by input media 2 under the non-dummy status, to enter the word-building state;
B word-building operation steps specifically is first execution in step B3:
B1 user 10 passes through input media 2 input characters or symbol sebolic addressing after entering the word-building state, perhaps character or symbol sebolic addressing have been imported before entering the word-building state and have been finished, and character or symbol sebolic addressing have entered enter key bit sequence memory storage 51, search engine 4 searches out the option sequence corresponding to described character or symbol sebolic addressing in current language storehouse 6, and store option sequences storage 52 into, execution in step B2 after extracting; Perhaps under the word-building state, pass through input media 2 input characters or symbol, search engine 4 obtains option and also directly the character or the symbol of this option and corresponding input is connected to the option afterbody that is moved into fragmented storage device 56 before, execution in step B3 from current language storehouse 6 or from the resource of intelligence system 1.
B3 is if user 10 needs to continue to append word-building option, then execution in step B1 in fragmented storage device 56; If user 10 needs deletion word-building option, then carry out deletion action by input media 2, this deletion action is carried out forward from the option afterbody of fragmented storage device 56, continues to carry out B1 or execution in step C after deletion action is finished; If user 10 needs to finish then execution in step C of word-building state;
C finishes word-building state of operation step: user 10 carries out the operation of withdrawing from that intelligence systems 1 can discern by input media 2, and intelligence system 1 deposits in PUD memory storage 54 and/or the UWD memory storage 55 after the targets option sequence of word-building connection and corresponding characters sequence thereof have been sheared from fragmented storage device 56 in the fragmented storage device 56;
In the above-mentioned steps, the content of enter key bit sequence memory storage 51 shows in list entries display part 33, the content of option sequences storage 52 shows in option sequence display part 34, content in the fragmented storage device 56 shows that in text display part 32 information of current language storehouse 6 and input method shows in current input magazine and input method display part 31.
Because smart machines such as present mobile phone, PDA, computer all need to possess the function of text input, so these smart machines intelligence system described in the present invention 1 just.In order to realize the function of text input, all inevitably need such structure in these intelligence systems, be input media 2, screen display device 3, search engine 4 and each memory storage from hardware architectures such as language librarys 6, these all are known techniques, so this paper repeats no more.Intelligence system of the present invention mainly is further to have increased fragmented storage device 56 on the basis that constitutes memory storage (comprising enter key bit sequence memory storage 51, option sequences storage 52, targets option memory storage 53, PUD memory storage 54 and/or UWD memory storage 55) from hardware configuration.And can articulate and to cooperate the multilingual storehouse with search engine 4.From input media 2, can make the mode such as operation keyboard, touch-screen of operation keyboard, the computer of mobile phone, can certainly be not limited to these modes.
See also Fig. 2,3, they all are the embodiments of intelligence system of the present invention.Wherein, what show among Fig. 2 is to comprise the multiple language library that cooperates by search engine 4, and the memory storage of the intelligence system that constitutes jointly by enter key bit sequence memory storage 51, option sequences storage 52, targets option memory storage 53, PUD memory storage 54, UWD memory storage 55, fragmented storage device 56 and job information reserved area memory storage 57, it is a kind of perfect relatively hardware architecture.The intelligence system that Fig. 3 shows has only articulated a kind of language library, and also omitted UWD memory storage 55 and job information reserved area memory storage 57 in its memory storage, but it remains and can realize the inventive method.
Input method word-building pattern in the described intelligence system is characterized in that: described language library 6 be can by intelligence system 1 control switch select, and a plurality of language librarys that can extract by search engine 4 search; Can carry out intelligence system 1 discernible language library blocked operation by input media 2 according to user's 10 word-building needs before the step B1 of described step B.When using multilingual word-building function, just need to use all hardware architectures as shown in Figure 2, can articulate cooperation multilingual library searching engine 4 and multilingual storehouse 6 and be absolutely necessary.
Input method word-building pattern in the described intelligence system is characterized in that: described steps A is when carrying out, and intelligence system 1 writes down language library before the word-building and input mode information and store in the memory storage simultaneously; After step C carries out, intelligence system 1 according to the word-building of storing in the memory storage before language library and input mode information, language library and input mode information are switched to original mode.Interrupt and the information that keeps the scene intact when this function has realized entering the word-building state, get back to the preceding input state of word-building after the word-building so that finish.
Input method word-building pattern in the described intelligence system, it is characterized in that: search engine 4 searches out the option sequence corresponding to described character string simultaneously according to character string in the enter key bit sequence memory storage 51 among the described step B1 in current language storehouse 6, PUD memory storage 54, UWD memory storage 55.
Input method word-building pattern in the described intelligence system is characterized in that: described memory storage comprises and also further comprises word-building job information reserved area memory storage 57, and it is used to store the job information of field data and word-building before the word-building.Field data before the described word-building comprises language library, and input mode etc. are so that get back to the preceding state of word-building after finishing.The job information of described word-building: current word-building state, the language library of link and input mode further comprise gesticulating or phonetic under the Chinese link, common or click type and numeral or punctuate input mode or the like under the non-Chinese link.This job information reserved area memory storage 57 can be single-row, but also can not need independent setting on design level, such as: can be in the stem appointed area of PUD memory storage 54 or UWD memory storage 55.If only have the UWD function then word-building job information reserved area to be appointed as in the stem zone of UWD memory module.If only have the PUD function then word-building job information reserved area to be appointed as in the stem zone of PUD memory module.If PUD and UWD function all exist the memory module stem zone of then choosing one wantonly to be appointed as word-building job information reserved area.
Input method word-building pattern in the described intelligence system, it is characterized in that: judge that in intelligence system 1 enter key bit sequence memory storage 51 is for carrying out the operation that enters that intelligence system 1 can discern by input media 2 under the non-dummy status, to enter the word-building state in the described steps A; Specifically comprise: when enter key bit sequence memory storage 51 non-NULLs, enter word-building state by changeing the preceding paragraph feature operation in option sequences storage 52 under for sky or non-NULL and the first option situation of cursor pointing by engine search 4 back, perhaps when enter key bit sequence memory storage 51 non-NULLs by engine search 4 backs in option sequences storage 52 for sky or non-NULL and be under the homepage situation and enter the word-building state by page feature operation commentaries on classics before.
Defining the above-mentioned reason that enters the mode of word-building state mainly is: have in the intelligence system of text input function at present great majority, only system could will comprise the cursor up down move left and right under enter key bit sequence memory storage non-NULL situation, blade-rotating, deletion, carriage returns etc. are put in the input method use in interior many feature operations; Certainly, word-building enter no exception.Therefore, can make full use of these feature operations vacant state at this moment and reach and the equifinality and the cost that are provided with special-purpose word-building key position, reasonably enter the word-building state naturally.
Input method word-building pattern in the described intelligence system, it is characterized in that: user 10 selects required concrete option and selected by input media 2 operations from current option sequences storage 52 among the described step B2, chosen option and corresponding to the character string of this option after option sequences storage 52 and enter key bit sequence memory storage 51 are sheared, be moved into the fragmented storage device 56 respectively and be connected to before be moved into the option afterbody of fragmented storage device 56; Wherein, described chosen option has been inserted fragmented storage device 56 together together with its corresponding list entries all-key and has been linked to each other with completed segmented content before.The list entries all-key is for obtaining the character that targets option will import or the complete information of numeric string.PUD and UWD and language database have separate owing to do not obtained targets option when in most of the cases the user is input to complete sequence, so only depositing in according to the current content in the key bit sequence memory storage can not be fully in the retrieval in future behind PUD or the UWD device or accurately reflect this targets option, therefore supplying corresponding sequence all-key in system provides complete information to be very important for search later on.
Input method word-building pattern in the described intelligence system, it is characterized in that: if enter key bit sequence memory storage content 51 and option sequences storage 52 contents are carried out selection operation when being all sky following two kinds of situations definition is arranged: this was operating as blank operation when fragmented storage device 56 contents were empty, or this is operating as and determines that fragmented storage device 56 contents for the net result of this word-building and at first leave its content in targets option memory storage 53 as targets option and extract for users, specifically can also comprise following several mode of operation during fragmented storage device 56 content non-NULLs:
(1) has only the PUD memory storage in the configuration: verify that with the content of PUD memory storage Ruo Qinei not this vocabulary then becomes the interior up-to-date mental lexicon of PUD memory storage.
(2) has only the UWD memory storage in the configuration: verify that with the content of UWD memory storage Ruo Qinei not this vocabulary then becomes the interior up-to-date mental lexicon of UWD memory storage.
(3) there are PUD and UWD memory storage simultaneously in the configuration: verify that with the content of PUD memory storage Ruo Qinei not this vocabulary then becomes the interior up-to-date mental lexicon of PUD memory storage.
(4) have PUD and UWD memory storage simultaneously in the configuration: since before and after when enter key bit sequence memory storage content and option sequences storage content are all sky, changeing under the word-building duty item, page or leaf waits and is all blank operation before and after changeing, be defined as verifying that Ruo Qinei not this vocabulary then becomes the interior up-to-date mental lexicon of UWD memory storage with the content of UWD memory storage at this.
The aforesaid operations mode all is to enter to finish the word-building state at last.
Input method word-building pattern in the described intelligence system is characterized in that: during deletion action among the described step B2, if enter key bit sequence memory storage 51 content non-NULLs are then deleted last incoming symbol earlier; If enter key bit sequence memory storage 51 contents are that sky and fragmented storage device 56 content non-NULLs are then deleted last segmented content; If enter key bit sequence memory storage 51 contents and fragmented storage device 56 contents be all sky then deletion action use to enter and finish the word-building state for finishing this function.
Input method word-building pattern in the described intelligence system is characterized in that: described fragmented storage device 56 is to obtain by other memory storage dual-purposes in the intelligence system, and this mainly is in order to save hardware spending, and following three selections specifically can be arranged:
(1) under the PUD state if only have the UWD memory storage then with its afterbody temporarily as the fragmented storage zone.
(2) under the PUD state if only have the PUD memory storage then with its afterbody temporarily as the fragmented storage zone.
(3) under the PUD state, all exist the afterbody of then choosing one wantonly temporarily as the fragmented storage zone as if PUD and UWD memory storage.
Since should be detachable in engine as configuration UWD and PUD memory storage, compatible but separate on the function; Therefore above-mentioned consideration is rationally necessary and spatially do not increase extra expense.Segmented content selected in the word-building process is inverted into the fragmented storage zone from afterbody in order, when the perform region extends to afterbody vocabulary in PUD or the UWD memory storage along with the increase of segmented content, its afterbody vocabulary, the vocabulary of also promptly placing at most gives the fragmented storage zone to continue to make the speech process with disallowable with vacating space.Therefore do not have the upper limit on the fragmented storage Region Theory, and should enter just dynamically generation under the word-building state in the zone.Reached splendid effect.In whole word-building process, segmented content and the corresponding list entries all-key put upside down and be done by user's sequence of operation in the fragmented storage zone.And the content that the person of being to use who deposits in enter key bit sequence memory storage and option sequences storage is operating.
By technique scheme, the present invention has following advantage.
(1) the invention provides a kind of brand-new various and easy word-building access method and segmentation word formation, the vacant state that has made full use of feature operation has reached and the equifinality that has under the situation of special-purpose word-building key position; Do not exist from importing complete phonetic expression formula and return any step again and make the cost minimum, and can segmentation make up required word in the word-building state, be convenient to revise, delete.
(2) the present invention is owing to have the function and the characteristics of segmentation word-building, therefore can fully be implemented in to constitute vocabulary jointly between multilingual, even can make up the vocabulary that symbol combination forms, and shown user's sexual demand especially.It is compared with freezing pinyin, is not limited to phonetic transcriptions of Chinese characters input, word-building, helps to use in worldwide this method.
(3) the present invention is owing to provide a kind of brand-new various and easy word-building access method and segmentation word formation, therefore usable range can be widened whole intelligence system field, be fit to use on computers compare with existing freezing pinyin intelligence, its application is widened greatly.
(4) the present invention is owing to provide a kind of brand-new various and easy word-building access method and segmentation word formation, and its whole word-building process keeps highly consistent with user's operating habit.The user more gets used to segmentation from front to back and makes up word in word-building, and deletes modification from back to front when mistake occurring, and segmentation word-building of the present invention can effectively mate this custom for a long time.And freezing pinyin need return after the complete phonetic expression formula of input again and selects character/word to make up, and this operation does not just meet people's operating habit.
(5) the inventive method is a creationary dynamic process in whole word-building, has a kind of randomness of compound human word-building custom, can repair and can change; But the content of importing not all is measurable or anticipation.
Description of drawings
Fig. 1 is the overall flow figure of the inventive method.
Fig. 2 is the framework map of intelligence system one better embodiment in the inventive method.
Fig. 3 is the framework map of another embodiment of intelligence system in the inventive method.
Fig. 4 is the frame diagram of intelligence system in the embodiment of the invention (equipment) model.
Fig. 5-18 is based on the step design sketch of the word-building process embodiment 1 of Fig. 4 intelligence system.
Figure 19-49 is based on the step design sketch of the word-building process embodiment 2 of Fig. 4 intelligence system.
Embodiment
Come further to introduce the superiority of the inventive method by the following examples, Fig. 4 is exactly the intelligence system mobile phone that is used for implementing the embodiment of the invention, and for simplicity's sake, we have defined following basic operation.
A: cyclic transformation current language storehouse is the operation of language library preposition in the tabulation.
B: cyclic transformation current language storehouse is the operation of language library rearmounted in the tabulation.
C: input comprises any symbol manipulation that is placed in the enter key bit sequence memory storage of numeral or letter.
D: selection operation.
E: deletion action.
F: object pointer reach operation in the option sequence.
G: move operation behind the object pointer in the option sequence.
H: move to preceding page operations in the option sequence.
I: move to the back page operations in the option sequence.
J: different input mode conversion operations.Chinese library link to each other and non-alphabetical input condition under be digital input mode conversion operations; It under the non-Chinese situation conversion operations between common input mode, digital form and the click mode.
Figure 04 is a device model.Suppose that PUD and UWD exist, the language database in the model all is recycled connection, and word-building job information reserved area is arranged on PUD memory storage stem and the fragmented storage regions module is arranged on the situation of PUD memory storage afterbody.
Simultaneously suppose that also present input condition is figure 05.To import " Shanghai-London " now, consider that this speech may be transfused to once more, can be configured to a compound word and put into PUD or UWD.At first must figure 06 after the input digit sequence 74264424.This moment, cursor just in time pointed to first term " Shanghai " in homepage.F or H operation back keep on-the-spot earlier: connected is Chinese database, and the input mode that is retained is ZH Pinyin; Word-building mode bit in the word-building job information zone is 1 then, the enter key bit-identify is also from KS: become PDKS: show that present system has entered word-building state such as figure 07.D operation back " Shanghai (shanghai) " is squeezed into the fragmented storage zone that is positioned at the PUD afterbody as segmented content, and enter key bit sequence memory storage and option sequences storage empty simultaneously.Screen display device textual portions back " Shanghai " is connected the back and is separated by a space, shows the segmented content that first is selected with this.Because enter key bit sequence memory storage is empty, what screen display device list entries part was shown only is the list entries all-key part of segmented content in the fragmented storage zone, sees figure 08.Suppose punctuation mark in order.,? 1@ ' "-()/: _; + ﹠amp; %*=＜＞leave in the appointment array of system.When all punctuation marks are all figure case 0 time and when non-Chinese library when Chinese library is connected all figure case 1 time.Press 0 key up to choosing '-' to get constitutional diagram 09.D operation back " (0) " is squeezed as second section segmented content and enters the fragmented storage zone and be connected with first section.Enter key bit sequence memory storage and option sequences storage empty.Be connected to ' Shanghai ' in the screen display device textual portions after '-' and represent that it is also selected as segmented content.The screen display device list entries partly is the list entries all-key part of being docile and obedient all segmented contents in the preface display segment storage area; If enter key bit sequence memory storage non-NULL then then show its content.Here ' 0 ' connects thereafter naturally.So Figure 10.Figure 11 that B operation back system links to each other with English storehouse.Get Figure 12 after the input digit sequence 56636.D operation back is squeezed as the 3rd section segmented content " London (566366) " and enters the fragmented storage zone and be connected with current final stage.Attention one 6 of this multiple access to mend into all-key.Enter key bit sequence memory storage and option sequences storage empty.The screen display device list entries partly is docile and obedient the list entries all-key part of all segmented contents in the preface display segment storage area.Here ' 566366 ' connects thereafter naturally; Get Figure 13.
Be all sky and under the situation of fragmented storage zone non-NULL in enter key bit sequence memory storage and option sequences storage, defining D operation this moment by the present invention will make " Shanghai-London " to enter the PUD checking and choose program and F, G, H, or I operation will make this vocabulary enter the UWD checking and choose program.Consider that " Shanghai-London " is not the very high vocabulary of Retention Level, can consider this vocabulary is placed on UWD; F, G, H, or after the I operation at first in the fragmented storage zone all segmentation option merge in order, all segmentation list entries all-keys also merge in order, are connected then then to deposit the UWD memory storage with segmentation option in as first term; The fragmented storage zone is cleared.The former preposition space that is used as part to be selected " Shanghai-London " of screen display device Chinese version part disappears and represents that institute's word-building remittance is selected.Word-building mode bit in the word-building job information zone is 0, the list entries part is by PDKS: become KS again: and database link and input mode part become ZH Pinyin again by English AM and represent that system recovered the on-the-spot state environment before the word-building of having got back to after finishing word-building.See Figure 14.Continue the input content " air ticket? yes, the air ticket that I will buy is " Figure 15.
Face this moment again re-enters " Shanghai-London ".At this moment since this speech in UWD, as long as " 742644240 " system that is input to can both find this option when searching for by common phonetic search or the according to first letter female phonetic of " 740 " system in UWD.It should be noted that because vocabulary " air ticket " when being selected not in option sequence first place, so the UWD memory storage is seen Figure 16 at " Shanghai-London (shanghai0566366) " the preceding vocabulary " air ticket (jipiao) " that increased.Get Figure 17 after the D operation.Imported last "." must whole input results Figure 18.
It is on-the-spot to connect example." the present has the honor to know each other, and enclose contact method: I make Jackie old, phone: 12345678, and e-mail: jackiechen556.tm@yahoo.com.Hope multi-joint system.Do not forgotten: Jackie is old, and 12345678, jackiechen556.tm@yahoo.com.”。
See Figure 19 after having imported " the present has the honor to know each other, and enclose contact method: I cry ".B operation back system gets Figure 20 continuously mutually with English storehouse.Input 52254 gets Figure 21.F or H operation back keep on-the-spot earlier: connected is English database, and the input mode that is retained is English AM; Word-building mode bit in the word-building job information zone is 1 then, the enter key bit-identify is also from KS: become PDKS: show that present system has entered word-building state such as Figure 22.Carry out D and A operation, import 2436 then and get Figure 23.Get Figure 24 after the D operation.
Consider own name commonly used, after the D operation this speech is inserted (Figure 25) among the PUD.A operation back system gets Figure 26 continuously mutually with Chinese library.
Then input ", phone: 12345678, e-mail: " see Figure 27.B operation back system gets Figure 28 continuously mutually with English storehouse.Input 52254 gets Figure 29.F or H operation back keep on-the-spot earlier: connected is English database, and the input mode that is retained is EnglishAM; Word-building mode bit in the word-building job information zone is 1 then, the enter key bit-identify is also from KS: become PDKS: show that present system has entered word-building state such as Figure 30.Get Figure 31 after the D operation.J gets Figure 32 after being operated to the double hit input mode.Click input 2436 and get Figure 33.J gets Figure 34 after being operated to digital input mode.Figure 35 is seen in input 556.J gets Figure 36 after being operated to the double hit input mode.Input 1861 gets Figure 37.J gets Figure 38 after being operated to common input mode.Figure 39 is seen in input 92466.See Figure 40 after carrying out G and D operation. input 1266 has Figure 41.To transfer the address by telegram after D operates 2 times and deposit PUD memory storage (Figure 42) in.Continuation input content ".Hope multi-joint system.Do not forgotten: " must Figure 43.Input " 522 " gets Figure 44.Note current connected be that Chinese database and input mode are phonetic; Though " Jackiechen556.tm@yahoo.com " and " Jackie is old " all is English beginning, because PUD and UWD are separate with database, they appear at the option sequence in the same old way.Because the language difference of different nationalities is also variant to setting up of punctuation mark on its linguistic notation key bitmap.This text example is not painstakingly to pursue, and just reminds the user will notice that setting up of punctuation mark is under Chinese mode or non-Chinese mode in the word-building process; The former with key position 0 latter's key mapping table to reach be 1.This to word-building after the user accurately to ask for the mental lexicon be very important in the future.See Figure 45 after carrying out G and D operation.Continuation input content ", 12345678, " must Figure 46.Input " 522 " gets Figure 47." Jackie is old " preceding is being because the vocabulary among the UWD occurs prior to PUD at this moment.Get Figure 48 after G and the D operation.Imported last "." must whole input process Figure 49.
It is not only all apparent from theory is still put into practice to have embodied superiority of the present invention by above-mentioned introduction and embodiment.
Being preferred embodiment of the present invention only in sum, is not to be used for limiting practical range of the present invention.Be that all equivalences of doing according to the content of the present patent application claim change and modification, all should be technology category of the present invention.
Claims (10)
1. the input method word-building pattern in the intelligence system, its person of being to use (10) carries out the method for select target, word-building from language library (6) by input media (2), screen display device (3), search engine (4) and each memory storage in intelligence system (1); Described memory storage comprises enter key bit sequence memory storage (51), option sequences storage (52), targets option memory storage (53), PUD memory storage (54) and/or UWD memory storage (55); Have current input magazine and input method display part (31), text display part (32), list entries display part (33) and option sequence display part (34) on the described screen display device (3); It is characterized in that: described memory storage also further comprises fragmented storage device (56); The concrete steps of this method are:
A enters the word-building state step: by carry out the operation that enters that intelligence system (1) can discern on input media (2), perhaps judge that in intelligence system (1) enter key bit sequence memory storage (51) is for carrying out the operation that enters that intelligence system (1) can discern by input media (2) under the non-dummy status, to enter the word-building state;
B word-building operation steps specifically is first execution in step B3:
B1 user (10) passes through input media (2) input character or symbol sebolic addressing after entering the word-building state, perhaps character or symbol sebolic addressing have been imported before entering the word-building state and have been finished, and character or symbol sebolic addressing have entered enter key bit sequence memory storage (51), search engine (4) searches out the option sequence corresponding to described character or symbol sebolic addressing in current language storehouse (6), and store option sequences storage (52) into, execution in step B2 after extracting; Perhaps under the word-building state, pass through input media (2) input character or symbol, search engine (4) from current language storehouse (6) or from the resource of intelligence system (1), obtain option and directly the character of this option and corresponding input or symbol are connected to before be moved into the option afterbody of fragmented storage device (56), execution in step B3.
B2 user (10) selects required concrete option and selected by input media (2) operation from current option sequences storage (52), chosen option and corresponding to the character string of this option after option sequences storage (52) and enter key bit sequence memory storage (51) are sheared, be moved into the fragmented storage device (56) respectively and be connected to before be moved into the option afterbody of fragmented storage device (56), execution in step B3; If user (10) needs last character or symbol in deletion input character or the symbol sebolic addressing, re-enter character or symbol and, then carry out deletion action, execution in step B1 by input media (2) by engine (4) search;
B3 needs to continue append the word-building option in fragmented storage device (56) as if user (10), then execution in step B1; If user (10) needs deletion word-building option, then carry out deletion action by input media (2), this deletion action is carried out forward from the option afterbody of fragmented storage device (56), continues to carry out B1 or execution in step C after deletion action is finished; If user (10) needs to finish then execution in step C of word-building state;
C finishes word-building state of operation step: user (10) carries out the operation of withdrawing from that intelligence system (1) can discern by input media (2), and intelligence system (1) deposits in PUD memory storage (54) and/or the UWD memory storage (55) after the targets option sequence of word-building connection and corresponding characters sequence thereof have been sheared from fragmented storage device (56) in the fragmented storage device (56);
In the above-mentioned steps, the content of enter key bit sequence memory storage (51) shows in list entries display part (33), the content of option sequences storage (52) shows in option sequence display part (34), content in the fragmented storage device (56) shows that in text display part (32) information of current language storehouse (6) and input method shows in current input magazine and input method display part (31).
2. the input method word-building pattern in the intelligence system according to claim 1 is characterized in that: described language library (6) be can by intelligence system (1) control switch select, and can pass through a plurality of language librarys of search engine (4) search extraction; Can need according to user (10) word-building before the step B1 of described step B, carry out the discernible language library blocked operation of intelligence system (1) by input media (2).
3. the input method word-building pattern in the intelligence system according to claim 2 is characterized in that: described steps A is when carrying out, and intelligence system (1) writes down language library before the word-building and input mode information and store in the memory storage simultaneously; After step C carries out, intelligence system (1) according to the word-building of storing in the memory storage before language library and input mode information, language library and input mode information are switched to original mode.
4. according to the input method word-building pattern in claim 1 or the 2 or 3 described intelligence systems, it is characterized in that: search engine among the described step B1 (4) searches out the option sequence corresponding to described character string simultaneously according to character string in the enter key bit sequence memory storage (51) in current language storehouse (6), PUD memory storage (54), UWD memory storage (55).
5. according to the input method word-building pattern in claim 1 or the 2 or 3 described intelligence systems, it is characterized in that: described memory storage comprises and also further comprises word-building job information reserved area memory storage (57), and it is used to store the job information of field data and word-building before the word-building.
6. according to the input method word-building pattern in claim 1 or the 2 or 3 described intelligence systems, it is characterized in that: judge that in intelligence system (1) enter key bit sequence memory storage (51) is for carrying out the operation that enters that intelligence system (1) can discern by input media (2) under the non-dummy status, to enter the word-building state in the described steps A; Specifically comprise:
When enter key bit sequence memory storage (51) non-NULL, enter word-building state by changeing the preceding paragraph feature operation in option sequences storage (52) under for sky or non-NULL and the first option situation of cursor pointing by engine search (4) back, perhaps when enter key bit sequence memory storage (51) non-NULL by engine search (4) back in option sequences storage (52) for sky or non-NULL and be under the homepage situation and enter the word-building state by a page feature operation before changeing.
7. according to the input method word-building pattern in claim 1 or the 2 or 3 described intelligence systems, it is characterized in that: user among the described step B2 (10) selects required concrete option and selected by input media (2) operation from current option sequences storage (52), chosen option and be moved into the fragmented storage device (56) after option sequences storage (52) and enter key bit sequence memory storage (51) are sheared respectively and be connected to the option afterbody that is moved into fragmented storage device (56) before corresponding to the character string of this option; Wherein, described chosen option has been inserted fragmented storage device (56) together together with its corresponding list entries all-key and has been linked to each other with completed segmented content before.
8. the input method word-building pattern in the intelligence system according to claim 7, it is characterized in that: if enter key bit sequence memory storage content (51) and option sequences storage (52) are carried out selection operation when content is all sky following two kinds of situations definition is arranged: this is operating as blank operation to fragmented storage device (56) content when empty, or this is operating as and determines that fragmented storage device (56) content at first leaves targets option memory storage (53) in for user's extraction as targets option for the net result of this word-building and with its content during fragmented storage device (56) content non-NULL.
9. according to the input method word-building pattern in claim 1 or the 2 or 3 described intelligence systems, it is characterized in that: during deletion action among the described step B2, if enter key bit sequence memory storage (51) content non-NULL is then deleted last incoming symbol earlier; If enter key bit sequence memory storage (51) content is that sky and fragmented storage device (56) content non-NULL are then deleted last segmented content; If enter key bit sequence memory storage (51) content and fragmented storage device (56) content be all sky then deletion action use to enter and finish the word-building state for finishing this function.
10. according to the input method word-building pattern in claim 1 or the 2 or 3 described intelligence systems, it is characterized in that: described fragmented storage device (56) is to obtain by other memory storage dual-purposes in the intelligence system.
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| CN1246678A (en) * | 1998-09-02 | 2000-03-08 | 陆明天 | Simple shape encode method for Chinese characters and its keyboard |
| CN1396513A (en) * | 2002-08-02 | 2003-02-12 | 张兴华 | Chinese-character 'Optimized root code' input method |
| CN1794149A (en) * | 2006-01-11 | 2006-06-28 | 庄德重 | Latin language intelligent cell phon input method |
| CN1841282A (en) * | 2006-01-15 | 2006-10-04 | 任文 | English digital code inputting method for mobile phone |
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|---|---|---|---|---|
| CN1246678A (en) * | 1998-09-02 | 2000-03-08 | 陆明天 | Simple shape encode method for Chinese characters and its keyboard |
| CN1396513A (en) * | 2002-08-02 | 2003-02-12 | 张兴华 | Chinese-character 'Optimized root code' input method |
| CN1794149A (en) * | 2006-01-11 | 2006-06-28 | 庄德重 | Latin language intelligent cell phon input method |
| CN1841282A (en) * | 2006-01-15 | 2006-10-04 | 任文 | English digital code inputting method for mobile phone |
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