41 results about "Syllabification" patented technology

The invention relates to a virtual keyboard design scheme for inputting Chinese characters by brain waves. In the scheme, a virtual keyboard consisting of 42 buttons (six rows * seven columns) is constructed on a computer screen; the upper half part of each key of the keyboard is marked with a character representing a name of the key; the lower half part of each key is provided with a small window with a pixel of 30*30, which is used for carrying out visual stimulation; first to fourth rows of buttons are marked with initial consonants and vowels in a binary syllabification input method; first five number keys in a fifth row represent positions of candidate Chinese characters; the back and forth page turning of candidate characters/words is realized by key names of '->' and '-<'; and a sixth row of buttons has the main function of realizing selection of the first to fifth rows of buttons. In the using process of a user, the selection of each binary syllabification character needs to be completed by two steps, i.e. a first step of selecting a certain button on the sixth row so as to select the row in which the binary syllabification character is positioned and a second step of selecting the binary syllabification character in the selected row and repeating.

A computer character encoding keyboard input method which is a six vowel binary syllabification input method has the advantages that the binary syllabification key position arrangement regularity is high, binary syllabification key positions are simple and easy to learn, the keystroke equivalent is low, and users feel comfortable and smooth. The six vowel binary syllabification input method has the effect of unifying all kinds of binary syllabification encoding, phonetic alphabet vowels of Character strokes are utilized, the six vowel binary syllabification input method is particularly suitable for writing of the Character vowels, and the phonetic alphabet vowels are short and easy to remember, can be conveniently written on a keyboard or displayed on a screen of a tablet personal computer or a cellphone, serve as a virtual alphabetical keyboard to be used and are suitable for being popularized and used.

The invention discloses a binary syllabification input method of Chinese characters. In the method, some initials and finals are allocated onto partial numeric keys on a full keyboard and all finals are laid out according to a certain law, therefore the layout law of the binary syllabification keyboard is very intuitive; the finals, such as ai, a, an and ang are arrayed in a line, the finals, such as uai, ua, uan and uang are arrayed in a line, the finals, such as ei, e, en and eng are arrayed in a line, the finals, such as ia, ian and iang are arrayed in a line, the finals, such as i, in and ing are arrayed in a line, the finals, such as u, un and uo are arrayed in a line, and the finals, such as o and ong are arrayed in a line, therefore key positions of most finals can be remembered at a time by users, and the users are easier to accept the binary syllabification method; and according to the binary syllabification input method disclosed by the invention, key pressing frequency is reduced, and Chinese character input speed when the full keyboard is used is accelerated.

The invention discloses a digital binary-syllabification two-stroke whole-sentence input method supporting fuzzy tone and a keyboard scheme of the digital binary-syllabification two-stroke whole-sentence input method supporting the fuzzy tone. The technical scheme of a patent for invention with the application number of 201210277981.5 is improved. The mapping of the initial consonants and the simple or compound vowels of Chinese syllables in Chinese characters and the mapping of the strokes of the Chinese characters on a small keyboard are arranged reasonably, the Chinese characters and the work groups and the phrases of the Chinese characters are coded with pronunciation and stroke orders, a reasonable typing operation scheme is provided, and therefore the needs of people for inputting the Chinese characters on handheld devices conveniently and fast are met. The digital binary-syllabification two-stroke whole-sentence input method supporting the fuzzy tone and the keyboard scheme of the digital binary-syllabification two-stroke whole-sentence input method supporting the fuzzy tone have the advantages of being perfectly compatible with a traditional digital keyboard, comprehensively solving the problem of mixing the initial consonants and the simple or compound vowels of the Chinese syllables easily, further improving point and stroke typing efficiency and enabling the Chinese characters to be input more smoothly through an efficient whole-sentence input scheme.

The invention aims at providing an input method and device. The method includes that an input interface is provided for a user to conduct inputting, the input interface comprises an initial consonant input area and a vowel input area. The vowel input area comprises a plurality of vowel groups. Each vowel group comprises one or a plurality of vowels based on the same initial. According to an initial consonant item selected by the user in the initial consonant input area and a vowel item selected by the user in the vowel input area, candidate entries corresponding to the selected initial consonant item and the vowel item are provided for the user to be selected. By means of the input method and device, the user is not required to memorize binary syllabification input codes and can conduct binary syllabification input through the input interface directly. The input method and device reduces a use threshold of a binary syllabification input method, is favorable for popularization of the binary syllabification input method, improves the binary syllabification input speed, reduces operation cost of the user and remarkably improves input experience of the user.

A sliding input method for a six-key Chinese character and English touch screen is an input method only adopting six keys. Chinese character all phonetic alphabets, Chinese character binary syllabification, English letters, numbers, punctuation marks and the like can be input. Only four keys are displayed when the screen is not touched by the fingers, and thus only an extremely-small display area is occupied. Sliding tracks of the fingers in the six key positions correspondingly input different initial constants, vowels, English letters and the like. The input method is simple in rule and easy to learn and memorize, and can be used for intelligent wearable devices or gesture recognition devices or the like.

An improved, high-quality Thai text-to-phoneme converter. Syllabification is performed strictly according to the Thai pronunciation rules. Initial vowels, Thai syllable structures, special vowels, leading vowels, syllables with silent marks, unterminated vowels and terminated vowels are used to accurately implement the Thai syllabification. After syllabification, the most probable phonemes are obtained for all of the syllables using a rule-based approach in one embodiment of the invention.

The invention relates to a quick mobile phone Chinese pinyin input method which is a pinyin input method suitable for a touch screen mobile phone and a tablet personal computer. The method includes four input methods, namely a mobile phone Chinese few-key binary syllabification input method, a mobile phone Chinese syllable rime binary syllabification input method, a mobile phone Chinese semi full-spelling input method and a mobile phone few-repeated-code combination full-spelling input method. The mobile phone Chinese few-key binary syllabification input method is in a binary syllabification mode, the number of pinyin letter keys is set to be in a proper interval, a corresponding pinyin setting method is set, and the mobile phone Chinese few-key binary syllabification input method is suitable for being used for the touch screen mobile phone. The input mode of the mobile phone Chinese syllable rime binary syllabification input method and the input mode of the mobile phone Chinese semi full-spelling input method are between full spelling and binary syllabification, the key strokes are fewer than those of full spelling, the repeated code rate is lower than that of the binary syllabification, and the mobile phone Chinese syllable rime binary syllabification input method and the mobile phone Chinese semi full-spelling input method are suitable for the mobile phone. The mobile phone few-repeated-code combination full-spelling input method is a full-spelling input method suitable for the mobile phone, pinyin letter keys are set according to the principle that the repeated code rate is low, the number of the pinyin letter keys is reduced, and the repeated code rate is low.

The invention provides a sign language voice conversion device, comprising a display, a bracelet, finger rings and a controller; a microphone for receiving voice and a voice character translation chip for converting a voice into characters are arranged in the display; the bracelet is provided with a loudspeaker; when a sign language person expresses, the controller receives a distance value detected by a distance detector, matches a preset sign language action value in a database with corresponding pinyin syllables, and then controls the loudspeaker to sound; when a sounder expresses, the controller controls the display to display character information converted by the language character translation chip. The sign language voice conversion device based on a binary syllabification sign language, combined with an electromagnetic recognition technology, precisely detects a distance among wrists, fingers and a human body and realizes accurate conversion from the sign language to voice; the whole device has low requirements on hardware, and suitable for production and popularization; data can be established relatively easily without containing thousands of complex sign language actions and are easy to realize.

The invention discloses a Chinese character positive-negative sequence dual-radical quick determining, categorizing and searching method, a pinyin intelligent input method, and a method for looking up codes according to positive-negative sequence shape-codes and strokes of Chinese character, wherein the pinyin intelligent input method is based on the Chinese character positive-negative sequence dual-radical quick determining, radical classifying and searching method, is used for transcoding some Chinese characters according to certain rule while inputting tens of thousands of Chinese characters of kinds of character sets, is universal to a general keyboard for all-key input without repeated code and to a 12-key keypad for displaying 6 characters at most in the all-key input without page turning. According to the positive and negative radical lists provided by the methods, a positive sequence radical and a negative sequence radical are respectively taken from a top left corner and a lower right corner of each Chinese character, and can be synchronously used for categorizing and searching Chinese characters and the positive sequence codes and the negative sequence codes in the input method. The methods provided by the invention can be used for inputting a plurality of character sets, and are superior to a plurality of input methods, so that each person who looks up a dictionary can quickly perform touch-typing by using a binary syllabification method, a simple spell method or a full spell method, the categorization and the search of Chinese characters and the input of a computer, a mobile phone and the like can be scientifically, quickly and conveniently integrated together.

The invention discloses a method and a keyboard for inputting Chinese and English by double click, and aims to provide novel Chinese and English computer steno technology. On the basis of a plurality of pieces of original technology, improvement is performed and novel technology is added, and the Chinese or the English can be conveniently and rapidly input on an ordinary keyboard. Hardware equipment is not required to be added or modified, much knowledge is not required to be relearned, and only a rapid input method with the code length of quaternary code, such as binary syllabification, Wubi, double-stroke and the like is firstly required to be known for Chinese steno (the input method is not required to be known for English steno); a plurality of simple rules are then known; two to three keys are required to be pressed for each double click; and after training for a certain period of time, double-click steno can be performed by the ordinary keyboard, so that the input speed of the Chinese and the English are greatly improved, and the requirement that a meeting stenographer inputs more than 200 characters for each minute is met. The invention is a constituent of one-code-universal serial input technology. The double-click steno software has been successfully developed and has good effects.

The invention relates to a binary-syllabification double-glyph input method. The method comprises the following steps: defining the binary-syllabification phonetic code of a single character as a single character phonetic code; defining the binary-syllabification glyph code of a single character as a single character glyph code; defining the code, which is formed by adding a first code symbol of the glyph after the single character phonetic code, as a single character auxiliary code; connecting the single character glyph code of a Chinese character after the single character phonetic code as the single character full code of the character; defining a phrase code, which is formed by orderly taking single character phonetic codes of all the single characters constituting the phrase, as the phrase phonetic code; defining the code, which is formed by adding the first code element of the glyph of the first character in the phrase after the phrase phonetic code, as the phrase auxiliary code; orderly taking single character phonetic codes of all the single characters constituting the phrase, taking the code of the first code element of the glyph of the first character in the phrase, and taking the code of the first code element of the glyph of the second character in the phrase to constitute the phrase full code; and respectively recording the use frequency of single character phonetic codes, single character glyph codes, single character auxiliary codes, single character full codes, phrase sound codes, phrase brevity codes, phrase auxiliary code and phrase full codes in the Chinese character code database.

The invention discloses a binary syllabification type-in method and key-board to achieve Chinese character type-in on computer and handset, its basis theory is based on syllable own law and letter distributional characteristics on big and small key-board, divides rhyme into four areas of a, e, o and iu, and corresponds key-press position intuitionistically and orderly, make complex syllable orderly on the key-board, abrupt remember is not necessary. The third key-press is regarded as letter affirmance key-press on mini key-board, at the same time, identifies sound, the identical method is: identifying the three sounds by lengthways three lists, identifying the three rhymes by transverse three rows, the intersectant is the whole identifying key-press of sound. The invention is simple and applied, and it has good regularity, can solve difficulty of binary syllabification position or achieving difficulty on mini key-board, it produces little repeated code, especially no syllabic repeated code on mini key-board, it can be used on computer and handset, efficiency can be improved greatly.

A phoneme T-shaped Chinese character code input method, namely a phoneme T-shaped letter binary syllabification input method, has the advantages that arrangement regularity of binary syllabification keys is high, the method is simple and easy to learn, key clicking equivalent weight is low, comfort and smoothness are achieved, and radical codes are simple and easy to remember. The function of unifying various codes is achieved, and the method can be conveniently popularized and used for keyboards or screens of a tablet personal computer or a mobile phone.

The invention discloses a Chinese character input method and relates to the technical field of input methods. Chinese characters are input through an input device in the method. The input device comprises an input unit, a display unit and a control unit, wherein the input unit is a touch screen or at least comprises twelve keys. Firstly, a simplified syllabification method is used, the initial consonant string of a Chinese character string to be input is selected, then whether a correct Chinese character string exists in candidate Chinese character strings or not is checked, if so, the correct Chinese character string is selected, and if not, the closest Chinese character string is selected; and then a binary syllabification method is used, and incorrect characters are revised by inputting compound vowels (or key positions) indicated by the screen till the target Chinese character string is obtained. By using the input method disclosed by the invention to input Chinese characters, thesteps are less, the operation is simple, the method is not required to be remembered and can be mastered during use, and the characters can be input smoothly, rapidly and accurately and can be revised easily.

A pinyin input method adopts a binary syllabification keyboard, so that input letter strings are converted in a full permutation and combination mode to obtain a plurality of pinyin strings. The pinyin strings are used for retrieving a word bank. Therefore, the initial consonants can be input when the initial consonants need to be input, the final consonants can be input when the final consonantsneed to be input, and flexible input is achieved. According to the method, the binary syllabification characteristic is ingeniously integrated into the intelligent pinyin. The method has the characteristic of flexible intelligent pinyin input and the characteristic of few binary syllabification keys. The method is particularly suitable for being used on mobile phones and equipment with touch screens, and the pinyin input method technology in China can be further improved.

The present invention provides a Chinese binary syllabification system. Simple finals are configured to derive compound finals, and all the vowels are expressed by one symbol to form a whole Chinese binary syllabification character system. When the simple finals a, e and o add prefix to form the compound finals, punctuating at the outer side of the circle expresses adding i at the front, punctuating in the circle expresses adding u at the front, and punctuating at the outer side of the circle and in the circle expresses adding v at the front, namely 'prefix punctuating'. A dome or a flat top A is configured to form a half-opened symbol which is taken as an a rhythm element, wherein '-' type extending at the left direction expresses adding suffix n (front nasal), and the '-' type extending at the right direction expresses adding suffix n (back nasal), namely 'suffix adds '-''. The '-' in the middle of the E is changed to '|' (the a rhythm element turns left 90 degrees) to form an e rhythm element, the '|' extending at the top expresses that the suffix adds n, and the '|' extending at the bottom expresses that the suffix adds ng. In the a rhythm element, the e rhythm element and the symbols of adding the suffix, the opening area punctuating expresses adding i at the front, and the closure area punctuating expresses adding u at the front, and the opening area punctuating and the closure area punctuating express adding v at the front.

The invention discloses a Chinese character positive and negative sequence double-part rapid determination classification retrieval method, a pinyin intelligent input method which is established on the basis of the Chinese character positive and negative sequence double-part rapid determination classification retrieval method, is used for transcoding part of Chinese characters according to a certain rule when tens of thousands of Chinese characters comprising polyphonic characters of various character sets are input and can implement four-key touch typing without repeated codes on a universal keyboard, a mobile phone keyboard and the like, and a method for inputting or reversely checking information of pronunciation, codes, strokes and the like by utilizing positive and negative sequence codes of Chinese characters. Each Chinese character is subjected to taking of a positive sequence part and a negative sequence part respectively from the top left corner and the bottom right corner and the positive sequence part and the negative sequence part can be simultaneously used for classification, retrieval and input of the Chinese character. The Chinese character positive and negative sequence double-part rapid determination classification retrieval method can be used for retrieval and input of various character sets, does not require memory or training, is obviously superior to other retrieval input methods, enables every person capable of looking up a word to rapidly carry out touch typing in any mode of binary syllabification, simple spelling or full spelling, and fuses classification and retrieval of Chinese characters and input of a computer, a mobile phone and the like into one whole body in a scientific, rapid and convenient mode.

The invention provides a spell, number and sound-form binary-syllabification same-interface Chinese character input method. According to the method, 'pictographic code digital input' of performing pictographic conversion on Chinese character elements and numbers is developed on a 'Pinyin input' interface, so as to achieve switching operation among 'Pinyin input', number input and Pinyin binary-syllabification input. Pinyin input and number input are the fruit of integration of two types of culture. Pinyin input and number input are grafted and integrated so as to achieve an ideal Chinese character integration effect. The method has the advantages that 1 by virtue of Pinyin binary-syllabification input (binary syllabification: initial consonant typing + digital typing), frequent operations of turning the screen to search characters by Pinyin input users can be reduced, and users who are (slightly knowing Pinyin) not familiar with Pinyin can perform operations masterly; 2, by virtue of pure number input (a character can be get by at most four keys and common characters can be displayed without turning the screen), the Pinyin input users have no need of worrying about unknown works or uncertain pronunciation, and users not knowing Pinyin more expect such a simple associated input method capable of recognizing codes while seeing forms.

The invention provides an inputting method of Chinese character pinyin by way of binary syllabification input. The inputting method comprises the following steps: receiving interaction between a user and a binary syllabification input region and parsing the interaction as an instruction sequence, wherein the binary syllabification input region has at least ten and at most 25 key positions, wherein the instructions in the instruction sequence sequentially correspond to key positions interacted with the user; parsing the previous instruction in the instruction sequence to an initial consonant of a Chinese syllable associated to a corresponding key position and alternately parsing the following instructions to syllable rimes and initial consonants of Chinese syllables on the corresponding key positions sequentially till all instructions in the instruction sequence are completely parsed; and sequentially matching the initial consonants of the Chinese syllables obtained in the step B with the following syllable rimes as Chinese character syllables and outputting candidate Chinese characters corresponding to the Chinese character syllables. According to the inputting method of Chinese character pinyin, the quantity of the key positions arranged is moderate, the integral area of the input region can be reduced, a relatively low repeat code rate can be maintained, and the inputting efficiency and inputting comfortableness can be improved.