63 results about "Latin script" patented technology

A method and an apparatus are provided for composing a message in an online textbox using a non-Latin script. In one example, the method includes receiving a selection of a target language for composing the message in the online textbox, loading a hash table and an integer n that are associated with the target language, adding to a queue a character inputted from a QWERTY keyboard, and applying appropriate parsing and mapping techniques to the queue using the hash table and the integer n to display an appropriate script of the target language.

A system and method for inputting Chinese characters using Pinyin without requiring the entry of a delimiter key between Pinyin entries in a reduced keyboard is disclosed. The system searches for all possible single or multiple Pinyin spellings based on the entered Latin alphabets. Once the user has completed the inputting of the Pinyin spellings for desired Chinese phrase or characters, all possible matching phrases or characters are displayed on screen and off-screen due to screen size. The user then scrolls through a list of matching phrases or characters and selects the desired one by clicking.

A system and method for inputting Chinese characters using Pinyin without requiring the entry of a delimiter key between Pinyin entries in a reduced keyboard is disclosed. The system searches for all possible single or multiple Pinyin spellings based on the entered Latin alphabets. Once the user has completed the inputting of the Pinyin spellings for desired Chinese phrase or characters, all possible matching phrases or characters are displayed on screen and off-screen due to screen size. The user then scrolls through a list of matching phrases or characters and selects the desired one by clicking.

The invention is a kind of Chinese and foreign languages double-way automatic translation method which is based on the sentential form conversion and adopts the Chinese phonetic codes with the word as the unit, and it belongs to the automatic translation technology field. By the method we can translate Chinese and another language such as English to each other expediently, on one hand, it overcomes the present faults that all the Chinese-foreign languages translation can only be done by the Chinese characters and Chinese spelling because of that Chinese uses the connecting written Chinese phonetic codes by word which only adopts twenty-six Latin letters as the code element and includes Chinese sound, rhythm and tone to expresses information when translating, that Chinese characters and Chinese phonetic signs can not be compatible with ASCII codes completely and the malpractice that before every translation, the Chinese information that Chinese characters expresses has to be divided to single word, on the other hand, because of adopting the sentential form conversion method which bases on the lexical and the syntax system coincident with the goal language, to make the automatic translation method more exact than the traditional translation method, and the effectiveness better. However the inputting Chinese form is Chinese characters, Chinese spelling or Chinese phonetic codes, it can not only translates by the traditional method but also translate after changing the Chinese characters to Chinese phonetic codes, likely, if needed, the Chinese phonetic codes gotten after translation can not only express the Chinese information directly, but also be conversed to Chinese characters, Chinese spelling, Chinese sound, Chinese special person, Chinese localism or minority language sound.

The present invention discloses a Chinese phonetic code Chinese phonetic identification method, which is a computer conversion method converted from Chinese sound to Chinese phonetic code, and belongs to the computer Chinese phonetic identification technology field. Through such a method, the Chinese sound can be conveniently converted into the Chinese phonetic code composed of only 26 Latin letters. After converting into the Chinese phonetic code, the disadvantages that all Chinese phonetic identification results can only be expressed by Chinese characters or Chinese pinyin at present, and the Chinese characters and Chinese pinyin are not 100 percent compatible with ASCII code. Since the Chinese phonetic code can be conveniently converted into the Chinese character, the Chinese pinyin and the Chinese sound when necessary, thereby the technology of the present invention is enabled to develop the Chinese phonetic identification system whose complexity is not relative to the magnitude of the word stock. The present invention can be widely applied in the Chinese phonetic identification field, and provides great convenience for computer Chinese phonetic information processing.

Embodiments of the present invention relate to methods, systems and computer-readable media for transliteration between Cyrillic and Latin script in a software product. An embodiment of this transliteration system and method comprises loading a text of characters and words in one of a Cyrillic or Latin script into a character transliteration module. This module converts each character in the one of a Cyrillic or Latin script into a corresponding opposite transliterated Cyrillic or Latin character. Then each word is examined in a word capitalization and exception module that compares each transliterated word against a set of predetermined grammatical rules to determine whether there are exceptions in capitalization. If there are, then appropriate internal capitalization of characters is added. Each word of the text to be transliterated is sequentially examined and converted until all words have been examined.

The invention relates to a holographic Chinese information processing method by Quanpin and Jianpin of Chinese phonetic codes for computers or embedded computer systems, and belongs to the technical field of computer Chinese information processing. The method allows for holographic processing of Chinese information by 26 Latin letters and is 100% compatible with ASCII (American standard code for information interchange) codes. The method is widely applicable to the fields of Chinese information processing, book publishing, Chinese teaching, illiteracy elimination in rural areas, teaching Chinese as a foreign language, Chinese speech synthesis and recognition, displaying of computer files in various formats and Chinese webpage information, information search, Chinese programming, network domain and trademark logos with Chinese meaning and used for logging websites, and the like. The Chinese phonetic codes can be directly used to express Chinese information for people, especially illiterate or strange to Chinese, to conveniently learn, acknowledge and express Chinese information or Putonghua.

The digit keyboard English and Chinese input method comprises the digit keyboard English letter input method and the Chinese character input method according to Pinyin; a digit keyboard in the invention has ten digit keys and at least two function key; twenty six Latin letters and Chinese Pinyin vowel ¿� are divided into six groups according to the font, pen type and structure character of uppercases; the single vowels of Chinese Pinyin A, O, E, I and U are taken as the first letters of each group and arrayed in order; the group number and the order number in a group of each letter constitute the double-number code of the letter. English letters or Chinese Pinyin characters can be directly input an electron equipment by the double-number code; in order to offer convenience for input operation, codes of different English big letters and different English small letters are equipped so that big letters and different English small letters can be directly input; codes of Chinese Pinyin double initial consonants and compound vowels are equipped so that Chinese characters and Chinese phases can be input swiftly; traditional Chinese characters and punctuation marks can be directly input. The digit keyboard English and Chinese input method has the advantages of quick access and convenient use; the user can input letters or characters into the electron equipment according to a screen only by remembering the first letters of six groups; the digit keyboard English and Chinese input method is suitable for the electron equipment equipped with digit keyboard.

A method for inputting alphabetic Chinese character by computer includes using 26 Latin letters as code elements to code all modern Chinese characters; corresponding Chinese character coding to letters on computer keyboard; coding Chinese characters by means of five modes as homophonic alphabetic Chinese character, double syllable and original syllable alphabetic Chinese characters, literal meaning postfix alphabetic Chinese character and Chemical element alphabetic Chinese character.

A Chinese phonetic input method is a bran-new phonetic input method based on Chinese phonetic scheme (a new phonetic scheme designed based on Chinese phonetic scheme). The Chinese phonetic is a language culture tool and has profound society basic in present society that common speech is popular, the Chinese phonetic input method innovates and develops the common spelling and phonetic transcription tool and applies it for the Chinese character input in electronic devices. The Chinese phonetic uses vowel having united rhyme tone, the new vowel is according with the spelling and reading rule of the Chinese phonetic and compatibles with the spelling and reading rule and custom of the international Latin letter combination, the Chinese phonetic can be applied into the input method and will advance the relative information technology for processing Chinese character to progress to more higher level, and will improve the common speech level of the users.

An input method for Chinese characters takes the Chinese mandarin phonetic system and the Scheme of the Chinese Phonetic Alphabet as the tone-setting standard for Chinese characters. 26 Latin letters and 23 international universal letters mainly taking Greek letters are used to form an alphabetic writing scheme with the Chinese characters input by 49 letters. Initial and final consonants are converted into letters, the initial and final pronunciations and inflexions are fixed according to initial-final collocation complementary rule. The tone of letters is marked, and the light tone is marked according to real pronunciation. The Chinese characters with the same syllables and the same tone are divided into four large classifications and 28 meaning classifications. 27 meaning classifications are provided with meaning alphabets. A spelling rule of initial plus final plus tone plus meaning alphabet is adopted. The meaning alphabets define the characters, so that the Chinese language corresponds to the Chinese characters, and the characters are not selected when input. The sound, form and meaning characters are kept by using a Chinese character ideogram complementation rule. 43 types of basic strokes of the Chinese characters are summarized, and correspond to the Chinese language letters and form Chinese character basic stroke constitution codes. The character detection can be completed by inputting the Chinese language alphabet codes according to all of the strokes of the Chinese characters without based on order of strokes, and the Chinese language spelling and pronunciation having form without pronunciation are accessorily input or detected.

The invention relates to an encoding method of computer Chinese character encoded texts capable of being used as input codes and internal codes, and the encoding method comprises the following steps: words represented by Chinese characters are encoded to English letter symbol strings that consist of pinyin ideographic codes, rear light codes and external name codes, the pinyin ideographic codes corresponding to each Chinese character comprise 1-4 English letters, wherein the first letter represents sound, the second letter represents rhyme, the third letter represents tone and meaning, and the fourth letter is a digital; the rear light codes corresponding to a Chinese character with an unstressed sound part are represented by one or two letters; the external name codes are spelt by internationally used Latin letters; and the symbol strings of the computer Chinese character encoded texts can be directly input to a computer through English keys on a computer keyboard, and when being output from the computer, the symbol strings can be restored to Chinese characters by decoding to be output. The Chinese character encoded texts can be used as not only the input codes but also the internal codes, are easily input to the computer, has no repeated codes and can avoid inter-conversion of different internal codes and messy codes generated when an E-mail is transmitted, the number of the Chinese characters in a source character set can be expanded without limitation, and the source character set has the characteristics of precision, readability, high efficiency in representing Chinese, and the like.

The invention relates to a Chinese input method for computers, which discloses that the Chinese input method for the computers combines pronunciation, meaning and tone of Chinese characters and uses 28 Latin letters as Chinese codes, changes a mode that each Chinese character contains 1 to 6 phonetic alphabets in a scheme for the Chinese phonetic alphabet into a mode that each Chinese character only contains 1 to 4 Latin letter codes, ensures that fifty-six thousand individual characters in a Chinese dictionary and three hundred and seventy thousand phases in the Chinese dictionary realize the fact that the code length of each Chinese character does not exceed four letters and no repeated code exists, and can input three different character styles of simplified Chinese, traditional Chinese and variant Chinese.

The invention discloses a Chinese character Pinyin input method for the numeric keyboard of a mobile phone, which comprises a universal numeric keyboard configured with a display screen and provided with ten numeric keys, two symbolic keys * and # and four function keys: upper arrow, lower arrow, left arrow and right arrow and the universal configuration of 26 Latin letters on the numeric keys. The invention is characterized in that the numeric keys of 7,8,9,*,0 and # are set as the selection keys of candidate characters, and the numeric keys of 5,1,2 and 3 are set as the selection keys of candidate letters and letter sets. Compared with the prior art, the invention solves the problem that the Pinyin input method can not directly select the candidate characters or candidate letters or letter sets because of the universal configuration of the 26 Latin letters on the numeric keys, and thereby, the Chinese character input efficiency of the Pinyin input method based on the numeric keyboard of the mobile phone is remarkably improved.

The invention provides a processing system, method and device for transforming Chinese characters into numbers and Latin letters. The system comprises a preprocessing module used for dividing strokes of Chinese characters into character formation elements of multiple classes, a storage module, an element decomposition module used for splitting target Chinese characters, a code classifying module used for digitizing split target Chinese characters, and a Latin letter forming module used for transforming split Chinese characters into Latin letters. By means of the processing system, method and device, Chinese characters are automatically transformed into Arabic numbers and Latin letters, numbers or Latin letters are transformed into binary digits, machines are helped to recognize, read and display Chinese characters, and thus a new way is developed for Chinese character programming; besides, a new thought and a new method are provided for digital search and teaching of Chinese characters, and convenience is provided for global citizens to search for and study Chinese characters through machines.

The invention discloses a universal telephone number encoding method and a telephone set adopting the same. In the method, the digit number of the existing telephone number is at least shortened to two to three digits by respectively adopting hexadecimal numerical decoding, full latin letter encoding or 25-latin-letter encoding, the telephone number is easy to generate memory association, and area codes are defined by pinyin prefixes. The universal telephone number encoding method and the telephone set adopting the same are convenient to memory. The method disclosed by the invention can be universal around the world. A communication switching system decreases the number transmitting and switching time due to the shortening of the digit number of the telephone number. Access codes of international calls of each country and codes of national telephones are uniformly determined into two digits, which is beneficial to contact and mutual respect among the countries. The national telephone codes are totally consistent with English abbreviations which are internationally universal and represent the names of the corresponding countries. As long as the English abbreviation of one country is known, an international call can be conveniently dialed and people do not need to mechanically memorize cut-and-dried countries, areas and telephone numbers, which consist of numbers.

The present invention provides an all-code input keyboard. The input keyboard comprises letter enter keys, the letter enter keys are formed by M radical keys, each radical key is formed by N secondary keys capable of being independently operated, N is a positive integer greater than 1, and M is a positive integer from 5 to 26. Each radical key is corresponding to a set of Chinese character letters and evolution bodies, the secondary keys of each radical key are only corresponding to parts of each set of Chinese character letters and evolution bodies corresponding to the enter key, the Chinese character letters are formed by dividing Chinese characters according to orders from up to down, left to right, transverse to vertical, outside to inside, middle to side and connection to disconnection or according to a stroke order into ancient / modern Chinese character code elements, and the Chinese character letters and corresponding latin letters have body similarity. The keyboard has a plurality of subunits, and each character unit is corresponding to a position of a Chinese character letter in a Chinese character, thereby facilitating input and grasp of Chinese character structures by learners.

Method and system for generating letters and characters in a certain language using a standard Latin keyboard, according to which the letters of the certain language which have corresponding Latin letters are generated by pressing the corresponding Latin letter keys, using the standard ASCII code of the keyboard. The standard ASCII code is expanded to an extended code that can represent certain language letters which do not have corresponding Latin letters and certain language letters which do not have corresponding Latin letters but look similar to, or associated with, another certain language letters that do correspond to Latin letters, using the extended code. Certain language letters which do not have corresponding Latin letters are generated by typing the keys where the certain language letters are located on a standard Latin keyboard of the certain language, using the extended code. Then certain language letters which do not have corresponding Latin letters but look similar to, or associated with, another certain language letters that do correspond to Latin letters are generated using the extended code, by double clicking on the corresponding Latin letter keys. Finally, certain language letters which do not have corresponding Latin letters but look similar to another certain language letters that are generated are generated by double clicking the letters that are generated, using the extended code.

A method and an apparatus are provided for composing a message in an online textbox using a non-Latin script. In one example, the method includes receiving a selection of a target language for composing the message in the online textbox, loading a hash table and an integer n that are associated with the target language, adding to a queue a character inputted from a QWERTY keyboard, and applying appropriate parsing and mapping techniques to the queue using the hash table and the integer n to display an appropriate script of the target language.

The utility model relates to a fast Chinese character recording method via the computer, more particularly, a fast Chinese language input method without the input code. The input method is provided with a Chinese character input speed of over 200 characters per minute. So, the utility model is a good method used by the typist or a simple and high efficiency tool. The utility model adopts twenty-six universal Latin letters and three computer key-board signs.

The invention provides a real-time voice subtitle translation method of a Chinese voice and a foreign language voice of a computer and belongs to the technical field of processing of the human natural language information of a computer system. When the Chinese voice is converted into the foreign language voice, the Chinese mandarin voice is recognized into Chinese voice codes which are represented by 26 Latin letters through a Chinese voice recognition module, the Chinese voice codes are translated into a designated foreign language through a machine translation module, and the foreign language is synthesized into the corresponding foreign language voice through a foreign language voice synthesis module to be output. In the same way, the condition that the foreign language voice is converted into the Chinese voice is the same. When necessary, the character information for voice synthesis can be synchronously stored, displayed, transmitted or output along with the synthesized voice in a screen display, hardcopy or softcopy mode simultaneously. According to the technical scheme of the real-time voice subtitle translation method of the Chinese voice and the foreign language voice of the computer, the Chinese information can be transmitted and processed in the computer with an ASCII (American Standard Code For Information Interchange) system and Chinese and foreign people can communicate with each other with the native language voices conveniently.

The invention discloses a method for detecting multi-directional text in natural pictures based on connecting text fields. Text fields and connections are two key steps in the detection method, which are defined as follows: text fields refer to the division of many individual text fields on a picture Multi-directional bounding box regions, which surround a text strip or part of a word; concatenation refers to connecting adjacent fields, meaning that they belong to the same word or sentence. Text fields and connections are combined to detect equidistantly at multiple scales using a fully convolutional neural network trained end-to-end. The final detection result is obtained by first connecting multiple text fields to form new regions, and then combining these new regions. Compared with the existing technology, the detection method proposed by the present invention has achieved excellent results in terms of accuracy, speed, and model simplicity. It has high efficiency and strong robustness, can overcome complex picture backgrounds, and can also detect images in images. Long text in non-Latin scripts.

A method for inputting character with six keys includes setting Chinese character five basic strokes of '-,|,*,*,*' on tap of five keys for knocking twice of each key to form 25 letters and setting 'delta' on top of one key for only inputting latin letter 'R'. The six keys can be fabricated to be braille key for inputting braille.

The invention is applicable to Chinese information processing for computer and electronic communication equipment. Designing 26 components similar to Latin letters for making up Chinese characters scientifically, the invention establishes a set of letter for encoding Chinese to describe their character patterns, builds a Chinese encoding system suitable to big character set in complex font and simplified font accorded with GB2312-80 and GB18030-2000. Using identical encoding rule, through form of keying Latin letters and digits, the method describes contour features of Chinese characters. The method can input Chinese characters through inputting codes of letters, or digits or mixed codes of letters and digits.

The invention belongs to the technical field of a device for converting scattered information items into code forms. The invention discloses an ancient Yi language input control system and method thereof and an information data processing terminal. A phonetic code is adopted to input the ancient Yi language into a computer. The phonetic code is defined as the pronunciation code of the ancient Yi language, and the same letter keys of a computer keyboard are used for input according to the encoded letters; the phonetic code is defined as the pronunciation code of the ancient Yi language. From the perspective of computer keyboard input, the traditional Yi phonetic alphabet based on Latin alphabet, the phonetic alphabet symbols of Yi language are converted to common Latin alphabet symbols, andthe expressions of letters, initial consonants, vowels, tone symbols and breath symbols of Yi language phonetic alphabet symbols on the universal keyboard are scientifically regulated, and the traditional Yi phonetic input codes are designed to realize the input of traditional Yi phonetic information on the keyboard into the computer. The invention overcomes the shortcomings of multiple radicalsof stroke input, learning difficulty, incompatibility with computer operating system and the like.

The invention discloses a Chinese character pinyin input method for a numeric keyboard of a mobile telephone, which comprises the following steps of: configuring a display screen, configuring a universal numeric keyboard with ten numeric keys, two symbolic keys * and # and four functional keys: upper arrow, lower arrow, left arrow and right arrow and universally configuring twenty-six Latin letters on the numeric keys. The Chinese character pinyin input method is characterized by setting 7, 8, 9, *, 0 and # as the selection keys of candidate words and setting the numeric keys 5, 1, 2 and 3 as the selection keys of candidate letters and candidate letter groups. Compared with the prior art, the invention solves the problem that a pinyin input method can not directly select the candidate words, the candidate letters and the candidate letter groups because of the universal configuration of the twenty-six Latin letters on the numeric keyboard by a more practical method, and enhances the Chinese character input efficiency of the pinyin input method based on the numeric keyboard of the mobile telephone very obviously.

The invention provides a Uygur language processing method and system based on Latin letters, and solves the technical problem that existing language model training lacks effective data samples and cannot form accurate expression of Uygur vocabulary features. The method comprises the following steps: establishing a letter index of Uygur language materials, forming a basic vector of the Uygur language materials according to the letter index, and forming a statement training set of Uygur language by utilizing the basic vector; training a recurrent neural network through the statement training setto form a Uygur language sentence model; and obtaining semantic recessive feature vectors of Uygur vocabularies according to the Uygur sentence model to form word vectors. The vector dimension spaceadaptive to the actual semantic processing task can be formed, and a good sample measurement basis is provided for the specific semantic processing task. The serious defect that an existing recurrentneural network structure lacks effective recognition for word-level Uygur implicit correlation is avoided.

This invention involves a specific Latin Table transfer Chinese Pinyin inputting technology, including Chinese Pinyin and Chinese characters inputting technology. The main characteristic is to denote the pitch by the way of composing the simple or compound vowel and Latin letter based on the existing Chinese Pinyin. These specific Latin letters are the Initial x, v, q, j, etc. which can be only with i ,u compose for Pinyin, and randomly decide the pitch, for instance, Tones said with x, Increases said with v, Down said with q, YinPing said with the unchanged simple or compound vowel, Soft said with doubling the first letter. The method of distinguish between the homophones (including single-and multi-syllable word) is adding Latin letters as a suffix behind the finals which denote the pitch.