41 results about "Syllabification" patented technology

The invention discloses a Chinese character binary-syllabification input method. In the invention, some initials and finals are distributed on partial number keys of a whole keyboard, and all the finals are distributed according to a certain rule to ensure that the distribution rule of a binary-syllabification keyboard is very visual; the finals ai, a, an and ang are distributed in a row; uai, ua, uan and uang are distributed in a row; ei, e, en and eng are distributed in a row; ia, ian and iang are distributed in a row; i, in and ing are distributed in a row; and ui, u and un are distributed in a row; therefore, users can remember the keying positions of most of the finals at a time, the users can accept the binary-syllabification input method more easily, the keystroke time can be decreased, and the Chinese character input speed during the use of the full keyboard can be increased.

The invention provides a Tibetan and Latin complete-short-form binary-syllabification encoding scheme and an intelligent input system of the encoding scheme, and relates to the field of Chinese information processing. According to the encoding scheme, coding of vowels and consonants of Tibetan is consistent with internationally-used Wylie Latin transliteration, only two characters (please see the different characters in the specification) are different and are encoded with w and a, and seven basic encoding rules are set; remaining Tibetan and Sanskrit characters are encoded by considering both pronunciation and character patterns. The system comprises an intelligent match module, a dictionary storage module, an input / word grouping module and a localism processing module. In inputting, small letters of a QWERTY keyboard and a few of ASCII codes are adopted. When a word cannot be input under the condition of direct simple spelling, the word can be input in a full-spelling mode, and then the word can be simply spelled when being input again. The encoding scheme and the intelligent input system solve the problems that in an existing Tibetan input method, capital and small letters of Latin and many ASCII codes are needed, simple spelling can be achieved when words are not stored in a word list, and not all Tibetan and Sanskrit characters and syllables can be input, and the Tibetan, Sanskrit and Latin transliteration encoding scheme also meets the English habits.

The invention discloses a method and a keyboard for inputting Chinese and English in a click, double-click and multi-click mixed mode, which relates to a novel Chinese and English computer fast recording technology and can be used for recording the Chinese or the English conveniently and fast on a common keyboard. Only faster four-bit code length input methods are required to be mastered in advance during Chinese fast recording, such as a binary syllabification method, a five-stroke input method and the like (the input methods are not required to be mastered during English fast recording) without the addition or modification of hardware equipment and without the relearning of a large amount of knowledge; certain simple rules are mastered; only 2 to 3 keys are required to be simultaneously clicked during double-click of keys every time, and 4 to 8 keys are required to be clicked during multi-click of the keys; the recording speed of the Chinese and the English can be greatly increased through double-click or multi-click fast recording by the common keyboard through short-term training; and the requirement of more than 200 words every minute on conference fast recording personnel is met. The method and the keyboard are component parts of a one-code-service series recording technology. Click, double-click and multi-click fast recording software has been successfully developed and has extremely good effects.

In a structurally symmetric code Chinese character input method, common structures, namely a left-right structure, an up-down structure, a single character and a surrounding structure, of Chinese characters are further subdivided according to the symmetry characteristic and beginning strokes of the Chinese characters by fully utilizing the structure, symmetry and stroke information of the Chinesecharacters, and are coded by an alphabetic keyboard. The method is simple, and easy to learn and use, can be variously combined with the conventional complete syllabification, binary syllabification,Wubi and other alphabetic code input schemes, and can be taken as a Chinese character input method for primary codes, auxiliary codes or identification codes, which ensures that a few repeated codes are generated, codes are quick to type, and the Chinese characters can be quickly retrieved.