Abstract: A method for generating data for an application includes the steps of determining a character string composed of at least one character to be transferred from a text displayed by a display, designating an attribution for the determined character string, and transferring the determined character string to a place corresponding to the designated attribution.

Abstract: A method for generating data for an application includes the steps of determining a character string composed of at least one character to be transferred from a text displayed by a display, designating an attribution for the determined character string, and transferring the determined character string to a place corresponding to the designated attribution.

Abstract: An object of the present invention is to make it possible to input coordinate information continuously among a plurality of input faces in inputting such coordinate information from the plurality of input faces by specifying coordinate positions. When a time measured between an end of a first input on the first input face and a start of a second input on the second input face is within a predetermined time, the first and second inputs are recognized as one continuous input even if the first input is stopped. Furthermore, when the end position of the first input is within a predetermined region, the first and second inputs are recognized as one continuous input even if the first input is stopped. Accordingly, it becomes possible to make a series of inputs by using the plurality of input faces.

Abstract: A data processing apparatus includes a spreadsheet data storing section for storing spreadsheet data, a spreadsheet creating section for creating a spreadsheet consisting of at least one row and at least one column and a display section for displaying the spreadsheet on a screen. Additionally, the data processing apparatus includes an inputting section for designating a row or a column to be subjected to a non-display operation, a non-display controlling section for removing row or column data in the non-display operation, and controlling the display section to display a modified spreadsheet by moving rows or columns previously located adjacent to the removed row or column into adjoining relation. Further, a recovery display controlling section enables the restoring of data of a previously removed row or column to the displayed spreadsheet when the inputting section designates implementation of a recovery display operation.

Abstract: An object of the present invention is to convert a voice to a character string and output attribute data associated with the character string. The central controller of the data processing apparatus converts a voice entered from the voice input unit through the voice/character code conversion processing to a character string. Then, any date and time part of the character string are detected through the date detection processing and the time detection processing and the detected date and time part are converted to predetermined date and time words through the date conversion processing and the time conversion processing. Finally, the converted date and time are associated to a voice and a character string as attribute data through the monitor controlling and stored in the schedule memory as schedule data. Consequently, the date and time are associated to a voice and a character string automatically.

Abstract: An image processing apparatus includes an image acquiring section for acquiring a color image including a human object image, a display section for displaying the acquired color image, a recognition color memory preliminarily storing therein a plurality of face recognition color data for recognition of a face image of the human object image in the color image, a recognition designating section for designating implementation of a face image recognizing operation, a face image recognizing section for comparing color data in the entire color image with the plurality of face recognition color data in response to the designation of the recognition designating section, and recognizing an area having color data conforming to any of the face recognition color data as a face image area, an area designating section for designating the recognized face image area as a face image pickup area, a frame forming section for forming a frame having a size such that the face image pickup area can be embraced in the frame in resp

Abstract: A display screen processing apparatus includes a display portion having a display screen; a display information acquiring section for acquiring a display information object to be displayed on the display screen; a display information dividing section for dividing the display information object into a plurality of partial display information objects on the basis of attribute information embedded in the display information object; an icon creating section for creating a split display icon for indicating positions of split display areas which are in a one-to-one correspondence with the partial display information objects within the entire display screen; a display controlling section for displaying the split display icon in a peripheral area of the display screen; and an icon designating portion for designating one of the split display areas in the split display icon.

Abstract: A method and translating machine for translating a source language with markup signs into a target language maintaining the markup signs. The system includes a separation module for separating an original text into markup signs and a text body exclusive of the markup signs, a memory for storing each markup sign in association with a corresponding word or phrase, a module for producing a parsing tree in a target language corresponding to the original text body, and a translated sentence producing module for producing target language text by attaching markup signs to translated words corresponding to the original text based on the parsing tree in the target language.

Abstract: A translation machine is arranged to derive two or more syntaxes from one original sentence, determine which of the syntaxes is the most approximate according to a syntax priority rule given by a user or a manufacturer and output a translated sentence based on the most approximate syntax. The translation machine includes a memory, a translating module and a main CPU as main components. The memory serves to store a partial structure of each syntax and a syntax priority rule containing a numerical value indicating a priority of the partial structure and an incidental condition of the syntax. The translating module serves to collide the syntax priority rule stored in the memory with the syntax of the original sentence and giving a proper evaluating value to the syntax of the original sentence. The main CPU serves to output the translated sentences on the syntaxes derived from the original sentence according to their larger evaluating values.

Abstract: An electronic dictionary for storing a plurality of items such as idioms, where each item includes an entry string and information associated with the entry string. The entry string includes a first representative symbol representing a plurality of words having a prescribed common attribute. The information may include more than one representative symbol with each representing a separate group of words having a common attribute. An information retrieval apparatus identifies an input character string and an entry string by regarding the first representative symbol as being the same as any one of the words which the symbol represents, and outputs the information corresponding to the identified entry string. The dictionary enables information to be stored more efficiently and economically.

Abstract: An automatic translating apparatus stores in a memory in machine readable format a plurality of translation combinations. Each translation combination includes (1) a predetermined part of speech such as an auxiliary verb of a source language like English, (2) a usage condition of that word, and (3) a translation word in a target language such as Japanese. A machine readable dictionary includes a plurality of entries. Each dictionary entry includes a source language word and a corresponding general translation word. A translation word is selectively retrieving from the translation combination memory or the general translation word stored in the dictionary based on the text of the source language and the usage condition of that word in the text. If a source text word corresponds to the predetermined part of speech, the source text word and its usage condition (e.g., the type of sentence in which the word is used) is matched to the translation combinations stored in memory.

Abstract: A translation machine capable of translating a sentence in a source language with an ambiguous parallel disposition of words and/or phrases into an accurate sentence in a target language includes a unit (151) for looking-up dictionaries and for analyzing morphological of the sentence in the source language input to the translation machine so as to provide a part of speech of the analyzed morphological, a unit (152) connected to the dictionary look up and morphological analyzing unit (151) for analyzing a syntactic of the sentence based on the obtained parts of speech of the morphological by using grammatical rules stored in the dictionary look up and morphological analyzing unit (151), a unit (153) connected to the syntactic analyzing unit (152) for transforming the analyzed syntactic into a syntactic in a target language, and a unit (154) connected to the transforming unit (153) for generating a translated sentence in the target language in accordance with the transformed syntactic in the target language.

Abstract: A translation machine capable of translating one or more sentences described in a source language into a target language, the translation machine having a storing unit which stores dictionaries and predetermined rules, the translation machine includes unit for dividing a sentence described in the source language into morphologic elements so as to analyze a syntax structure of each of the morphologic elements in accordance with the dictionaries and the predetermined rules, a unit connected to the dividing unit for converting the syntax structure of the source language into a syntax structure of the target language so as to generate a translated sentence in the target language on a basis of the syntax structure of the target language, and a unit connected to the converting unit for moduling a result of the translated sentence generated by the generating unit so as to create a user dictionary.

Abstract: A translation machine which is capable of analyzing a syntactic of a sentence having a complicated or an ambiguous modifying structure of the words composing the sentence includes a dictionary consulting and morpheme analyzing unit (151) for consulting dictionaries and for analyzing morphemes of a sentence in a source language input to the translation machine so as to provide a part of speech of the analyzed morpheme, a syntactic analysis unit (152) connected to the dictionary consulting and morpheme analyzing unit (151) for analyzing a syntactic of the sentence based on the obtained parts of speech of the morphemes by using grammatical rules stored in the dictionary consulting and morpheme analyzing unit (151), a transforming unit (153) connected to the syntactic analysis unit (152) for transforming the analyzed syntactic into a syntactic of a target language, a translated sentence creating unit (154) connected to the transforming unit (153) for creating a translated sentence of the target language, and a br

Abstract: A translation machine having a storing unit for storing information of words and grammer rules, the translation machine being capable of translating sentences described in a source language into a target language includes a unit for dividing input sentence described in the source language into morphologic elements and for generating a mark-inserted sentence by adding a mark which represents an information of the detected morphologic elements, a unit connected to the dividing unit for analyzing a syntax of the morphologic elements in accordance with the information stored in the storing unit, and a unit connected to the analyzing unit for converting a structure of the syntax obtained in the dividing unit into a structure of syntax in the target language so that translated sentence is generated on a basis of the syntax structure in the target language obtained by the converting unit.

Abstract: A translation machine capable of analyzing a syntax of a sentence described in a source language, converting the syntax in the source language into a syntax in a target language so that a translated sentence is generated in accordance with the syntax in the target language includes a unit for storing an information of predetermined rules of a non translation, a unit connected to the storing unit for controlling a translation of the sentence described in the source language so that a part of the sentence structured on a predetermined grammer rule is inhibited to be translated, and a unit connected to the controlling unit for outputting the part of the sentence which is inhibited of the translation.

Abstract: A translation machine system for translating an input sentence includes a circuit for determining the language to be input depending on the processing status of the translation machine, and a setting circuit to set the input mode corresponding to the input language determined by the circuit.

Abstract: A translation system performing translation from a first language into a second language under an interaction mode between said translation system and an operator, includes keys for inputting the original sentence to be translated, means for translating the input sentence of said first language into an output sentence of said second language, wherein the operator inputs information relating to at least one word of the input sentence such as the part of speech or the element of the sentence. The translation is then performed on the basis of said input information.

Abstract: A sentence processing device used in a translation machine comprises sentence number input keys by which a block containing a plurality of sentences to be processed can be designated by inputting the sentence number assigned to the respective source sentences. All of the sentences included only in the designated block can be automatically consecutively processed.

Abstract: A translation system for translating a sentence of an original language into a sentence of a target language utilizes a computer which pre-treats insertion marks. These insertion marks can be quotation marks, colons, semicolons or parentheses found in the original language sentence. The computer also post-treats the insertion marks to provide an appropriate translation of the insertion marks into the target language sentence. These translations of the insertion marks are carried out without carrying the insertion marks throughout the whole translation process.