31 results about "Underline" patented technology

An improved reading mode for electronic documents is provided. An electronic document is displayed in one or more discrete pages to provide a ''look and feel'' of reading a physical book or other document. Page turning controls are provided on each displayed page for turning a single page or for rapidly turning numerous pages. A page may be pinned so that the pinned page remains displayed while an adjacently displayed page is turned. Reading pointer controls and reading underlines may be deployed adjacent to and under selected text, respectively, for providing helpful reading reference points. Bookmarks may be deployed adjacent to text or images of interest in one or more pages of a displayed electronic document.

An apparatus for enabling a user to follow a detailed schedule for taking a plurality of medicines/supplemdents at various times. The apparatus includes a set of containers, one for each medicine, a release mechanism for each container and a computer programmed to open any one of its containers at a time according to the schedule of events. An event is defined as taking of a dosage at a scheduled time. An “alert” signal alerts the user to prepare for each event. A “take” signal indicates that the dosage has actually been taken, A warning signal; is activated after a ‘take period indicating that the user has not taken his dosage. A form is initally filled out by the user listing “events” according to the schedule. Events shown on the screen are underlined as they occur and the daily form with underlines of executed events is saved as a history with later evealuation. A “fresh” form (without uderlines) is programmed to appear with the days date to start the next day's program.

An information processing apparatus includes an input unit configured to input an annotation of at least one of an underline, a box, a character, a character string, a symbol and a symbol string to a displayed document, an annotation recognition unit configured to recognize a type of the annotation and a coverage of the annotation in the document, an intention estimation unit configured to estimate intention of a user based on the type of the annotation and information in the coverage, an action storage unit configured to store a plurality of actions, an action selection unit configured to select an action to be performed for the document from the action storage based on the intention estimated by the intention estimation unit, and an execution unit configured to execute the action selected by the action selection unit.

A vector graphics classification engine and associated method for classifying vector graphics in a fixed format document is described herein and illustrated in the accompanying figures. The vector graphics classification engine defines a pipeline for categorizing vector graphics parsed from the fixed format document as font, text, paragraph, table, and page effects, such as shading, borders, underlines, and strikethroughs. Vector graphics that are not otherwise classified are designated as basic graphics. By sequencing the detection operations in a selected order, misclassification is minimized or eliminated.

A method for removing horizontal and vertical lines in a document image while preserving integrity of the character strokes that intersect the lines. For each detected horizontal line, a vertical run length profile is calculated. Areas of the run length profile having two adjacent peaks with a valley in between are detected, which correspond to intersections of the horizontal line with non-vertical lines. A first derivative curve may be used to detect such peaks and valleys. Areas of the run length profile with large run length value for consecutive pixel locations are also detected, which corresponds to intersections of the horizontal line with near vertical lines. The horizontal line is removed in areas outside of the intersection areas, while preserving pixels within the intersection areas. Vertical line removal may be done similarly. This template-free method can remove lines in tables, forms, and underline and extract handwriting or printed characters.

A character is recognized from an original document image that is obtained, for example, by an image reading apparatus. And a natural language processing is performed on a document configured from the recognized characters. Thus, a translation (supplementary annotation) for a word or a phrase in the document is obtained. Then, a supplementary annotation added document image is generated with an original document image layer configured from an original document image on which a supplementary annotation text layer is superimposed. In the supplementary annotation text layer, the translation is placed at a position corresponding to a position in an interline space near the word or the phrase. Furthermore, in addition to a translation, an underline is placed for a discontinuous phrase.

The invention discloses a method for converting a word document into a document capable of automatically calculating html. The method is characterized in that the method is characterized by comprising, the underline _ _ of the word template is automatically identified; a configuration point label is added on the underline '_ _'; converting the word added with the configuration point label into html; breaking off a configuration point label contained in the html; adding an input label and an ID field; therefore, an editable area is set for the html; all the editable positions are numbered; Themethod comprises the steps of obtaining html configuration points, configuring a calculation method for the html configuration points, injecting java script codes for calling the calculation method into the html, and finally emptying value fields of the configuration points contained in the html to obtain html documents with settable editing areas and automatic data calculation. The method can beused for realizing paperless reports in the inspection industries of drug inspection, chemical product inspection, food inspection and the like.

An electronic terminal employs a liquid crystal display for displaying desired characters. The terminal has circuitry for providing attributes to the characters, on a character-by-character basis or on a plurality of characters basis. These attributes include double width, double height, underline, inversion and intensity control. These attributes are formed using minimal additional memory and circuitry.

The invention discloses a method, a memory and a device for identifying and positioning an underline in a text image, and relates to the technical field of OCR (Optical Character Recognition). The method is characterized by comprising the following steps: identifying characters in a data picture, and obtaining the pixel width of each identified character; classifying characters with adjacent pixel widths into one class, and calculating a mathematical expected value of each class to obtain a character pixel width array; establishing a beveled accumulator array based on a variable intercept b value and a slope k value; traversing each pixel of the data picture to obtain a beveled accumulator array after pixel coordinates are accumulated; generating unit line segment pixels based on the character pixel width array, and combining the pixel quantity with continuous pixel coordinates in each component of the oblique accumulator array equal to the pixel coordinates of the unit line segment pixels into a line segment representation equation; and combining the line segment representation equations in the beveled accumulator array component to obtain the line segment representation equations of all underlines, and the method has the advantages of high accuracy and suitability for small scenes.

The invention provides a method for converting mold carved characters into editable texts. The method comprises a lettering surface extraction step, a unique lettering character recognition step, a lettering character direction determination step and an editable text output step. In the process of converting mold carved characters into editable texts, a unique carved character of an underline is identified. Then, a coordinate axis is established on the basis of the underline. The character direction of the carved character is determined according to the coordinate axis; and then similarity comparison is carried out on the contour feature data of each carved character and the contour feature data of the standard characters in the matrix library in sequence, and finally, the standard character with the highest similarity with each carved character is extracted from the matrix library to serve as an editable text to be output, so that the accuracy of converting the carved characters intothe editable text is high.

The invention discloses a text underline processing method and device. The method comprises the steps that under the condition that a text needing to be displayed has multiple lines, display elements of the text are converted into inline elements from block-level elements, the inline elements contain one line of text, current display elements of the text are block-level elements, and the block-level elements contain multiple lines of text; and a frame is added to a display area of a display element of the text converted into the inline element, and a bottom frame line of the frame is displayed, the bottom frame line of the frame being used as an underline of the text. According to the invention, the technical problems of poor display effect and unattractiveness caused by contact between the underline and the text in the prior art are solved.

The invention discloses a pdf document underline automatic matching method and device. By opening the pdf document to be edited; acquiring the content of the pdf document to be edited; acquiring an instruction to add an underline to the content of the pdf document to be edited; acquiring the corresponding underline to be edited The format information of the pdf document content, the format information includes the single line height information and line spacing information of the document to be edited corresponding to the underline; the position information of the underline is generated according to the obtained single line height information and line spacing information. The invention can automatically adjust the position of the underline according to the height of the single-line characters and the line spacing, which is more convenient for users to watch and more beautiful.

The invention discloses a method for positioning and calibrating a magnetic strip in a bankbook printer, which is specifically applicable to printers with black mark identifying and setting functions. The method includes steps that firstly, a magnetic strip setting page which consists of a group of underline options on a piece of paper, the multiple underline options are arrayed in a row, each underline option includes an underline and a black mark filling position, and the vertical distances from the underlines in different underline options to the bottom edge of the paper, namely bottom margins, are different; secondly, the underline with the bottom margin closest to a calibration value is found out by means of measurement, and the black mark filling position corresponding to the underline is blackened; and thirdly, a black mark is read, and setting is stored. The method for positioning and calibrating the magnetic strip in the bankbook printer is easy to implement and high in calibration precision.

The invention discloses an English word selection method through a computer with a touch screen. According to the method, first, letter input keys on the touch screen are set, including an ''ABC'' input key, a ''DEF'' input key, a ''GHI'' input key, a ''JKL'' input key, an ''MNO'' input key, a ''PQRS'' input key, a ''TUV'' input key and a ''WXYZ'' input key, wherein English letters are input through the letter input keys by performing stroking in multiple directions, for example, the letters A, B and C are input not by touching the ''ABC'' input key corresponding to A, B and C one time to three times for sequential input, instead, B can be input when a hand is moved away after the ''ABC'' input key is touched, A is input when leftward stroking is performed on the input key, and C is inputwhen rightward stroking is performed. The computer receives the English letters input through the touch screen by a user, English words matched with the English letters input by the user are recognized and displayed according to an English word bank, and when the English words input by the user have a spelling error, an underline or flicker display or slight display is added to the part with the spelling error. Through the English word selection method through the computer with the touch screen, input speed is high, and learning efficiency of the user is high.

The embodiment of the invention provides an information insertion method and device, and relates to the technical field of computer office, and the method comprises the steps: detecting an underline,needing insertion of information, in a document; inserting an information input box into the position where the underline is located; acquiring information input into the information input box by a user, and inserting the acquired information into the document. By applying the scheme provided by the embodiment of the invention to insert the information, the process of inserting the information into the document can be simplified.

The invention relates to the technical field of data processing, and discloses a test question automatic input method based on entity recognition, which comprises the following steps: document type judgment, document preprocessing, data set construction, test question entity recognition model, integrity check and test question segmentation input. Step 1; and document type judgment: firstly, judging the type of the read test question document, and if the test question document is a TXT type document, directly entering an entity recognition model of the test question. If the test question document is a Word type test question document, document pre-processing needs to be carried out; step 2; secondly, the Word document contains a lot of rich text information, such as pictures, tables, formulas and font styles (thickening, inclination and underline); according to the test question automatic input method and system, segmentation input of the test questions is converted into entity recognition of the test questions, the deep learning technology is applied, the accuracy rate of automatic input of the test questions is improved, and the good generalization ability is achieved for input of different types of test questions.