33 results about "Font" patented technology

The invention discloses a realizing method of sharing fonts, which arranges a shared dynamic database for storing individual font types in terminal units (100), and comprises the following steps: the terminal units (100) acquire fonts corresponding to the characters in the shared dynamic database arranged locally according to font information and characters in a document to be displayed, if fonts corresponding to the characters are acquired, the document is displayed according to the acquired fonts. The invention also discloses a system to share fonts and terminal units. The proposal of the invention can realize the separation between fonts and documents and can realize the individual document displayed in font by smaller font document volume.

Computer-readable media having computer-executable instructions distinguish the script type of at least one portion of a writing input. At least one sub-word of a writing line of a handwritten document is identified and is processed to determine the associated writing style that includes a cursive writing style and a hand-printed writing style. The writing line is consequently associated with a script type. The script type of a writing line is determined from the script types of the sub-words in the writing line. When the number of sub-words having a first script type is greater than the number of sub-words having a second script type, the script type of the writing line is categorized as the first script type. In addition, a script analyzer determines a writing style of at least one sub-word and selects one of a plurality of neural networks to categorize the script type of a writing line.

The invention provides a handwriting font object library generating method based on font categorization. The method generates an encrypted digital font object library corresponding to the handwriting font of the user. The font object library is diversified and can embody the personality of the document grapher. The technical scheme of the invention is characterized by comprising a handwriting font image obtaining module, a Chinese character structure unit obtaining module, a digital font object library generating module and a font object library encrypting module. The Chinese character structure unit obtaining module uses the well-known font categorization technology. The handwriting font images of the specified user are collected. The font structure unit database of the user is obtained. The digital font object library generating module automatically generates the handwriting font object library corresponding to the object. The font object library of the corresponding user is encrypted through the font object library encrypting module to ensure that the font object library can only be used by the corresponding user.

A method for forming a multi-font library can include extracting characters from a plurality of standard font libraries defined in existing international or national coding standards; configuring at least one customized code for each of the extracted characters, the number of customized codes of the each character is equal to the number of fonts of the character and the customized codes correspond to the fonts in a one-to-one manner; and storing the extracted characters and the customized codes thereof to form the multi-font library. An apparatus for forming a multi-font library, and a method and apparatus for displaying different fonts by using the multi-font library are correspondingly provided. The formed multi-font library is capable of storing and displaying characters using different fonts, and consumes less storage capacity as compared with the prior solution of displaying a plurality of fonts by using a plurality of font libraries.

This invention discloses an input method of conception Chinese glossary. It puts all Chinese glossary standed by number for item, outline, series. When using it, select extraction from series, outlines, items according to number key step by step. Inputting with this method, selecting the glossary, improves the input speed. In the items synonym, near word side by side allows the best condition of presenting selecting glossary. It inputs simple, needn't think about font structure and stroke of the character, also needn't ascertain pronunciation and the letter selecting of tone and charm, only need input with number selecting according to the glossary basic contents belonging to the series, outlines, items. Corresponding to hand showing character signal, it adds to a way of hand showing to the Chinese, gives a chance to the person with language barrier to show thoughts and senses with hand showing. It can also give a chance to different lingual person to communicate.

The invention discloses a method for displaying the quality of stroke-based Chinese characters in small characters. Filling Chinese glyphs expressed in high-resolution space into low-resolution dot-matrix font images will inevitably lead to unacceptable problems of poor quality. The solution provided by the present invention is based on: using stroke-based fonts The Chinese glyphs represented by the data; arranging the Chinese glyphs on the dot matrix coordinate system; converting the strokes of the combined glyphs to generate new glyphs; and filling the new glyphs to generate low-resolution dot matrix font images with the quality of small Chinese characters; among them, in The transformation of the stroke shape in the dot matrix space is based on the samples and coverage values ​​of the strokes covered on the dot matrix pixels. The transformation of the stroke shape is to change the sample information of the strokes covered on the dot matrix pixels by moving the key points of the strokes and reducing the width value of the strokes. , to avoid strokes crowding each other and increase the blank pixels between strokes to meet the quality requirements of small characters.

The invention relates to cursive characters, and a writing practice device and method thereof. The writing practice device of the cursive characters comprises a first storage portion, a second storage portion, a display portion and an image processing portion, wherein cursive character data are stored in the first storage portion; the second storage portion is used for storing approximate cursive font data, and according to the data, the cursive characters are decomposed to multiple components, approximate components such as numbers, letters or symbols are selected for each component, and the components are combined to form approximate cursive fonts approximate to the cursive characters; and the image processing portion reads the cursive character data stored in the first storage portion and displays the cursive character data in the display portion, and the image processing portion also reads the approximate cursive font data which are stored in the second storage portion and correspond to the cursive character data and displays the approximate cursive font data in the display portion. According to the invention, a practice can copy memorized overall fonts while practicing cursive or running script characters, thereby achieving the effects of learning the fonts of highly-difficult cursive or running script characters in short time.

The invention submits a handwriting word-building method and a relevant system. Record a handwriting chirography with a handwriting tool or in a file scanning mode; then, identify one handwriting chirography as well as a corresponding symbol from the handwriting chirography; moreover, create a corresponding font material according to the handwriting chirography, in order to form a font material in the font list corresponding the symbol, so that the symbol can be shown according to the font material.

A network-based method is provided for generating or editing an Asian document with multiple font faces, wherein the multiple font faces that are not registered in a client computer are supplied by aWeb font center. The method includes generally three steps. First, a Web font center is provided and connected to a Web site system for Asian Web page document publishing. Second, communication is established between the Web font center and the Web site for transmitting font related information therebetween. Third, a client computer of the Web site is allowed to make, edit, and view an Asian Web page document with multiple font faces, some of which may not be registered in the client computer.

As a branch of image restoration, character restoration is widely paid attention in recent years, but most of the character restoration at present aims at English characters with simple structures, less research is carried out on Chinese characters with complex structures and diversification, and meanwhile, most of the image restoration work including the character restoration at present aims at damaged images. At present, there is no more research on restoration of a smeared image. The invention provides a character repairing algorithm using a font structural feature attention network. The method can be used for effectively and structurally repairing damaged Chinese character images, painted Chinese character images or Chinese character images with the damaged Chinese character images and painted Chinese character images. Wherein the font structural feature attention network considers that the font structural feature attention network is different from English, Chinese characters are various in variety and different in structure, and if a traditional image restoration technology is used, specific restoration is difficult to carry out according to different structural features of the Chinese characters, so that the font structural feature attention network is developed from the structure of the Chinese characters. A font structural feature attention network for performing specific repair on different Chinese characters is provided.

The invention provides a webpage text encryption and decryption method based on random fonts, and belongs to the technical field of the Internet. By randomly generating the mapping relation between the characters and the fonts in the CMAP, the custom fonts are quickly generated, encryption rendering is carried out on the specific characters in the webpage, and therefore data cannot be directly obtained in an original text of the webpage, and key data are effectively prevented from being stolen in the webpage environment. The method has no influence on the whole style, and the style unificationis kept; the font file only describes the vector information of the glyph, and compared with a picture, the font file is very small in occupied space, font drawing is completely completed by a browser, and the user experience is hardly influenced. According to the method, effective obstacles are caused to malicious collection of part of crawlers, and the risk that a website is maliciously attacked is reduced; meanwhile, a large amount of manpower, material resources and money cost consumed in many invalid accesses are saved, and the method has important significance in improving the user experience degree and satisfaction degree of company products.

The invention provides an information processing apparatus and method. An information processing apparatus includes a selector that selects at least one typeface with an impression that is most similar to an impression corresponding to a shape feature of a character extracted from a memory that associatively stores shape features of characters and impressions.

The invention provides a system and a method for editing a monitoring script in a picture image. The method comprises the following steps: capturing a picture image of a display picture of a to-be-monitored device; selecting a target area in the picture image; according to the technical means of judging the position data of the target area and the font attributes of the characters in the target area and generating the monitoring instruction contained in the monitoring script according to the font attributes and the position data, the difficulty of editing the script instruction can be reduced,and the technical effect of editing the script instruction in a more intuitive mode is achieved.

Provide a kind of glyph encoding generation method and equipment, glyph encoding, storage medium, this method comprises: determine the set of glyph; Obtain the picture of each described glyph in the described set; Generate glyph encodings. The font code generation method and device can generate font codes through trained neural networks according to font pictures, thereby realizing automatic generation of font codes and saving manpower and material resources; and the automatically generated font codes have a low repetition rate, Easy to apply.

The invention relates to the field of textile equipment, and discloses a tiltable and rotatable textile yarn ball drying equipment, which includes a cube frame, and the two prisms on the top of the frame and the two prisms on the bottom of the frame are fixedly connected with 4- There are 8 groups of font cards, and there are placement boards fixedly connected between the two font boards at the top and the two font boards at the bottom, and there are fixed connection between the two adjacent placement boards. The arc-shaped guide tube is provided with a centralized drying treatment mechanism at the bottom of the upper font card plate. The invention solves the problem of small heating area and inconvenient drying in the yarn ball drying operation. By setting the centralized drying processing mechanism, the anti-force rotation mechanism and the amplitude mechanism, the combined use of the three mechanisms can make the drying surface of the winding ball wider and the heating surface can be wider, so that the winding ball can be dried more quickly, making the work can be effectively improved.

A method for restoring calligraphic Chinese characters based on style transfer: First, in order to ensure consistent styles, the present invention proposes a style encoder to input auxiliary style fonts to extract the writing style features of intact Chinese characters on rubbings; then, to ensure that the repaired fonts Correct, input the Chinese character to be repaired, and provide the complete version of the Song typeface of the character as the original font reference; integrate the above-mentioned writing style characteristics, the Chinese character to be repaired, and the reference original font, and input the three together into the generator G for repairing Chinese characters In , the repair results are obtained, which are used to provide the discriminator D and the structure extractor respectively; then, the goal of the discriminator D is to identify the repair results of the generator G and the prototype fonts participating in the connection and the style fonts in the input encoder, and the The former is judged as false, and the latter is judged as true; the original font will also generate a feature vector with structural features through the structure extractor; the discriminator D and generator G are continuously optimized through the following comprehensive loss function backpropagation, including six parts.