130results about How to "Suitable for printing" patented technology

This invention provides self-clocking glyph shape codes for encoding digital data in the shapes of glyphs that are suitable for printing on hardcopy recording media. Advantageously, the glyphs are selected so that they tend not to degrade into each other when they are degraded and/or distorted as a result, for example, of being photocopied, transmitted via facsimile, and/or scanned-in to an electronic document processing system. Moreover, for at least some applications, the glyphs desirably are composed of printed pixel patterns containing nearly the same number of ON pixels and nearly the same number of OFF pixels, such that the code that is rendered by printing such glyphs on substantially uniformly spaced centers appears to have a generally uniform texture. In the case of codes printed at higher spatial densities, this texture is likely to be perceived as a generally uniform gray tone. Binary image processing and convolution filtering techniques for decoding such codes also are disclosed, but this application focuses on the codes.

The invention provides anti-yellowing high-temperature resistant wallpaper printing ink, consisting of the following components in percentage by weight: 40%-60% of water-soluble acrylic resin, 8%-10% of toner, 1%-3% of thermal controller and 30%-50% of organic solvent. The formula of the ink provided by the invention adopts the water-soluble acrylic resin and has the advantages of environmental protection and anti-yellowing property; meanwhile, because of the addition of the thermal controller, the ink can bear a high temperature of 200 DEG C to 220 DEG C and is suitable for printing high-grade wallpapers.

The invention relates to an automatic typesetting-based one-key book publishing method, comprising the following steps: 1, selecting the size of a book; 2, setting a typesetting constraint condition; 3, judging whether typesetting data is generated by each piece of data; 4, judging whether the data is typeset; 5, judging whether the data picture is typeset; 6, marking the quantity of the most pictures in the plate type corresponding to the book to be n, marking the minimal value of n and m to be 1 when the quantity of the pictures in to-be-typeset data is marked to be m, respectively utilizing front 1, 2, 3, ..., one picture, and to-be-determined characters, and utilizing all plate types containing corresponding quantity of pictures to typeset one page; 7, to typesetting one page by using to-be-determined characters of to-be-typeset data at present and all plate types of a pure text; 8, carrying out comprehensive evaluation on all ranking data in one page generated in the step 6 or 7, and optimizing the optimal one-page ranking method; and 9, taking out the optimized and stored typeset data of all pages to carry out processing, rendering and previewing.