9 results about "Print version" patented technology

The system is disclosed for visual marking sensitive documents for leak prevention. Each time an action is taken with regard to a document (e.g., creation, viewing, downloading), that action is added to a distributed ledger, essentially creating a unique hash for a new instance of the document. This new hash is visually embedded in the document as a code comprising a plurality of differently shaded pixels, wherein some of the pixels directly encode information regarding the document (e.g., an account that generated the new instance of the document, a date, a time, a unique ID for the document, etc.) and some of the pixels do not encode information. The code is capable of being scanned either digitally or physically on a printed version of the document, such that the immediate source of the document, corresponding to who leaked the document, is able to be discerned.

The system is disclosed for visual marking sensitive documents for leak prevention. Each time an action is taken with regard to a document (e.g., creation, viewing, downloading), that action is added to a distributed ledger, essentially creating a unique hash for a new instance of the document. This new hash is visually embedded in the document as a code comprising a plurality of differently shaded pixels, wherein some of the pixels directly encode information regarding the document (e.g., an account that generated the new instance of the document, a date, a time, a unique ID for the document, etc.) and some of the pixels do not encode information. The code is capable of being scanned either digitally or physically on a printed version of the document, such that the immediate source of the document, corresponding to who leaked the document, is able to be discerned.

The system is disclosed for visual marking sensitive documents for leak prevention. Each time an action is taken with regard to a document (e.g., creation, viewing, downloading), that action is added to a distributed ledger, essentially creating a unique hash for a new instance of the document. This new hash is visually embedded in the document as a code comprising a plurality of differently shaded pixels, wherein some of the pixels directly encode information regarding the document (e.g., an account that generated the new instance of the document, a date, a time, a unique ID for the document, etc.) and some of the pixels do not encode information. The code is capable of being scanned either digitally or physically on a printed version of the document, such that the immediate source of the document, corresponding to who leaked the document, is able to be discerned.

A method for designing a printing plate to be mounted on a printing cylinder. By applying an energy minimization function, an optimal lateral seam path is defined between opposite lateral edges of the plate. The top and bottom edges of the plate are defined based on the optimal lateral seam path, preferably with a variable gap therebetween, and the bottom edge unfolds from the top edge to define a closed cutting path. The area within the closed cutting path is wrapped with the original image or a portion thereof, and an updated digital graphic file is stored. The energy minimization function may include a penalty function with weighting factors, a total seam path length, and a seam path amplitude. For an original image including staggered channels of a stepped and repeated single design image, the optimal lateral seam path may extend across the single design image, the steps between adjacent single design images, or a combination thereof on each channel.

1. Name of the product in this design: Camera (Printed Version). 2. Purpose of this design: for taking photos, etc. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key features: the front view.

In order to improve the uniformity of the film thickness of the alignment film formed by coating ink (alignment film material) onto the transparent electrode surface constituting the liquid crystal panel, the printing plate (P) has a printing protrusion (2) on the top surface having a plurality of protrusions (3) distributed thereon. The plurality of protrusions (3) are arranged in each column. For each protrusion (3) constituting the column, they are arranged parallel and separated from each protrusion (3) constituting other columns. And for each protrusion (3) constituting other columns, the positions of the protrusions (3) in the direction of arrangement are staggered. The top surface shape of the protrusions (3) is circular. The ratio of the shallowest depth of the gap (4) between the protrusions to the deepest depth of the gap (4) between the protrusions (the shallowest depth of the gap between the protrusions / the deepest depth of the gap between the protrusions) is 0.4 or more.

A legislative code versioning system that overcomes various technical deficiencies is described herein. For example, the system can allow users to see which specific updates to a printable copy of a legislative code have occurred since the creation of that printable copy. A computer-readable address that, when read by a computing device, links the computing device to a digital version of the printable copy may be embedded into the publication. The digital version can be depicted in a content page in a network-accessible publication format that displays redlines, annotations, markings, or other representations of change that track differences between two or more versions of the legislative code. Alternatively or in addition, the same or a separate embedded CRA can, when read, link a user device to an unmarked publication of the legislative code.

A computational device detects an emotion of a reader while reading a printed version of a book via a virtual reality device. A determination is made of notes made by other readers of the book with a similar emotion to the reader, where the notes have been stored in association with an electronic version of the book. The notes are displayed on a virtual reality interface of the virtual reality device to the reader.