13 results about "Document Body" patented technology

A document body has in its interior: an optically detectable physical representation (3) of information; and a metastructure (5) which gives the information a multi-coloured colouring. The document body is transparent. The invention further relates to a security document having a document body of this type and to a method for producing the metastructure and the document body and the security document. A metastructure is a microscopic structure that interacts with light, in particular by diffraction, thin-film interference, refraction, diffusion, resonance and / or reflection. A metastructure is usually a micro- or nano-structure, with structure sizes below the wavelength of radiation, and in particular having a plasmonic structure. The representation (3) can be an imprint, engraving or embossing.

Methods for producing a security or value document (11), - in which at least one upper layer (3) and at least one lower layer (5) are combined to form a document body (6), - in which at least one upper layer (3) forms a top side and at least one lower layer (5) forms a bottom side of the document body (6), - in which a window (12) is provided in the document body (6) in which the document body (6) is transparent to light of a wavelength between the top and bottom, or in which a window section (18) is provided in at least one upper or at least one lower layer (3, 5), - in which a security hologram (16) is positioned between the top and bottom of the document body (6) and is associated with the window (12) or window section (18), - in which at least one cutout (14) is made in at least one inner layer (4) which is arranged between at least one upper and at least one lower layer (3, 5) in the document body (6), - in which a security hologram (16) is punched out with a punching tool (26, 32) with a format which corresponds to the size of the punching out (14) of the at least one inner layer (4), - in which the die-cut format of the security hologram (16) is inserted into the die-cut (14) of at least one inner layer (4), and - in which the at least one inner layer (4) with the security hologram (16) received in the die-cut (14) is supplied to the at least one upper and / or the at least one lower layer (3, 5), and - in which the at least one inner layer (3) with the security hologram (16) inserted in the die-cut (14) and the at least one upper layer (3) and the at least one lower layer (5) are joined together and laminated together, characterized in that - that a track material with several consecutive security holograms (16) is provided, and - that a transmission hologram is incorporated as a security hologram (16) into the document body (6) with a window section (18) that allows light to pass through from the top to the bottom to form the window (12).

Method and apparatus for producing a document body comprising a multilayer laminate and generating a multicolored, data-representing marking within the laminate. The method comprises: - Providing or creating an initial marking in or on an extensive substrate. The initial marking has several colored sub-areas, each forming only a part of the initial marking, such that the colors of at least two of the sub-areas differ from one another. At least one of the colors is caused, at least partially, by colorants that are or are designed as leuco-dyes, which, through the input of energy at the point of action, can be switched between a colored and a differently colored state, or between an opaque and at least partially transparent state, or vice versa. - Creating the laminate by laminating the base substrate as the first laminate layer with at least one further surface-extended substrate as each subsequent laminate layer such that the initial marking is located at least partially inside the produced laminate; - Causing an energy input into the laminate such that it acts locally selectively in the initial marking, whereby the multicolored marking representing the data is achieved at least partially from the initial marking by means of the locally selective switching of the leuco dye caused by the energy input into the initial marking.

The invention relates to a security document (1) comprising a document body (10) and a recessed area (12) provided in the document body (10). A medium (14) is provided in the recessed area (12), which has a particulate, granular, and / or liquid composition. Furthermore, a method for producing such a security document (1) is provided.

The invention relates to a method and to a device for producing a document body having a multi-layer laminate while producing a multi-coloured marking representing data in the interior of the laminate. The method has the steps of: - providing or producing an initial marking in or on a flat extended base substrate. In this case, the initial marking has a plurality of coloured sub-regions that each form only part of the initial marking in such a way that the colours of at least two of the sub-regions differ from one another. At least one of the colours is at least partially brought about by colorants which are in the form of a leuco dye that can be switched between a coloured state and a differently coloured state or an opaque state and an at least partially transparent state, or vice versa, by means of the energy input at the location of its action on the leuco dye. - Producing the laminate by laminating the base substrate as a first laminate layer with at least one further flat extended substrate as a respective further laminate layer in such a way that the initial marking comes to lie at least partially in the interior of the produced laminate; - effecting an energy input into the laminate in such a way that it acts in a locally selective manner in the initial marking, as a result of which the multi-coloured marking representing data is achieved at least proportionally from the initial marking on the basis of the locally selective switching of the leuco dye effected by the energy input into the initial marking.

Method and apparatus for producing a document body comprising a multilayer laminate and generating a multicolored marking representing data within the laminate. The method comprises: - Providing or creating an initial marking in or on an extensive substrate. The initial marking has several colored sub-areas, each forming only a part of the initial marking, such that the colors of at least two of the sub-areas differ from each other. - Creating the laminate by laminating the base substrate as the first laminate layer with at least one further, planar-extended substrate as each subsequent laminate layer, such that the initial marking is at least partially located inside the produced laminate; - Causing an energy input into the laminate such that it acts locally selectively in the initial marking, whereby the multicolored marking representing the data is achieved at least partially from the initial marking by means of the locally selective color change of the initial marking (1) caused by the energy input into the initial marking.

The application provides a kind of image document body language multidimensional analysis method and system, it is related to image recognition and analysis technical field, including by mirror symmetry completion algorithm repair missing node, integrate archaeological stratigraphy age label and site geographic coordinates, form standardization body language space-time characteristic data set;Establish morphological classification library, construct dynamic sequence model;The morphological classification library is associated with the archaeological symbol data obtained and is analyzed, adopts chi-square test to filter significant correlation pair, and prepares body language-symbol semantic mapping table;The space-time stability of symbol in body language-symbol semantic mapping table is evaluated by entropy method, and symbol propagation thermodynamic diagram is drawn;The morphological classification library, body language-symbol semantic mapping table and propagation thermodynamic diagram are integrated, and the space-time evolution analysis of document body language is completed.The beneficial effects of the application are that deep learning, complex network and digital humanities method are introduced into archaeological image interpretation for the first time, and a quantifiable and verifiable technical path is provided.

Method and apparatus for producing a document body comprising a multilayer laminate and generating a multicolored marking representing data within the laminate. The method comprises: - Providing or creating an initial marking in or on an extensive substrate. The initial marking has several colored sub-areas, each forming only a part of the initial marking, such that the colors of at least two of the sub-areas differ from each other. - Creating the laminate by laminating the base substrate as the first laminate layer with at least one further, planar-extended substrate as each subsequent laminate layer, such that the initial marking is at least partially located inside the produced laminate; - Causing an energy input into the laminate such that it acts locally selectively in the initial marking, whereby the multicolored marking representing the data is achieved at least partially from the initial marking by means of the locally selective color change of the initial marking (1) caused by the energy input into the initial marking.

Method for producing a document body having a multilayer laminate (8) by generating a data-representing multicolored marking inside the laminate (8), wherein the method comprises: Providing or producing an initial marking (1) in or on an extensive substrate, wherein the initial marking (1) has several colored sub-areas (3) such that the colors of at least two of the sub-areas (3) differ from each other; Producing the laminate (8) by laminating the base substrate (10; 11) as the first laminate layer with at least one further surface-extended substrate as each subsequent laminate layer such that the initial marking (1) is located at least partially inside the produced laminate (8); inducing an energy input into the laminate (8) such that, in at least one of the further substrates containing a polymer material, a local bubble formation is caused by the locally selective energy input, which leads to a color change of the polymer material at a location of the energy input and thereby forms an opaque or semi-transparent locally selective masking of the initial marking (1), which contributes at least partially to the definition of the multicolored marking; and Performing a distortion correction with respect to a locally selective first energy input pattern intended as the target pattern for energy input before or during the application of the energy input according to a second energy input pattern resulting from the distortion correction; wherein, within the framework of distortion correction, the second energy input pattern is obtained from the first energy input pattern depending on correction information which is or has been determined depending on a detected deviation of the actual shape of the produced laminate (8) from a target shape defined for the laminate (8).

The invention provides an official document typesetting processing method and device, equipment and a storage medium. The method comprises the following steps: receiving an official document typesetting task packet sent by a user side; extracting an official document template file, a streaming official document body content file and official document metadata from the official document typesetting task package; determining a target container corresponding to text irrigation and drainage from the document template file; determining body content from the streaming official document body content file; filling and arranging the text content into a target container in the official document template file to obtain an initial official document typesetting file; analyzing the document metadata to obtain analyzed metadata; replacing the occupied content in the initial document typesetting file with the analyzed metadata to obtain a document typesetting file; optimizing the official document typesetting file to obtain a final official document typesetting file; and outputting the final official document typesetting file to the user side, so that the official document typesetting processing efficiency is improved.

Method and apparatus for producing a document body comprising a multilayer laminate and generating a multicolored marking representing data within the laminate. The method comprises: - Providing or creating an initial marking in or on an extensive substrate. The initial marking has several colored sub-areas, each forming only a part of the initial marking, such that the colors of at least two of the sub-areas differ from each other. - Creating the laminate by laminating the base substrate as the first laminate layer with at least one further surface-extended substrate as each subsequent laminate layer such that the initial marking is located at least partially inside the produced laminate; - Causing an energy input into the laminate such that, in at least one of the further substrates containing a polymer material, a local bubble formation is caused by the locally selective energy input, which leads to a color change of the polymer material at a location of the effect of the energy input and thereby forms an opaque or semi-transparent locally selective masking of the initial marking (1), which contributes at least partially to the definition of the multicolored marking.

The embodiment of the invention provides a document generation method and device, equipment and a storage medium. The method comprises the following steps: in response to received original data used for generating a target document, carrying out primary processing on the original data to obtain analysis data corresponding to the original data, then generating a document main body of the target document based on a document structure in a configuration template corresponding to the target document, and generating a document main body of the target document based on an object data type and the analysis data; obtaining object data corresponding to the target document; and filling the object data into a corresponding position of the document main body to generate a target document. According to the technical scheme provided by the embodiment of the invention, the problems of relatively low compiling efficiency and insufficient availability of statistical documents in petrochemical enterprises in related technologies are solved, the problems of data omission, insufficient consistency and the like in the generated target document are effectively ensured not to occur, and the availability and reliability of the target document are remarkably improved.

The invention relates to a security document (1). The security document (1) comprises a security document body (10) and a color application area (12) that is incorporated into or applied to the security document body (10). The color application area (12) has a plurality of recessed first areas (13) along a first direction (x). Furthermore, the color application area (12) has a plurality of recessed second areas (14) along a second direction (y) that differs from the first direction (x). A coloring material (15) can be applied to the color application area (12), at least in sections.