Abstract: In a method or system for trapping print data with a plurality of respective objects, the objects being individually transferred into a bit map pixel file, at least one overfill is determined for the respective object relative to color regions bordering the respective object in the pixel file according to predetermined trapping rules. The object and the at least one overfill are inserted into the pixel file, wherein the object and the overfill are rastered in the pixel file upon insertion.

Abstract: In a method for printing a recording medium, an object type of image elements to be printed is determined for a corresponding print page using digital data. In generation of a bitmap for generation of a latent image for a first print process or a second print process, dependent on the object type image points are adapted in a direction of at least one main axis corresponding to an expected shrinkage. The recording medium is printed with a first toner image in a first print process. The first toner image is fixed on the recording medium in the fixing device where the recording medium shrinks along said at least one main axis. In the second print process, a second toner image is applied on the same recording medium in the direction of the main axis in a form compressed relative to that of the first print process.

Abstract: In a method for trapping of print data with a plurality of objects, transferring the print data together with first trapping instructions and/or parameters in a print data stream for execution of the trapping in a computer or a printing device. With the print data stream referencing resource data that can be repeatedly retrieved and which contain second trapping instructions and/or parameters specific to the printing device.

Abstract: In a method, program, or device to generate or process a document data stream that comprises data relating to color management resources wherein processing of color-related data of the document data stream can be controlled, associating at least one indexed color management resource with the document data stream wherein with the management resource color-related data of the document data stream can be associated with multiple predetermined color palettes. Within a color palette, an index value is respectively associated with multiple color. Respective values regarding the index colors are stored in the color management resource. The values are associated with corresponding proportions of color tones to reproduce the respective indexed color. The color palettes are compared between the system that generates the document data and an output system that outputs the document data, the document data stream is structured.

Abstract: In a method for trapping of print data with a plurality of objects, transferring the print data together with first trapping instructions and/or parameters in a print data stream for execution of the trapping in a computer or a printing device. With the print data stream referencing resource data that can be repeatedly retrieved and which contain second trapping instructions and/or parameters specific to the printing device.

Abstract: In a method, a printing system and a computer program for trapping of print data with a plurality of objects, the print data are generated, prepared and/or transferred together with trapping instructions in a print data stream for execution of the trapping. The print data stream references resource data that comprise trapping parameters and/or trapping instructions. The method can be executed in real time without a delay in the printing process hereby occurring. It can therefore be integrated into a print data stream for electrographic high-capacity printers.

Abstract: In a method or system for trapping print data with a plurality of respective objects, the objects being individually transferred into a bit map pixel file, at least one overfill is determined for the respective object relative to color regions bordering the respective object in the pixel file according to predetermined trapping rules. The object and the at least one overfill are inserted into the pixel file, wherein the object and the overfill are rastered in the pixel file upon insertion.

Abstract: In a method and system for printing of sensitive data, encrypted sensitive data to be printed is transferred to a printing device having a printing unit. This sensitive data to be printed is decrypted to create decrypted sensitive data. The decrypted sensitive data is converted into control signals for activation of the printing unit. The decrypted sensitive data is stored in a non-volatile memory such that the decrypted sensitive data are distributed in a plurality of memory segments of the non-volatile memory where a relationship of the memory segments is stored as relationship data independently of the stored decrypted sensitive data. The decrypted sensitive data is printed with the printing unit on a recording medium.

Abstract: In a method, a printing system and a computer program for trapping of print data with a plurality of objects, the print data are generated, prepared and/or transferred together with trapping instructions in a print data stream for execution of the trapping. The print data stream references resource data that comprise trapping parameters and/or trapping instructions. The method can be executed in real time without a delay in the printing process hereby occurring. It can therefore be integrated into a print data stream for electrographic high-capacity printers.

Abstract: In a method for printing a recording medium, an object type of image elements to be printed is determined for a corresponding print page using digital data. In generation of a bitmap for generation of a latent image for a first print process or a second print process, dependent on the object type image points are adapted in a direction of at least one main axis corresponding to an expected shrinkage. The recording medium is printed with a first toner image in the first print process. The first toner image is fixed on the recording medium in a fixing device where the recording medium shrinks along said at least one main axis. In the second print process, a second toner image is applied on the same recording medium in the direction of the main axis in a form compressed relative to that of the first print process.