Image-processing apparatus scans both sides of small documents and composites them onto a single page.
A gamut mapping method selects node colors outside both boundaries to trace rays and adjust directions for accurate host intersection.
A printing system selects image transmission formats based on device network conditions.
A unified option screen displays operation regions for multiple image forming functions on one interface.
Calculates local correction coefficients to apply independent tone correction, suppressing noise artifacts in high-contrast scenes.
A print management device evaluates font availability and acquires user-selected fonts to process tasks without automatic substitution.
A reader detects frame specifications to align images with openings.
Information processing apparatus generates and adjusts color patches to ensure consistent printing across combined offset and digital workflows.
Detecting document inclination and area using pixel group comparison at edges.
Fiducial-based registration compensates for media deformation and skew to ensure accurate plot alignment.
A security paper sensor on the feeding path compares magnetic sensing values to identify paper type without cassette structures.
A specialty device module provides an alternative API to control hardware without native drivers.
Look-ahead buffer selectively powers laser sources to reduce power consumption in variable data lithography.
A system scales print data using identified regions of interest to adapt content for specific media sizes.
An image processing system automatically generates job access authority information based on shared folder permissions.
An integrated sensor system merges high-resolution stitching calibration with low-resolution defect detection to reduce data bandwidth requirements.
A print control apparatus adjusts image data area during stapleless binding using convex molds and pressure to secure sheets tightly.
An album creation system extracts image colors and selects template palettes to harmonize visual arrangements.
Exporting per-pixel metadata enables intelligent DFE processing that improves image quality without increasing device complexity.
A display control unit manages detailed and simplified views to register user-selected function-selection information on an operating panel.
Computer converts polarized color measured values to unpolarized form using reference data pairs, resolving incompatibility between measurement modes.
A generating component creates spot color and four-color image data, while a difference extracting component identifies pixel value differences.
A transmissive optical sensor detects media insertion using pulsed light and a charge-discharge unit to store electric charge.
Electric sparks partially melt conductive surfaces to create unique three-dimensional patterns, preventing unauthorized copying of secure identification marks.
Automated network address acquisition eliminates manual input during remote login, resolving the trade-off between security and ease of operation.
Computer system calculates feature contribution values to generate interpretable factors for AI prediction results.
A data filtering system extracts relevant print service parameters from raw production streams to enable real-time monitoring.
Centralized metadata storage on peripheral devices resolves the inability to customize driver programs across different applications and multiple PCs.
Hardware image processing portion converts stored data into multiple modes during transmission, eliminating re-scanning and software conversion delays.
A component fixing device holds ferrite cores using bendable arm portions that sandwich the hollow portion of the core.
Segmented starting information transmission reduces startup delays caused by dynamic content determination in image forming devices.
Analyzing page description language files identifies global print settings and object attributes to detect potential output defects before execution.
A unified configuration interface manages application settings through a central registration unit.
Control section automatically forms front covers on first sheets of document divisions, eliminating manual setting complexity.
A white balance control unit segments gray regions by luminance to calculate accurate gains for chromatic component exclusion.
A printing system routes confidential jobs to lockable bins or transfers data to other devices when local bins are unavailable.
Quantifying color content levels resolves binary classification errors that cause incorrect cost charges for mixed media images.
A relay unit stores raster image data from an option controller and supplies it to a print engine based on main controller commands.
Selective pulse application to the pressure generating element reduces acoustic noise and misregistration during high-speed inkjet printing.
Host apparatus specifies print medium direction and length to generate selectable image placement orders, overcoming automatic layout restrictions.
A printer controller processes partial page data sequentially to enable multi-page output without requiring large internal storage buffers.
A ringleader master driver coordinates multiple wireless interfaces to prevent frequency collisions.
Segmenting multivalue images into layer images applies lossless and lossy techniques to reduce computational load while maintaining image quality.
Optical imaging replaces mechanical sensors to measure strains and displacements without physical contact, eliminating device complexity.
A multi-CPU system retains one active RAM during power saving to minimize energy use while keeping programs ready for immediate execution.
A printing system initiates preconditioning activities automatically in response to sensed proximity signals.
A remote proofing method converts source colors to a common color space for accurate hard copy output.
A method encodes over-range color values as in-range values using shifting and scaling operations.
Dynamic reduction ratios adjust thumbnail sizes to prevent broken images or white spaces in high-repeat output.