Digitally Marking Record Carriers TRIZ Cases

Virtual basic color axes resolve ambiguity in unique device value determination while expanding the printer color gamut.

Movement control unit adjusts deceleration start position based on image region length and moving velocity.

A sound signal processing device generates early reflected and reverberant sound signals to enhance spatial awareness.

Segmented identifiers resolve mismatches when swapping printers, preventing shade errors and blurring.

Mask pattern frequency control reduces beading from nozzle array interference by optimizing high and low frequency component ratios.

A probabilistic layout model assigns dynamic weights to contextual advertisements based on text relevance.

A color correspondence generation method modifies CMYK values to reduce ink usage.

A Bayesian analyzer processes Display List data to select and score tuning parameters for dynamic rendering adjustments.

Multi-function peripheral device sends scanned documents to multiple network printers using stored location and language data.

A method transfers an EMV chip from a plastic card to a metallic substrate using controlled peeling and cavity-based placement.

Strip-shaped density reference members positioned at multiple points enable pixel-to-pixel shading correction data calculation.

Segmented receiving spaces handle irregular medicine sizes, reducing tracking errors while maintaining optimal storage conditions.

A print queue scheduler estimates job durations and maps them to graphical bar sizes in a GUI.

A printer interface generates user messages by combining terms from a managed list based on processed function constraints.

Applying fragment programs to visible pixels reduces CPU load while maintaining color consistency across multiple displays.

A color correction apparatus calculates multiple region-specific values and combines them using confidence levels to produce a new correction value.

Histogram equalization adjusts luminance distribution in the Lch color space to suppress false contours and improve gradation characteristics.

A composite image system logs combining conditions and scans printed outputs to automatically assess additional image placement.

A pixel selection mechanism restricts achromatization processing to specific regions within the sub-scanning direction of scanned images.

Separate protection lines sense package continuity to resolve the trade-off between open state detection and post-opening communication reliability.

An imaging data stream specifies rendering order for fills, text, and images to enable full color output in digital printers.

Content analysis splits print jobs into color and black-and-white sub-jobs, assigning each to the appropriate device to reduce ink costs.

A determination unit sets variable thinning ratios for non-edge image portions based on acquired color information to reduce ink usage.

A digital process control system adjusts device link profiles to maintain color consistency across printing devices.

A changing unit adjusts wireless communication parameters based on user reservations.

Controller adjusts image receptor speed using phase-synchronized detection patterns.

A color conversion processor adjusts image data positions in the L*a*b* space to move coordinates toward a constant hue line.

A license installation mechanism sets continuous copying speed in image forming apparatuses to enable post-purchase configuration.

An information processing apparatus displays printer function restrictions to users without executing print commands.

An image processing apparatus generates color tone conversion parameters by comparing pixel values from captured output images against original data.

An image processing device generates display and print data to match element sizes on screen and paper.

A browser tab displays a document preview alongside print options within the same window interface.

A system selects optimal device-specific recipes for out-of-gamut spot colors using multiple gamut mapping techniques.

A computerized device evaluates spatial frequencies to calculate tailored marking material reduction values.