Visual Presentation TRIZ Cases

Barcode, RFID, and OCR-enabled kiosk handling links garment drop-off and pickup in one station for accurate tracking and secure access.

Pre-registered print settings are searched by speed, distance, and posture to cut setup time and keep print quality consistent.

Switching among first storage portions lets a reconfigurable logic circuit load needed configuration data while reducing memory count and management complexity.

By rewriting configuration data into storage blocks not currently connected to the logic circuit, this case cuts storage count and setup complexity.

Stored remaining-ink data lets a printer keep using a service cartridge after cancellation, avoiding waste of unused printing material.

A batch ticket with one detectable code lets imaging devices update the location and process status of multiple jobs in crowded workspaces.

A link token lets the server receive non-randomized device identity only for management, reducing leakage and unauthorized access.

Quantifies paper savings from digitization, duplex, and totalization printing by calculating and displaying sheet reduction values.

A preview-based interface preserves image-to-media alignment on flatbed printers, reducing manual positioning errors for multi-board and double-sided jobs.

Spectral measurements are mapped to nozzle intensity values, correcting printhead variability and reducing banding in solid color areas.

Spectral density mapping calibrates each printhead nozzle to correct solid-area banding and color shifts without an integrated spectrophotometer.

Inspection jobs trigger automatic reference image transfer or selection, reducing setup time while improving print defect detection accuracy.

By redistributing sub-dots across sub-lines, this case cuts thermal head peak current while preserving border quality and fast printing.

Real-time protocol steps, visual instructions, and compliance evidence improve courier assignment reliability, visibility, and auditability.

Pre-locating machine-readable indicia in a scaled buffer image reduces full-page verification effort while maintaining print quality checks.

Warnings flag overlap between transparent objects and spot color print areas, helping users correct alignment before unintended output occurs.

Future use state prediction improves printing apparatus maintenance planning beyond historical diagnosis alone, helping schedule service more accurately.

A pre-learned model predicts cycledowns between consecutive print jobs, enabling schedule changes that cut downtime and raise print productivity.

Server-generated reference color data adjusts waveforms and ink ejection to offset head and ink variation with less user calibration.

Scaling and compensation functions limit pixel ink or toner by color combination, reducing bleeding, feathering, and calibration effort.

Image-based label checks flag storage location errors for workers, cutting manual inspection time and replacement effort.

Stored tray history overrides auto paper selection during stapleless stapling, preventing thick-paper mismatches and preserving user intent.

Offline authentication and apparatus information transfer let mobile terminals trigger image processing jobs securely without exposing data over the Internet.

Separate controls for notifications with or without user-related information let terminal users balance personalization, privacy, and convenience.

A shared base chromaticity range makes multiple ink colors easier to detect at once, improving print adjustment and defect correction.

Two drying stages blow gas at different angles to speed ink fixation on non-porous media while limiting overflow and gloss loss.