Visual Presentation TRIZ Cases

Sequential chart diagnosis resolves complexity trade-offs by isolating spot, transfer, and density errors for precise correction.

An intermediary microcontroller unit manages sensor information and resource allocation via I2C, resolving communication bottlenecks in 3D printing systems.

A mixed media reality system integrates printed paper with digital content using mobile capture devices to create interactive documents.

Replacing mechanical coin slots with electronic payment and computer-controlled timing resolves health law conflicts while maintaining high-speed service.

A top panel recess and detachable cover house authentication devices, resolving volume conflicts with toner containers while preventing theft.

Service server stores voice data and issues access codes printed with images, resolving insufficient storage capacity on photo prints.

A determination unit automatically switches external storage connections between separated main and operation units based on active applications.

An inventory control system identifies recalled products via scanning codes to automatically deny their sale at retail points.

A server checks installed color material cartridges before dispatching replacements.

Optical recognition replaces mechanical keypads with image-based authentication, eliminating manual entry errors while maintaining simple device complexity.

Information processing devices transmit identification data to image printers, enabling secure server login and authorized job handling.

Controller reproduces pre-interruption power supply state via stored memory, preventing unintended power-on conditions after interruption.

Buffer circuitry decouples single beam processing from dual beam output to resolve the productivity versus component cost contradiction.

Manager MFP routes print jobs via distinct port numbers to client devices, eliminating the need for a central server and reducing system complexity.

Local contrast processing reveals white-out corrections while hash-value verification prevents document tampering.

A threshold matrix generation method allocates occurrence numbers to writing elements in specific areas to optimize dot placement.

Font matching units identify character attributes to resolve information loss during image to document conversion.

Distributing print files across image forming apparatuses by user frequency reduces access concentration and shortens processing times.

A multi-dimensional conversion table generates approximate linearity across all color dimensions using inverse one-dimensional correction.

A non-metallic fluctuation easing member stabilizes magnetic field intensity, preventing eddy current interference from metallic mounting surfaces.

A mobile device extracts product information from barcodes to display web pages for purchase.

A controller integrates multiple stored documents into a single file for automated printing.

An RFID-equipped smart cart tracks items via electromagnetic induction while conductive shielding blocks external RF signals to prevent theft.

Dynamic coefficient assignment distributes output density across multiple scans, resolving mechanical deviations and nozzle variations that cause streaks.

Integrated cutter assembly synchronizes with printhead scanning to separate media portions during printing cycles.

Processor assigns imaging control to one information processing apparatus based on device use state, preventing duplicate execution errors.

A mechanism converts uncalibrated ink deposition data to calibrated values using histograms for precise usage estimation.

Color processing apparatus generates dot arrangement signals to form polyhedrons in color space.

Medium sensor detects paper attributes to automatically register printing media, eliminating manual operator intervention during print jobs.

An image editing device assigns photos to pages using photographed time intervals to satisfy user-defined page and image count limits.

An ink refilling notification system monitors remaining volume to prevent overflow and ensure adequate filling.

Segmenting settings into common and specific categories automates import processes while requiring manual input only for unique device parameters.

Wireless transmission of setting information to portable terminals for user verification.

Separating high-speed data lines from control channels allows uncompressed image transfer without processing delays.

Merging variable information objects with data streams automates packaging imposition, eliminating manual artwork assignment and reducing labor intensity.

A multifunction peripheral shares print data using volatile storage management information without activating the hard disk drive.

A logic circuitry package manages data exchange between replaceable print components using an I2C bus interface.

A device management apparatus embeds reference and operation triggers into a unified list page for connected network devices.

An ordering system selects nearest stock manager servers to minimize delivery time for image forming apparatus consumables.

Dynamic adjustment of the human sensor's detection range and sensitivity resolves user detection failures when users stand partially outside the device width.

Backup unit stores function module data in external storage to restore processing environments on remote image processing apparatuses.

A display device shows unresolved error counts in badges near function selection images on an operation panel.

A processor dynamically adjusts print job time estimates based on roll paper combinations.

An information processing device associates user-defined collation data with image files before delivery.

Grouping light-emitting element chips with shared control signals reduces printed circuit board width and drive IC size.

An image processing device uses an estimator to predict user functions from history data for faster operation.

Image processing device adjusts ink discharge rates across divided pixel rows to maintain uniform color concentration.

A scanner apparatus detects the activation status of a networked computer to manage scan data flow without user intervention.

A printing system uses distinct user interfaces to manage offline post-processes independently from the main apparatus.

Separate ejection of background and image liquids prevents color irregularities and banding on transparent media.