Pictoral Communication TRIZ Cases

A two-stage ISP tuning flow copies camera-type parameters, then adjusts application-specific settings to cut autonomous vehicle camera tuning time.

A flow execution unit combines scan and print settings into one job, cutting repeated inputs and screen switching in image processing apps.

Segmented adjustment curves improve 5-10% highlight tone matching in flexographic printing while reducing manual calibration effort.

Fees are tied to each operation's success in sequential processing, improving charging fairness while allowing redo, cancel, and discount handling.

Synchronized light-source switching and pixel gain control capture reflective and transmissive images in one scan with better SNR and less afterimage.

A switchable optical path lets one scanner carriage capture diffuse and regular reflection separately for clearer document reading.

Placing scanner and document-feed control boards in one angled mounting section cuts horizontal size and keeps wiring and maintenance manageable.

Encrypted scan data is sent to a terminal while the decryption key is released only for authorized access, reducing file leakage risk.

Attribute-based banned word lists let image processing jobs be blocked or allowed by job type, user level, and location to reduce document leakage.

An imaging sensor verifies where a spectrophotometer measured on a printed image, preventing color errors from substrate position shifts.

A rotatable operation panel hides maintenance buttons during normal use and exposes them when erected, preventing accidental input.

Blending absolute and relative rendering intents improves color matching across devices with different white points while preserving highlights and shadows.

Alternating line timing helps a contact image sensor adapt to object speed while keeping output stable, sensitivity high, and dark current controlled.

A reduced preview image lets users adjust the print area locally while the server maps it to the original for full-surface, high-quality printing.

Two power-off states are selected from use conditions to avoid unnecessary restarts while improving recovery speed and abnormality handling.

A dual power-off scheme records a suspend state in non-volatile memory to restore processing systems faster after power resumes.

Unique signature patterns are embedded in halftone screens to verify print origin while minimizing visible artifacts and moiré.

A remote MFP interface adds a reconfirmation screen for sending destinations and output settings, improving usability while reducing shared-panel contact.

Estimated processing times for current and candidate image settings help users avoid unexpected waits when changing configurations.

Periodic license checks during function execution restrict processing when a dongle license is lost, preventing unauthorized use.

Expanded-region pixel analysis turns rough preview clicks into accurate patch chart data for printer color calibration.

Front and rear USB port placement plus controller status alerts improve USB memory handling and reduce user errors in image forming equipment.

Uses transmission source information and a number search server to automatically return accurate fax reply destinations.

A removable adapter plate and powered base let printers switch between stable mounted power and portable operation without rewiring.

Filtered preview images cut page review time while letting users add or remove scanned pages before file generation.

When one server fails in distributed processing, results are recovered from another server to avoid stalled tasks and missing outputs.

A print preview places adjustment patterns in the trimming region to avoid user-image overlap and support accurate image-forming condition control.

Pairs front and back sheet images using positional relationships and similarity checks, avoiding printed marks while improving processing accuracy.

Multiple alert channels are chosen by error type and context so compact image formation equipment can convey detailed faults beyond a small display.

Adds vendor-specific contrast adjustment to general-purpose scanning software, improving image clarity without separate scanner drivers.

Automatic content-area detection in reference images cuts manual inspection setup while keeping print image checks accurate.

Multiple frame support points counter glass bending from conveyance-unit pressure, preserving document position and image reading accuracy.

Printed inquiry data lets expired image forming systems regain restricted functions offline through encrypted pattern exchange.

Historical success rates guide document reading settings, reducing repeated analysis while improving downstream electronic document processing.

Generates list-based preview images for multiple print targets to match color impression across different printers and media without expert color management.

Smeared ink amount narrows known print profiles before hue adjustment, cutting profile creation time for new media while avoiding ink smearing.

When a remote terminal has a higher-resolution display, the MFP sends a larger operation image to reduce screen switching and simplify logout.

Combining memory capacities from system, reader, printer, and FAX units enables accurate MFP storage display and better low-memory notification.

A height sensor pauses ADF transport when stapled or clipped sheets are detected, then allows user-triggered re-feeding without repeat stops.

A supporting program sends printer pre-operation commands before OS-standard printing, enabling intrinsic printer functions without a full driver.

Prioritized display of print failures by position and type helps inspectors focus on critical defects, reducing review time and unnecessary reprints.

A raised operation panel replaces finger-hook recesses, enabling flexible angle holding, a flat housing surface, and less object entrapment.

An MFP generates and displays job setting screens from Web server-selected values, reducing Web app development cost while preserving setting control.

A scanned proof print lets users verify output and change print settings from the host device, avoiding repeated trips and extra print jobs.

A dual-spring ADF hinge maintains parallel alignment and compactness, preventing bending and reducing adjustment when scanning thick documents.

A cylindrical document setting section guides long sheets into the transport path while reducing scanner footprint and posture instability.

A printer UI shows service compatibility, registration, and login state automatically, reducing manual checks across connected devices.

Compares creation environments and converts profile paths so users can restore only compatible settings across different terminals.

An actual-size print preview paired with a framed whole-image view helps users adjust output size accurately on small screens before printing.

Job blocks change shape based on device processing capacity, helping users place unscheduled work with more accurate time estimates.

A key-code split between user and technician modes adds guided repair screens and history logs to reduce maintenance errors.

A camera stores raw image data alongside a JPEG copy, using excess resources to preserve image quality without losing display compatibility.

A server captures settings from the old image processing device and restores them to the replacement after function deactivation, easing migration.

Printing starts early for long jobs with locked output, but waits for user arrival on short jobs to cut pickup delay.

Push scan is enabled only when image-processor communication is encrypted, preventing credential leakage and spoofing on insecure links.

Circuitry switches external device power and communication by conveyance state to cut load, save energy, and avoid erroneous operations.

Test images printed on both sheet sides let upper and lower readers self-check for dirt and faults without manual paper transport.

A document cover held 3-10 cm open at a 5°-20° angle improves document placement in low-overhead scanner installations.

By comparing pre- and post-printing Lab color ranges, this case separates sheet unevenness from toner scattering for accurate abnormality detection.

An intermediary extension adds vendor-specific resolution settings to standard scan software while preserving compatibility across image-processing devices.

Standard Windows class drivers omit page continuous copy; an extension application adds the setting and scan command across scanner brands.

When a user's communication interface changes, updated acquisition information preserves access to image data from the image reader.

By inspecting the first scanned sheet before continuing, the control unit catches orientation errors early and limits wasted pre-printed paper.

Comparing pre-action and post-action images improves image forming apparatus state assessment for more reliable maintenance decisions.

Movable wall lifting expands sheet-tray capacity without increasing device height, while the tray mechanism supports smooth document feeding.

A roll-sheet printer selects the colored mark with the largest luminance difference to improve image-position detection.

Configuration agents keep printer settings secure and restore unauthorized changes.

The setting screen links selected images to transmission rules, helping users categorize multi-object photos before cloud transfer.

A linkage server coordinates settings, firmware, and service delivery when contracts start or change, enabling immediate smart service use.

This image-processing case displays correction-mark settings and prevents unintended changes before document scanning.

A scanned settings sheet lets users restore selected MFP configuration values while excluding unwanted network settings.

Dual setting screens reduce unintended RPA operations during apparatus configuration.

A base image and downstream reading step correct image position on uneven paper, improving code and patch image accuracy.

A print plugin issues an operating system notification to display a warning screen over an application interface.

A distributed information processing system assigns a host device based on predetermined conditions to execute workflow tasks.

An information processing apparatus integrates print and cut operations by exchanging ability data with a connected cutting machine.

Dynamic curtain positioning blocks sound during standby while allowing rapid hardware activation when users approach the device.

A relay board cover shields cables from damage during scanner rotation, enabling easy wire removal and improving device assemblability.

Segmented storage regions allow a scanner to update shading correction values based on reference readings without interrupting continuous document transport.

A noise management system routes print jobs to multifunction peripherals based on temporal data and relative noise levels.

A function executing device prioritizes approval screens for external requests to manage concurrent operations.

An information processing apparatus segments jobs to release resources while preserving shared data in primary storage for subsequent execution.

A scanner tilt panel executes sequential image linking for oversized documents without rotation.

A controller exports encrypted configuration data to a recording medium for secure duplication between image forming apparatuses.

In-line optical sensors measure reflectance spectra of printed images to dynamically update lookup tables.

A linkage assembly moves a pressing plate away from the document cover, creating clearance for cleaning the reading sensor without removing fixed components.

Supporting program generates notification data with configurational images to display on print setting screens.

Image processing apparatus generates authority marks for decolorable coloring materials to enable selective removal.

A rotatable image scanner body switches positions via a mechanical link with the discharge tray.

A profile adjustment method stores black point information in a private tag to maintain color reproduction accuracy during device coordinate conversion.

A recording apparatus controller manages display states to separate basic and additional function selection parts on the user interface.

Position-dependent concavity focal lengths and spatial frequency shifts suppress edge image quality drops during document separation.

An image forming apparatus generates user waiting lists and outputs sequence data to terminal devices for efficient job tracking.

Server system automates cross-platform cloud print service registration via intermediary mediation, eliminating manual multi-service setup complexity.

Transfer manager screen filters file lists by printer capabilities, preventing errors from transferring unprintable data.

Processor switches between page number continuity and sheet size analysis to resolve reliability issues when documents lack page numbers.

An oblique entry guide reduces resistance force variation during scanning, preventing image distortion caused by uneven object movement.

A controlling unit directs a scanning module along a datum line to record position parameters for accurate calibration.

An information processing apparatus derives color material amounts to replace process colors with black toner for metallic reproduction.

A management information creation unit generates device condition data in a destination-specific format for transmission.

A data transmission apparatus control unit enforces user authentication settings to restrict transmission destinations.

A two-dimensional image sensor controller sets specific imaging areas to read output values individually.

A driving force transmission mechanism uses a universal joint to maintain continuous power flow between rotating components.

Index values correct conveyance amount per unit angle to eliminate image distortion from roller diameter errors and eccentricity.

Interpolating Bayer sensor data shifted by half pixels synthesizes high resolution image data, resolving isolated point detection errors in halftone documents.

Adjusting area coverage values and panel arrangements during prepress to resolve coloring inconsistencies between original and reprinted packaging panels.

An image forming apparatus receives job requests and authenticates users to manage stored job execution.

A PET regulating member constrains flexible flat cable length to prevent stress-induced disconnection near connectors.

A dual scanner image reading device adjusts front and back mark positions using a position adjusting unit for accurate registration.

Segments image data into logos, text, and photographs to apply tailored color conversion or contrast enhancement, improving visibility on corrugated cardboard.

Scanner detects scan glass contamination by comparing document images against a stationary calibration strip reference.

A terminal embeds a code image into document data to enable secure access control for sensitive information.

Information processing apparatus displays scan data previews in a predetermined area before posting to servers.