Television System Details TRIZ Cases

See how door-mounted cameras capture interior images during rotation, enabling remote content v

See how thermal sensors and hygiene dispenser data replace multiple door counters to track wash

See how a wall mount assembly with tilting holes, link portions, and magnetic locking enables t

See how a signal-emitting display hook uses wire-antenna transmission and timed alarms to deter

See how dedicated control interfaces with visual feedback simplify presenter transitions in col

See how NFC, password, and camera authentication secure entrance-gate refrigerators against del

See how a detachable imaging apparatus with temporary attachment mechanism enables cooking-spac

See how a camera-equipped range hood captures and transmits cook top images to external devices

See how resilient finger mounts maintain touchscreen contact behind protective panels while ena

See how infrared cameras measure surface temperatures across a region to improve ambient temper

See how dynamic capture interval adjustment based on cooking state change reduces video length

See how a linkage assembly with counterbalance lowers a high-mounted TV to comfortable viewing

See how a vertically moving camera transmits multi-viewpoint images only for shelves with detec

See how a four-bar linkage assembly with counterbalance enables televisions mounted above firep

See how an X-shaped strap arrangement with hook-and-loop fastening secures screens to various c

See how home appliances generate cooking time-lapse videos by comparing feature values and time

See how integrated cameras and AI algorithms enable a cooktop to autonomously detect overflow,

See how dual moving plates and belt-driven motors enable a display panel to retract into a hous

See how time-division multiplexing allows multiple pixel columns to share read circuits, shrink

See how a camera and image-combining control unit capture refrigerator contents for remote view

See how segmented thermally conductive housing creates multiple heat paths to protect heat-sens

See how a swivel guide and latch assembly enable lateral rotation of wall-mounted displays up t

See how detachable adapter mechanisms with elastic fastening enable EIA-310 racks to accommodat

See how a rotating label holder emits wireless signals through an antenna-integrated wire to al

See how an expandable concealer assembly with flexible sidewalls hides wall-mounted TV cables a

See how a cooking appliance integrates microwave, induction, and radiant heat sources to achiev

See how a unified control interface with visual indicators reduces presenter transition time an

See how an elastic member between front and rear legs enables dynamic stand length adjustment,

See how a motorized lifter enables a display to retract into a housing for protection and exten

See how a heat transfer element and thermoelectric cooler maintain image sensor temperature bel

See how an integrated totem structure merges display support, audio housing, and privacy panels

See how integrating a camera system with video analytics into an aerosol device enables event d

See how camera-based image capture and facial recognition enable automatic product tracking and

See how a lifting mechanism enables a display to retract into a housing, protecting the screen

See how integrated temperature and humidity sensing with pre-heating prevents condensation on c

See how integrated cable assemblies with visual indicators and pre-connected switching reduce t

See how a nested module housing with dual driving belts enables display panel retraction to red

See how a camera and controller enable remote monitoring of cooking items, reducing the need fo

See how dual machine learning models predict patient risks from environmental and biological da

See how articulated supporting bars with sliding protrusions and dynamic links simplify wall mo

See how a detachable imaging device with wireless transmission simplifies installation inside a

See how integrated biometric authentication, wireless scanning, and camera tracking reduce inve

See how segmented exposure masking adjusts camera exposure time for food items separately from

See how a shroud-based monitor support assembly integrates display, audio, and lighting to prov

See how automatic detection of video playback triggers real-time adjustment of theater sound, l

See how RFID tags, readers, and movable displays enable customers to access product information

See how refrigerant phase-change cooling replaces air blowers and liquid pumps to reduce projec

A four-bar linkage and counterbalance let a TV drop from a high wall position to eye level while keeping a comfortable viewing angle.

See how a movable camera on a guide rail adjusts vertically to capture clear, distortion-free i

A shifted-wavelength micro-LED array preserves daytime color display while limiting red and near-infrared emission for NVIS use.

Rotatable side cameras switch from electronic mirrors to parking monitoring, extending left-right coverage without adding extra cameras.

Sector antennas and microcontroller switching maintain 360° FPV video coverage, cut interference, and support long-distance relay.

Alternating the projection plane between transparent and suppressed states enables accurate biometric positioning and clear guide image display.

By combining ADAS data, location, driving images, and history, the server predicts accident risk and provides legal and route guidance.

Simultaneous display of current and target work machine positions helps operators switch remote control reliably and keep site awareness.

A flexible hub filters, reformats, and reroutes automotive sensor streams to cut DRAM bandwidth use, delay, and SoC overload.

Global-shutter 4D STEM compressive readout reduces rolling-shutter distortion and speeds elemental imaging in thick biological specimens.

Upper and lower camera fusion makes obstructing booms transparent based on articulation angle, improving forward visibility in construction machinery.

Predictive acceleration sensing and feedback correction suppress image shake in vehicle projection systems despite actuator delay.

Camera-guided ball screw and four-bar linkage reposition a vehicle front display to match driver facial position for better viewing and usability.

Lensless embedded imaging lets a transparent display capture scenes without bulky camera modules, preserving flat form and clear see-through viewing.

A segmented in-vehicle display angles left, center, and right sections for clearer rearward viewing and more convenient occupant interaction.

A scanning folded-optics Tele camera targets regions of interest for high-resolution zoom imaging without requiring a single large sensor.

A 3D vehicle model merges object contours across cameras to prevent disappearance and ghost images in surround view displays.

A power-over-coax switch routes camera feeds between ADAS and infotainment controllers to cut power use and avoid startup delay.

Power-supply signal changes let a nightvision intensifier decode pulsed laser data without extra cameras, reducing system complexity.

A separate communication box with radome and inner plate layout improves display heat dissipation, antenna reception, and rigidity.

A movable flexible panel retracts into a curved housing to support always-on mode, save space, and reduce external impact damage.

Directly coupling sensor and AI modules shortens signal paths, boosting transmission speed while reducing delay and distortion.

Synchronized video, sound, and excavator state data let users review on-site operation context without relying only on abnormal-event images.

Visual drawbar and steering overlays help drivers back up a trailer by aligning the vehicle and trailer through guided steering control.

A replaceable transmission line and snap-fit fastening mechanism let one image transmission host adapt to multiple connector types with lower model and storage costs.

Driving-status data selects only needed vehicle camera arrangements, preserving field coverage while reducing image processor overload and cost.

Pixel-level grayscale thresholding shields irregular glare sources while keeping the road landscape visible through a transparent vehicle display.

Multiple laser emitters coupled to separate waveguide ports cut projector size and power use while preserving retinal image quality.

A sealed optical space isolates the sensor and lens to achieve sub-degree camera alignment while cutting contamination risk, stress, time, and cost.

By reusing vehicle lamps when impact is predicted or sensed, this case improves low-light video capture without adding recording hardware.

A slide lock and swivel mount lets a display shift between ground and stand modes while keeping positioning secure and enabling charging.

Blind regions between rear and side camera views are filled by overlaying complementary images on translucent obstructions for clearer vehicle visibility.

Multi-sensor fusion of camera, cabin audio, and IMU data detects ADAS engagement changes without direct access to proprietary system data.

A demux-mux sensor hub routes and reformats multi-sensor streams directly to each recipient, reducing SoC delay and DRAM bandwidth load.

Exterior recording starts only after driver absence and passenger exit are detected, capturing unnoticed passenger movements outside the vehicle.

Perpendicular slots in a corner-mounted resonant cavity spread radiation more evenly and improve signal coverage in front of the screen.

Fixed reference overlays guide dashcam attitude adjustment after retrofit, improving distance measurement and warning accuracy.

A switchable bleed path drains parasitic charge from MEMS switch nodes to prevent hot switching while preserving low-voltage measurement precision.

A mixed-distortion camera layout keeps the central rear view clear while extending blind-spot coverage with less processing delay.

IR reflection and TIR sensing detect dirt, salt, debris, or algae on vehicle lamp lenses before light output drops below safe levels.

A curved in-vehicle display wraps across the driver's field of view to improve AR visibility and interaction without a larger flat screen.

Low-light event recording is improved by activating vehicle lamps from illuminance and battery-state feedback to capture clearer surroundings and plates.

A rear camera replay marks the driver's original mirror viewing range within a wider recorded scene, improving accident review accuracy.

Adaptive screen switching changes the display sequence by machine movement state, cutting repeated button presses and improving operability.

A heat-sink wireless charging stand powers a display without exposed cables while a dual-screw mount adapts to different table thicknesses.

A VESA-compatible bracket lets one status light fit different instruments without custom hardware while preserving clear visual alerts.

Phase-inverted cancellation removes in-car electronic audio while preserving both raw and canceled sound during detected vehicle abnormalities.

Hidden dashboard IR imaging uses windshield reflection and reflective film to track driver gaze without visible distraction.

Multiple vehicle camera feeds are merged into an adjustable surround view with a virtual car model, circuit maps, and tracking lines.

A partitioned sensor module combines image and infrared sensing through one window to monitor temperature and multiple biological signals in less space.

Dual storage to internal and external media preserves pedal-area video during sudden unintended acceleration when one recorder fails or separates.

A microphone detects malicious vibrations and triggers parked-vehicle video recording only when needed, saving memory and battery power.

Adjustable magnetic force secures a display to a plane without bulky brackets, improving portability and easy repositioning.

Differently sized micro-lenses let PDAF subpixels generate phase signals while preserving image resolution in hybrid image pixel layouts.

Comparator-controlled booster clocking stabilizes negative supply voltage in endoscope imaging while cutting power use and switching noise.

A compact lens driver separates the position sensor from welding heat while preserving magnetic displacement sensing and fast autofocus.

A rotatable transceiver layout improves antenna reception while a heat sink, fan, and insulating layers manage control box heat.

Dual AC voltage detectors let the display power supply recognize square-wave input and switch stably for reliable startup and lower power use.

An ODO/TRIP switch wake-up signal activates the display control ECU so stopped vehicles can show mileage data without starting the engine.

Press-fit magnet housing inside the yoke prevents dislodgment under shock and vibration while freeing space for a larger lens aperture.

Aggregating four trailer camera feeds into one bird's-eye view cuts hitch wiring complexity and improves maneuvering with a single video channel.

Road geometry and vehicle position are used to judge sharp-bend risk early, enabling timely warnings and deceleration before curve entry.

Switching between console-controlled and stand-alone radiography preserves image-to-order correspondence while allowing flexible extra captures.

Structured motivation scoring and proximity warnings help users compare options without cognitive overload and include long-term values in decisions.

Dynamic sensing adjusts wireless power intensity and path to extend charging range while limiting human field exposure and signal interference.

Direct convolution and pooling on a stacked light-receiving element cuts image transfer delay and sustains fast feature extraction at higher pixel counts.

Dynamic seam placement avoids salient objects in surround view stitching, reducing artifacts and restoring under-vehicle visibility.

Dynamic seam placement, adaptive 3D bowl modeling, and under-vehicle reconstruction reduce surround-view artifacts and support remote visualization.

A flexible PCB bending section routes sensor connections within the sensor shadow, shrinking endoscope shaft diameter and simplifying assembly.

Positive shift voltage raises TFT gate-off thresholds to suppress leakage-current dark spots and improve X-ray image quality.

Mirrors and rear projection replace thick seatback screens to preserve passenger space, reduce impact risk, and maintain continuous in-flight display.

A detector and notifier relay imaging device faults to the electronic mirror, so drivers can notice failures and maintain reliable operation.

Combines SDR VUI and HDR SEI transfer-function signaling so one AVC video stream plays correctly on both SDR and HDR devices.

Live camera and sensor feeds are overlaid on a captured virtual tour to reveal deviations and keep remote site monitoring current.

An inner-outer arm with a compressible elastic supporter lets a display panel tilt, pivot, and change height while staying stable.

Preplanned 3D roof mapping, facet-based flight paths, and auto docking help a UAV keep consistent scan distance and extend operation.

Multiple TVs are suspended at oblique angles on a ceiling frame that hides the electrical box and adds lighting and mirror effects for immersive viewing.

A dual-purpose support assembly lets a TV switch between freestanding and wall-mounted setups while also supporting soundbar attachment.

While one channel keeps playing, a secondary tuner fingerprints another channel to show preview information without manual retuning.

A ring-cam pivot assembly uses friction and elastic members to deliver stable 90-degree monitor rotation with controlled viewing-angle adjustment.

Tilted mounting surfaces and terminal links let side panels extend a front display seamlessly for added information and stereoscopic viewing.

Detachable and fixed cable guide holders keep rotating display cables connected, untwisted, and protected from damage.

Integrated cameras and server correlation enable safe continuous inspection of energized load panel components without opening covers.

A rotatable screen checks app orientation support before switching, improving vertical video and comic display without wasted screen space.

Sensor-based alertness monitoring predicts readiness for upcoming vehicle tasks and times notifications to reduce fatigue-related errors.

By classifying rotation angle and angular velocity, the gimbal corrects shake without blocking intended camera movement.

A spring-loaded bearing base and damper let the webcam stay hidden in the display, then rise quietly for use with lower privacy and damage risk.

Movable neutral density filters adjust to ambient light and direct sun, keeping self-driving camera images properly exposed.

Multi-color fill lighting, code recognition, and visual positioning help forklift operators identify goods and align forks in dark warehouses.

Dynamic drone repositioning based on user location and content type improves mediated reality visuals while limiting noise during audio playback.

Sliding end caps and wire-routing rails let one rack fit varied device sizes while keeping display-mounted electronics aligned and cables tidy.

By analyzing zoom, view angle, and composition from a source video, the drone can automatically match camera settings and flight path.

Crane-drones transfer containers between road vehicles at exchange stations, extending delivery range while limiting direct-flight energy use.

Edge-based image inspection tracks tubular connection elevation in real time to detect rig conditions and trigger automated well equipment response.

A nested feedback mirroring circuit compensates operating current and bias voltage shifts to suppress banding noise and stabilize comparators.

Magnetic coupling and an internal tilt hinge let a cylindrical camera mount quickly, adjust angle easily, and keep lens protection integrated.

A dual-axis camera mount uses timed position sequences and real-time control to improve panoramic capture and precise moving-object tracking.

An integrated liftable camera, 360-degree audio, and projection setup avoids sync distortion and fixed wiring in group video conferencing.

A modular internal-external mount stabilizes cameras or UAV sensing on unmanned construction machinery for more accurate environment detection.

A deformable top-mounted camera enables remote door coupling inspection while preserving overhead space and avoiding impact during car jump events.

Multiple cameras detect loop closures across different travel directions, reducing repeated paths and improving mapping efficiency.