Television System Details TRIZ Cases

Vertically oriented microbolometer legs cut support footprint while preserving structural performance, increasing infrared array fill factor.

A multi-material spacer tunes pixel resonance wavelengths in a Fabry-Pérot light sensor while protecting photo-sensitive elements during thin-film processing.

Stores the gear used to enter a parking space and warns when the same direction is selected to exit, avoiding wrong-gear collisions.

Microlens diffusion in an NIR-transparent camera housing spreads LED output evenly across a fisheye field of view for clearer low-light imaging.

Dual OETF signaling in VUI and SEI lets SDR and HDR decoders reproduce the same video data with backward-compatible playback.

Dual OETF signaling in VUI and SEI lets one AVC stream switch cleanly between SDR playback and HDR reproduction.

By classifying nearby and remote vehicles, the warning logic predicts surrounding-vehicle collisions and alerts the driver early.

Close-proximity events are replayed in bird's-eye view so relative vehicle positions are clearer when verifying dangerous driving.

Direct pin-and-socket connectors let a vehicular camera tolerate housing misalignment, remove jumper wires, and improve mounting reliability.

A movement-restricting section limits hook opening under impact, keeping a PCB securely attached while preserving easy assembly.

A rear camera feed is shown through an electrochromic mirror while decoder-based display control preserves visibility and reduces processor count.

Synchronizing LED PWM lighting with camera capture timing removes monitor flicker and helps reduce driver eye fatigue.

Trajectory-based terminal selection filters roadside pedestrians from irrelevant targets, reducing false vehicle alerts while preserving warnings.

A Linux initramfs camera app sends frames straight to the framebuffer, cutting reverse-camera display delay during vehicle boot.

Mixed-crystal AlN with transition metal nitrides enables switchable polarization, stronger MEMS actuation, and CMOS-compatible fabrication.

Adjustable coupling frames, screws, and spacers correct display level differences and gaps for precise multivision screen alignment.

Shared charge accumulation and selective VPD control let multiple pixels combine signals for faster readout with lower noise.

Spring-loaded connectors power a lens-barrel heater without wire routing, preventing fog and ice while preserving camera focus and alignment.

Non-parallel wireless communicators inside an accessory shoe enable fast camera data transfer with lower power and less mutual interference.

Camera-based I/G units identify and track transport vehicles in logistics yards, giving drivers real-time maneuvering guidance.

Multi-sensor camera and radar sensing detects cut-in vehicles and slippery roads to time braking and steering for collision avoidance.

A stacked pixel structure separates detection, support wiring, and circuit layers to raise sensitivity and fit readout and correction circuits inside each pixel.

Predicting reverse movement from existing vehicle sensors enables rear-view image processing to start early, cutting display delay without added hardware.

A roof-to-side sliding camera arm follows a guided path to avoid impacts, cut wind resistance, and keep rear traffic views clear.

Side camera views appear only when triggered, preserving the main rear view while exposing left and right blind spots.

Multiple camera views are aligned and blended with translucent obstruction regions to fill blind spots and preserve rear visibility.

Horizontal and vertical sync signals align headlamp output with short and long camera exposures to cut delay, improve image quality, and save energy.

Buffered storage cells, threshold detection, and analog pipeline processing cut electron miscounts while preserving low-current throughput.

Synchronizing NIR illumination with a rolling shutter enables low-light pedestrian, lane, and sign detection without losing color-based DAS functions.

Wireless power transmitters and receivers share loads across display modules to limit heat, reduce EMI, and simplify installation.

A multi-frequency terahertz antenna lets one detector array cover multiple frequency points, cutting detector replacement cost and improving sensitivity.

Real-time feedback lets a surgical hub validate device data and adjust network parameters to prevent errors and improve procedural safety.

A camera-triggered window projection and modified audio deter unwanted contact outside the vehicle while protecting occupant privacy.

Real-time fuel density, tire pressure, and ECU data are combined to predict mileage variation and guide optimal gear-speed choices.

Gradient nano metal bonding layers create low-temperature eutectic joins for thinner sensor packages with lower energy use and no wire bonding.

RGB and IR pixels on parallel surfaces improve authentication security by combining visible and infrared image data in one readout path.

Selective brightness matching lifts dark hitching regions in vehicle camera views while preserving color chromaticity in dim maneuvers.

A stacked dummy transistor layout suppresses micro loading effects while keeping photoelectric conversion frames narrow and device performance stable.

A reinforced flexible circuit with sensing electrodes maintains contact under jaw flexing and controls RF delivery to reduce sticking and electrode failure.

A metallic sealing structure surrounds MEMS interconnects to block humidity, prevent oxidation, and reduce signal loss in silicon packages.

Successive transfer pulses let a solid-state imaging readout skip repeated resets, preserving noise removal while raising frame rate.

Cached camera data and ego-motion reconstruct the area under a vehicle in real time while reducing surround-view seams and distortion.