Television System Details TRIZ Cases

Interspersed RGB and IR pixels in one focal plane avoid stacked-sensor losses, improving alignment, IR sensitivity, and visible image quality.

Parabolic microlenses and directional PDAF pixel placement boost phase disparity signals for faster, more accurate autofocus in low light.

Coupled camera and LiDAR modules let robots overcome blind spots, build better maps, and add site-specific tasks without full hardware replacement.

Multiple acoustic, acceleration, and pressure signals help identify minor vehicle impacts that standard passive safety systems often miss.

Rotating left and right vehicle cameras between rearward and side views expands parked lateral monitoring without adding extra cameras.

Multiple ultrasonic sensors and pitch sensing map the water surface plane in real time to warn drivers of water ingress risk.

Adaptive target mark shapes cut display data load in work machine monitoring, keeping multiple target positions visible under limited bandwidth.

Sensor-based event history is stored and shown in the vehicle display, making accident or flood records easier to verify after meter replacement.

A folded light path and VCM-driven movable lens group combine autofocus and image stabilization in a compact high-resolution camera.

Selective ROI readout guided by peer sensor data cuts bandwidth and latency while preserving accurate feature detection in robotic sensing.

Camera-based proximity detection triggers audible warnings and braking to alert pedestrians near quiet electric vehicles.

When trees or barriers block an external camera, the system detects shielding areas and adjusts vehicle path or speed to avoid collision risk.

Thermal imaging and a reflector monitor hidden switchboard breaker temperatures without opening the panel, helping prevent overheating and fire.

Camera-based vehicle alerts adapt display level, direction, and color to warn operators without causing information overload.

A bonded silicon and IR-sensitive die stack captures visible and infrared bands through one aperture, improving alignment and spectral sensitivity.

Automated image display and a reversible ball-socket mount improve vehicle viewing while reducing driver distraction and easing monitor maintenance.

A shared conductor switches between dimming control and wireless communication, saving display space while maintaining transmittance and antenna response.

Multiple floating diffusion regions linked by metal lines let the sensor switch conversion gain by mode, improving SNR and dynamic range.

An integrated Hall driver IC and spring-pad layout shrink camera modules while improving autofocus feedback and OIS sensitivity.

A single display processing unit preprocesses linked images for multiple in-vehicle screens to minimize timing deviations and keep animations synchronized.

An accelerometer triggers parking surveillance only after impact and battery checks, preserving image capture without risking engine start.

Infrared signal summation from RGB color pixels boosts NIR sensitivity while preserving visible-light image capture in one CMOS sensor.

A hemispherical nanowire retina with ionic liquid sensing expands field of view beyond planar CCD and CMOS image sensors.

Continuous recording with sensor-triggered upload enables immediate incident footage, vehicle data transmission, and driver alerts.

A protection switch stays effective during power-down to block Ethernet over-voltage stress and reduce signal circuit breakdown.

A freeform lens splits rearview and backup imaging into high- and low-magnification zones, cutting imager size and processor cost.

Dual SDR and HDR transfer metadata lets conventional and HDR receivers apply the right electro-optical conversion to transmitted video.

A diffraction layer scatters light onto sub-pixels to capture color, polarization, and phase without absorptive filters, improving sensitivity and resolution.

Thermal images correlated with beta gauge and IR temperature data reveal full-width basis weight variation earlier on moving coated metal sheets.

Multiple antennas and orientation sensors let a set-top box switch antenna paths automatically to maintain robust wireless links.

Wireless obstacle detection and driver notification let remote parking reserve a blocked space and stop safely until the obstacle is cleared.

A backside wiring layout shortens the microlens-to-photodiode path and uses light shielding to improve focus detection in small pixels.

Displaying the remote driver's image on the vehicle exterior makes driver actions visible to others, improving accountability in remote driving.

HgCdTe or InAs photodiode arrays with temperature sensing enable faster, more sensitive infrared detection without bulky cooling.

Streaming pixel data from multiple light-level sensors enables real-time HDR video for vehicle hazard detection in glare and darkness.

Priority-based cabin imaging combines visible and infrared sensing to monitor occupants, cleanliness, and left-behind objects in any light.

Day and night pipelines separate IR subtraction from IR image generation to reduce RGB-IR clipping, banding, and color contamination.

By moving AC/DC and DC/DC power conversion into the OPS interface, display hardware avoids extra power parts while still powering the connected device.

A suspended electrode and cap convert press force into capacitance change, enabling waterproof button input with lower assembly complexity and energy use.

GPS-tagged images and voice notes let one vehicle replay another vehicle's recorded route on an AR head-up display with location-based triggers.

High-resolution camera data is split across multiple SerDes links and reassembled to avoid compression loss and transmission delay.

Separately sourced sound-board audio is wirelessly aligned with audience video in real time to create high-fidelity live event recordings.

Staggering bumps between adjacent infrared detection elements relieves thermal-expansion stress, reducing substrate warpage and cracking.

Adjusts cabin sound settings from display panel angle so second-row and third-row passengers receive more consistent volume and clarity.

Multiple thermal sensors with different fields of view balance image quality, coverage, and cost for vehicle blind spot and forward detection.

A dual-pixel layout pairs high-sensitivity and high-saturation cells with different node capacitances to extend dynamic range and suppress noise.

Explosive welding joins dissimilar Dewar materials in cooled infrared cameras, improving hermetic sealing, CTE matching, and joint strength.

A protruding substrate and surrounding seal block liquid and sulfur dioxide ingress while keeping the imaging unit thin and reliable.

Mixed pixel groups let phase difference pixels share on-chip lenses and same-color filters, improving autofocus speed and detection accuracy.

Bulky substituents in a curable near-infrared absorber improve light fastness and moisture resistance while preserving visible transparency.