Television System Details TRIZ Cases

ROI-based pixel programming cuts sensor power and bandwidth while preserving image quality and frame rate where object features matter.

Multiple SPAD frames are weighted with IMU pose data to boost low-light image quality while reducing read noise and motion artifacts.

Directional optical receiving elements replace lenses to reconstruct 3D images from incoherent light and fluorescent targets over a larger focal zone.

Selective polarizer arrays and liquid crystal modulation cut road glare, preserve image contrast, and limit optical losses in vehicle cameras.

Calculating gaps between parked vehicles lets the system guide parking in snow or mud when lines are obscured.

An air-suspended coplanar waveguide in a substrate groove cuts dielectric loss and avoids packaging stress that can distort phase shift.

Drivers can realign stitched rearview camera images after camera-wing folding using on-screen guides, avoiding technician recalibration.

Embedded monitor viewing through two-reflectivity mirror glass reduces driver distraction while keeping the module easy to replace.

Wireless signal transfer between the projector control board and main board removes cable loosening during assembly and repair while saving internal space.

Quantum dots extend silicon ToF photodetectors into the NIR range, enabling compact, low-cost 3D sensing without InGaAs cooling.

Changing the screen switching pattern with machine movement state reduces button presses and helps operators reach the right display faster.

A recessed gate with sacrificial-layer etching keeps HV MOS gate thickness flat and uniform, easing HV and LV process integration.

A continuous absorption layer bonded to a separate electronics strip improves heat handling and spatial resolution in large-area X-ray detectors.

High-frequency AC sent through a video push-cable powers cleaning and inspection in small pipes while reducing contact risk and bulky mechanics.

Predicting reverse movement lets the rear-view camera and image processing start early, cutting display delay without dedicated hardware.

Color-specific saturation charge in global shutter pixels preserves output ratios and reduces color distortion for moving subjects.

Rollers replace leaf springs to speed lens autofocus, suppress bobbin wobble, and keep camera modules compact.

A current-controlled magnetic coupler replaces bolts to let electronic devices attach, adjust, and detach quickly from supports without tools.

Dead band width is adjusted from address event counts to curb illumination-driven false triggers, lower power use, and keep obstacle detection accurate.

A unified pixel array blends passive and TOF imaging on one optical axis to cut sensor complexity, cost, and parallax errors.

Exterior recording starts when driver absence and passenger exit are detected, preserving exit direction and actions without continuous capture.

IR and visible TIR sensing detect dirt, salt, debris, and algae on vehicle lamp lenses early enough to warn operators before light output becomes unsafe.

Calibrated bird's-eye camera views with fixed crane-specific overlays show outrigger and pivot limits without extra sensors.

A protective sheet shields a heat conductive sheet from wear during member displacement while maintaining heat transfer to the dissipation element.

Sequential memory-region updates and specific-image checks help vehicle displays detect update failures and block outdated camera frames.

Multiple magnetic and resilient elements shrink the optical drive while preserving autofocus, image stabilization, and durability in compact devices.

IR reflection and total internal reflection detect dirt, salt, or algae on lamp lenses early enough to warn operators before legal light output is lost.

Swing-out side assemblies expose a sealed, cooled electronics cavity for display maintenance without disturbing external power or communication lines.

Acceleration-based attitude tracking adjusts windshield image position gradually, keeping vehicle HUD visuals stable without sudden shifts.

Dynamic antenna activation based on distance and SNR cuts wireless display power use while preserving signal reception and image quality.

A light-pervious mirror display switches to camera and fill-light imaging in dim conditions to keep rear and side views visible.

A wide-view sub-camera keeps tracking subjects outside the main frame, enabling continuous autofocus and reliable capture of fast-moving targets.

Multi-source ADAS, location, and driving image analysis enables real-time accident prediction and legal guidance during driving.

Motion encoded within a single remanent image enables reliable device control when sharpness, frame rate, or exposure conditions degrade.

A dual GPS and LTE PIFA layout uses separate ground ends and insulating placement to keep multi-band antenna performance stable inside metal vehicle housings.

A USB interface links portable media devices to A/V systems for control, codec conversion, and DRM-compatible digital playback without extra hardware.

Slot antennas enable train displays to receive data wirelessly, cutting wiring and outfitting cost while keeping communication reliable.

Bonding a cap and passive substrate integrates MEMS capacitors at wafer level, cutting fabrication time while reducing leakage and edge effects.

Overlap-welded metal housing sandwiches an electronics carrier with elastic cushioning to avoid overpressure, speed assembly, and improve heat dissipation.

A single package combines the image sensor and light source driver to enable 2D and depth imaging with lower cost, size, and power.

Mode-based RGB-IR processing subtracts IR for daytime Bayer imaging and extracts high-resolution IR at night to reduce clipping and banding.

Manual parking routes are replayed with corrected speed, steering, and braking using regulation, environment, and road-condition inputs.

Stitched rear and side trailer camera views adapt to trailer angle, giving drivers wider rearward visibility while reversing.

Per-pixel gain and offset calibration converts CMOS sensor digital values into accurate photon counts despite readout noise and pixel variation.

Wheel-speed slip detection disables transparent underfloor views when traction is lost, avoiding misleading surround images and heavy processing.

A virtual bumper is overlaid on wide-angle vehicle camera images to preserve distance cues without adding a separate rear view camera.

When a blind-spot camera or monitor fails, the controller switches and transforms surround-view images to preserve rear side visibility.

Using casters with different hardness cuts rolling noise while limiting deformation, improving display stand mobility and stability.

Integrated antenna wiring in a transparent HMD board improves radio sensitivity while reducing weight and keeping the wiring less visible.

By separating clock and power terminals on a bayonet lens mount, this case reduces noise and terminal wear during lens attachment.