Television Systems TRIZ Cases

See how a web-enabled package receptacle uses a securing tether and access door to prevent porc

See how a TEC-based tester with gas-tight enclosure simulates temperature, humidity, and pressu

Projected-image alignment and clamping fix the PCB imager position accurately, reducing rotational variance and assembly cost.

Dynamic control of in-vehicle camera position and angle adapts panoramic, occupant, and video call views to different cockpit scenarios.

Remote video confirmation lets a sender verify the receiver and unlock package handover only after approval, reducing misdelivery.

A split-plate camera array uses opposing clusters and intersecting view angles to improve overlap, panoramic coverage, and parallax control.

By moving the ECU into the mirror mounting assembly and using flat flexible links, this case cuts heat buildup, cable complexity, and vibration.

Data stream analysis and one absolute camera reference let surround-view systems locate generic cameras accurately without extra hardware or coding.

A lift-and-rotate vehicle camera module expands viewing coverage while retracting for privacy, reducing the need for multiple fixed units.

An MCU checks deserialized dashboard image signals and restores correct icons when EMI corrupts high-speed video transmission.

A replaceable infrared filter protects an autonomous vehicle thermal camera from damage while preserving alignment and avoiding recalibration.

A stepped magnetic core and opposite winding directions tune inductance to cut transmission loss and Hum noise across CATV bandwidths.

A stacked voice coil motor with suspension-wire coupling lets sensor and motor modules be verified separately, improving camera module yield.

An angled side camera with dedicated lateral lighting extends vehicle surround monitoring when main headlights cannot adequately illuminate side areas.

A compact A-pillar camera layout avoids windshield distortion while preserving pillar strength and limiting added blind spot area.

By placing the class II rear-view area at the image edge, this case preserves sharpness and FoV use in vehicle CMS cornering.

Continuous 4K side-view street imaging improves panoramic data quality, enabling more accurate extraction of parking spaces and signage.

Pitch-angle sensing activates front cameras on steep inclines and declines to reduce blind spots while avoiding continuous power use.

A marker-defined net fixes calibration targets at predetermined locations, improving mobile machine camera alignment accuracy and setup speed.

Temperature-based program changes cut processor heat so vehicle camera assistance stays available instead of shutting down.

Predetermined digital signal units let pixel readout circuits output stable inspection data alongside light-based signals, reducing sensitivity-dependent testing complexity.

A focused light beam replaces plumb-bob alignment for one-person vehicle fixture setup, while a pivoting crossbeam cuts storage space.

Multiple observation windows confirm genuine photon hits in SPD arrays, cutting thermal-noise false positives while sustaining high voxel rates.

A detachable vehicle camera uses NFC position transfer, inductive charging, and magnetic mounting to keep image merging accurate across vehicles.

An in-mirror camera uses orientation-aware image calibration to keep the driver's monitor view stable as the rear view mirror is adjusted.

Dummy and light-shielded pixels generate reference codes to detect circuit and connection faults during normal imaging operation.

Measured sensor position and angle guide camera substrate alignment, cutting focus adjustment time while maintaining imaging accuracy.

Predetermined digital signal units let an image sensor output inspection data without light input, simplifying diagnostics alongside normal pixel readout.

A rotating housing, retractable camera module, wiper, and washer fluid keep exterior lenses clear while limiting protrusion, damage, and drag.

Multiple positive detection windows confirm genuine photon events in SPD arrays, cutting false positives from noise and ambient light.

Synchronizing wide-angle and tele rolling-shutter cameras reduces exposure mismatch and motion blur for more accurate ADAS spatial reconstruction.

A PCB-mounted carrier with rails, flexible wings, and cooling features keeps vehicle cameras aligned despite housing thermal deformation.

A separated protective element with a viewing opening and drainage gap keeps water drops off the imaging area for clearer vehicle camera views.

Portable contact-point alignment and laser offset projection enable accurate on-site vehicle sensor calibration without towing.

A stepped target inside one collimator estimates vehicular camera defocus without moving parts, cutting test complexity, cost, and cycle time.

Sensors detect passenger state, ambient conditions, and vehicle parameters to personalize media without manual station changes that distract drivers.

A removable panel and security fastener lock the power connection in place to deter tampering and protect vehicle camera data integrity.

A lookup-table overlay lets one backup camera support multiple pickup wheelbases while keeping trajectory guidance accurate and part counts low.

A marked net fixes calibration targets in predetermined positions, improving mobile machine camera accuracy without complex setup.

A sight opening, drainage gap, hydrophobic coating, and capillary action keep water drops off the camera’s critical viewing area.

A reflected cabin display shifts the visible vehicle-surrounding image with driver head movement, improving access to desired viewing areas.

A curved lens concentrates pixel density in diagonal view zones, extending 3D object detection distance without a larger sensor.

Projected ground rectangles reveal obstacle- or hole-caused light deformation, giving drivers more trustworthy maneuvering feedback.

By shifting class II FoV to the image edge, this camera alignment improves cornering visibility, sharpness, and use of the full sensor view.

A replaceable germanium filter with diamond coating protects autonomous vehicle thermal cameras and restores image quality without recalibration.

A motor-driven torso cover swings with travel and turning direction to give telepresence robots more human-like motion and reduce user anxiety.

A single UAV camera tilts to both sides of the flight path to widen coverage, preserve image quality, and optimize overlap for stitching.

Sensor-module displacement and event-signal feedback help event-driven vision sensors capture stationary and self-luminous objects.

A concave camera front face separates visible and IR paths to resist rain, shade the image sensor, and support ambient sensing and IR illumination.

An on-site callup function lets a telepresence robot notify the remote operator's computer when no link is active, enabling easier contact initiation.

Thermographic image data guides auto-follow so the RGB camera keeps the true target in view and avoids confusing similar objects.

Sensor fusion from aircraft and remote stations updates position and orientation in flight to guide precise, reliable automated landing.

Test-signal-based gain correction in per-column ADCs suppresses vertical fixed-pattern noise while preserving low-power image sensing.

Configure 3D models to project image data and video feeds in virtual rooms, improving immersion without losing intuitive conferencing controls.

A 3D face model carries key and inter-frame parameters to compress talking video more efficiently at ultra-low bit rates.

A timer flags image frames with missing end indications and triggers reset before undefined hardware states cause data loss.

Wide-area vacuum adsorption stabilizes image sensor packages during testing, reducing misalignment, pickup errors, and terminal damage.