Television System Details TRIZ Cases

Two rearward image regions are shown together, preserving vehicle-type recognition while adapting the camera view to incline changes.

Camera-based visual aids and path previews help loader operators position booms, tool carriers, and loads when direct view is blocked.

Reference patterns added to unused image areas help detect transmission changes, masking, tone shifts, and noise in in-vehicle camera data.

Storing low- and high-resolution dash cam streams extends on-device review time while preserving detailed footage for safety events.

By steering HUD light to each detected eye point, this case narrows the eye box to cut LED power, heat generation, and heat sink size.

Back cover recesses route FPCs and improve thermal conduction, helping thin OLED displays limit temperature-driven image degradation.

A multilayer dielectric coating boosts NIR transmission for iris recognition while preserving visible reflectance and neutral mirror color.

A dual-camera RGB and RGB-IR pixel layout combines 2PD autofocus with infrared triangulation for faster focus and distance sensing.

Alternating adjacent point light sources and combining two captured images expands detection area while reducing blur and device size.

Shielded reference cells in a focal plane array enable faster fault detection and clearer health-state differentiation for reliable imaging.

Vehicle motion states adjust camera angle of view to show wider outside scenery on a fixed-size display without enlarging the screen.

Combining surrounding-view, driver, and vehicle-state images creates composite vehicle scenes that support more versatile drive recording and monitoring.

Coordinate-mapped overlays stay aligned with the vehicle image during zoom or extraction-area shifts, preserving visibility without image recognition.

Atmospheric pressure sensing adjusts phosphor wheel speed to balance cooling efficiency and noise in projection displays.

A fixed sensor-to-overlay coordinate relationship keeps vehicle-relative markings correctly placed and visible during zoom and capture area changes.

Two diagonal corner cameras with nonuniform resolution optics capture front, rear, and side ground views with lower CMS power and control load.

A spring- and magnet-assisted holding structure uses one movable and one fixed locking element to simplify secure one-handed fastening.

A position-based dimming region cuts infrared glare from other vehicles, preserving low-reflection object detection in camera images.

Width-direction guide lines overlaid on camera views help work machine operators judge clearance and pass through narrow spaces more accurately.

A 45° oblique organic-over-Si pixel stack boosts sensitivity and S/N ratio without sacrificing resolution or raising pixel-scale cost.

Sensor fusion from cameras, RADAR, LIDAR, maps, and GPS helps locate occluded objects in real time for autonomous vehicle control.

Detachable side trailer cameras expand rearward and sideward visibility during reversing, helping drivers avoid obstacles when trailer alignment shifts.

HgCdTe or InAs photodiode arrays with temperature sensing and signal processing enable fast, sensitive thermal detection without cryogenic cooling.

Repulsive side electrodes and a shielding center electrode levitate a MEMS beam, avoiding pull-in while enabling wide-range bi-directional actuation.

Dummy pixels and shared AD conversion enable onboard camera fault diagnosis, helping vehicle control restrict operation when malfunctions are detected.

A nested imager assembly and flexible ribbon connection shrink windshield camera housing size while preserving driving information capture.

Cloud-based stitching merges multi-channel vehicle images into a seamless remote driving view, reducing latency and easing cockpit control.

Distinctly rotated conversion stages let stacked X-ray detector layers share single-side addressing, improving absorption and spectral separation.

A detachable magnetic adapter moves bulky high-voltage circuitry outside the display, enabling thinner large screens with safer power transfer.

A non-orthogonal pixel layout with compensation processing improves VR image clarity and reduces screen-door effects through lenses.

A protective film between trench insulating layers limits etch residue near the field plate lead while preserving dielectric breakdown.

A light-shielding electrode between pixels cuts light leakage and color mixture while preserving infrared sensor sensitivity.

A microlens sensor array and inter-unit light shielding enable compact stereo and 2D capture without dual cameras or polarizing filters.

Vehicle tilt shifts sky and road balance, so the camera adjusts sensor readout position and size to keep rear-view images useful at frame rate.

Restricting front virtual viewpoints and switching to reversed rearward images helps drivers judge left-right object position more clearly.

Multiple camera images are synthesized into moving panorama views around a work machine, expanding visible surroundings without complex viewpoint switching.

Adaptive IR dimming and emphasis regions improve pedestrian and bicycle detection while avoiding whiteout from reflective surfaces.

Separate display regions, local image generation, and compressed Ethernet video cut cockpit image bandwidth and system complexity.

Phase-canceling relay coils on a three-part magnetic body extend wireless display power range while reducing EMI and extra circuitry.

When processor demand exceeds a threshold, hybrid battery and external power prevent throttling and maintain stable operation.

Sequential battery switching simplifies multi-battery power circuits while enabling flexible charging and discharge path control.

Housing-fixed sensor mounting stabilizes optical axis alignment, improves autofocus feedback, and reduces vibration effects in compact camera modules.

Phase detection units avoid metallic shielding while color filters and lenses stay over image sensing units, preserving incident signal in small pixels.

Nearly defect-free Ge-on-silicon SPAD pixels with in-pixel TOF circuits cut dark current, avoid hybrid bonding, and extend LiDAR dynamic range.

Boom-mounted cameras and dynamic image processing keep the operator's area of interest visible as the loader boom blocks direct sight.

A recessed logic substrate and protective sidewall film increase creepage distance and discharge withstand voltage in X-ray light-receiving devices.

Rear camera image processing detects coupler-to-hitch height differences and guides or automates adjustment for faster trailer hitching.

Using 1.4 μm projected light, this case shows how vehicle imaging can capture road conditions and hidden vehicles without sunlight interference.

A suspended grid isolates hot joints while conductive frames equalize cold joints, boosting thermographic sensor sensitivity without vacuum sealing.

A diffraction reflection element folds display light upward with a larger incident than emission angle, shrinking HUD height without reducing image size.

Cyclically rotating a mixed RF signal across gain stages improves harmonic rejection while reducing mismatch sensitivity, power, and area.

Adaptive subframe sparsification sets selected samples to zero before correlation, cutting worst-case coding computation with limited quality loss.

Anchor-coupled resistive heating keeps a MEMS resonator at stable temperature while avoiding non-uniform heating and ambient drift.

LO-based in-path calibration tunes LNA LC loads without antenna interference, cutting die area, radiation, and power use.

Integrated column ADC counters and memory chains stabilize count switching, shrink chip area, and speed image sensor data transfer.

A switchable internal buffer lets one IC support direct or buffered output coupling, cutting external circuitry, cost, and system complexity.

Cascaded delta-sigma modulation along column lines speeds multi-bit conversion while keeping image sensor ADC size and power low.

Dual-gain column readout and threshold-based signal replacement expand dynamic range and improve S/N without larger circuits or frame delay.

A cyclic upper-bit stage and residue-based lower-bit stage maintain high A/D resolution while reducing amplifier accuracy, power, and circuit complexity.

An external coding path sends digital baseband or IF signals over an asynchronous serial link, enabling DVB-T2 upgrades without replacing the control transmitter.

Filtered quantizing circuits and temperature-stable reference currents improve multi-bit memory and imaging readout under noise.

Per-stage clock gating blocks stop inactive flip-flops from switching, cutting dynamic power and global clock bus loading in shift registers.

Feedback-calibrated analog and digital gain improves CMOS sensor precision, reducing chip-to-chip dispersion and gain discontinuity.

Analog signal compression with digital decompression lets capacitive microphone amplifiers handle wide SPL ranges with lower distortion.

Segmented internal loopback lets an RF transceiver run low-parasitic IP2 calibration with lower power and no external amplifier.

Tri-level sync pulses give HDTV samplers a stable phase reference, improving clock alignment and reducing noise and image blur.

Concurrent multi-row readout and HDR sub-sampling raise CMOS sensor frame rate and dynamic range while enabling seamless mode changes.

Automatic auxiliary-channel balancing lets users control one main audio channel while maintaining suitable relative levels and reducing channel interference.

Programmable switches and tunable I/Q filters let one tuner handle multiple mobile TV standards while cutting chip area and packaging cost.

Phase-difference feedback adjusts display vertical sync timing within a compensation interval to speed lock-in and reduce image deterioration.

Gain and phase tuning across parallel DAC paths cancels unwanted images at the combiner, easing analog bandpass filter demands.

Using NMOS pull-up and pull-down drivers with differential amplification, this case cuts transmission-line power while preserving signal integrity.

Wideband RF receiver paths use integrated inductors and tracking bandpass filters to cut external parts, size, and cost while preserving filtering quality.

Out-of-phase sensor-bank sampling with calibrated clock edges lets one ADC cut CMOS imaging noise, power use, and channel mismatch.

A portable controller redirects the most recently started stream to the user's current room, avoiding token carrying and complex house-map navigation.

Pre-encoded video files matched to registered external devices enable immediate playback with higher display quality and less real-time conversion.

Hierarchical edge vector detection and confidence scoring improve interlaced-to-progressive conversion in motion scenes without excessive computation.

Stored volume settings by audio type let the control module auto-adjust output when users switch sources, languages, or signal formats.

Frame-type detection lets a transcoder switch reference frames for intraframe and interframe coding, improving compression while cutting circuit scale and power.

Inserted control bits are reused to detect and flip low-confidence bit estimates, cutting DC content and decoding errors in optical storage.

A digital PLL adjusts video clock frequency from Vsync to keep total frame pixels fixed and maintain stable panel timing.

Cyclic rotation across gain stages shifts matching sensitivity to lower frequencies, improving harmonic rejection with lower power and area.

A calibrated delay path compensates fractional-N phase errors in a PLL, improving signal/noise ratio without continuous tuning.

By splitting 2D orthogonal transforms into row and column stages, this case cuts memory use, power consumption, and circuit complexity.

Repeated charge transfer builds image-sensor gain without capacitor ratio matching, cutting noise, power use, and circuit area.

A calibrated BAW filter between tuner conversion stages improves adjacent channel rejection and signal quality in integrated digital TV reception.

Selected data symbols force large-DSV code sequences that create uncorrectable read errors and authenticate optical discs against copying.

A buffer capacitor and switched charge path capture intense short photodetector currents with lower energy use and accurate light-flux measurement.

Stored reception-quality timing lets recorded mobile digital broadcasts switch hierarchical layers correctly during playback.

Grouped reference and difference values improve audio and video coding efficiency while adapting encoding to complex communication conditions.

Selective provisional clocking activates only active sensor subsets, cutting imaging chip power, heat, and square-wave transients.

A shared controller detects positive or negative front-panel keyboard logic and applies voltage accordingly, cutting TV assembly cost.

A staggered shared readout layout balances pixel symmetry to improve photoresponse uniformity, MTF consistency, power, and yield.

Dynamic RF input filter tuning shifts center frequency and bandwidth to compensate antenna impedance mismatch, improving gain, noise, and response.

Adaptive pilot reference and difference coding improves audio data compression and entropy coding efficiency in complex transmission environments.

Segmenting video fields and modulating paired scan-line intensity improves handheld data detection and raises auxiliary data throughput.

Parallel count processing lets image sensors run A/D conversion and multiply-accumulate together, cutting counter area and circuit complexity.

Pre-broadcast descriptors and local receiver storage shift relevant multimedia delivery to slack times, easing peak-time congestion and access delays.

By adjusting count start timing and reference level to average noise, this ramp A/D converter preserves signal dynamic range at higher gain.

External local oscillator sharing lets one tuner IC disable its VCO and PLL, cutting unnecessary power while keeping receiver characteristics uniform.

A vehicle image recording system adjusts image quality based on collision index values to reduce data volume.

Segmenting the power supply chain isolates the main SMPS during idle periods, eliminating continuous operation losses while maintaining response readiness.

A display control unit toggles between two-area enlargement and full live view states for camera imaging.

Correlates disturbance information with image data based on device fixation state to resolve detection precision trade-offs.

A wireless home entertainment hub manages device registration and data transfer across multiple zones using WiFi and UWB standards.

Positioning the active pane near the camera resolves eye contact issues caused by display mismatch.

An image acquiring device centers defects within its visual field by adjusting position based on initial coordinates.

A carrier calculation unit identifies effective carriers in intermediate frequency signals to determine audio broadcasting formats.

Associates secondary applications with electronic program guide grid entries to resolve limited user interaction and engagement in conventional guides.

A discrimination value modifies current frames based on magnitude differences between sequential video frames to reduce signal interference.

Smart terminal applies protection flags to images with matched faces, preventing accidental deletion while maintaining normal management operations.

Sub-threshold MOS transistors replace large resistors in voltage biasing circuits, reducing area by 95% while filtering bias voltage noise.

A wearable video recorder segments continuous streams into discrete clips based on detected trigger events.

A display controller adjusts image dimensions during mode switches to maintain a minimum size threshold.

A camera system switches operation modes based on motion data to minimize rolling shutter distortion.

Edge detection processing generates a privacy-safe, anonymous video stream that enables installer alignment without requiring authentication credentials.

Controller adjusts microphone gain based on camera zoom level, reducing neighbor noise during video calls.

Automated extraction of category feature words from program information identifies channels for display, eliminating manual classification errors.

Overlay interaction interface captures user images to determine awareness, stopping push information display and reducing network resource waste.

A panorama synthesis method calculates linearization coefficients from overlap regions to expand images with uniform light source environments.

Bent wings on a rear plate cover display panel edges, resolving the trade-off between slim bezel aesthetics and edge protection rigidity.

A region-based overdrive engine selectively processes changed display areas to improve response time.

A control section selectively limits power supply to USB interface circuits based on active communication speed requirements.

A one-piece chassis positions printed circuit boards at a fixed tilt angle, eliminating separate brackets that cause misalignment under shock impacts.

A control unit generates focus state change information from phase difference detection pixels to manage auto-focus operations.

A zoom lens uses a segmented fourth unit to stabilize images by moving specific lenses perpendicular to the optical axis.

An image synthesizer combines underexposed and properly exposed data from pupil-divided pixels to extend dynamic range.

Independent video containers multiplex diverse streams on one screen, resolving the trade-off between source versatility and device complexity.

Embedding condition data into image streams enables serial communication without vertical blanking intervals.

Replacing free space optics, the device rotates to tune wavelengths in planar waveguides, reducing footprint and power consumption.

Gradation coating on a light shielding plate reduces spectral diffraction and light scattering at combined image areas in multi-projection devices.

Eliminates visual artifacts during zoom operations by replacing motion estimators with correlation-based pixel block averaging to improve picture quality.

Adjusting contrast alongside brightness improves screen readability in daylight while reducing battery drain from high intensity settings.

A MEMS transducer merges a capacitive humidity sensor with a microphone on one semiconductor die using shared electrode plates.

A 3-axis precision focusing module uses friction fitting to align optical components without adhesive curing.

A dual camera module nests a sensor unit between spaced lenses to enable advanced zoom and 3D scanning functions.

Segmentation and dynamics principles allow the modular surveillance tower to adapt to changing conditions without increasing physical complexity.

A hybrid mode re-driver dynamically switches between equalization and retiming to maintain signal integrity.

Precollecting image frames before a shooting command allows immediate synthesis, reducing processing time for subsequent commands.

A rotating bearing plate switches between visible and infrared filters, enabling iris recognition in the 800-850 nm range while maintaining image quality.

A tracking module monitors viewer engagement time to enforce playback restrictions, balancing advertising revenue with user experience.

Webcams capture user images in a changing room to display virtual garments on a touch-screen monitor, eliminating physical try-on delays.

Segmented lens seats reduce mold requirements for various sensor sizes while thermal blocks improve heat dissipation and image quality.

A microfluidic pressure sensor detects liquid positioning within a channel to determine pressure.

Vertical elongation of segmented backlight regions reduces cross talk luminance deviation at oblique angles, maintaining display contrast.

A gesture-driven content sharing system moves digital items between proximate devices using touchscreen flinging motions.

A lens control device manages focus drive range using designated end positions and pulse count feedback.

An imaging apparatus uses high-frequency components to set a reference region, reducing processing time and load during panned image combination.

Virtual high-low sensitivity pixels use optical attenuators to extend dynamic range while maintaining identical full well capacities and reducing blooming.