Television System Details TRIZ Cases

See how articulating arms, adjustable clamps, and a stable base enable solo operators to contro

See how rotating supporting rods enable a television base to switch between seated and wall-han

Color-coded controls and illuminated indicators simplify presenter switching and display selection in collaborative workspaces.

Door-mounted cameras capture and merge interior views so users can check stored items remotely without opening the refrigerator.

Real-time dispenser sensors and indicators track caregiver handwashing and prompt timely cleansing to improve hygiene compliance.

Illuminated source buttons simplify presenter handoffs by showing the active video input and reducing cable and switching complexity.

Extending main-image visual elements onto surrounding auxiliary screens boosts 3D immersion without polarizing glasses or single-screen limits.

A dual-mount Z-shaped handle creates a large grip gap for carrying, then folds within the display thickness for close wall mounting.

Synchronized wind, sound, scent, and temperature across multiple projection surfaces deepen 3D immersion without polarized glasses.

A magnetic base and integrated joints let a camera stand rotate and flip with consistent resistance while staying compact for packaging and setup.

Separating mixed audio into individual voices or instruments lets users adjust one sound source without changing the whole track.

An external camera mounted on the oven door handle enables food monitoring through the door while avoiding costly in-cavity installation.

A rotatable screen stows inside the seat back and covers the speaker, preserving cabin aesthetics while keeping audio and video accessible.

A four-bar, counterbalanced TV mount lowers screens from above fireplaces to eye level while preserving tilt, swivel, and low-profile stowage.

Liquid crystal glass lets authorized users view stored medical products without opening the door, preserving temperature stability and limiting light exposure.

A sealed non-metallic refrigerator camera housing protects against liquids and refrigerant while preserving wide-angle imaging and wireless transmission.

Door-closing light and position sensing captures usable refrigerator images for remote viewing while limiting battery drain.

Parallel tracks and a rotatable wheel let a wall-mounted flat screen slide behind a cover panel for easy concealment, exposure, and installation.

Triggered interior imaging records safe contents before access, enabling remote dispute checks while avoiding continuous monitoring and battery waste.

Combined camera images create a corrected view of refrigerator contents, helping users check stored food remotely without opening the door.

Biometric or code-based access, video capture, and wireless item scanning cut inventory misuse while keeping storage access fast.

Integrated displays and audio in sneeze guards convey nutrition, ads, and promotions while preserving food visibility and hygiene.

Imaging-guided dose preparation replaces physical labels with captured images and metadata, enabling remote verification and fewer pharmacy errors.

Biometric verification, item scanning, and camera logging secure shared inventory access while keeping retrieval fast and traceable.

Two fixed cameras and zoned lighting capture crisper and bin contents remotely, avoiding door opening, energy loss, and missed items.

A rotating mullion recess shields the refrigerator camera when doors open, reducing lens condensation and preserving clear compartment images.

Timed boosting of the floating diffusion node improves photocharge transfer, reducing charge loss and image lag in image sensing.

Energy-absorbing brackets let a vehicle display shift under impact instead of shattering or dislodging, helping meet HIC without thick glass.

A home gateway links camera-equipped devices to a mobile terminal for abnormal event detection, real-time video viewing, and remote control.

Collapsible curtain cells and integrated liquid channels improve shower water drainage, reduce mirror fog, and add retractable storage.

Pleated shower curtain cells route water by gravity while supporting a fog-reducing mirror, privacy, and built-in communication.

Triggered recording captures only throw and hit moments in dart games, cutting storage, transmission, and verification time.

Triggered recording captures only the throw-ready to dart-hit interval, cutting video data and transmission time for remote dart game verification.

A hidden bolt and holding block inside the TV back cover protect pedestal fasteners from dust and moisture while improving appearance.

A waterproof camera housing with a transparent window enables reliable refrigerator interior imaging and image transmission despite moisture and low light.

Real-time dispenser sensors and user indicators reinforce handwashing compliance and help reduce infection spread in caregiver settings.

Marker-based drawer tracking captures and displays updated food images without repeated door opening, reducing cooling loss and camera power use.

A fan-assisted TV space heater improves room heating, limits dust-driven overheating, and adds independent temperature control with fireplace visuals.

A camera fixed to the microwave shielding mesh enables cavity monitoring while blocking radiation and reducing heat loss from large viewing glass.

Wireless links let mobile apps control and monitor cooking appliances remotely while managing recipes, timing, and temperature updates.

A door-linked camera and image correction let users view stored food remotely, avoiding duplicate purchases and reducing door-opening energy loss.

Cameras and image processing verify package presence and shelf placement in real time, reducing barcode and RFID tracking errors.

Wireless control of cooking appliances switches access by door state, enabling remote parameter adjustment with safer local interaction.

A hook-level alarm uses the display wire as an antenna to alert staff to theft conditions while keeping merchandise openly accessible.

A two-prong adapter and flange let existing CRT monitor mounts securely support flat panel monitors without replacing the caddy.

An extendable arm and self-balancing tilt head keep a flat panel display clear of the wall while allowing wide viewing-angle adjustment.

Directional audio, adjustable display height, and integrated lighting turn open hotdesks into private, better-aligned videoconference workspaces.

A roller base with support racks and screw-fixed backplane beams stabilizes large liquid crystal TVs for low-cost movement in tight spaces.

A wall-mounted housing with vents and optio-electrical ports hides the set-top box behind the TV while keeping source and display connections accessible.

Arc-shaped friction members guide display tilt smoothly, holding position with less visible hardware, lower noise, and easier built-in integration.

UWB multi-antenna coordinate tracking improves AR/VR controller 6DoF accuracy in bright, outdoor, and IR-interference environments.

Combines rear video, predicted path guides, and obstacle markers to make approaching rear-side hazards easier for drivers to recognize.

Two orthogonal MEMS mirrors enable compact 2D light scanning while suppressing oscillation coupling and simplifying mirror control.

A visible-light camera guides a narrow-field IR camera to keep utility equipment aligned on moving vehicles and capture usable thermal data.

Short-circuited sub-electrodes and overlapping phase-control units cut MEMS phase shifter voltage while improving stability and production consistency.

Stitched rear and side trailer camera views adapt to trailer angle, helping drivers see blind areas while reversing articulated rigs.

Periodic thumbnail downloads let remote cameras preserve local video quality while cutting bandwidth, power use, and metered access costs.

Multiple sensing electrodes on a reinforced flexible jaw circuit control RF delivery while reducing electrode failure and tissue sticking.

Precomputed pixel remapping aligns overlapping vehicle camera views and dewarps composite images with lower processing demand.

Variable magnification and an off-center optical axis let one camera serve rear-view mirrors and monitors without losing image resolution.

Vertical microbolometer legs cut support footprint, raising infrared pixel fill factor while preserving structural support and detector performance.

Flexible covers, support members, and FPCB-linked connectors join two displays while preserving stable electrical connection through rotation.

Thin-film spatial filters enable mid-IR detection without cryogenic cooling, cutting camera weight, power use, and size for UAV imaging.

Multiple IHCMs hand off moving holograms across vehicle zones to maintain continuity and reduce visible distortion indoors and outdoors.

A thicker sensing dielectric layer lets a CMUT sustain high Vdc bias in collapsed mode, boosting sound pressure while limiting wear and breakdown.

Dividing one image sensor into independent capture regions enables multiple image types of the same subject without separate imaging hardware.

Vehicle roll is detected from sensor data to reorient the optical sensor before capture, preserving image content and improving vision accuracy.

A light-shielding electrode layer between pixels cuts light leakage and color mixture, improving infrared sensor sensitivity with less structural overhead.

Edge-view infrared imaging measures semiconductor substrate temperature below 400°C without contact, avoiding IR transparency errors.

A monolithic per-pixel CMOS imager combines optical, ultrasonic, electrical, and thermal sensing to avoid scanner motion and registration errors.

Input-current sensing adjusts inductor-voltage slew rate to keep DC-DC conversion efficient across low and high luminance without extra components.

Seat belt sensors detect driver position and adjust the monitor view to reduce blind spots in mirrorless vehicle cabs.

An off-axis optical layout varies magnification by field angle so one imager can serve both rear-view mirrors and rear-view monitors.

Detects PWM LED light sources in rearview video, tracks pulsing patterns, and corrects displayed flicker for steadier vehicle camera images.

A separable in-vehicle video hub connects multiple recorders and sensors to maintain real-time sync while lowering processor load and power use.

A single vehicle camera extracts BM and RV views and adjusts each image's data volume to fit bandwidth while avoiding added camera cost.

Stop-triggered recording extension preserves pre- and post-event vehicle footage when a driver continues driving after a minor collision.

A recessed gate with sacrificial-layer etching improves thickness uniformity and flatness for consistent HV and LV MOS integration.

Low-stiffness half-mirror film and a low-friction heat-sealing layer suppress lamination wrinkles for clear, undistorted HUD images.

Separated lens regions and an integrated light shield block cross-light between sources, reducing HUD glare while preserving brightness.

A stacked image sensor uses an organic light-transmitting layer to separate imaging and phase-detection AF without interpolation artifacts or complex optics.

Vehicle orientation feedback shifts the fisheye image conversion center to keep peripheral detection accurate during acceleration, braking, and steering.

Switching image and vibration correction order by vibration frequency and processing time helps keep display content aligned in moving vehicles.

Using sapphire to grow and integrate III-V photonic layers cuts thermal mismatch, RF parasitics, and substrate coupling loss.

Energy harvesting from the inductor field powers thermal sensing and wireless data transfer, avoiding galvanic cabling and battery upkeep.

An AC-driven conductive bumper pattern detects pedestrian impact from current changes, cutting sensor count, cost, and assembly burden.

Interior-added images with fading transparency clarify in-cabin viewpoint changes in vehicle periphery displays and reduce abrupt screen transitions.

A mobile camera and AI identify vehicle dashboard symbols in real time, reducing manual lookup and helping drivers act on warnings faster.

Real-time roll sensing reorients a vehicle optical sensor before capture, avoiding image cropping and preserving detection accuracy.

A stacked CTC-TDC PWM pixel sensor uses variable transfer functions and non-linear time quantization to extend dynamic range and reduce motion blur.

An external film antenna and relay module adds wireless reception to a TV without enlarging the housing, supporting slim frames and module replacement.

Adjusts camera sensor sensitivity and applies noise correction to keep brightness and noise consistent without ND filters.

Telemetry-triggered AR highlights nearby obstacles only in low visibility, cutting driver overload and unnecessary display energy use.

A transparent heat conduction plate extends outside the housing so airflow can cool the protrusion and prevent LCD temperature rise in vehicle displays.

When SVM cameras fail, adjacent and built-in camera feeds are combined to maintain a continuous vehicle surround view with fewer empty areas.

A floating pixel edge guard ring and embedded conductive layer stabilize array potential, improving charge transfer and reducing leak current.

Projects real-time lane and vehicle data onto the windshield to improve guidance visibility without increasing driver distraction.

Temperature-based switching moves vehicle camera video from external media to internal memory when heat threatens storage reliability.

Multiple cameras and lidar keep the loader's area of interest visible on a display as bucket movement would otherwise block terrain and object views.

Correlated reference and detector voltages cancel readout noise in reverse-biased photodetectors, improving weak-flux signal detection.

Volume input from a secondary speaker is propagated across a bonded zone so grouped playback devices stay synchronized and consistent.

Dual-attenuation sampling and monotonic bit encoding extend infrared readout dynamic range while keeping ADC circuitry compact and low cost.

Frequency modulation carries HD composite video wirelessly without compression, cutting latency and hardware load for real-time transmission.

Inter-color intensity gradients improve demosaicing edge direction estimates in high-frequency regions, reducing zipper, maze, and false colors.

Grouping players by TV reception path and aligning lockout timing reduces latency-based advantages in live and taped skill games.

Weighted mapping between high- and low-sensitivity channels smooths switching, reducing discontinuities and noise floor mismatch.

Cosine-structured illumination replaces random patterns in single-pixel imaging, cutting measurements while enabling high-quality image reconstruction.

Parallel ramp DACs and sample-hold circuits let a CMOS image sensor switch gains quickly without settling delays that compress A/D read time.

Adaptive reference ramp selection improves CMOS image sensor AD conversion speed and resolution while limiting comparator error, area, and power.

A shared bit-memory switching scheme reroutes column A/D bit signals around defective storage units to preserve image quality without added circuit area.

Cohort-based timing offsets align TV reception delays across signal paths, preventing unfair advantages in synchronized skill games.

A column comparator and latch scheme cuts redundant conversion operations, reducing power use and signal-bounce errors in image sensor A/D conversion.

Reception-path cohorts and timed lockout offsets equalize live and taped TV delays, keeping synchronized skill games fair across players.

Sequential bit extraction identifies only target sensor data positions, cutting processing delay, power use, and data handling complexity.

A second screen drives iterative CEC volume steps so an HDMI audio system can reach a requested level despite up/down-only control.

Compression artifacts are detected and mixed with decorrelated surround audio to shift them out of the front stereo image and improve sound quality.

Dynamic band selection and voltage-based locking improve display signal decoding stability across higher resolutions and data rates.

Cross-coupled dummy capacitors cancel switch parasitics in a differential CDS integrator, reducing charge loss and extending ADC resolution.

Mode-based offset and gain correction keeps image sensor A/D output accurate while speeding multi-bit conversion across signal amplitudes.

A controllable TV input filter scans local spectra and switches pass or block states to suppress mobile radio interference without losing receivable TV channels.

Adaptive ramp-slope selection lets a CMOS image sensor convert pixel signals faster while preserving high AD resolution with lower power and noise.

A shared ADC with sync and color burst level detection handles both signal compensation and decoding, cutting redundant circuitry and fabrication cost.

Volume changes from a secondary speaker are propagated across a bonded zone to keep grouped playback devices synchronized without audible delays.

A selectable capacitor bank tunes the ultrasonic driver to piezo resonances, keeping rear camera lenses clear in wet or muddy conditions.

A switched capacitor and master-slave flip-flop reverse polarity at charge thresholds, expanding imager well capacity without reset noise.

A single oscillator generates multiple front-end clocks for different broadcast signals, cutting chip area and manufacturing cost.

A common bias synchronizes the ramp wave and delay section, reducing conversion unevenness from bias noise without extra PLL area.

Parallel ramp comparators and sample-and-hold isolation increase image gradation while limiting kickback noise and preserving frame rate.

Adaptive row ADC gain and bit resolution speed image readout while limiting power use under changing light and operating conditions.

Multiple spinning modulators encode light into fewer measurements, enabling high-quality imaging with less raw data across wavelengths.

Adaptive reference-signal slope lets a CMOS image sensor convert pixel signals with high readout speed, high resolution, and lower circuit area.

Compensation capacitors and DAC-controlled charge cancel MOS reset injection in CTIA pixels, preserving gain and uniform output swing.

Multiple sample-and-hold paths alternate dark and bright signal capture to speed A/D conversion in CMOS image sensors.

A switchable on-chip buffer lets one IC support AC- and DC-coupled loads, cutting external buffer circuits, cost, and system complexity.

Encoded control signals switch parallel FET groups to tune image sensor drive strength and voltage levels with fewer control lines.

Current-mirror transimpedance amplification replaces large pixel capacitors to cut mismatch, area, and power while preserving fast temporal contrast sensing.

Gray-code latching and XOR-based digital CDS compensates CMOS image sensor signal variation while simplifying circuit size and preserving accuracy.

Phase-shifted low bits and Gray-coded high bits minimize clock skew errors in pixel-signal A/D conversion for solid-state imagers.

FEC, interleaving, MIMO, and OFDM framing cut IP packet overhead while improving robust mobile and fixed broadcast delivery.

Run-length counting identifies transparent pixel spans so layered image composition can skip them and speed display processing.

Using both clock edges, this ramp generator doubles ramp steps per cycle to speed single-slope ADC operation in CMOS image sensors.

Signal strength and AGC checks let a receiver skip empty channels, cutting broadcast channel search time without full demodulation.

An attenuator after the DAC cuts random horizontal noise in image-sensor reference generation without adding significant circuit area.

On-chip inductors and switched-capacitor tuning replace discrete RF parts, cutting cost and size while preserving receiver filtering quality.

A constant-current integrated reference stabilizes column A/D conversion in image sensors, minimizing line gradients and row shading.

Multiphase frequency division and signal selection stabilize pixel clock generation for accurate analog-to-digital image conversion in digital TVs.

Known data sequences help digital broadcast receivers correct frequency offset and timing errors for more stable mobile reception in noisy channels.

Opposed SMA wire actuators and a flexure support enable OIS and autofocus in a thinner camera module without a gimbal.

Gray-code XOR quantization enables fixed-length image compression with lower delay, less memory use, and reduced dark-area quantization error.