Television System Details TRIZ Cases

See how a host-subsystem architecture with PCIe communication enables video summary generation

See how a camera captures and combines images of storage compartments to provide visual invento

See how optical imaging replaces barcode scanning to track package placement and movement on sh

See how a rotary-arm clipping mechanism integrates into a camera quick-release plate to mount m

See how thermally conductive housing portions conduct heat away from sensitive assemblies in co

See how motion detection triggers active soleplate cooling when an iron remains stationary, pre

See how a wall-mounted frame with moving art panels hides multimedia and home appliances, reduc

See how door-mounted cameras capture interior images during opening to enable remote viewing, r

See how a three-channel cooling design uses gas-to-liquid heat exchange to cool sealed projecto

See how a transparent electrode panel replaces bulky power cables to reduce display thickness a

See how curved protrusions and elastic fixing members secure loudspeakers to display back plate

See how segmented inflatable panels with nested equipment cavities enable mobile golf training

See how a slidable mounting base with friction-adjustable slide rails enables precise horizonta

See how a personal control interface with illuminated buttons simplifies presenter switching in

See how a refrigerator camera system automates image capture via door-triggered control, enabli

See how biasing studs and bowl-shaped holes enable easy angle adjustment in electronic equipmen

See how a spring-based force fit mechanism enables one-hand height adjustment of vehicle camera

See how a wireless control interface with visual feedback eliminates cable complexity and enabl

See how a powered storage container uses biometric authentication, cameras, and wireless scanni

See how a mirror-finished cabinet hides a recessed keypad and blends into surroundings to secur

See how a four-bar linkage assembly moves a television from a high stowed position to a lowered

See how segmented mirror zones balance transmissivity for display viewing and reflectivity for

See how door-mounted cameras capture interior images during opening to provide remote inventory

See how an adjustable frame with variable opening size and curvature creates stereoscopic depth

See how nested rotator, wall, and face plates enable full device rotation in 8mm thickness whil

See how multi-zone cameras and neural network identification enable automatic tracking of refri

See how articulating arms, adjustable clamps, and segmented uprights enable solo operators to c

See how augmented reality overlays operation state indicators on camera preview images, matchin

See how a frame body with integrated positioning structures and fixing bolts ensures precise al

See how automated inert gas delivery and feedback-controlled temperature adjustment prevent oxi

See how a modular stand assembly uses dual fastener structures to provide two degrees of freedo

See how camera-based user authentication and item tracking replace complex RFID systems in flam

See how a height-adjustable monitor uses frictional and toothed locking to adapt viewing angles

See how biometric verification, camera tracking, and wireless scanning replace manual supervisi

See how a thermoelectric cooler with heat transfer elements maintains sensor temperature below

See how adaptive UV radiation control adjusts intensity, wavelength, and direction based on rea

See how a projector uses gas-to-liquid-to-liquid circulation channels to transfer heat from sea

See how a hinged tongue-groove joint enables tool-free monitor removal at an installation angle

See how adaptive scanning extracts subject regions and adjusts resolution dynamically to reduce

See how a home gateway mediates camera module selection and control requests from mobile termin

See how hinged television mounting plates rotate to fit curved-surface televisions, preventing

See how a ring-shaped heat sink merges with housing parts to dissipate internal heat in compact

See how an integrated monitor support assembly with shroud, height adjustment, and embedded aud

See how a segmented rail-bracket stand enables both standing and wall-mounted display configura

See how a funnel-shaped shade element between door panels blocks external light reflections, im

See how transparent sneeze guards merge with embedded displays and speakers to deliver nutritio

See how a dual-mode power supply disconnects the primary circuit during standby, leaving only t

See how low-load nylon and high-load steel fasteners enable controlled monitor pivoting during

By overlaying a vehicle image on the rear camera view and shifting it with driver viewpoint motion, the display restores distance cues without heavy 3D processing.

A vehicle-mounted camera uses position sensing to start recording when opened, improving capture reliability during police-civilian encounters.

Varying core protrusion cross-sections tunes inductive coupling and raises leakage inductance for multi-voltage display circuits.

A detachable front display assembly with connectors, magnets, and adjustment screws speeds control board access and panel alignment.

Synthetic IR images from CAD-trained machine learning detect switchgear hot spots automatically, reducing calibration effort and manual analysis.

A negative-positive cylindrical or toroidal lens pair reshapes multimode laser spots to fit pixel size, reducing RGB crosstalk and non-square pixels.

Pulsed light with sensor delay control extends night vision detection distance while limiting external light noise and preserving image clarity.

Automatically identifies the rearmost trailer camera and displays its feed, giving drivers the correct rear view without manual selection.

Subpixels with different color-filter strengths capture multiple sensitivities in one exposure, improving HDR while reducing motion artifacts and LED flicker.

By placing the driver monitoring camera outside the HUD housing, this case improves image luminance and widens the monitored area.

A modular fan plate mount lets FPV pilots quickly add or remove antennas and video receivers without enlarging the core headset.

By switching between real-time and past camera video by driving state, the display suppresses object loss and duplication in bird's-eye views.

By switching between real-time and past camera video, the system reduces object loss or duplication in vehicle bird's-eye views.

Flexible supporting assemblies enable smooth, accurate optical element movement for long focal lengths without increasing device thickness.

By linking operator identity, workload, biometrics, and time data, this case estimates mental state more reliably during real-time operations.

Prioritized upload of parked-vehicle camera recordings sends event-relevant footage first when bandwidth or upload time is limited.

By coordinating camera aiming with wheel, steering, and ground-clearance changes, the vehicle can capture target views beyond fixed camera angles.

Patterned adhesive covering less than 25% of an FPA die cuts thermal-mismatch stress and response drift while preserving bond integrity.

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

Bird's-eye playback converts recorded vehicle video to show close-approach distance clearly, helping verify road rage and dangerous driving.

Vehicle-mounted cameras send unobstructed visual data through a mobile app, avoiding blocked views and reducing safety risks during calls.

Periodic image uploads and on-demand clip retrieval cut cellular or satellite data use while preserving local high-quality surveillance video.

Processor-controlled power sharing lets a movable display drive its motor from the panel supply by lowering image or audio power demand.

A wide-view secondary camera keeps moving subjects tracked and in focus after they leave the main finder area.

A bonded thin-film reflector blocks 900-1600 nm SWIR transmission through silicon, obscuring backside imaging of microelectronics.

Front-camera fog detection switches vehicle high beams to 630-700 nm red light to cut diffused reflection and widen the driver's view.

A periodic voltage overlaid on the comb-drive signal enables accurate MEMS mirror torsion angle detection for reliable LIDAR scanning.

Onboard propulsion lets a swallowable GI camera navigate and orient itself, reducing invasive endoscopy time while sending real-time images.

A diffractive light guide splits image rays at different angles to raise pupil fill and improve image quality without enlarging the incident region.

Selective sensor-triggered camera recording preserves pre-accident footage while reducing battery drain, storage use, and flash writes.

By constraining incident and exit diffraction angles, this light guide improves image ray usage efficiency and cuts unnecessary light output.

A shared rear camera feeds both the digital rear mirror and video recording, preserving rear visibility while cutting camera count and wiring.

Records driving conditions with the active driving mode and displays route-linked playback, helping analyze accidents and driver behavior.

Facing PCBs linked by conductive walls create a compact package that improves chip interconnection and reduces sensor assembly bulk.

Conductive flexure arrays contact surface asperities to lower contact resistance without high normal force, enabling smaller switch actuators.

Grouped windows enrich multi-camera feature maps to improve 3D bounding box accuracy while reducing cross-map processing load.

Abnormal digital number detection corrects dark sun reading errors in image sensors without added clamp circuits, cutting cost and size.

A self-propelled capsule replaces invasive endoscopy by navigating the GI tract, sending real-time images, and enabling remote tissue manipulation.

Light-shielding electrode segments between infrared pixels cut light leakage and color mixture while maintaining electrical contact and sensor sensitivity.

A rear vehicle camera uses split magnification and an upward-tilted optical axis to combine high-resolution driving views with wide-angle reversing coverage.

Projects multi-camera images onto a virtual surface to improve distant object detection, cut memory use, and simplify cross-camera tracking.

A curved, thickened HUD cover redirects external light onto a facing portion, lowering reflectance and preventing ghosting at the eye point.

A stacked rotary plate, external antenna, and heat sink improve wireless reception stability while dissipating heat in a compact display control box.

A dual-core video path reuses the rear camera for surround view, cutting transition delay and avoiding extra rear cameras.

Transparency control data defines screen regions and boundaries so multiple video feeds can be composited clearly on one customizable display.

Separating the wearable camera from the recorder preserves captured video if the mounted housing is damaged or removed.

Thermal lane-edge detection helps autonomous vehicles stay centered when fog, snow, darkness, or poor map data limit optical guidance.

Vehicle tilt data shifts the sensor readout area so rear-view images keep key road and sky content without lowering frame rate.

Shared transfer control lines free more pixel area for light capture, improving solid-state image sensor sensitivity without added circuitry.

Asymmetric series PN junctions and isolation regions suppress minority carrier noise, improving infrared detection sensitivity.

By comparing source loudness with a reference profile, replacement media can follow user volume changes smoothly and avoid unresponsive controls.

Byte-size adjustment lets mixed-clock video streams share one BT656 or BT1120 interface, then be stripped back into the original signals.

A displaced reflector and imaging layout cuts dustproof-plate reflections, enabling clear passport capture in a compact reader.

Periodic sync signals and external clock correction keep MEMS sensor sampling accurate despite substantial internal timer drift.

Detachable coaxial connectors let RF amplifier and combiner modules be replaced separately, cutting downtime when bands change or parts fail.

Phase-shift code conversion enables digital CDS to remove reset components at high speed while lowering CMOS image sensor power use.

Dedicated ADC stages read image-sensor sub-columns sequentially to limit rolling shutter discontinuity and ease digital data transfer.

Simultaneous pixel switching and signal recovery extend image sensor exposure time while keeping a shared operational amplifier.

Dual source ramp circuits and switching elements generate fine stepped voltages for stable, high-speed image sensing on one IC.

Adaptive signal attenuation lets a CMOS image sensor ADC widen dynamic range while preserving quantization noise in dark image regions.

Correlated Vref and Vdet cancel source noise in a CTIA photodetector circuit, improving low-flux signal-to-noise ratio.

A linked SAR and single-slope column A/D scheme keeps reference and ramp signals aligned to raise frame rate without losing conversion accuracy.

Strategic quarter-wavelength grounding lowers housing impedance and suppresses unnecessary radiation in high-frequency display electronics.

Iterative zeroth-tap estimation sets serial receiver AFE DC gain within range, avoiding saturation and reducing bit errors.

Varying common-mode filter group delay balances unequal differential signal lines, preventing preview display errors without extra PCB space.

Gray code counting and low-bit latching reduce CMOS image sensor column A/D power and IR drop while preserving AD resolution.

Overflow charge is digitized during integration and main charge after transfer, extending CMOS sensor dynamic range and frame rate.

Individually addressed sensor cells with transistor switching enable precise impedance measurement in large arrays despite high resistance.

Rotated VHT-SIG constellations and distinct CRC handling cut preamble overhead while keeping legacy, HT, and VHT WLAN STAs interoperable.

A dynamic resistance element enables precise charge transfer in analog counters, reducing noise and resistive drop in dense sensor and neuron arrays.

Independent comparator initialization and coupling control cut P-phase variation and column fixed pattern noise during intermittent CMOS sensor readout.

Logarithmic compression in CT front-end processors cuts detector data bandwidth, wiring burden, and transmission reliability issues.

Separate amplifier and combiner housings let broadcasters replace failed RF power modules by band, cutting downtime and replacement cost.

Switched comparison signals enable low-noise pixel AD conversion while keeping the conversion period short, even at higher signal levels.

Dynamic addressing lets multi-bit decimation filters use fewer physical sub-filters, cutting ADC power and chip area while preserving filtering accuracy.

A unified voltage-setting transmitter supports differential, three-phase, and single-phase signaling with lower communication complexity.

Detachable amplifier and combiner units with horizontal connectors let TV transmitters swap faulty RF modules quickly and cut maintenance cost.

A mirror fast-trigger cascode amplifier detects weak input pulses with high sensitivity, fast response, and lower power than complex TIA circuits.

Storage circuits sequence enable signals into segmented current ramps, improving linearity and reducing glitch power in image sensors.

Variable gain recovery speeds let audio level control respond quickly to user input while avoiding distortion during automatic adjustment.

A stacked upper-lower substrate ADC layout enables parallel pixel conversion, cutting time lag, sensor size, power use, and image distortion.

Block-based preview reconstruction turns compressed sensing data into real-time images on small cameras with lower compute cost and delay.

Compressive sensing lets video monitoring extract scene descriptors without reconstructing full images, preserving privacy while maintaining surveillance.

Machine learning reads image attributes directly from compressive sensing data, avoiding reconstruction for faster, lower-power camera automation.

Detachable amplifier and combiner modules with aligned RF connectors simplify replacement, standardize band changes, and cut maintenance downtime.

Pixel-level ADC arrays digitize current-mode sensor signals inside the readout, cutting capacitor limits, noise, and power in high-frame-rate imaging.

By matching reference-voltage noise to pixel-signal noise, this read-out circuit cancels power-supply interference and improves image data quality.

Multiple ramp signals with different offsets let CMS readout cut ADC conversion time while preserving low-light image quality.

Players are grouped by TV reception path and assigned delay offsets to synchronize live game timing and prevent unfair advantages.

Amplifying the ADC reference voltage with the same gain as the pixel signal removes conversion errors from uncertain amplifier gain.

Harmonic generation compensates removed resonant audio bands, cutting housing resonance, chattering, and sound impairment.

Dynamic bias and attenuation adjustment helps a digital microphone avoid clipping under large acoustic signals while extending usable dynamic range.

Concurrent coded and side-image capture improves high-speed video reconstruction quality while reducing dependence on regularization.

Position-based delay selection compensates line propagation across adjacent IC blocks so the same digital signal reaches each block in one clock period.

Matched data and timing transmission paths cut clock-data skew under process, voltage, and temperature variation, enabling faster image sensor readout.

Separating lower and upper count bits into different storage periods cuts peak and average power in high-resolution image sensor count circuits.

Combined transmitting sections set terminal voltages from paired input signals, enabling differential and three-phase links with less circuit complexity.