Television System Details TRIZ Cases

See how wavelength-controllable heating elements and sensor-driven feedback enable real-time sp

See how a segmented stand with nested wiring and counterweight base enables two-axis camera ori

See how integrating a camera system with video analytics into an aerosol delivery device enable

Illuminated participant controls simplify laptop handoffs on shared displays, showing who is presenting and reducing transition confusion.

See how dual cameras with zone-specific lighting enable remote refrigerator content viewing, re

3D garment and body imaging replaces fitting-room try-ons, improving size accuracy across non-standard clothing brands and online shopping.

See how a vanity mirror integrates acoustic chambers, screen display, and adjustable lighting t

See how integrated sensors in toilet systems and mirrors detect excreta parameters and physiolo

See how a weight sensor and automatic transfer mechanism move laundry from container to drum at

See how a barrier module blocks hot air from reaching the oven camera when the door opens, prot

See how reflectors redirect product images to lower-positioned sensors, reducing shelf spacing

See how multiple internal cameras with controlled illumination enable remote refrigerator inven

See how perforated coalescing baffles create tortuous flow paths with expansion and contraction

See how segmented display regions and covering-position sensors reduce power consumption in art

See how thermally conductive parts create isolated heat paths in compact cameras, protecting he

See how door-mounted cameras capture and combine images during opening to let users view refrig

See how flickering light and camera capture replace sensor wiring in refrigerators, reducing sp

See how a camera module and communication board enable remote oven monitoring through network t

See how an image sensor and illumination system automatically classify textile types to adjust

See how a refrigerator camera module prevents lens condensation using a continuous anti-fog cap

See how automatic door opening adjusts camera distance to solve focus errors on front-area obje

See how modular cooling with heat sinks, phase-change materials, and thermal barriers keeps cam

See how a camera-mirror monitor system connects rural users to remote hair stylists via server

See how a work station with integrated imaging replaces physical labels with digital dose track

See how a rack-and-pinion lifter enables a display to retract into a housing for screen protect

See how a home gateway mediates between mobile terminals and multiple camera modules to simplif

See how a wheel-engaged support assembly merges bracket, platform, and wheel into one unit to e

An integrated bottom-mounted camera in the range hood streams cooktop images for real-time remote monitoring to help prevent overheating and overcooking.

See how a drain pan with an embedded light emitter enables accurate dirt detection by capturing

See how cameras integrated into checkout displays replace bagging scales, using machine learnin

See how image recognition and OCR confirm remote physiological test results, mitigate equipment

See how a pivotable display detects obstacles during rotation, displays real-time guidance UI,

Camera-based machine learning identifies mixed grains and inedible objects so the cooker can adjust time and temperature automatically.

See how a mobile device senses appliance operational values, detects mismatches, and generates

See how dynamic connection state management enables flexible remote control of cooking applianc

See how dynamic connection states and wired backup enable flexible remote control of cooking ap

See how positioning an optoelectronic sensor inside the door panel outside the seal uses therma

See how a single-unit magnetic mounting apparatus replaces screw-type mechanisms to secure peri

A wheeled base, gas spring lift, and 3-axis adjustment replace table clamping to simplify projector positioning and optical axis alignment.

See how a cooking appliance camera uses image processing to anonymize persons in front of the o

See how a vehicle-based video conference station enables remote funeral attendance and item del

See how infrared surface temperature imaging resolves thermostat measurement gaps, enabling spa

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

See how resilient finger mounting secures touchscreen displays behind protective panels while e

See how wireless scanning, biometric authentication, and camera systems enable self-service inv

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

See how rotatable links and long-hole sliding bars simplify wall-mount display installation whi

See how collapsible cells with gravity-fed channels manage water drainage while an integrated m

Selective switch control keeps command reception active while shutting down nonessential display modules to cut standby power.

A power cord routed through the mount blocks arm release, keeping an image capture accessory connection secure while carrying power and data.

Periodic radar-based motion checks trigger parked-vehicle recording only for nearby objects, extending recording time and cutting false detections.

A microcontroller-based vehicle video interface splits one camera feed into tailored rearview mirror and head-unit views, including wireless towing setups.

Flexible covers, FPCB links, pogo pins, and magnets keep dual displays electrically connected while allowing stable folding and easy attachment.

Integrated bridge connectors replace wires and screws between camera PCBs, simplifying driver monitoring camera assembly and reducing parts.

Sensor-driven image generation personalizes cockpit displays from camera and speech inputs to reduce visual fatigue and repetitive content.

A stacked radar and image sensor aligns field of view and sampling rates to reduce ADAS fusion errors and improve object detection.

Stacking an image sensor on a radar RFIC aligns field of view and sampling rates, reducing ADAS sensor fusion errors.

A demux-mux sensor hub preformats and routes streams to each recipient, reducing DRAM traffic and processing delay in automotive SoCs.

Tracks long-term driver posture changes to keep an intuitive rear view and accurate distance perception in electronic mirrors.

Beacon reference data is compared with onboard sensor readings to correct vehicle positioning in GPS shadow areas and detect sensor failures.

Visual drawbar and steering line superposition guides trailer reverse maneuvers, using side mirror input to simplify alignment for drivers.

A forward-extending view guide blocks dashboard light reflected through the windshield, keeping vehicle video cleaner for AR navigation.

Processor-driven voltage compensation stabilizes back-end interface levels in 8K displays, reducing vertical bar noise from temperature and line variation.

Dual orientation sensors and a controller detect mirror-to-vehicle angle differences and correct skewed rearview images.

A combined charger and DC-DC converter lets movable displays charge from AC power and run from the battery pack without separate charging.

A removable imaging unit switches between in-vehicle dashcam and stationary surveillance modes to cut parking power use and separate recording behavior.

Dual OETF signaling in VUI and SEI lets one video stream support HDR playback while preserving SDR decoder compatibility.

An off-axis optical layout gives vehicles wide-area visibility with high-resolution side and forward views while reducing camera count.

Addressable LED and LCD zones with a parallax barrier let one display show different images to driver and passenger without added screens.

A coplanar waveguide layout separates RF and DC bias lines with isolation structures to cut interference and preserve MEMS switch drive performance.

Driver head tracking adjusts rearward display views in real time to expand blind spot coverage and simulate mirror-like viewing.

Combines surrounding, driver, and vehicle-state images in 3D space to enable flexible viewpoint changes with less visual discomfort.

Coordinated vehicle displays, audio, and cabin controls trigger personalized messages at the right moment for immersive, timely delivery.

A control loop tracks region-of-interest movement and auto-centers and focuses the electron microscope view for stable in-situ imaging.

A crossed camera and IR illumination layout captures redundant pupil images in tight dashboard space while improving tracking reliability and cost.

Distance-based image overlays highlight rear and side obstacles in low-speed vehicle video to improve collision warning clarity and response.

HF vapor etching removes SiO2 sacrificial layers, then gas reactions and vacuum pumping clear silicon, carbon, and ammonium salt residues.

HF vapor etching removes SiO2 sacrificial layers, then gases or heat convert silicon, carbon, and ammonium residues into volatile byproducts.

After a vehicle event, a detachable dashcam records the aftermath from flexible positions while blocking false detections caused by vibration.

Wireless cradle charging and battery sensing let a movable display carrier recharge itself and notify users before power runs low.

When a vehicle door opens, the overhead surround-view display cancels zoom so the full vehicle stays visible and door-open alerts remain clear.

Beam splitters and retroreflection place multiple images at different depths, improving separation and preserving background visibility.

A wireless display cuts power use by activating only needed antennas based on transmitter distance and viewer presence while preserving image quality.

When a vehicle door opens, the display cancels overhead-image zoom so the full vehicle stays visible and door status is not missed.

Two diagonal corner cameras with nonuniform resolution optics create a bird's-eye vehicle view while reducing power and control load.

A rotating brake ring in the wheel housing locks the movable display stand for stable placement while preserving easy repositioning and heat dissipation.

Real-time mirror angle adjustment keeps AR virtual images aligned with actual scenery despite vehicle vibration or inclination.

A vertical inner plate and cross-plane antenna module improve heat dissipation, reception efficiency, and frame rigidity in wireless displays.

Blind areas in vehicle surround-view images are filled using transformed nearby image data to improve clarity and natural appearance.

Self-propelled capsule imaging adds orientation and speed control with wireless transmission, reducing invasive endoscopy time and clinic stay.

Motion and radar-triggered cameras record exterior threats and cabin activity while avoiding continuous dashcam power drain.

Coordinate conversion between two vehicle cameras keeps AR graphics aligned with the forward view for more consistent visual feedback.

Reflective openings and a second mirror layer redirect emitted light to boost brightness while preserving mirror function.

Direct pin-to-socket connector integration removes jumper wires in a vehicular camera, saving space, simplifying assembly, and improving reliability.

Camera-based visual aids and path preview help operators position loaders and attachments when boom structures block direct visibility.

Triggered dual cameras and object detection behind the rear-view mirror cut standby power while capturing exterior and cabin activity.

Predicts vehicle motion during image delay and projection-transforms camera views to keep remote synthetic images aligned with actual surroundings.

Dynamic blending of rear and rear-side camera views improves rear vehicle visibility by adapting image proportions to speed and following distance.

A motorized ceiling-mounted camera arm follows predefined paths to capture consistent multi-angle object images with less setup and operator skill.

Optical signaling transfers IP address data from a smartphone to a Wi-Fi load controller, enabling remote lighting setup and control.

A camera-lit handwriting desk records and transmits writing in real time, avoiding phone-based homework upload and improving winter comfort.

Interlocking male-female supports and releasable locks let one camera rig reconfigure quickly for stable shots with less setup and transport burden.

Automatic target recognition lets the gimbal adjust rotation speed and acceleration in real time to keep moving subjects centered and video stable.

Preplanned UAV motion holds a fixed camera at a set pitch longer for clearer still images while avoiding obstacles without a gimbal.

Multiple cameras and scanners around an open drop housing identify falling objects from varied angles for faster automated sorting.

An offset rotating shaft lets the display switch between landscape and portrait while changing height, with elastic support and damping for stability.

A tethered UAV with forward imaging and external control inspects sewer pipes safely, avoiding toxic gas exposure, immersion risk, and wall collisions.

An oblique protrusion-and-groove stand joint cuts packaging volume while keeping display assembly stable and easy to assemble.

A recessed mounting box and cover plate create a flush wall enclosure that resists tampering, prevents tying-off, and conceals wiring.

A retractable rotating camera seat hides in the phone shell to free front display area while enabling front, rear, and panoramic shooting.

Ring, necklace, hat, and eyewear mounts keep a portable camera ready for quick hands-free capture of spontaneous photos and videos.

Coordinated flood and structured infrared imaging keeps mobile-device SLAM reliable in low or changing light while limiting map growth.

Combined UAV action modes automate flight and imaging steps to simplify manual control and produce smoother continuous video.

A feed-device processor compresses and relays pipe inspection video, enabling camera swaps, lighter cables, and longer inspection routes.

A movable grip arm shifts position and orientation to stabilize heavy imaging equipment in shoulder, chest, or handheld operation.

Dual reception modules compare reflected and ambient infrared energy to reduce sunlight false detections in robot obstacle sensing.

Selective optical-density regions block bright light sources before they saturate a vehicle image sensor, improving capture accuracy for navigation.

Real-time drone and target localization guides camera pose and capture settings, keeping moving subjects framed without heavy image analysis.

By keeping the pan axis vertical, this camera mount maintains a level image on wall or ceiling installs without Z-axis rotation.

An offset rotating shaft and elastic support let a display switch portrait and landscape modes while changing height in one motion.

Automatic target tracking and onboard real-time display help a handheld gimbal keep selfie subjects framed without extra viewing terminals.

By calculating offset angle during base rotation, this case predicts and displays the gimbal's final target position to reduce lag and improve shooting accuracy.

A laser-aligned motorized stand keeps the camera lens at the pan-tilt axis intersection, reducing distortion and improving panorama stitching.

Bias estimation across three MEMS gyro axes uses the Earth rotation vector to improve underground vehicle pose accuracy without gimbals.

Flight control signals predict which scene pixels stay in view, letting an aerial camera pre-adjust exposure during maneuvers for better images.

A control server links user commands and live drone video over standard networks, enabling safer low-cost remote operation with limits and autopilot.

A liftable display module stays mostly hidden for indoor aesthetics while a front opening preserves AOD visibility and flexible screen ratios.

Inertial sensors and pivoted gimbal supports counter complex base motion to keep a camera or other payload at its target orientation.

A transparent sliding webcam mount lets users place the camera across the screen area to maintain reciprocal eye contact during video calls.

A rail and off-center rotation guide let the display shift height and switch orientation while keeping the mounting structure compact and stable.

Radar cues a high-resolution optical sensor to detect and classify non-cooperative aerial obstacles, enabling lower-cost avoidance routing.

A tracked high-power light beam detects camera drones and overexposes captured images only when needed to protect privacy and limit energy loss.

Bi-stable spring feet and snap-fit ball couplers let camera supports grip varied surfaces while staying quick to reconfigure.

Comparing sample and comparative workpiece images lets a second processing apparatus correct illuminator brightness drift without test pieces.

A laterally displaceable pivot and equatorial groove help an outdoor camera absorb impacts and vibration while holding its set orientation.

A hands-free POV camera combines rotary horizon adjustment, laser alignment, and quick-release mounting to keep recordings level during action sports.

Dynamic soft stops slow a gimbal near motion limits and alert users before hard stops, helping avoid obstructions and unstable footage.

A thin wall plate, rotator ring, and power disc enable smooth display rotation with continuous power and less wall damage.

Flight-height-based focus range limiting cuts unnecessary lens travel, reducing autofocus time, collision risk, and UAV power use.

A reel-fed endoscope and distributor switch one camera across multiple hidden viewpoints, cutting camera count and video storage needs.

A SWIR UAV with parafoil launch, secure links, and tethered power enables rapid deployment plus persistent real-time geo-location and targeting.

By checking rotation angles, angular velocity, and control signals, the gimbal corrects shake without blocking user-intended camera motion.

A detachable camera mount and separate hub improve monitor fit, stability, and hidden cabling across different video conferencing setups.

Dynamic see-through HMD control balances captured image visibility with outside-scene awareness, helping UAV operators track and control the mobile body.

Mobile escort drones deliver live video, audio, lights, and sirens for rapid personal security without fixed surveillance infrastructure.

Location-tagged overlapping drone images are fused into searchable multi-view interactive media, improving immersion without full 3D modeling.

A handheld dual-camera rig captures hundreds of images quickly, improving 3D reconstruction when lighting varies or subjects move.