Television System Details TRIZ Cases

Multi-camera image synthesis and sensor guidance let welders see nearby surroundings and welding status without removing protective gear.

Cleaning nozzle video and position data are auto-linked in a protected cloud, cutting search effort while giving customers secure access.

A server merges event requests into shared drone capture plans, expanding photo coverage while lowering multi-user operating costs.

Bracket-linked screen, speaker, and control modules let users upgrade display technology without replacing the full high-end AV system.

Multiple UAV imaging channels transfer and display real-time views from different angles, reducing operator interference and aiding obstacle avoidance.

A heated image sensor, thermal zoning, and weather sealing help this outdoor camera maintain clear video in rain, sunlight, and cold conditions.

A detachable camera module lets the electric tool and camera be replaced separately, extending camera use after tool failure.

A lead screw, moving block, and pivoting wings let a flexible display switch between flat and curved states with stable support and lower power use.

A tilt-then-rotate screen assembly switches between portrait and landscape modes to prevent image distortion and cutoff.

Light sensing guides camera and object positioning to match scripted lighting and shot type, improving capture quality and speed.

Ranked master-slave aircraft control maintains relative positions for simultaneous multi-angle image capture with lower coordination complexity.

Magnetic-field and orientation data guide UAV flight and camera alignment to identify authenticated users despite GPS error and obstacles.

A counterbalanced multidirectional TV mount lowers a high wall-mounted display to eye level while preserving close-to-wall stowage.

Pre-stored image templates speed recognition of equipment interactions, enabling real-time controller actions and image transmission.

A linear drive and cam-guided rotation mechanism lets the display module switch between landscape and portrait modes with simpler structure.

A bistable spring band with magnetic embedments and snap-fit ball joints enables fast, stable camera and lighting attachment on varied surfaces.

Visible-light image analysis guides a surface inspection UAV to edge-change points for selective infrared or UV recapture, saving power and flight time.

Dynamic parking assignment uses vehicle detection, user context, and zone-based allocation to improve lot efficiency and guidance.

A movable-plate linkage fully retracts and extends a rollable screen, reducing device volume while improving screen scaling.

Hierarchical control ranks aircraft and adjusts flight paths to keep image capture ranges separate during multi-angle aerial photography.

Coordinated sensory drones share video, audio, and hazard data to guide impaired users through complex environments with safer routing.

A slide valve built into the stand base controls suction airflow, cutting stand thickness while keeping electronic devices firmly attached.

Linear actuators lower and swivel a TV above a fireplace while temperature sensing triggers retraction to prevent overheating.

A detachable base-and-neck stand folds into the housing to avoid loss while enabling stable wall mounting and tabletop support.

Rotatable mount fingers collapse into the camera body, then extend into parallel slots for quick, secure attachment with magnetic or friction retention.

User-selected conduit type and diameter drive automatic display settings, improving pipeline inspection image viewability and ease of use.

A single focal plane array correlates LiDAR and thermal frames to detect animate objects more reliably through rain, snow, and fog.

Multimedia capture and server relay enable real-time remote viewing and control of self-driving vehicles in hazardous or hard-to-access locations.

A split two-hand interface and motorized multi-axis gimbal make camera positioning easier while balancing control complexity and weight.

Multiple cameras and orientation sensing keep user framing accurate when a rotatable display switches between vertical and horizontal modes.

Remote drone viewing reduces habitat disturbance while geo-fencing and AI monitoring help detect poaching and support conservancy revenue.

Spring bumpers and deflecting tabs cushion lateral platform travel, prevent camera collisions, and reduce electrostatic charge buildup.

A rotatable main shaft lets panorama camera lenses adjust viewing angle more easily while retaining stable positioning and low-temperature use.

Fitted mounting members and ordered rear attachment parts let users reverse and rearrange display supports to change appearance easily.

A hinged, counterweighted camera rig balances rotating mass to cut vibration while enabling flexible setup, smooth low-speed capture, and uniform lighting.

Detachable mounting pieces and multi-hole wall racks let flat-panel displays be repositioned in height while keeping the wall mount simple and low cost.

A spring-loaded shaft, slider, and guide pin let a display head rotate to portrait mode while keeping a compact footprint and stable contact.

A float-mounted camera detects missed pool areas and adjusts cleaner trajectory to improve coverage, shorten runtime, and reduce wear.

Reaction wheels and fan thrust stabilize a mobile imaging unit in microgravity, preventing blur and avoiding gas cartridge replacement.

Frame time stamps are updated against local clocks and samples per frame are adjusted to keep independently clocked players synchronized.

Yaw-angle and image-distance feedback steer a robotic camera car to circle moving targets while keeping stable distance and framing.

Illumination and imaging measure powder stream mass flow and distribution, helping detect clogs or nozzle damage during additive manufacturing.

A rear speaker mounted on the fixed support keeps sound direction stable as the display rotates between landscape and portrait modes.

IR sensor pairs and motorized telescopic supports align a display screen to the viewer automatically, avoiding manual tilt and swivel adjustment.

Active heating and passive cooling keep the image sensor stable in an all-weather camera while supporting low-light imaging and outdoor durability.

Predefined combined flight and imaging modes automate angle changes and trajectories, enabling smoother UAV video capture with less manual control.

An internal adapter bracket with magnetic mounting and reinforcing ribs cuts display module space use while maintaining reliable wall support.

Higher-rate UAV logging around image capture links timestamps and quality checks to trigger retakes and improve geo-rectified imagery.

Real-time vacuum laser trimming cuts micro-shell gyroscope frequency split, improving matching accuracy, sensitivity, and throughput.

Oblique pin holes spread load through thin walls, enabling secure electronic mounting and easy horizontal alignment without a level.

A dynamic multi-path detection device uses narrow-band signal metric estimators to measure specific frequency band characteristics and generate indication signals.

A differential circuit uses separate selection and loading blocks to reduce sink path resistance.

Segmented joint plates and shutter cable system resolve complex design trade-offs to enable one-handed 180-degree bending with small radius.

Display processor maps geotagged photo locations as pins and connects them with lines to reveal chronological sequences on a single interface.

Segmented sub-systems offload decoding and analysis from the host, resolving high-resolution data bottlenecks.

Line-based packetization reduces image transmission delay from 18 ms to 2.3 μs.

A parser module processes recording documents to query electronic program guide data for content availability and initiate recordation.

An integrated lighting and monitoring system combines illumination with surveillance modules to enhance image clarity.

Bilinear interpolation calculates color correction parameters for CMOS image sensor pixels to adjust Gr and Gb components.

Pixel-level comparison unit processes photoelectric signals to maintain high sensitivity in solid-state imaging devices.

A drag-and-drop interface manages multiple content streams on digital TV screens.

A camera-projector assembly uses a pivotal transmissive display to switch between near-view and projection modes.

A multi-layer power management system segments components into shutdown, sleep, event detection, and computer vision states to minimize energy usage.

Shifting focus detecting pixel openings across multiple directions resolves image quality degradation during moving image mixing readout.

Shared memory interface connects multiple processing blocks, reducing design complexity and improving data throughput.

Reference division lines extract red and blue gain values to update white balance, reducing color casts from sensor-eye sensitivity differences.

A liquid crystal lens array dynamically adjusts focal length via voltage-controlled refractive index changes to enable optical zoom.

Extracting dominant colors and shapes reduces analysis time while maintaining detection reliability across transformed media files.

Direct flexure mounting connects optical components to detectors, accommodating differential thermal expansion to reduce cooldown time and stress.

A thermal camera system monitors contrast values to detect hardware malfunctions automatically.

Automated video tracking identifies customer positions at merge points to update event sequences in real time.

Replacing mechanical motors with an electropermanent magnet pumping fluid into lens membranes reduces device complexity and power consumption.

A quantization parameter correction value adjusts dynamically based on motion area size to optimize image capture processing.

A broadcast data receiver system uses a telephone line to link two units for authorized operation.

Orientation sensors guide field projection to resolve landmark registration failures and reduce computational load during stitching.

A data structure architecture manages reproduction paths and chapters on optical discs.

A background integration time setting unit adjusts update rates per object type to balance processing speed with privacy concealment needs.

Processor identifies shutter input method to pre-position camera lens, reducing focus adjustment time and improving image quality.

A reset shield line reduces parasitic capacitance between the reset transistor and floating diffusion node in CMOS image sensors.

A plasmon resonator filter uses metallic nanostructures to select electromagnetic wavelengths on a single chip.

Magnetic spherical bodies distribute holding force across multiple positions, preventing image blur from impact while maintaining smooth X-Y movement.

A flicker detection apparatus calculates differential vectors between neighboring frames to identify signal patterns.

An optical fiber and integrating element combine laser beams to project a homogeneous rectangular illumination field.

Embedding ancillary data in closed captioning packets preserves metadata integrity despite headend stripping operations.

A vehicle rear view display device divides the image into multiple screens to indicate system operation status clearly.

Pedestrian-based V2P systems transmit alerts based on driver awareness levels to resolve risks from obscured visual cues.

A multimedia processor coordinates two camera modules to alternately capture images, achieving a higher effective frame rate than single sensors allow.

An epsilon near zero material layer transmits near-field light to the far field for high-resolution optical imaging.

Optical path dividing member splits light into multiple paths with different lengths, resolving shallow depth of field constraints in high-resolution endoscopy.

The system uses laser range finding to adjust the camera trigger rate according to vehicle speed, reducing data volume while maintaining required image overlap.

A playback controller adjusts video speed based on scene importance to manage review time.

Aspherical negative lens increases refractive power toward edges, correcting offaxial aberrations while maintaining compact front aperture.

A concentric grating pattern modulates light intensity to enable incident angle detection without complex optical calculations.

A cue playback unit determines skip time based on recording start time metadata to adjust playback position.

A shared node combines pixel outputs in the charge domain, reducing noise while maintaining high-speed capture.

A periphery monitoring apparatus adjusts display content based on the lifting ladder position to enhance operator awareness.

A broadcasting receiver detects frequency drifts and corrects oscillation frequencies of the tuner and low noise block down converter.

AC-DC module transforms input power to DC for LED backlighting, eliminating second DC-DC stage to reduce energy loss and system cost.

Shared floating diffusion regions and selection transistors in a CMOS image sensor pixel array reduce fixed pattern noise while maintaining high sensitivity.

A multi-line output architecture distributes image data to separate signal processors for high-speed handling.

Segmenting video into multiple frames preserves narrative context during pauses, preventing user disorientation when resuming playback.

A video playback system displays summary information when users dismiss content via swipe or tap gestures.

Pre-driving the shutter curtain reduces surface force and facilitates lubrication, resolving mechanical delay and exposure timing variations.

An image signal processor computes highlight recovery values from non-saturated channels to correct clipped pixels and restore lost information.

Shared readout lines merge subarray and temperature sensor signals to resolve data association complexity while correcting dark current variations.

A retro focus objective optical system uses a negative lens and positive lens to achieve a short focal length.

Variable pixel density on a single-plate image sensor manages focus errors from axial chromatic aberration, maintaining resolution across all color bands.

Pre-assembled sensor pods reduce installation complexity while ensuring redundant coverage and durability.

Concentric heat dissipation members on a rotating phosphor wheel lower the phosphor layer temperature through thermal diffusion.

Viscous gel dampers on suspension wires prevent resonance and rotational motion, ensuring stable image quality during device movement.

A lens barrel controller drives a correction lens to track zoom movements using position and speed data.

A single MPEG decoder switches between HDTV and QVGA bitstreams via a shared reference frame buffer, eliminating redundant hardware to reduce power consumption.

A handheld 3D pointing device uses a scroll wheel to switch between pointing and scrolling modes for intuitive interface navigation.

Light emitting sections emit crossing rays for image pickup section movement detection.

Dual integration capacitors with cascode transistors reduce reset event duration, maintaining signal-to-noise ratio in shrinking infrared pixels.

A real-time image capture system displays multiple filtered instantiations simultaneously for immediate visual comparison and selection.

A projection optical system integrates a second optical system that reflects light to bend its path while blocking foreign matter entry.

Liquid crystal variable lens adjusts focal distance to resolve adaptability versus complexity trade-off in vehicle cameras.

Dynamic camera repositioning overcomes homogeneous texture backgrounds, ensuring precise lane detection and object recognition in complex traffic.

A local binning image sensor applies charge summation selectively to low illumination areas using a column readout circuit.

Symmetrical transistor groups in a CMOS image sensor eliminate sensitivity variations among photodiodes by maintaining identical layout configurations.

Hierarchical signaling in transport packets enables dynamic component switching for adaptive streaming while managing packet structure complexity.

A security filter restricts data access commands by comparing initiator and destination identifiers against predefined secure lists.

A multi-point interactive display system uses wavelength-differentiated infrared remote controls to enable simultaneous user input on a single screen.

A vehicle driving state detection system combines real-time facial image analysis with continuous operation data to monitor driver conditions.

AC-powered LED light fixture integrates digital camera to eliminate battery replacement costs and simplify home security installation.

A demosaicing method uses a monochrome camera to extract accurate luminance signals for color image reconstruction.

Single enclosure merges analog-to-digital conversion with real-time noise reduction to eliminate multiple host cables.

An imaging system captures and processes optical character recognition data from component labels on vials and syringes.

A dual mode vehicle camera removes its lens from the optical path to enable visual light communication reception.

High glass transition temperature organic compound prevents crystallization during annealing to reduce dark current in photoelectric conversion elements.

Merges imaging components with the mechanical switch to resolve size constraints, using infrared illumination for low-light capture.

A display control unit differentiates self-timer countdown visuals using distinct icons and colors to indicate shooting mode.

ASIC-based image analysis evaluates exposure, focus, and white balance to provide instant quality feedback, eliminating the need for costly physical printing.

A voltage drop correction line adds a compensation signal to pixel readout paths in image sensors.

A network management apparatus dynamically adjusts master and slave roles within a wireless photographing network to maintain operational continuity.

Photo gate controller circuitry uses multiple delay circuits to transmit separate clock signals for image sensor pixels.

Vertical deep trench isolation capacitors in a stacked image sensor store hole charges to expand dynamic range without increasing pixel size or noise.

Removing the main lens reduces device volume while maintaining light field information acquisition quality.

An image processing device sorts mixed video frames into distinct channels using automatic similarity degree calculations.

Curtain modulation tracks a moving light dot while superpixel grouping reduces control complexity, improving signal-to-noise ratio for accurate 3D scanning.

Re-encoding forward predictive pictures as anchor points enables independent decoding groups for reverse video playback.

Position restricting portions on an elastic sealing member stabilize the optical component, resolving unstable positioning and tilt adjustment issues.

Segmenting high-resolution images into indexed blocks allows mobile terminals to decode only necessary units, reducing initial delay and memory usage.

Shifting pixels during video recording estimates high-resolution still images without increasing processing power or heat dissipation.

Segmented local controllers manage peripheral LEDs, reducing wiring complexity while maintaining color accuracy.

A frame body positions an image capturing module to hide adhesive layers from view.

Segmenting recording media into format-specific directories prevents misallocation of reel numbers across different moving image formats.

Aspherical lens surfaces correct spherical aberrations to maintain high transmittance and resolution within constrained mobile device volumes.

A classifier system fuses nDVR user behavior signals to detect ad segments in video assets without external markers.

Segmented support elements connect via recesses and noses, eliminating time loss when replacing camera accessories.

A processor overlays edge effects from dynamic vision sensor data onto RGB images to synthesize moving lines.

A projector optical engine reflects dumped light multiple times in a secondary case to absorb energy, reducing heat accumulation on the projection lens.

Camera detects external devices to trigger blurring, preventing unauthorized content capture.