Television System Details TRIZ Cases

Photo templates and image-based servoing let a selfie drone preview and automatically reach the right height and angle for precise framing.

A crank arm stopper and shock absorber limit filter motion in camera modules to cut collision noise and impact during automatic filter switching.

Digital-map-guided sensor orientation and scan settings help vehicles capture clearer traffic sign data at long range for better driving decisions.

Optical imaging and feature extraction capture high-security key geometry, enabling accurate duplication without specialized locksmith equipment.

Inclined elongated holes and pins let a wall-mounted display cover slide and tilt for precise alignment without detaching from the bracket.

A folded one-piece fastening member stops wall-mount screws at a receiving part, cutting forming complexity and preventing contact with internal components.

A flexible shaft links shoulder-pad handles to follow focus, zoom, and iris control, improving camera stability during dynamic shooting.

A UAV uses microphone quality sensing and sound-source direction alignment to capture clearer target audio while limiting noise from state changes.

Elastic mounting arms spread headset weight across the skull for a secure strap-free fit that reduces nose bridge pressure and adjustment burden.

Rotatable finger members extend in parallel or collapse flush, using magnetic or friction retention for simpler camera mounting.

A jetter-driven camera push-cable clears pipe blockages with pressurized fluid and cutting elements while maintaining live inspection visibility.

Shock-absorbing balls mounted inside the UAV body isolate the external gimbal load, reducing vibration transfer and saving installation space.

A heat pipe inside the display mounting rod moves heat to a radiation plate and fan, enabling higher brightness with lower thermal stress.

Adaptive OFF and measurement phases cut inertial sensor power use while preserving motion-data accuracy through sanity-check feedback.

A battery-equipped mount shifts power and weight off the camera, extending runtime while enabling easier one-handed control during sports.

Light-guiding transparent supports blend emitted light into the surroundings, creating a stable display with a convincing floating appearance.

Video samples are spread across orthogonal subcarriers to resist attenuation, reflections, and interference in noisy electromagnetic pathways.

A shared asynchronous slope signal lets parallel slope ADC channels boost conversion speed while reducing area and reference distribution complexity.

A 1-bit delta-modulated BLR loop helps PCCT signal chains suppress high-flux baseline undershoot and preserve energy bin counting accuracy.

Grayscale ratio analysis triggers image algorithm updates and state logging, helping reproduce display faults and shorten repair time.

Image recognition tracks people or animals and steers audio processing to emphasize target sounds, improving clear voice capture during shooting.

High silicon doping offsets second-order frequency drift, while resonator geometry trims first-order drift for stable MEMS timing.

Low-temperature metal sealing plugs oxide-release vents to protect piezoelectric MEMS resonators from heat damage and sealant intrusion.

Horizontal sync feedback aligns the read clock with video timing, cutting frame memory output delay to less than one frame.

OFDM video transport splits samples across orthogonal subcarriers to preserve signal quality over noisy, long-distance channels.

Existing MEMS structures act as sensing electrodes to detect nearby materials through gel coatings without adding area or extra components.

Existing MEMS structures double as electrodes to detect liquid through a gel coating, preserving waterproofing without added sensor area.

Domain-engineered PMN-PT thin films raise piezoelectric output and mechanical quality factor, enabling battery-free MEMS motion and sound sensing.

A reconfigurable CTIA readout reduces feedback capacitor area and noise while preserving accurate charge measurement across sensor arrays.

A codec-driven virtual clock keeps audio and video playback aligned across devices without synchronized system clocks or specialized hardware.

A shared wireless audio bitstream cuts encoder load and bandwidth use while keeping multiple surround speakers synchronized.

Low-temperature metal-sealed oxide vents protect piezoelectric MEMS resonators from degradation while enabling hermetic sealing and deeper lateral doping.

Real-time visual microphone selection and audio mixing help users filter noise and improve distant-source recording quality.

Randomized bit delays expose synchronization errors in asynchronous N-bit signals, helping detect glitches across different clock frequencies.

A level- and frequency-dependent audio filter matches a user's hearing profile to improve clarity without uncomfortable full-range volume increases.

Adaptive tuner scanning shifts center frequency from rise and drop points to find valid signals faster with less hardware.

A smart TV reuses its voice module to detect ambient sound and automatically adjust volume without extra sensing hardware.

Outer high-coefficient piezoelectric layers boost PMUT charge generation and sensitivity while reducing local stress, defects, and noise.

By analyzing serializer configuration traffic, the recorder auto-configures its deserializer for accurate image stream reconstruction.

Threshold-based pixel charge cutoff enables single quantization, reducing sensor power use while preserving dynamic range and avoiding saturation.

CRC-based image frame processing detects lost SDI pixel data and inserts visual replacement marks to pinpoint faulty links and preserve display integrity.

Integrated light sensing and subtracting circuitry help MEMS microphones detect modulated light attacks and reject injected voice commands.

Broadcast VSYNC timestamps and dynamically adjust secondary display timing to synchronize large video walls without special cables.

A symmetric spring-mass MEMS resonator lowers ESR and preserves high Q for stable low-frequency clock references under temperature, shock, and vibration.

Route switching and packet holding-time adjustment keep internal clocks synchronized even when all synchronization paths develop abnormalities.

A microphone-guided controller adjusts burst-wave voltage slope to cut standby TV acoustic noise while keeping power use low.

Interpolating and resampling video and telematic streams aligns asynchronous sensor data for more accurate vehicle analysis and model training.

When monitor volume hits its limit, control shifts to the host device automatically, enabling continuous audio adjustment without dual manual steps.

An integrated trim circuit measures phase lag inside a MEMS gyroscope oscillator, cutting test time, cost, and external noise errors.

A photodiode stays active in standby and powers the amplifier only on optical signal detection, cutting redundant energy use.

A five-lens imaging configuration with specific curvatures and inflection points corrects optical aberrations.

Recording system accumulates second tracking data during capture to resolve post-production correction bottlenecks without recreating original conditions.

A generation unit adds identification tags to distinguish estimation results based on included versus excluded data within image file metadata.

Verification circuitry injects test bits into column memory to validate sensor functionality during normal imaging operations.

A stacked circuit board arrangement uses dummy pads to overlap electronic components vertically.

Segmenting lens elements with distinct Abbe numbers and surface curvatures corrects color distortion while maintaining high optical flow orientation accuracy.

A privacy protection module integrates a mechanical shutter and solenoid actuator to physically cover camera lenses.

A four-element plastic imaging lens uses aspheric surfaces to correct aberrations while maintaining a compact form factor.

Forming test terminals simultaneously with pixel electrode films eliminates separate manufacturing steps, reducing process complexity and cost.

A wearable headset captures retinal images using infrared light and computer vision models for automated disease detection.

Selective encryption of specific transport stream packets reduces hardware performance requirements, enabling secure decryption on low-power smart cards.

A floating viewport overlays medical images to reallocate brightness values within a pixel subset.

An adaptive filtering system selects optimal restoration methods to reduce in-block quantization errors.

A relay device manages HDMI signal routing to head-mounted displays using connection monitoring circuits.

Embedding color filters in inter-metal dielectric layers reduces optical path length, improving quantum efficiency while minimizing crosstalk.

Segmenting ESD and EMI functions into distinct Zener paths preserves digital signal bandwidth, preventing interference without component duplication.

An alignment engine links traditional transcript words to precise timestamps from computer-generated data.

A six-lens optical imaging group uses specific refractive powers and aspheric surfaces to achieve a compact size with high image quality.

A light-emitting diode package uses penetrating electrodes in substrate via-holes to connect electrode pads directly.

Embedded sensors track device position without line-of-sight constraints, resolving optical blockage issues during surgery.

Segmenting readout paths adjusts rows by exposure gain, reducing noise differences between focus detection and image acquisition regions.

A Bayesian network predicts device activity to generate a dynamic polling schedule, reducing unnecessary power consumption during idle periods.

Segmented power buses and compensation resistors reduce potential variations across scaled CMOS imaging arrays.

A CMOS image sensor pixel uses a thin oxide read transistor to reduce 1/f noise while maintaining dynamic range.

A repeater apparatus control part decodes and re-encodes HDMI signals to ensure format compatibility.

A windshield display projects a virtual image spot encircling detected obstacles to alert drivers.

Gyro sensor feedback enables real-time image stabilization and EXIF-based flipping to resolve orientation instability during front-rear camera transitions.

Multi-camera vision system classifies objects using varying fields of view to reduce computational load while maintaining real-time situational awareness.

A gradation control part aligns chroma signals with brightness data to restore color image quality.

Detects shift and rotation using spatial difference vectors to align and sum pixel values, improving signal-to-noise ratio without bulky mechanical stabilizers.

Segmented coil structure reduces magnetic fog noise in camera module actuators.

Segmenting video into face and background regions allows users to control their appearance, resolving hesitation during calls.

A dual spatial light modulator projector adjusts pixel drive modes to manage leakage light and maintain image fidelity.

Blur metrics guide pixel sensor digitization rates, resolving frame rate versus image quality trade-offs in high-speed imaging.

Spiral resonator loaded loop antenna achieves super-resolution at 426 MHz, reducing system complexity compared to high-frequency microwave imagers.

Camera behind transparent display captures user face directly, resolving eye contact issues in video calls.

Dummy scanning periods equalize drive circuit loads during polarity reversal, reducing horizontal stripe unevenness.

Segmenting the vertical signal line with a retention circuit reduces time constants, resolving slow reset speeds while maintaining measurement precision.

Logic device detects operator absence from vehicle control area using sensor data to issue warnings and prevent accidents.

A digital reproducing apparatus adjusts playback speed using skip control and output level correction to maintain audio fidelity.

Different sized fitting portions paired with biasing members provide distinct click feelings for main and subordinate series while maintaining holding ability.

A curved display module moves along a circular arc trajectory via slide-coupled members to maintain optimal viewing angles.

An image signal processing system recognizes specific subjects to expand gradation and control input-output characteristics for each small area.

Structured light projection captures geometric data to resolve camera pose flexibility constraints without increasing device complexity.

A surveillance event storage device extracts motion and luminance attributes to categorize captured images by significance.

A catalog page generation system displays upward and downward indicators to show additional folder existence.

Through holes in the flexible printed circuit enable direct power supply wiring to the coil substrate, resolving poor electrical connection reliability.

A video masking apparatus detects sensitive image regions and embeds masking information as metadata within the frame structure.

Multiplexes multiple images via polarization channels to maintain high frame rates and prevent unauthorized video capture.

Corner-mounted drive motors enable independent steering of a mobile camera crane base, resolving stability trade-offs during transport.

Plug-in controller cards in the objective lens main body enable independent component exchange, reducing maintenance costs when faults occur.

A parameter processing module calculates element compensation values to adjust camera settings in real time.

A patterned multipartite filter on a single sensor array captures visible and infrared images simultaneously, eliminating multi-camera calibration complexity.

Segmenting the optical assembly into reversibly separable portions with a six-point kinematic mount resolves rigidity loss in thin handheld devices.

A video switching device reduces generated code volume during vertical blanking intervals to maintain buffer capacity.

Replacing screws with a magnet array in the battery cover eliminates complex molds and screw spaces, allowing compact handheld infrared imager designs.

Separating the internal regulator onto a dedicated logic chip eliminates heat gradients and dark shading in the pixel array.

Switching readout regions and methods optimizes drive frequencies for smooth electronic zoom while reducing power consumption.

Segmented storage preserves content across device changes while maintaining DRM compliance and parental control integrity.

Prohibition control units prevent standby transitions during video playback to resolve processing continuity issues while reducing power consumption.

A camera module embeds an image sensor in a substrate cavity connected by a bridge member to lower the image plane height.

Modifies highlight properties within synchronized audio-visual streams to enable unique interactive elements across multiple viewing angles.

A camera-guided palm print system enables touchless biometric authentication for augmented reality headsets.

A microphone array routes power from a PoE source to an adjacent camera through shared LAN cabling.

Segmenting the scattering layer with a reflective member improves hiding power without increasing driving voltage or reducing transmission.

Reception apparatus adjusts display image appearance using metadata derived from viewing environment information.

Interactive radio server delivers clickable media to mobile devices, resolving the lack of listener engagement in traditional audio broadcasts.

Applying a weighting function to labeled media segments identifies optimal advertisement insertion points, reducing manual review time.

Digital gain control logic estimates video block energy to adjust transmission levels, mitigating power fluctuations in wireless video systems.

A camera calculates its time deviation from a timer using bidirectional message exchange and timestamp analysis.

Spring holding elements press rod-shaped camera housing components against a base plate to reduce cone of vision diameter.

A comparator identifies transparent background colors in OSD signals to control selective output of video UV components.

A wireless communication chip uses two antennas to broadcast and receive packets for autonomous channel state information determination.

A display apparatus organizes search domains into a hierarchical tree structure with depth-based graphical user interfaces for intuitive navigation.

Adhesive and transparent cover seal the image sensor chip to reduce contamination while minimizing package volume for slim devices.

Independent layer storage prevents data coverage during sequential screenshots, simplifying the capture process and enhancing user experience.

A video reception device uses online and local matching to generate content recognition information for real-time data superimposition.

Pulse timing logic predicts SWIR pulse sequences to synchronize camera exposure, resolving low signal-to-noise ratios in semi-active laser guided missiles.

Image signal processor extracts and compares representative data to detect motion, eliminating infrared sensor cost and size.

A 3-transistor MOS sensor driving method executes read out and reset scans in parallel to maintain consistent accumulation time.

A flicker noise detective pixel unit adjusts exposure times to identify and remove light source interference from captured images.

A recognition apparatus extracts foreground data and generates feature vectors from depth images to identify objects accurately.

A synchronization control unit manages mode switching in an image capturing apparatus to ensure stable signal output.

A CMOS image sensor captures simultaneous short and long exposures across interlaced pixel subsets to generate high dynamic range imagery.

Dynamic detection area sizing maintains consistent image evaluation ratios across varying endoscope diameters.

Cancel pending thumbnail generation when users scroll to new content, freeing processing resources immediately.

Inclining an image sensor relative to its normal line alters the effective region shape to distribute pixels unevenly across directions.

A touch control system guides users to valid input areas through visual display cues.

A broadcast receiver extracts view point information from video streams to control three dimensional display output accurately.

Dynamic bit allocation adapts address structures for varying disc capacities, resolving the trade-off between data storage limits and backward compatibility.

Buffers on a second substrate transmit control signals to pixel rows, reducing wiring resistance and capacitance for distant pixels.

Head-mounted thermal cameras capture forehead temperature patterns to differentiate normal from abnormal cortical activity without physical contact.

A camera module moves an entire lens group perpendicular to the optical axis using guide balls for image stabilization.

An automated system analyzes user content to generate structured stories with personalized elements using theme scripts.

Timer-based exposure control reduces hunting and flickering during rapid light transitions by applying temporal hysteresis to prevent display instability.

A vehicle communication system processes wireless sensor data to determine precise location coordinates.

Server mediates video calls by detecting obscene content inputs, terminating sessions, and switching partners to prevent exposure.

Selective motion blur modulation resolves hyper-realistic soap opera artifacts while maintaining spatial and temporal resolution.

A memory controller distributes video atoms across dual DRAM banks using a checkerboard tile pattern to enable parallel data retrieval.

Eccentric optical apertures enable phase difference detection across the entire imaging surface using standard pixels.

A CMOS image sensor employs a two's complement counter for digital double sampling.

An image processing apparatus maps omni-directional video data to a three-dimensional coordinate system.

A television processing system cyclically displays scaled video images from multiple peripherals alongside graphic interface indications.

A photodetector integrates a Helmholtz resonator to concentrate electric fields within the photosensitive gap.

A cascaded type II superlattice structure detects infrared radiation using intersubband transitions.

A wearable image capturing device transmits visual data from diverse viewpoints to external systems.

Near-infrared image processing trains classifiers to determine occupant cognitive states for vehicle manipulation.

A lens holder driving device uses an image stabilizer coil to move the lens holder in orthogonal directions for optical stabilization.

Segmented video ingestion enables concurrent annotation, reducing editing latency while generating condensed summaries from lengthy recordings.

Hierarchical object detection segments video analysis into progressive levels, reducing computational burden while maintaining detection completeness.

Divided exposure imaging prevents pixel saturation in high brightness subjects by combining segmented frames and applying minus gain.

A photographing interface integrates an annular time setting region around the shutter button for rotary delay selection.

A remote control uses a microphone interface and analog-digital converter to enable voice command recognition.

Motion map updater and grain filter process video data to generate spatially interpolated fields, reducing comb tearing artifacts in moving objects.

Remote video devices apply preferential encoding to non-Picture-in-Picture regions using transmitted region data.

A synchronization controller calculates timestamp differences between video and audio streams to selectively output frames.

Segmented graphic data structures adjust resolution levels based on buffer memory to balance image quality against storage constraints.

A control unit switches zoom modes to allow temporary fine adjustments based on object size.

A terminal display method identifies preset objects in background images and adjusts content positions to prevent shielding.

Relocating the light hole to a second barrel wall reduces weight while slope fittings ensure concentricity.

A pixel circuit acquires and stores threshold voltage to generate consistent output signals, mitigating image distortion from voltage drift.

A solid-state image sensor power supply circuit steps down external voltage using a driver transistor in a saturated state.

A positive parental control system enables administrators to curate authorized media content via an interactive guide.

An image sensor integrates five panchromatic and three color pixels per repeating unit to boost light sensitivity while maintaining full-color capture.

A thinning processor generates thinned image data by removing redundant blank periods from full-size input streams.

Angled magnet arrays in Lorentz actuators reduce parasitic motion during autofocus and image stabilization.

A calculation unit processes output signals from a second pixel group to maintain focus detection accuracy.

A sensor unit detects external light to adjust OLED pixel emission via an emission control driver.

A video processing system blends de-interlaced signals with on-screen display data to maintain top-layer visibility.

A display control unit manages storage status information across multiple recording media in an imaging apparatus.

Segmenting video data for CRC checks isolates noise interference, allowing the system to distinguish actual freezing from transmission errors.

A conventional color camera captures hyperspectral images through rotational movement and software processing.

A universal connection interface routes personal electronic device signals to hotel televisions via standardized input ports.

A light emitting device with individually driven unit regions containing near-infrared emitters.

Automatic face characteristic detection replaces manual input to enable personalized game object motion and enhance user engagement.

A neural network processes received light distributions from phase difference pixels to output defocus information.

Physiological signal detection replaces mechanical buttons and touch screens, eliminating user movement interference that degrades image quality during capture.

A pixel array combines photoelectric signals via an adding circuit to reduce data volume and accelerate horizontal scanning.

A depth camera compensation unit calculates charge quantities from alternative phase storage to maintain accurate measurements.

Signal processing unit detects playback state to fast-forward first play content, reducing transition time after vehicle power interruptions.

Bloom filters synchronize local content state over persistent connections, reducing network resource consumption.

An inclined lower surface on a wiring substrate directs bonding resin away from the central opening during image sensor mounting.

A camera device automatically recognizes face orientation and continuously shoots moving subjects to capture clear images.

A projector system corrects projection light orientation using a dedicated correction section.

Digital column circuitry extracts systematic analog signal offsets to generate correction values for image sensor readout.

A display unit shows a guiding object indicating camera movement direction during 3D recording.

A moving image processing apparatus groups video cuts by comparing feature amounts from extraction images to organize content structure.

An image sensor uses an electronic rolling shutter to reset pixels row by row and read signal charges sequentially.