Television System Details TRIZ Cases

A selectable camera and stimulation-source mounting layout replaces dedicated test stations while keeping repeatable MTF, geometry, and stray-light measurements.

A movable light shield blocks bright spots before they reach the imager, reducing saturation and preserving contrast for vehicle vision.

Combining live optical capture with characteristic-value comparison improves usage object identification despite size variation and wear.

Multiple viewer FOV requests are aggregated into one camera control signal, enabling real-time reframing for better webcast viewing.

Automatic IP camera detection, PoE setup, and default configuration cut installation effort while scaling network video recording.

A laterally sliding sheet automatically covers the monitor height-adjustment slot at raised positions, hiding internal parts and improving appearance.

Onboard fusion of camera and range data cuts network load while adapting processing to vehicle behavior and sensor confidence.

A coordinated drone swarm combines video, audio, tactile, and olfactory sensing to help users inspect and navigate complex spaces safely.

A switchable retro-reflector splits the alignment beam to verify internal boresight, compensate thermal drift, and preserve fine tracking.

A mounting groove, stand, and cover conceal display cables while enabling a compact wall mount with less protrusion and a cleaner rear profile.

A self-contained camera rig deploys and repositions multiple video and audio units remotely to cut crew, setup time, and location intrusion.

A camera-side feedback mechanism detects focus, storage, and timing failures and alerts the drone for immediate re-imaging.

A spreadsheet node lets non-programmers build machine vision workflows with cell-linked inputs, complex functions, and human-readable output files.

Housing sections sandwich the imaging board to keep the module compact while conducting heat away from the imaging element.

Temporally coded light patterns let a safety area monitor confirm real intrusions across multiple frames despite sudden light disturbances.

Magnetic coupling keeps camera and light source aligned across a moving web, enabling accurate laser perforation inspection during cross-web adjustment.

Dark-field illumination through the camera port lets an HDR camera monitor laser processing without saturation or ghosting.

A string assembly stabilizes and localizes a flying camera, simplifying control while improving wind resistance and collision safety.

An internally stabilized rolling sphere keeps its camera aimed upward while remote control and sensor feedback support maneuvering and surveillance.

Extracts tagged text and numeric data from shop floor screen video to bridge isolated factory and production systems with lower bandwidth use.

Dynamic camera arm and image control extend laparoscopic imaging range while keeping a stable view of the surgical site.

A universal coupling interface lets one payload move between aerial, handheld, and adapter supports while retaining data and gimbal control.

A movable light shield blocks bright spots before they reach the imager, reducing saturation and preserving contrast for object detection.

A unitary photoresist MEMS check valve uses a living hinge and resistive bubble actuation to prevent backflow and simplify fabrication.

Aggregated non-collision vehicle event data is turned into geographic risk maps to route vehicles along safer paths with lower onboard computing load.

Nested springs with front-to-rear flexibility variation help push-cables bend through pipe turns without losing stability or getting stuck.

Image file size trends from multiple cameras reveal protective glass contamination in laser machining heads without extra sensors or thermal delay.

Role-based coordination among mobile imaging units reduces setup effort, stabilizes capture, and enables printed photo delivery.

A screw-and-engagement interface secures a removable camera grip while shielding contacts and keeping power and signal connection stable.

A removable concealing unit closes a display mounting hole after wall attachment to block dust entry and preserve rear-surface appearance.

Spherical video from real game footage gives athletes first-person VR training when practice time is limited, with analytics-guided playback.

Compact IP67 camera enclosures integrate cable connectors to avoid bulky cord grips, protect high-speed signals, and support flexible mounting.

Wireless handle control and daisy-chained lens motors improve rig flexibility while maintaining precise focus, zoom, and aperture adjustment.

Machine learning in smart hairbrushes and combs improves user behavior interpretation while limiting energy use through selective sensing and transmission.

A sliding camera module rotates between front and rear use, freeing front display area while keeping dual camera functionality.

A hub with independently rotating camera modules and guided cables improves positioning in confined spaces while maintaining connectivity.

A sealed plenum and thermal plate cool a wall-mounted display while blocking dust ingress and simplifying secure installation.

Separate image evaluation areas let focus and imaging-plane tilt run simultaneously, cutting focal plane adjustment time.

Low-power MEMS sensors screen vibration events and wake the processor only after thresholds are exceeded, extending seismic shutoff operation.

A dedicated trigger line lets a camera expansion unit synchronize PLC records with image capture, cutting troubleshooting time and wiring complexity.

A mirror, LED lighting, and Bluetooth shutter control let users frame selfies directly while keeping the phone securely mounted.

A single-piece stair-shaped bracket secures a prompt box and camera on a tripod while cutting setup time and mounting weight.

A graphical configuration tool maps component profiles, shows compatible connections, and generates setup guidance for integrated audio, video, HVAC, and security systems.

Adaptive control of luminance, color tone, and gamma helps a see-through HMD balance outside-scene visibility with displayed image recognition.

A curved guide, spring retainer, and ball-socket mount let a trail camera hold multiple angles while staying compact and easy to reposition.

By combining the monitor housing and suspension frame, this case simplifies ceiling mounting, reduces parts and weight, and improves airflow for heat management.

A double-membrane MEMS component uses filled through openings to create hermetically sealed mechanical connection elements between membrane structures.

Adjustable lens barrel in a limiting portion enables precise optical alignment during camera module assembly.

HDMI optical interconnect converts electrical signals to light for transmission through fiber, eliminating copper signal loss and artifacts.

A security device captures images and sensor data to authenticate objects using attribute-based access control.

A virtual camera module processes video streams to enable automatic object tracking within third-party communication applications.

Wearable device calculates relative position between user and ground target to generate movement control instructions for unmanned aerial vehicle positioning.

Scanned illumination with encoded point spread functions captures light field data, resolving depth localization without sacrificing lateral resolution.

An image output apparatus inquires cascade-connected displays about transmission stopping support before switching modes.

Updating matching and non-matching visual element models in a scene structure reduces false foreground detection caused by illumination variation.

Dynamic capacitor charging accumulates signal energy via multiple cycles, resolving the contradiction between high dynamic range and large circuit area.

A touch detection unit and control unit rearrange display items based on drag distance thresholds.

A media playback system logs user interaction data locally for later transmission to a remote server.

Hardwired logic elements identify and adjust pixel data aspects, feeding results back until requirements are met to improve dynamic range.

Combining IIR and polyphase filters reduces aliasing during large scale-factor downscaling while maintaining hardware efficiency.

Processor-controlled relays manage power flow to reduce heat generation in compact electronic devices.

A video server analyzer inserts an additional header containing sequence and picture parameter sets before random access units.

A wireless intraoral sensor integrates a battery and memory to eliminate transmission cables.

A binocular robot uses rotating cameras and a cleaning mechanism to capture clear underwater video of bridge piers.

A thermally conductive heat transfer member with a soft material portion contacts an electronic circuit unit to dissipate heat.

Rear-mounted frame members support a curved transparent front plate, eliminating bezels to enhance visual immersion without compromising assembly stability.

A pixel sensor applies a lower potential to the floating diffusion node during accumulation to minimize dark current integration.

Embedding watermarks in high-entropy spectral frequency bands preserves integrity during transcoding, eliminating redundant per-format processing overhead.

A drive controller uses a piezoelectric actuator to move a body with high precision.

A central server hosts remote control profiles, allowing client devices to retrieve specific descriptions on demand and eliminating local storage requirements.

Separate storage capacitors prevent signal attenuation during the reading process, improving the signal-to-noise ratio of generated image signals.

A reading lens portion displays expanded program details alongside a grid guide, reducing scrolling time to access content.

Processor manages infrared and white light lamps to maintain moderate environment brightness, reducing overexposure and underexposure issues.

An imaging device uses a metal plate with bent portions to absorb drop shock, protecting the semiconductor from damage caused by shifted center of gravity.

A terminal device marquee updates position to capture sequential target images for on-screen display.

An icon controller displays status indicators in upper menu layers of a media guide interface.

A control apparatus analyzes content to determine playback positions and transmits this data to a playback device.

Non-linear optical axes in a peripheral camera casing combine multiple module views to provide panoramic imaging without increasing device thickness.

A mobile device application streams audio and video data in real time to a cellular network.

Binarization circuits digitize photodiode voltage signals to isolate output terminals from parasitic capacitance discharge effects.

A content management system coordinates delivery across IP, broadcast, and peer-to-peer networks to optimize subscriber access.

Digital calibration corrects nonlinear well capacity to resolve dynamic range and linearity trade-off in CMOS image sensors.

Segmented imaging and specialized algorithms combine low-cost sensors to eliminate mechanical wear while preventing illumination hot spots.

A polarizing filter projects virtual images onto a display surface viewable by performers while recording modules capture the scene through reverse-polarization.

Nested photo-electric conversion units enable phase difference focus detection without sacrificing light reception efficiency or color purity.

A non-contact optical system captures wheel images to automatically identify rims for alignment.

A dual development processing system splits RAW image handling into simplified real-time and high-quality post-shooting units.

Capturing rotation data via a gravity sensor at image acquisition allows the display unit to auto-orient pictures, resolving fixed orientation limits.

A dual direction popup camera slides outward and angles upward to align with the user.

Foreshortened panoramic views render both street sides simultaneously, resolving the trade-off between comprehensive coverage and detailed accessibility.

A mobile object control device corrects curvature estimates from bird's-eye view images to generate accurate speed plans.

Video recording terminals generate interactive control information to link multiple video clips for playback.

Asymmetric joint units with recesses guide adhesive placement on support members, preventing folding region deformation during device operation.

A non-linear image sensor transforms output signals into linear color data through interpolation and separation.

Resolves operation complexity by segmenting normal and priority image transfers into distinct button combinations, reducing selection steps.

Concurrent multi-band illumination eliminates sequential alignment delays, reducing capture time and cost for dynamic subjects.

A radiation image capturing system reads leak data to detect irradiation start without external interfaces.

Classifies phase-difference detection pixels by spectral sensitivity to apply targeted correction precision.

Correction units adjust pixel values using reference signals from unaffected neighbors, suppressing optical crosstalk degradation caused by microlens effects.

Bellows isolate vacuum chambers while feedback control corrects light emitting point fluctuations to maintain precision.

Embedded housing traces eliminate intermediate PCB layers, reducing overall thickness and tilt management issues for compact camera modules.

A dual-camera vehicle monitoring system segments rear and side views into a composite display to enable flush body integration.

An intermediary force dispersal member conducts impact energy between housing plates, preventing stress concentration on brittle display components.

Dynamic frame-by-frame readout sequencing diffuses fixed pattern noise from pixel offsets, improving CMOS image quality without adding hardware complexity.

A transmitter serializes multiple signal types using a latch circuit and encoder to reduce external interface cabling.

A radiographic imaging sensor board uses detachable connectors to link flexible cables carrying circuit parts, enabling efficient component reworking.

A communication system uses server discovery to establish direct peer-to-peer content transfer.

A handheld device receives wireless video streams and lets spectators select angles and set bookmarks for highlights.

Waterproof button assembly integrates elastic gaskets and light guides to deliver tactile feedback and power status while maintaining ingress protection.

Active CMOS biosensor chip measures transient fluorescent decay responses via time-gated detection, eliminating complex external optical filters.

An event multiplexer routes trigger signals from multiple image sensors to a single positioning receiver.

An image processing apparatus selects from multiple recording sizes based on two distinct modes to maintain consistent pixel count choices.

An imaging apparatus control unit switches live view display arrangements based on camera orientation to support alignment tasks.

A tiltable imaging display device uses face detection to calculate rotation angles and adjust the optical axis.

A camera module base uses cutouts to nest electronic components, reducing the planar area of the device.

A segmented photometric analysis calculates a third value from average and maximum brightness to correct exposure settings.

Dynamic electrical biasing reduces dark current in image sensors by switching bias voltages between integration and readout periods.

An electro-optical switch modulates light transmission to control image capture timing via electrical signals.

A single image sensor generates two video signals at different frame rates for simultaneous preview and autofocus processing.

A rotating fan assembly integrates light sources on its blades to generate volumetric images through dynamic spatial modulation.

Integrating image sensing units into pixel structures eliminates separate camera modules, reducing production costs and device thickness.

A focused plenoptic camera design adjusts microlens focal distance to finite object distances.

A video processing system segments broadcast content into topic-based clips for real-time indexing and customized delivery.

Resynchronization codes injected into compressed video streams recover from bit errors in extreme low-voltage memory.

A camera user interface displays a real-time electronic viewfinder alongside a previously captured image within the same screen area.

Segmenting the endoscope frame body into fixing and non-fixing regions prevents thermal stress from detaching the glass cover during autoclave sterilization.

Optical modulation using distinct luminance frequencies enables communication with low-computational devices without signal interference.

Dynamic resizing of contact grids resolves low resolution bottlenecks, enabling intuitive navigation via remote controls.

A network interface device transfers configuration data between demarcation units via a service computer.

A marine trip replay system correlates sensor data to generate a first-person view of vessel operations.

Spectral leaks provide high spatial resolution in hyperspectral imaging, resolving the trade-off between spectral purity and manufacturing precision.

A user interface system uses a graphical timeline selector to dynamically update media content listings on a touch screen display.

Mobile device camera adjusts zoom, aperture, and lighting based on real-time audio levels and facial expressions.

Streaming video delivers looping clips and side channel data to render interactive menus on a graphics overlay plane.

A motion detection system adapts transfer functions based on local pixel detail to optimize processing modes.

A white balance correction unit adjusts color temperature and relative color component intensity using orthogonal axes in a two-dimensional color space.

A focus control apparatus detects phase differences across primary and secondary image areas to adjust lens position dynamically.

A camera module auto focus control apparatus uses a perpendicular coil to drive linear lens movement without bulky screws.

A bending substrate bonds to an image sensor and applies tension to shape the chip, avoiding cracking or buckling during fabrication.

Plane-specific projection matrices suppress alignment artifacts in combined images by applying distinct misalignment amounts to segmented regions.

A medical observation device uses a vibration sensor and control unit to correct image shake in magnified surgical views.

Pre-adjusting lens group position during manufacturing compensates for magnetic field-induced tilt, maintaining image resolution uniformity near speakers.

A light field imaging device uses a compressive sensing calculation unit to reduce raw image data size by analyzing pixel homogeneity within dedicated sensor areas.

A PTZ camera adjusts its orientation based on a specification screen to capture target areas.

A copy-protection filter constrains HDTV signal resolution using low-pass filtering in analog or digital data streams.

Proximity sensors detect device placement in virtual reality glasses to automatically switch video playback modes, eliminating tedious manual operations.

Condensing micro lenses concentrate light onto miniaturized sensors, resolving misalignment issues in short focal distance camera modules.

Segmented display sections activate selectively based on unfolding state, reducing power consumption while maintaining viewability.

An adaptive infrared light source uses an LED array to deliver precise scene illumination.

A bidirectional serial interface circuit switches transmission directions via a control unit to enable high-speed data exchange.

Converging pressure waves deform cells within a microchannel, enabling precise single-cell mechanical property analysis and real-time sorting.

Automated audio-video analytics system detects observed user actions and matches them against predetermined key actions to annotate training videos.

A vehicle surround view stabilization method projects images to a unit sphere and tracks vanishing points for motion estimation.

Full black detection circuit holds signal state during video transitions to enable rapid resolution change identification.

An information processing device determines importance levels for lecture video sections to generate reproduction assistance data.

A remotely controlled robotic sensor ball uses internal propulsion to rotate its outer shell and stream video signals from any position.

A camera housing uses an air gap to shield the imaging sensor from processing unit heat.

Electronic device stores multiple HDMI EDID versions and transmits the appropriate data set to prevent operational failures from incompatible standards.

A sliding tray mechanism moves the projector device partially out of its housing to expose the lamp door for direct service access.

A video output apparatus generates a specialized mute signal to bridge format transitions between RGB and YCbCr standards.

Laser range meter inside transparent enclosure measures submerged points.

Embossed polymer layers form aligned optical elements, reducing manufacturing complexity and cost.

Centralized buffer scheme manages complex data flows across modular processing units, reducing external memory bandwidth requirements.

Integrating a restoring unit into specific pixel blocks reduces row driver count, expanding the photosensitive area and minimizing column defects.

Multi-lens panoramic camera system calculates synthesis weights from pixel gray scale variations to position fast-moving objects in high dynamic range video.

Camera systems capture video streams along the distribution chain to create item records, reducing investigation time and cost.

Telecentric optical design with segmented interference filters enables two-dimensional spectral imaging, eliminating expensive diffraction gratings.

Video cassette recorders add time margins to programmed start and stop times to capture broadcast content.

An image processing apparatus adjusts window size based on local edge values to perform stereo correspondence.

A display divides its screen into variable regions to show multiple images simultaneously.

A tilting imaging sensor assembly integrates the lens barrel directly into the housing to support iris detection.

Alternately stacked metal oxide layers create a dual-passband filter transmitting visible and infrared light, eliminating external switching mechanisms.

A mobile image capture device adjusts sampling frequency based on location and orientation to collect geo-located visual data.

A focus ring with infinite rotation capability and a storage part assigning different rotation amounts to multiple positions.

A mount assembly aligns pins and electronic components using a heating jig for simultaneous soldering.

A laminated circuit board structure accommodates electronic elements within a recessed groove to minimize spatial footprint.

A panoramic photography system generates guide images from a reference frame to direct camera movement during capture.

Asymmetric color filter arrangements lower low-frequency spatial energy to prevent moire patterns while maintaining high image resolution.

Concentric electrical traces maintain continuous power contact during rotation, resolving alignment stability issues caused by temporary battery removal.

A processor monitors device memory status to control camera application execution parameters.

A CMOS sensor generates interlaced video by reading odd and even combo lines from the array.

A beam splitter divides light into separate paths for image and light-field sensors to capture spatial and angular data independently.

A real-time image processing method generates super-resolution images by calculating displacement vectors between captured frames.

A monitoring device detects individuals and determines area states to generate distinct mask images for visual output.

Direct CCD and lens mounting on the main PCB eliminates flexible circuits, reducing component count and manufacturing defects.

A white balance module selects high sharpness image blocks to adjust gains and prevent monochromatic misjudgment.

A pixel output level control device manages signal levels using inverted cell select signals and NMOS transistors to ensure rapid settling.

A three-lens imaging system integrates a diffractive optical element on the first lens to correct chromatic aberration while maintaining compact dimensions.

Buffer circuitry stores pixel data from multiple cameras while calculation circuitry generates frame image data using time-division read operations.

A media guidance application manages content recommendations by tracking user viewing history across networked devices.

A cinema projection system applies global dynamic range transformation to remap luminance values.

Cart-mounted scanning system detects item placement anomalies to reduce fraud while maintaining checkout speed.