Television System Details TRIZ Cases

A mobile sensor platform builds beamformed energy maps across positions to suppress background noise and isolate close acoustic sources.

A roller seating groove and longitudinal cover protect the S-PCB from damage and dislocation during flexible display winding.

A bending module and distance-aware controller switch a display between flat and curved modes to improve immersion and viewing angles.

Sun-position data is used to preselect tracks that avoid camera backlighting, improving autonomous work accuracy and coverage.

Integrated LEDs, spring-loaded grips, and wireless shutter control solve selfie lighting and positioning limits for higher-quality photos.

Periodic LADAR scanning fused with camera tracking improves small drone detection precision and enables safe in-flight net capture.

Remote actuator, valve sensing, and gauge imaging automate pressure relief in fluid transport lines, reducing hazardous manual valve handling.

A projection-recess interlock keeps the display unit from dropping when fastening bolts are removed during height adjustment.

Frame-by-frame altitude extraction preserves past flight height in stitched drone imagery, enabling more precise flight control.

Dynamic voltage and frequency scaling within one frame cuts CMOS image sensor idle-period power without reducing imaging availability.

A gyro-based controller switches a semi-transparent mirror between landscape TV viewing and portrait fitness apps in one integrated display.

Motor pulse and sensor feedback detect display collisions during rotation, then stop and reverse motion to return the screen safely.

Combining long wave and near infrared sensing extends nighttime object detection range and improves ROI-based classification for safer vehicle control.

An adjustable wall support aligns large displays precisely during installation while elastic contact reduces stress on adhesion layers.

Separate optical spaces isolate LED and laser light paths, improving surface identification accuracy across materials in navigation sensors.

Mobile sensor drones verify reported events on site, cutting false alarms, limiting continuous surveillance, and improving security response.

Active and passive magnetic emitters enable predictive visual effect triggering with lower lag and more reliable object tracking.

Planogram-guided feature matching lets fixed cameras track shelf stock accurately at low resolution while reducing network bandwidth.

Characteristic values from captured object images are matched to database classes to improve identification accuracy with less manual comparison.

Parallel circuits placed near sensor pixels cut data transfer to the CPU, easing frame-rate, power, and complexity limits in image processing.

A movable camera mount on drawn farm implements adjusts view angle and position to maintain working-unit visibility across terrain and reduce glare.

A segmented bracket layout shrinks camera module width and length while preserving support, blocking light leakage, and conducting heat.

A magnetic nest release lets the watch housing detach quickly for camera and sensor use while the band stays secured on the wrist.

Image-based feedback lets a carrier and payload share angular control to keep fast-moving targets in view with less operator skill.

Round-trip-time feedback adjusts mining machine data load to match wireless link capacity and avoid communication loss during operation.

A nested 3-axis gimbal cuts bulk and weight while allowing 90°+ roll rotation for stable horizontal and vertical image capture.

Embedded timestamps in autonomous vehicle video streams enable precise network lag calculation for safer remote monitoring and control.

Heat is conducted from separated display circuit boards into the housing, improving stable operation while preserving transparent screen design.

Orientation-based camera selection keeps the user centered as a rotatable display shifts between vertical and horizontal imaging positions.

Nested tapered spring sections give pipe inspection push-cables a flexible front and stiffer rear to navigate bends without getting stuck.

A two-arm stand and mounting protrusion simplify camera attachment to displays while keeping optical axis adjustment stable and secure.

Multi-color fill light, code scanning, and laser guides help forklift operators identify goods and align pallet forks in dark warehouses.

A rack-and-pinion camera slides out and rotates for front and rear shooting while keeping the phone display free of a fixed front camera.

Depth and image analysis detect empty shelf slots from the back-of-shelf plane, enabling reliable restocking prompts without shelf markers.

Pre-evaluated imaging maps help select inspection points, conditions, and routes for autonomous structural imaging with less operator skill.

Reflected test light captured by an integrated photosensitive sensor measures playback delay automatically, avoiding external sync tools.

Tiled multi-camera feeds with safety-distance overlays and operator presence checks improve teleoperation control and attentiveness.

Automatic target tracking and on-screen composition control let a handheld gimbal capture stable selfie shots without extra terminals.

Motor signals and rotation sensing detect display collisions, then stop and reverse motion to prevent user injury and damage.

By adjusting light output to aircraft tilt, this case maintains uniform illuminance and precise inspection images despite wind and propeller vibration.

Orientation-based frame alignment enables precise teleoperation when master controls and end effectors are movable and lack a common base.

Automatic hovering camera flights and composite image area selection cut bridge inspection setup, lane closures, and manual access burdens.

A spherical-joint lens module lets a display-mounted camera rotate within a preset angle range to widen coverage and improve shooting angles.

Sensor fusion measures wave distance and slope beneath moving watercraft, enabling real-time control of altitude, speed, and heading.

Sensor-based mounting detection limits gimbal camera rotation to avoid collisions and keep mounting members out of captured images.

A divided screen layout maps multiple elements of one application to adjustable sections for more user-friendly split-screen interaction.

Magnetic stand and lens cap coupling simplify camera setup, improve mounting security, and block unauthorized capture in video conferencing.

A single controller uses relative position data to coordinate multiple UAVs and adjust group flight paths in real time.

Edge-based image monitoring tracks drill string integrity in real time and triggers maintenance or part replenishment before failure.

Keeps two or more selected targets inside the UAV camera frame, enabling group photos and multi-player tracking with simpler selection control.