Television System Details TRIZ Cases

A recessed, extendable I/O module in the display adds larger ports while hiding them when unused to improve security, durability, and appearance.

Diagonal reflection from coordinated concave surfaces cuts double images and improves virtual image visibility without wedge glass.

Before a device raises brightness or volume, the transmitter boosts wireless power first to prevent shutdown from power shortfalls.

A modular in-wall TV mount avoids stud cutting and uses an external emergency release to restore latch access when front cords fail.

A rotatable video-output connector lets the holder face either side, simplifying cable layout and avoiding cable bending during setup.

A locking member fills the stand-hole gap to simplify fastening while keeping large display modules stable during movement or rotation.

Sensors and motorized rotation let the projector detect user intent and wall conditions, then auto-adjust angle, height, and image size.

A floating gimbal sleeve with spring dampers isolates high-frequency aerial vehicle vibrations to stabilize video and reduce audio noise.

Tilted mounting surfaces, terminals, and magnets join front and side panels for seamless side-screen display and pivotable viewing angles.

A rotating holder locks a stand stud into a key hole, cutting screw-based assembly time while supporting a slimmer display structure.

A lever and elastic wire lock a display to multiple protrusions for quick fastener-free mounting without sacrificing attachment stability.

Portable x-ray and thermal imaging combine automatic exposure control and dynamic collimation to cut dose and speed extremity surgery.

Interconnectable rails, supports, and carriage modules cut setup time while keeping camera motion equipment portable and versatile.

An elastic lever and multi-point protrusion interface secure a display for quick attachment and removal without screws or accidental dislodging.

Multiple drone images with location data are fused into interactive multi-view media, improving visual fidelity while keeping indexing and processing efficient.

Generates center-directed acceleration from velocity and angular velocity inputs so flight vehicles can make intuitive, safer circular turns.

Real-time image analysis adjusts altitude, overlap, and speed to keep mobile-body capture stable under wind, obstacles, and backlight.

By combining real video feeds with a 3D roaming scene, this case enables remote machine room patrol with lower labor intensity.

A fixed upper mount and pivoting lower mount keep display-mounted cameras aligned through re-mounting and thermal changes without recalibration.

Coordinated switching between visible and infrared camera feeds helps drones maintain clear viewing in fog, haze, and low-visibility conditions.

A spring-driven elastic block locks the display stand neck to the base without tools, simplifying assembly and disassembly while keeping a secure connection.

Switching visible and thermal drone camera feeds based on poor visibility conditions helps reduce pilot workload and maintain safer control.

Predicted vehicle overlays compensate for delayed video in teleoperation, helping drivers judge actual position and uncertainty more safely.

A pipe-clamp sliding seat lets the rear bracket and guide tube detach as a module, speeding camera swaps while keeping teleprompter support stable.

Adjustable upper and lower frames secure different screen sizes while adding accessory mounting points for flexible wall installation.

A guide groove and mounting guide make close-to-wall display installation visually alignable and adjustable without full disassembly.

A gear-linked rotation driver changes stand angles during screen rotation, enabling stable portrait-landscape switching without separate stand adjustment.

Lowering illumination in overlap regions prevents stitching artifacts and bleaching while preserving quantitative composite imaging.

Selective power gating keeps event detection active while shutting off video capture and image processing to cut parking-mode battery drain.

A screw-driven connection bracket lets adjacent display units slide into alignment, correcting step differences while keeping connectors engaged.

A counterbalanced mount lowers and reorients TVs from high wall positions to improve viewing height, angle, and reach around obstacles.

By steering the camera toward localization-feasible areas, drones can maintain accurate self-position estimation without GPS.

Sliding hooks and elastic members create a slim display-stand mount that simplifies assembly while keeping the connection stable.

A drone captures overlapping images with location data, then fuses them into interactive multi-view media for efficient visual search and indexing.

Transforms overlapping camera feeds into a controllable common bird's-eye view, improving surveillance coverage without stitching all streams at once.

A processor detects instant power drops and resets the memory controller in time to prevent display boot failures.

Adjustable upper and lower frames fit different TV sizes and mount accessories on one stable wall structure with easier installation.

A vertical stand tower houses AV components in a compact footprint while using natural convection to cool concealed electronics without fans.

Convection openings in a compact display stand tower cool concealed AV components while preserving a small footprint and clean cable routing.

A bridge remote adds direct controls for volume and playback while preserving smart app access for complex appliance commands in shared spaces.

An elastic support arm with inner and outer arms balances the panel for smooth tilt, height adjustment, and stable pivoting.

Automatic axis inversion prevents gimbal light-beam shielding at high pitch angles, keeping imaging continuous without manual intervention.

A swivel guide and latch assembly lets a wall-mounted display pivot up to 90 degrees for better audience alignment and glare reduction.

Predictive markers and a virtual UAV overlay compensate for delayed video, helping operators maneuver remotely with fewer collisions.

Dual linear actuators lift and swivel a thin TV wall mount to improve viewing angles, avoid collisions, and prevent overheating.

Frame time stamps and sample counts are adjusted to keep independently clocked media players synchronized without extra oscillator hardware.

Dynamic camera exposure and selective illumination improve low-light autonomous navigation while preserving battery life and operating speed.

Integrated bracket and protective panel reduce impact damage, glare, and radiation while adding sensor and network functions.

Automated docking, charging, and facet-based scan planning let a UAV capture consistent structure images with less human intervention.

An elastic clamping lock lets display modules snap in and pull out from the front while absorbing displacement and external force.