Closed Circuit Television Systems TRIZ Cases

Mounting sensors on escalator balustrades maintains consistent signal distance, resolving ceiling height variations that degrade detection accuracy.

Automated image processing detects weaving defects in real time, replacing subjective manual checks with objective quality indices.

Asymmetric lenticular lens arrays equalize horizontal and vertical resolution while minimizing view overlap to reduce crosstalk.

A mobile robot uses a communication link to coordinate with a stationary alarm system, preventing false alarms triggered by authorized movements.

A system monitors email addresses to download and store images from remote video devices.

A camera uses a motion area detection sensor to guide video compression.

Encoder manages GOP length and forces keyframes in a FIFO buffer to resolve storage efficiency versus keyframe presence reliability.

An orientation controller adjusts a vehicle mirror display unit angle to optimize driver visibility during mode transitions.

A surveillance housing integrates a pivoting spherical window and fluid nozzles for automated cleaning.

Dynamic bandwidth allocation between video and still image packets resolves the contradiction between image quality and bandwidth consumption.

A parallel controlling device absorbs leakage current below a threshold to prevent unintended chime activation in traditional circuits.

Control unit displays rearview image when bus connection fails, maintaining situational awareness without external commands.

A display control device generates computer graphics to indicate reduced and non-reduced visual field ranges on a vehicle monitor.

A depth extending section synthesizes multiple Z-directional images into a single focus-extended view for automated edge extraction.

Integrated access point card in digital televisions enables remote service delivery and message transmission across independent spaces.

A headunit processes encrypted HDMI signals into separate video and audio streams for wireless transmission to a television.

Central server stores and retrieves user-specific data to maintain media playback state when passengers switch seats.

A display system defines a triggering area to trigger incentive effects based on viewer position.

A monitoring system uses WiFi signal strength to calculate distance ratios and identify target persons via MAC addresses.

A component imaging unit uses three area cameras with common visual fields to recognize electronic components held by a holding unit.

A camera system manages video capture interruptions during designated time periods based on device operational status.

A video collection server calculates imaged areas and selects mobile terminals to provide additional video data.

A server system selects insertion images via metadata to generate hybrid image sets.

Analytics extract conveyance condition metadata to reduce bandwidth consumption while maintaining monitoring reliability.

System segments feeds by incident type to prevent cognitive overload while maintaining information completeness.

WiMAX infrastructure replaces manual portable data loaders to enable real-time content distribution while reducing system costs.

Tunnel processing logic encapsulates surveillance signaling to bypass network isolation devices.

A person detection device validates bounding box geometry against position-specific references to identify human bodies in fisheye imagery.

Integrated optical packages merge lenticular and barrier functions directly onto LCD panels, eliminating assembly complexity while maintaining high brightness.

A sound source separation unit classifies audio signals to isolate individual speakers within mixed input streams.

A vehicle video system generates a simulated overhead view of the cargo area using fixed cameras and image processing.

A periphery monitoring device stores and displays moving target images to show the area behind a towed vehicle.

A smart camera identifies target sound reasons via template matching and pushes the result to a mobile terminal.

A security system uses visual codes to convey diagnostic data and grant building access via smartphone cameras.

An autonomous camera control system adjusts speed and direction to maintain a mobile object within the field of view.

A dual-detector intrusion system superimposes virtual sensitivity beams onto captured images to verify passive motion sensor orientation.

A set-top box detects nearby communication devices to identify user groups for targeted advertisement delivery.

Automated 3D motion sensors detect patient hands entering restricted areas, triggering alerts to reduce healthcare-associated infection risks.

A vehicle surround view system adapts a graphical model to depict real-time component states for intuitive driver feedback.

A cross-augmentation system merges video feeds from multiple client devices to generate enhanced displays.

Geometric intersection of a rotating lateral surface with the vehicle outer skin determines optimal camera placement.

A vehicle object detection system processes sensor data to display detected objects relative to the vehicle underside.

Built-in test modules analyze optical sensor images to detect quality reductions using frequency domain processing.

Tilted two-dimensional detector arrays capture sequential frames during continuous stage motion, eliminating fluorophore bleaching from overlapping exposures.

A distribution image generation method thins out peripheral pixels from omnidirectional captures to create a seamless quality transition.