Camera Body Details TRIZ Cases

A camera detects attached lens voltage needs and switches communication voltage to prevent overload, avoid size growth, and keep lens operation reliable.

Magnetic coil and permanent magnet actuation stabilizes camera position and orientation in 3D, reducing lens shake beyond conventional 2D OIS/EIS.

Cooling air is routed through the housing and across the transparent cover to keep outdoor camera optics dry, clear, and insect-resistant.

A dual-viewfinder adapter redirects the optical viewing path to the camera side, improving handheld comfort without power or electronic setup.

Multiple heatsinks and conductors spread processor heat across a sealed camera housing to extend runtime and prevent thermal damage.

Neural-network bounding boxes and predictive gimbal control keep subjects centered and reduce shaky, blurry surround images.

A metal shield cover insert-molded into a plastic camera body improves heat dissipation, waterproofing, and assembly efficiency.

Overlapping heat dissipation members cool the image sensor while keeping autofocus camera height low for compact mobile optics.

Projection guidance marks the target region, then stops before capture to prevent light interference and preserve image quality during inspection.

An annular elastic seal isolates the lens module from water vapor, preventing fogging and focus shift in outdoor optics.

A claw-and-latch camera mount improves locking stability, enables one-handed release, and reduces contact wear during attachment.

A seven-lens layout balances compact camera size with 100°+ field of view by reducing spherical, curvature, and distortion aberrations.

A multilayer reflection film with Ag and blocking layers improves light direction control, transmittance, and inspection in compact imaging modules.

A six-element lens layout balances aperture, field of view, and image quality by correcting aberrations in a compact imaging module.

Three-channel serial communication helps camera bodies and interchangeable lenses transfer large data quickly without buffer overflow or data loss.

An external adjustable camera mount keeps cameras plumb and out of reflections, enabling fast multi-angle vehicle imaging and quick replacement.

An embedded reinforcement structure in the reflection holder spreads actuator shock loads to prevent reflection member cracks and improve reliability.

Multiple lens groups and aperture placement widen the field of view while limiting first-lens diameter for compact high-resolution imaging.

A fixed-mount drive and transmission layout enables precise 3D camera aiming while reducing rotational inertia and cable interference.

A metal substrate holder and external heat-dissipating section cool camera electronics, while a locking rotation seat prevents wind-induced rattling.

Temporary wire coupling and final locking let one worker connect and mount a wall camera body with stable one-handed assembly.

A folded heat conductive member dissipates image sensor heat while absorbing optical-axis motion loads to prevent damage and maintain cooling.

Port-based accessory identification lets an electronic apparatus route commands to identical mounted accessories without address conflicts.

A chamfered camera module uses matched PCB and molded-body corners to fit device edges, cut footprint, and free more display area.

An eight-lens aspherical layout expands FOV to 78-85° while preserving imaging performance in the tight space of small wireless-device cameras.

A compliant isolation assembly suspends the optical module to absorb impact energy, limit oscillation, and prevent drop damage.

Recessed PCB grooves nest the filter and photosensitive chip to cut lens module height while preserving FC packaging signal quality.

A rear camera grip layout shifts the user state sensor away from the hand zone, preserving detection accuracy and power-saving control.

A seven-lens glass-plastic layout captures visible and near-infrared light while correcting aberrations and holding resolution across temperature shifts.

A piezoelectric lens-vibration layout clears raindrops while separating connectors and shielding noise to keep vehicular cameras compact.

Shallow etching and narrower patterned regions cut diffraction efficiency, reduce stray spots, and improve camera light intake and shutter response.

An attached toy mount keeps animals engaged and in frame, letting one photographer capture play images without assistant coordination.

A rotatable stand aligned with the tripod mount and battery improves self-standing stability while keeping the camera body compact.