Camera Body Details TRIZ Cases

Multiple reflective surfaces fold the optical path to fit telephoto image capture into thin devices while preserving image quality and sensitivity.

By rotating the imaging plane to a gravity-based angle before sensor vibration, remote cleaning removes foreign matter more reliably.

Movable latch members and a repositionable lock prevent accidental release while keeping image capture mounts compatible with varied accessories.

Reflective polarizers and Faraday rotators fold the light path to deliver high magnification and low-light imaging in compact camera modules.

A detachable buoyant section and counterweight balance changing buoyancy forces to keep fluid-borne objects stable and easier to handle.

Multiple camera connectors are distributed in optical-axis depth around the lens and battery housing to keep the body compact and usable.

A sheet metal arm creates multiple heat paths from the image sensor board to the battery chamber and grip without enlarging the camera.

A convex opening surface redirects stray light in a thin camera module, reducing flare while preserving autofocus and image stabilization.

Tactile and audible haptic components confirm secure camera accessory attachment without relying only on visual indicators.

A single rear-body connection structure combines grounding and waterproofing, cutting camera module parts, screws, and assembly time.

A pivoting finger-loop strap secures the camera during active use while leaving enough fingers free to operate controls and access the battery.

A prism-based adapter redirects the camera image to a side viewfinder, enabling stable handheld use without power, cables, or EVF setup.

A light guide element links two parallel optical axes to achieve long focal length, compact module size, and high image quality.

A differential-expansion holder and fixing layout suppress thermal stress, maintain fixing force, and keep the optical axis stable.

A notification channel plus ordered P2P data switching lets cameras communicate faster with multiple accessories while reducing party-selection delay.

A rotatable reflector redirects fill light away from the camera lens to prevent overexposure while maintaining more even scene illumination.

A movable negative lens unit switches between infinity and macro states while preserving wide-aperture light admission and image resolution.

Closely spaced seven-lens optics cut distortion and aberrations in compact camera modules while preserving a 100°+ field of view.

A clamping mount, receiving structure, and rotating turntable combine lighting, object holding, and hands-free shooting in one compact setup.

An inward-bent flexible PCB and housing recess prevent connector protrusion, shrinking folded camera modules without extra brackets.

Mixed warm and cool LEDs with depth and white-balance sensing restore realistic underwater colors without red filters or camera conflicts.

Inner-wall protrusions and zigzag structures redirect stray light away from the image sensor to reduce ghosting, flare, and image degradation.

Controlled claw and recess angles stop incompatible camera accessories from mounting, protecting flange focal distance alignment at lower complexity.

An adjustment sheet, elastic member, and screw fine-tune image module position to improve AR image superimposition and reduce eye discomfort.

A reflected optical path and movable lens groups deliver compact optical zoom while reducing camera module complexity and supporting high-resolution imaging.

A rotatable reflector redirects fill light away from the lens to prevent overexposure while keeping dark areas more evenly illuminated.

Mode-dependent reassignment lets detachable grip controls trigger different imaging functions, improving two-handed operation and reducing input errors.

A seven-lens optical layout balances aberration control, distortion, and resolution with reduced lens spacing for slimmer camera modules.

A tunable lens changes curvature instead of moving the optics, enabling focus in thin camera modules while preserving image quality.

A phosphorus-based antioxidant helps plastic camera lenses resist oxidation, preventing yellowing and preserving optical stability at high temperature.

Spacer protrusions contact the shield can to improve heat conduction in compact camera modules while simplifying assembly and preserving sealing.