Printers TRIZ Cases

Long-exposure capture with a darkening filter and image stabilization removes weld-light aliasing and keeps arc video clear.

Point contact between movable and fixed annular sidewalls stabilizes contact position, area, and force to improve optical stabilization reliability.

Pliable appendages turn a protective projector holder into a stable stand, avoiding removal, drops, and liquid exposure during use.

Controlling thickness variance in rolled metal foil improves etching uniformity, keeping leaf spring load and deflection consistent in camera modules.

Balancing thickness variation in rolling and width directions keeps wet-etched camera leaf springs uniform in load, deflection, and width.

Calculates target-image movement from image shift, focal length, and pixel pitch to keep subject tracking stable during shake and motion.

A rail-mounted aerial camera uses pan-angle mounts and through-arm dampening to avoid propeller blockage and stabilize footage in flight.

An elastic biasing member keeps camera timing belt tension stable despite angle changes, reassembly, and external forces.

Sensor-based state change checks decide whether image stabilization needs startup initialization, cutting power use, noise, and capture delay.

Coordinated revolution and shake correction keep a target subject centered during telephoto zoom, improving registration accuracy under vibration.

Calculates target image movement from shift, focal length, and pixel pitch to balance shake correction with accurate subject tracking.

Dynamic margin-angle control adjusts gimbal rotation range by optical state to prevent movable-unit collisions under disturbance vibration.

When camera rotation reverses, backlash can shift image position; this case corrects misregistration using focal-length-based shake correction.

An elastic bias on the motor shaft keeps timing belt tension in range, reducing shake, wear, and assembly adjustment effort.