Printers TRIZ Cases

Coordinated tilt and shift actuators overcome SMA stroke limits in miniature cameras, boosting OIS and enabling super-resolution imaging.

Capacitance-based angle detection lets a prism carrier track dual-axis motion more accurately, improving periscope camera shake prevention.

Auxiliary balls in straight-line grooves cut friction and improve reflective element rotation accuracy for compact telephoto camera modules.

An integrated metal stopper and support member strengthens frame coupling in camera modules, preventing separation under impact.

Detected hand motion drives flexible display expansion or retraction to stabilize camera framing beyond conventional DIS and OIS.

Matched light-transmitting wires and filling blocks raise under-screen camera transmittance while reflective anodes preserve display brightness and uniformity.

A segmented yaw-pitch actuator extends folded-camera prism or mirror rotation while improving drop immunity, sensing precision, and compactness.

Adjustable OIS and IBIS correction ratios use over-correction and inverse-correction to cut peripheral shake remnants across focal lengths.

A two-stage OIS splits prism rotation and sensor translation to stabilize folded telephoto imaging in tight smartphone camera space.

Cone-ended moving elements and inclined planes replace ball contact to cut friction debris and stabilize lens motion for AF and OIS.

Separated conductive wire units and an elastic frame link keep a shiftable image sensor module moving while maintaining stable signals and avoiding shorts.

Inclined sliding fittings rotate the lens optical axis to counter hand shake, simplifying OIS structure and assembly cost.

Nested SMA wire paths and flexure support increase lens motion range while cutting friction and footprint for compact optical image stabilization.