Printers TRIZ Cases

A reflector and integrated blocking wall redirect light between lenses to suppress flare while keeping optical zoom camera modules compact.

A three-group zoom lens layout controls aberration in miniaturized electronic cameras while preserving image quality and focus.

Meandering elastic branches in a resilience wiring sheet absorb dragging forces, strengthening lens motion stability for AF and OIS.

A reflector and localized blocking wall redirect stray light in a camera module to suppress flare without increasing module thickness.

Dual moving lens groups enable compact camera zoom optics to keep autofocus, telephoto reach, brightness, and image quality in limited space.

A rotating lift mechanism creates temporary lens clearance for longer zoom travel, then retracts to help keep the electronic device thin.

A Gray-code flexible cable and contact brush shrink lens radial size while preserving precise rotational angle detection and noise resistance.

Asymmetric arms and insulated overlap sections balance lateral stiffness in a compact SMA actuator while reducing short-circuit risk.

A retractable optical filter moves toward the grip and nests inside the housing, enabling easy switching and replacement without enlarging the camera.

Ball bearings and VCM actuation let a lens-shift OIS module correct two-axis hand shake without a third frame, reducing camera height and width.

An angled semi-transparent reflective surface turns projected light into a floating image, adding synchronized audio to make storytelling more engaging.

An asymmetric prism mask blocks ghost rays in a periscope imaging lens while limiting F-number increase, enabling compact lower-cost optics.

Coordinates sensor-shift and in-lens correction ratios to suppress central and peripheral blur from angular and shift shake.

A reflected light path and four-lens assembly correct chromatic aberration while preserving optical performance and layout flexibility in compact electronics.

A pivoting mirror and velocity-based exposure control reduce motion blur while preserving image brightness on moving bodies.

A piezo-driven movable optical module widens shooting angles while limiting edge distortion and avoiding multi-lens complexity.

A resin layer cemented to a base lens keeps the shiftable image stabilizing unit light while suppressing chromatic aberration and eccentric coma.

Adaptive sensor-movement gain and filtered vibration control suppress mechanical shutter shake while limiting user discomfort.

A segmented zoom lens layout balances moving lens groups to cut weight, stabilize barycenter shift, and correct aberrations.

An XZ-axis prism drive uses a shared plate spring to simplify assembly while preventing optical path decentration and image distortion.

A dual-material base, heat path, and buffer member help an OIS camera actuator dissipate sensor heat while limiting impact misalignment.

Rotary-to-linear lifting with an elastic member shrinks retractable zoom lenses while absorbing drop impacts to protect moving parts.

Independent horizontal and vertical lens supports let a zoom lens match fixed-focus coverage and capture details across a panoramic view.

A ball member between the lens module and housing absorbs impact, cuts rattling noise, and simplifies camera module assembly.

By moving a reflecting module instead of lenses or the sensor, this camera layout enables AF and OIS in thinner devices with lower power use.

Moving G2 and G13 lens carriers enables smooth folded tele zoom in handheld cameras without sacrificing compact form factor.

Redirecting light across multiple optical axes lets a compact camera module fit narrow spaces while preserving optical performance.

Strategic prism-side magnet sizing and placement reduce magnetic flux leakage, stabilize lens alignment, and lower camera module power use.

A guided movable optical assembly uses magnetic attraction and reinforcement to stabilize lens motion in compact modules and reduce blur.

An integrated camera and fountain bird bath captures bathing and drinking activity in real time while adding modular lighting, temperature, and water care.

Two independently rotatable prisms decouple perpendicular OIS axes, reducing cross-talk and improving scanning accuracy, speed, and optical track length.

Separate camera-lens and adapter links remove data conflicts, improving synchronization and transfer speed in high-speed imaging.

Bonding the SMA wire to the spring plate prevents crushing, cutting, and jamming during camera driver assembly.

Bonding overlapping flexible printed circuit boards at bent sections suppresses shift and deflection, preventing damage during camera module rotation.

Nested lens carriers, guides, and dampers cut zoom actuator size while preventing collision noise in compact mobile camera modules.

Digital crosshair correction replaces repeated mechanical realignment in boresighting, improving line-of-fire alignment accuracy and survey consistency.

Dual lens groups laterally shift illumination to correct DMD mirror-angle deviations, preserving beam alignment, contrast ratio, and image clarity.

Rolling stabilizing members and guided movable optics reduce shake, friction, and overturning in compact zoom lens modules.

Moves the image sensor instead of a heavier lens for handshake correction, using ball support and an elastic connector to improve balance and tilt control.

A vacant area between the camera and feeding tray keeps birds in focus, preventing blurry images while simplifying feeder structure.

Guide grooves, protrusions, and a ball-driven lens assembly reduce decentering and tilt in ultra-slim camera modules while improving sealing.

A retractable camera module combines dual-axis rotation and a micro-gimbal to widen anti-shake compensation and reduce blur from hand motion.

Opposing second and third coil fields cut sensor interference, improving OIS feedback stability and handshake correction in camera modules.

A positioning structure and spring sheets secure the circuit assembly, enabling compact camera modules with stable autofocus and image stabilization.

Flexible circuit connections and guiding assemblies adjust optical elements while reducing magnetic interference and stabilizing imaging.

An integrated solar panel and sealed shell keep a hunting camera powered longer outdoors without frequent battery replacement or charging.

Decoupled connecting elements, balls, and guiding parts prevent movable-portion interference and improve optical positioning accuracy.

A grounded metal-piece base enables local nickel plating on the camera housing, reducing VCM magnetic interference and RF/ESD noise.

Coordinated movement of first and third lens units reduces composition shift and decentering aberration in tilt image-capturing.

Coordinates multiple cameras using shared image data and imaging information to improve coverage, positioning, and shake correction.