Mountings TRIZ Cases
- Optical Sensor Housing Structure for Longer ESD Discharge Paths
A rugged housing around the lens opening lengthens and controls the ESD path to the nearest electrode without changing the optical device appearance.
- Lens Driving Magnet Layout for Tilt-Stable Auto Focus Feedback
A counterbalancing second magnet stabilizes bobbin posture during position sensing, improving auto focus and OIS precision.
- Vacuum Chamber Optical Assembly With Spiral Flexures for Lens Alignment
A compact in-chamber flexure assembly gives an objective lens five-axis adjustment for precise beam alignment without enlarging the vacuum chamber.
- Photocurable Silicone Optical Filler for Low-Viscosity Gap Filling
Low-viscosity photocurable silicone fills narrow display gaps, cures fast under UV, and raises refractive index for better infrared light extraction.
- VCM Lens Driving Module Layout for Compact Autofocus Cameras
A nested VCM lens module uses non-metal housing and vertical stacking to shrink camera autofocus assemblies in space-limited devices.
- Wavelength Beam Combining Resonator Alignment Using Beam Profiling
Near-field and far-field beam profiling reveals decentering and pointing errors, enabling faster multi-emitter resonator alignment and stability.
- Dual Camera Module Hall Sensor Layout for Magnetic Interference
Strategic Hall sensor placement reduces cross-magnetic interference in parallel dual camera modules, keeping bobbins aligned and stable.
- Phosphor Wheel Balance Ring Structure for Vibration and Noise Reduction
Integrated balance-ring protrusions or recesses offset phosphor-wheel unbalance, cutting balancing time, adhesive use, vibration, and noise.
- Optical Element Driving Mechanism With Integrated Circuit Mounting
Affixing the circuit assembly to the fixed portion cuts mechanism size and thickness while preserving durability in compact camera modules.
- Laser Welding Head With Overlapping Spots for Crack Prevention
Overlapping high- and low-power laser spots prevent cracking in high-silicon steel welding while preserving weld quality and process flexibility.
- Camera Module Chassis Cut-Out for Bearing Raceway Indentation
A chassis cut-out extends rolling-element span in camera bearings, reducing raceway indentation effects on autofocus, OIS, and image quality.
- Image Sensor Shift Actuator with Yoke-Based Position Sensing
A variable-width sensing yoke and coil replace Hall sensors to simplify camera shake-correction control while preserving precise sensor position sensing.
- Magnet Holder Camera Actuator for Low-Parasitic Lens Motion
A holder-generated magnetic field helps a voice coil camera actuator suppress parasitic lens motion while improving autofocus and image stabilization.
- Camera Lens Driving Magnet Layout for Tilt-Stable Autofocus
A dual-magnet bobbin layout balances sensing forces to reduce static and dynamic tilt while improving autofocus feedback precision.
- Lens Driving Motor Spring Layout for Easier Coil Lead Soldering
Separate springs carry positive and negative coil leads, simplifying soldering in tight lens motor assemblies while improving connection stability.
- Optical Element Mount With Pyrometer Sensing Behind the Light Path
A rear pyrometer reads thermal radiation through openings behind the optical element, avoiding beam interference and heat damage.
- Galvo Mirror Gas Cooling for Low-Inertia Laser Beam Steering
A contactless gas feed cools a rotating galvo mirror through rear channels, limiting heat buildup and deformation without adding inertia.
- Variable Focusing Lens With Dual-Coil Sensorless Positioning
Dual front and rear coils position a barrel lens by current ratio, avoiding sensors while improving focus accuracy and response time.