Photography TRIZ Cases
- Hemispherical Camera Fill Light Layout to Avoid Lens Refraction
A reflected fill-light layout redirects illumination away from the lens, reducing dust-induced cover refraction and preserving camera image quality.
- Multi-Shot Imaging Feedback for Super-Resolution Progress Visibility
Temporal status display makes multi-shot super-resolution capture and image combining visible, helping users track progress and avoid wasted shots.
- Microlens Array Air Gap Structure for LED Light Collimation
A built-in spacer creates an air gap above LEDs or pcLEDs, improving microlens refraction and producing more directional light output.
- Movable Camera Hatch for Flexible Object Imaging Illumination
A retractable camera hatch lets one illuminated imaging chamber switch between an integrated camera and smartphones without limiting object access.
- Optical Module Layout for Independent Light Emission and Detection
Separate emitter and receiver regions on one substrate let an optical module control illumination and sensing independently in varied lighting.
- Camera Flash Housing With Integrated Reflector Trigger Connection
A housing cutout guides and holds a trigger wire against the conductive reflector, simplifying discharge-tube flash wiring and reducing camera size.
- Pliable Cuculoris Panel for Soft-Edge Patterned Lighting
A foldable fabric cuculoris uses cut apertures to project natural-looking soft-edged light while improving transport and customization.
- Driver Monitoring Camera LED Mounting for Compact Illumination Layout
Direct LED mounting on the connector plug aligns with lens height to avoid blocked illumination and simplify driver camera assembly.
- Back-Support Softbox Layout to Eliminate Light Obstruction
A rear-positioned support rod keeps the softbox light path clear, reducing shadows and improving uniform photographic lighting.
- Reflective Concentrator Layout for Vehicle Camera Red Glow Mitigation
A reflective concentrator redirects NIR or IR LED light off-axis in a vehicle camera assembly to suppress visible red glow without weakening illumination.