Shutters TRIZ Cases
- Shutter Apparatus Dual Driving Sources Power Management
A shutter apparatus uses separate front and rear driving sources to control blade unit timing for efficient power utilization.
- Magnet-Driven Shutter Assembly with Planar Solenoid Actuation
Planar solenoid actuation rotates a magnet drive ring directly, replacing complex mechanical linkages to reduce thickness and enable high-speed cycling.
- Camera Shutter Braking Mechanism for Impact Reduction
A camera shutter braking member decelerates the closing blade assembly, resolving the contradiction between high speed and reliability by reducing impact force.
- Ophthalmic Apparatus Dynamic Illumination Control
An ophthalmic apparatus adjusts illumination light intensity to match the size of the illuminated eye region for effective image capture.
- Shutter Cam Symmetry for Stable Blade Speed
Symmetric cam surfaces apply equal forces to stabilize blade running speed in both forward and backward shutter motions.
- Plastic Lens Outer Ring Design for Coaxiality and Flatness
An outer ring with annular grooves and flat abutting portions resolves coaxiality issues in injection molded lenses.
- Blade Driving Device Motor Orientation for Compact Shutter
A blade driving device uses a slide member to charge the drive mechanism against a spring.
- Lithography Shutter Blade Rigidity via Non-Planar Hub
Non-planar hub regions deform the shutter blade to increase rigidity, resolving the trade-off between rotation speed and structural strength.
- Orthogonal Camera Privacy Shutter Mechanism
An orthogonal sliding shutter blocks the lens while preserving the optical field of view.
- Dual-Blade Shutter Assembly for Luminescence Analyzer Detector Protection
A dual-blade shutter assembly uses opposing toothed arms and a motor gear to control light transmission through overlapping apertures.
- Focal Plane Shutter Braking Mechanism for High-Speed Durability
A focal plane shutter uses a brake member and plate spring to generate braking force during blade unit rotation.
- Blade Driving Device Manual Override for Camera Privacy
A blade driving device uses a slider and operable member to move the camera cover.
- Light Pass Aperture Module Blade Floatation Control
Surface level down structures in the cap prevent blade floatation, eliminating bias and light leakage for accurate aperture positioning.
- Cam Gear Driving Apparatus for Mirror Unit Alignment
Optimized cam lift amounts prevent bearing member drop-out while maintaining smooth radial movement in mirror units.
- Blade Open-Close Device with Light Emitter for Privacy Visibility
A blade open-close device uses a light emitter to indicate its position through a cover opening.
- Rectilinear Diaphragm Blades for Compact Imaging Aperture
Sliding rectilinear diaphragm blades adjust aperture size without requiring large lateral spaces, enabling compact imaging apparatus design.
- Magnetic Detent Shutter Blade Retention
A magnetic detent mechanism retains an optical shutter blade using field attraction, eliminating energy waste from continuous stepper motor operation.