Optical Axis Determination TRIZ Cases
- Ophthalmic Lens Optical Parameter Retrieval Using Smartphone Imaging
Smartphone imaging of patterns through and outside a lens retrieves optical parameters accurately without complex lens-meter hardware.
- Aspherical Lens Surface Deformation for Optical Element Identification
Controlled surface deformations in a defined PV range let optical elements carry manufacturing history without degrading imaging performance.
- Ophthalmic Lens Orientation Inspection with Adaptive Thresholding
Dynamic threshold updates improve ophthalmic lens orientation and inversion sorting despite temperature, material, and design variation.
- Adjustable Aperture Optics for Chief Ray Angle Sensor Testing
An adjustable aperture stop aligns chief ray angle for testing CMOS image sensors with different lens modules using fewer dedicated sockets.
- Ophthalmic Lens Rotation Imaging Using Retinal Retro-Illumination
Retinal retro-illumination reveals lens lathe marks as shadows, enabling precise measurement of ophthalmic lens rotation and decentration.
- Lens Mapping Alignment Layout to Eliminate Beam Shadow Interference
A laterally offset aligner and movable support keep the lens out of beam shadow, enabling precise mapping with simpler positioning.
- Variable-Focal-Length Phased Metalens for Camera Lens Centration
Camera assembly variations can disrupt MTF; a variable-focal-length phased metalens estimates lens centration for precise boresight alignment.
- Lens Assembly With Optical-Axis Detection for Tool-Free Alignment
Detection units and optical-film nicks make the optical axis visible for accurate lens alignment without expensive inspection equipment.
- Camera-Based Ophthalmic Lens Measurement for DIY Access
A camera compares direct and through-lens patterns to retrieve optical parameters without specialized lens-meter equipment.
- Astigmatic Optical Testing Using Ring-Shaped Collimated Light
A ring-shaped mask and collimation optics enable image-based axis and MTF measurement for astigmatic AR/VR components.
- Cemented Lens Alignment via Wavefront Measurement and Adhesive Thickness
Wavefront measurement aligns the aspherical and optical axes while adhesive thickness variation compensates for lens positional deviation.
- Optical Wavefront Measuring Device for Aspheric Decentration
A wavefront measuring device uses rotational scanning and HDR imaging to capture optical data across multiple azimuthal directions.
- Lens Alignment Test Fixture with Adjustable Limiting Block
Segmented locking mechanism adjusts a limiting block to resolve positioning precision versus adjustability trade-offs.
- Lens Loosening Test Device Using Optical Imaging and Knocking
A lens loosening test device uses an imaging component to capture images of a testing picture card through the lens.
- Optical System Centering and MTF Detection Apparatus
An integrated measurement system detects modulation transfer function and lens centering state simultaneously.
- Optical Assembly Alignment via Adjustable Flexure and Vacuum Chuck
Adjustable flexure assembly aligns optical axes on a vacuum chuck, preventing stress and birefringence in semi-cured adhesive during precision bonding.
- Attachable Lens Prescription Detection via Reflected Light Patterns
An image sensor captures reflections from a plurality of light sources to determine attachable lens characteristics for accurate content display.
- Camera Module Manufacturing Device with Inclined Measurement Charts
A camera module manufacturing device uses inclined measurement charts to form simultaneous images for rapid lens and sensor adjustment.
- Lens Barrel Eccentricity Measurement Using Transparent Index Plates
Transparent index plates enable precise shift and tilt eccentricity measurement within assembled lens barrels.
- Optical Lens Surface Angle Measurement Using Vignetting Field Stop
A spatially resolving optical detector captures light spots from multiple lens surfaces using an extended light source and a vignetting field stop.
- Multi-core Fiber Crosstalk Measurement via Parallel Light Interference
A multi-core fiber crosstalk measurement method uses parallel light interference to analyze intensity distributions across cores simultaneously.