Condensers TRIZ Cases
- Interference Laser Machining with Phase-Controlled Beam Convergence
Adjustable phase and beam convergence control interference patterns for precise laser machining of glass, plastic, and metal workpieces.
- LiDAR Line-Beam Optics for Wide-Area 3D Sensing
Line-shaped beams and lens-array collimation expand LiDAR coverage while improving SNR and reducing mechanical scanning complexity.
- Refractive Polygon Lidar Scanning for Wider Field of View
Using refraction instead of reflective beam steering, this LIDAR case expands field of view and duty cycle to improve range resolution.
- Laser SMD Phosphor Package With Reflective Light Incoupling
A reflective optical path spreads laser light across the phosphor, easing heat dissipation while keeping the package compact and bright.
- Solid-State LIDAR Transmitter Using VCSEL Arrays for Fast 3D Scanning
A VCSEL array with dual microlens arrays replaces mechanical scanning to deliver faster, high-resolution 3D LIDAR mapping.
- Transparent Sealing Structure for UV-Protected Optical Packages
A concave transparent seal redirects ultraviolet light away from the organic adhesive, improving optical package durability at lower cost.
- Unitary LED Lens Structure Using TIR to Eliminate Secondary Optics
A unitary LED lens in direct contact with the emitter uses total internal reflection to shape beam output, improve uniformity, and avoid secondary optics.
- Solid-State LIDAR Transmitter Using Microlens Arrays for Fast 3D Scanning
Dual microlens arrays and a VCSEL transmitter replace mechanical scanning to improve scan rate, reliability, and high-resolution 3D mapping.
- Light Collector Array and Resonant Mask for Sub-Pixel Optical Sensing
A resonant Hadamard mask and aligned light collector array boost optical sensing resolution and light efficiency with a smaller photodetector array.
- Microlens Stack for LED Light Extraction in Thin Displays
Stacked inorganic and organic microlenses boost LED light extraction and sidewall light recycling without adding display thickness.
- Double-Sided Sapphire Microlens Array for Uniform Deep UV LED Output
A double-sided sapphire microlens array cuts reflection loss and improves optical coupling for more uniform, higher-intensity deep UV LED emission.
- EUV Laser Focusing Layout for Common Target Irradiation
Parallel optical-axis alignment brings multiple laser beams to a common target region, improving EUV irradiation efficiency on moving material.