Reflectors TRIZ Cases

Conical reflector surfaces steer indicator light toward distant viewing angles while limiting harsh brightness for users near the printer.

This case uses polyamide, coarse white pigment, and dispersing agents to balance reflectivity, surface uniformity, and yellowing resistance.

Fused silica or sapphire optics and dual reflectors direct UV-C radiation for precise disinfection with reduced absorption losses.

Segmented reflector arrays with neutral sections isolate electrical paths and manage heat, enabling closer LED spacing while maintaining IP66 compliance.

A reflector cell with a cap and shroud redirects ultraviolet energy toward the processing surface to create a uniform treatment area.

A stepped reflector surface divides into independently displaced longitudinal segments to shape illumination patterns.

Radially aligned reflector segments with optimized curvatures achieve uniform rectangular illumination while minimizing light loss in transition zones.

Titanium dioxide particles in polycarbonate increase light reflectance to 95 percent while maintaining low yellowness index.

A reflective beam shaper uses transparent openings with reflective side walls to redirect light beams through multiple internal reflections.

Phosphorus compounds in the resin suppress depression formation during high temperature exposure, maintaining surface smoothness.

A calculation method defines micro-optical element geometry to achieve controlled light scattering on motor vehicle components.

Alternating facet radii in a lamp reflector scatter light to ensure homogeneous emission despite manufacturing tolerance deviations.

Segmented hemispherical reliefs on a roto-symmetric reflector surface improve illuminance uniformity and reduce color temperature variations.