Figure (35)
Figure (35)
How it is written
- (35) 2× with (35) Incident Light
Drawings 23
-
10 Claims, 371 Drawing Figures · Light Guide Lens
-
Page 11 · Light Guide Lens
-
Page 37 · Light Guide Lens
-
Page 120 · Light Guide Lens
-
Page 124 · Light Guide Lens
-
Page 125 · Light Guide Lens
-
Page 126 · Light Guide Lens
-
Page 127 · Light Guide Lens
-
Page 128 · Light Guide Lens
-
Page 164 · Light Guide Lens
-
FIGS. 62, 63, and 64 Illustrates schematically a side view cross-section of a bundle array of transparent · Light Guide Lens
-
Page 166 · Light Guide Lens
-
FIG. 163 Tilustrates schematically a side view crosssection of a filter coated flat-surface transparent thin- · Light Guide Lens
-
Page 168 · Light Guide Lens
-
FIG. 280 Illustrates schematically a side view crosssection of a unitary array flat-surface light-guide lens · Light Guide Lens
-
FIGS. 347, 348, 349, and 350 Illustrates an overall view in pictorial of transparent solid material lightguide-stem light-guide lens configurations. · Light Guide Lens
-
Page 171 · Light Guide Lens
-
Page 172 · Light Guide Lens
-
Page 173 · Light Guide Lens
-
Page 174 · Light Guide Lens
-
Page 175 · Light Guide Lens
-
Page 176 · Light Guide Lens
-
Page 176 of the original patent document · Light Guide Lens
On this figure 1
Where it is named · 2
Light Guide Lens 2×
-
FIGS. 35, 36, and 37 Illustrates schematically a side view cross-section of a bundle array of different refractive index material surface-coated transparent material light-guide stem structure combined with light dispersing means and their effect upon the projected light beams.
-
To expand the light-guide stem collection surface area 3 of FIG. § from a single lens-core 144 to a multisurface collection area, a number of light-guide stems 144a xxx n of FIG. 35 (cross-sectional view) can be bundled together into a unitary assembly structure. …
