Figure (291)
Figure (291)
How it is written
- (291) 9×
Drawings 2
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Page 126 · Light Guide Lens #4,275,950 - Illustrations
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Page 175 · Light Guide Lens #4,275,950 - Illustrations
On this figure 7
- 30N Atop Another Wall Lens
- 34 Lens-Plate
- 40 Lenses
- 134 Focal Region
- 180 Additional Feeder Stages
- 190 Unitary Silo Lens Stage
- 200 Silo Lens Assembly
Where it is named · 9
Light Guide Lens #4,275,950 - Illustrations 9×
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FIG. 291 Illustrates schematically a side view crosssection of a unitary array peripheral cylindricalshaped/top positioned cone-shaped/inside mid-regional positioned flat-surface light-guide lens embodiment operable to angularly displaced incident light radiation focused to circular convergent—angularly convergent displaced light radiation.
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… 289 which is made up of a flatsurface focusing lens 40 atop another wall lens 30n is position beneath the silo lens 190 to form lens structure 200 of FIG. 291—increasing the vertical scanning surface. …
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… 290 is, now, changed to focal region 134 of FIG. 291. …
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… To increase incident light collection still further, additional feeder stages 180a xxx 180n can be stacked one on top of the other (vertical arrangement) and joined beneath FIG. 291 to form a more vertical upright silo lens modular structure. …
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… Regardless of the number of stacked feeder lens stages 180a xxx 180n, the focal region 134 of FIG. 291 will always remain at bottom of vertically extended silo lens modular structure.
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To increase focusability of silo lens assembly 200 of FIG. 291 still further, focal region 134 of FIG. 291 can be replaced by lens structure 40A through 40F—as illustrated in silo lens assembly 210 of FIG. 292. Instead of having a singular focal region 135 (as illustrated in
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To increase focusability of silo lens assembly 200 of FIG. 291 still further, focal region 134 of FIG. 291 can be replaced by lens structure 40A through 40F—as illustrated in silo lens assembly 210 of FIG. 292. Instead of having a singular focal region 135 (as illustrated in
