Figure (282)

Light Guide Lens 7×

1. FIG. 282 Illustrates schematically a side view crosssection of a unitary array flat-surface light-guide lens embodiment operable to angularly displaced incident light radiation focused to miulti-regional central vertical-peripheral convergent displaced light radiation.

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2. FIG. 281, and FIG. 282 are flat-surface focusing lenses that are interchangeable in whatever combination of — arrangement with 40 a xxx n of silo lens 210 of FIG. …

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3. … 281, light guide lens 40F of FIG. 282, lightguide lens 90 of FIG. …

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4. … 281, or by combination of both (rotation and placement substitution within an array of light-steering lenses) as illustrated in FIG. 282.

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5. In another array of light-steering lenses, FIG. 280 illustrates FIG. 277 in combination arrangement with FIG. 278; FIG. 281 illustrates FIG. 277 in combination arrangement with FIG. 279; FIG. 282 illustrates a series combination arrangement 280; and FIG. 281 can be used in opposite orientation of FIG. 282.

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6. In another array of light-steering lenses, FIG. 280 illustrates FIG. 277 in combination arrangement with FIG. 278; FIG. 281 illustrates FIG. 277 in combination arrangement with FIG. 279; FIG. 282 illustrates a series combination arrangement 280; and FIG. 281 can be used in opposite orientation of FIG. 282.

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7. 281, or 40F of FIG. 282 can be placed on top of lens structure 30 of FIG. 284 to form feeder lens assembly (secondary stage) 180 of FIG. 289 to provide a central focal region 132 for transmitted light radiation 44a xxx

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