Figure (278)

Light Guide Lens #4,275,950 - Illustrations 9×

1. FIG. 278 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 convergent displaced light radiation.

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2. Light-guide lens 20 of FIG. 283, light-guide lens 30 of FIG. 284, light-guide lens 40A of FIG. 277, light-guide lens 40B of FIG. 278, light-guide lens 40C of FIG. …

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3. with hemispherical lens 100 of FIG. 286, and spherical lens 110 of FIG. 287. Light-guide stem 144W can be used with feedlens 40B of FIG. 278, 40C of FIG. 279,

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4. … Light-guide lens non-linearly alignment of projected light rays 6a xxx n is simply accomplished by longitudinally rotating one or more lightsteering lenses within an array as shown in FIG. 278 and FIG. …

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5. lenses 46a xxx 46n of FIG. 278 and rotated in Opposite direction from center of array, the incoming light rays 49a xxx 49n (80° arc) will be transmitted as light rays 50 and 50a to a focal region 51—providing convergent focusing light transmission. …

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6. … With the angular stem lightsteering lenses oriented in opposite direction from FIG. 278, the incoming incident light rays 56a xxx 56n (80° arc) will be transmitted as light rays 57 and 57a to a

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7. 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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8. … The result obtained is similar to that of FIG. 278. …

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9. … similarly, the incident light rays 49 of FIG. 278 and light rays 24 and 25 of FIG. …

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