(49) · also written as a run, 49a xxx 49n
Light Rays
Also written incident light rays
Where it is first named
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. …
How it is written
- (incident light rays 49) 1×
- (light rays 49a) 1×
- (light rays 49n) 1×
49a xxx 49n is Meyer's shorthand for a run of the same thing: 49a is the first, 49n the last, and the x's stand for however many lie between. Every stage of the run is this one numeral.
Drawings 6
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Page 19 · Light Guide Lens
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Page 23 · Light Guide Lens
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Page 51 · Light Guide Lens
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Page 112 · Light Guide Lens
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FIGS. 62, 63, and 64 Illustrates schematically a side view cross-section of a bundle array of transparent · Light Guide Lens
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Page 175 · Light Guide Lens
Where it is named · 3
Light Guide Lens 3×
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light rays (light rays 49a)
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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light rays (light rays 49n)
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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incident light rays (incident light rays 49)
The angle of the incoming light 43 of the light-steering lenses 41a xxx 41n of the planar array of FIG. 277 is depicted in an arc of 80 degrees from the horizontal. similarly, the incident light rays 49 of FIG. …
