(43) · also written as a run, 43a xxx 43n
Incident Light Rays
Also written light
Where it is first named
… In this embodiment the array of lightsteering lenses (linear light-guide stem—identical in length and diameter) causes the incoming incident light rays 43a xxx 43n to be transmitted as light ray 44 to a focal region 45—providing non-focusing light transmission. By substituting linear stem light-steering lenses 41¢
How it is written
- (incident light rays 43a) 1×
- (incident light rays 43n) 1×
- (light 43) 1×
43a xxx 43n is Meyer's shorthand for a run of the same thing: 43a is the first, 43n the last, and the x's stand for however many lie between. Every stage of the run is this one numeral.
Drawings 8
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Page 17 · Light Guide Lens
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Page 45 · Light Guide Lens
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Page 118 · Light Guide Lens
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Page 124 · Light Guide Lens
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Page 131 · 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 173 · 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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incident light rays (incident light rays 43a)
… In this embodiment the array of lightsteering lenses (linear light-guide stem—identical in length and diameter) causes the incoming incident light rays 43a xxx 43n to be transmitted as light ray 44 to a focal region 45—providing non-focusing light transmission. By substituting linear stem light-steering lenses 41¢
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incident light rays (incident light rays 43n)
… In this embodiment the array of lightsteering lenses (linear light-guide stem—identical in length and diameter) causes the incoming incident light rays 43a xxx 43n to be transmitted as light ray 44 to a focal region 45—providing non-focusing light transmission. By substituting linear stem light-steering lenses 41¢
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light (light 43)
The angle of the incoming light 43 of the light-steering lenses 41a xxx 41n of the planar array of FIG. …
