(90)
Conventional Heat Utilization Embodiment
Also written conventional heat exchanger · utilization means
Where it is first named
With particular reference now to FIG. 10 there is illustrated schematically a preferred embodiment of the present invention. In its most fundamental form the multi-stage solar storage system comprises a housing or enclosure 40, an high-energy conversion/storage cavity 20, an low-energy conversion/storage cavity 30, an light-shutter 70-80, an capping-lens 10, and an utilization means 90.
How it is written
- (conventional heat exchanger 90) 1×
- (conventional heat utilization embodiment 90) 1×
- (utilization means 90) 1×
Drawings 3
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10 Claims, 23 Drawing Figures · MultiStage Solar Storage System
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Page 27 · MultiStage Solar Storage System
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Page 28 · MultiStage Solar Storage System
Where it is named · 3
MultiStage Solar Storage System 3×
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utilization means (utilization means 90)
With particular reference now to FIG. 10 there is illustrated schematically a preferred embodiment of the present invention. In its most fundamental form the multi-stage solar storage system comprises a housing or enclosure 40, an high-energy conversion/storage cavity 20, an low-energy conversion/storage cavity 30, an light-shutter 70-80, an capping-lens 10, and an utilization means 90.
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conventional heat utilization embodiment (conventional heat utilization embodiment 90)
… The transmission angle of the manufactured thermal radiation from that of the incident light rays is altered still further by the process of “dynamic thermal energy transfer” as it passes through a high btu's capacity heat-transfer medium to one of several conventional heat utilization embodiment 90. …
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conventional heat exchanger (conventional heat exchanger 90)
As long as there is a presence of an temperature gradient within the conventional heat exchanger 90 of FIG. …
