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Daylight condenser

Daylight condenser . William Foringer William Sheehan Nathan Tunstall Grant Myers 12/09/08. Steps to Completion. Problem Breakdown Customer Assessment Concept Generation External Search Internal Search. Final Concept Selection Third Angle Sketching

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Daylight condenser

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  1. Daylight condenser William Foringer William Sheehan Nathan Tunstall Grant Myers 12/09/08

  2. Steps to Completion • Problem Breakdown • Customer Assessment • Concept Generation • External Search • Internal Search • Final Concept Selection • Third Angle Sketching • SolidWorks Modeling • Material Selection • Fine Tuning

  3. Project Management

  4. AHP

  5. Hierarchal Customer Needs

  6. Problem Statement Design a day lighting system that can be used in all sky conditions and seasons keeping heat conservation in mind

  7. Comparison Chart

  8. Comparison Chart

  9. Comparison Chart

  10. Morphological Chart

  11. Morphological Chart

  12. Pugh Chart

  13. Pugh Chart

  14. Daylight Condenser

  15. Light Collector

  16. Light Collector

  17. Light Collector

  18. Light Splitting

  19. Light Splitting

  20. Ambient Light Fixture

  21. Ambient Light Fixture

  22. Ambient Light Fixture

  23. Ambient Light Fixture

  24. Instructions • Install the reflective glass into the 2 elbows and the T-splitter • Install the internal condensing lens into the condensing tube • Install the external lens onto the ray collecting device • Connect all tubing and rivet to desirable orientation • Connect the ray collecting device to the tubing • Install light fixture and its components, wire into power source

  25. Cost Chart

  26. Concluding Remarks • Very reasonable cost • Flexibility in all sky conditions • Durable/sustainable • Discrete integration • Minimal temperature alterations • Great night time alternative • Minimal cleaning required

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