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GE401 Innovative Product Design & Development I

GE401 Innovative Product Design & Development I. Team 5 Ali Metehan Erdem Cahit Taha İspir Cem Uran Duygu Güler Fulya Çevikel Ümit Eronat. Presentation Outline. Introduction Underlying Technologies Developments of the Product Business Plan Plans and Roadmap References Questions.

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GE401 Innovative Product Design & Development I

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  1. GE401 Innovative Product Design & Development I Team 5 Ali Metehan Erdem Cahit Taha İspir Cem Uran Duygu Güler Fulya Çevikel Ümit Eronat

  2. Presentation Outline • Introduction • Underlying Technologies • Developments of the Product • Business Plan • Plans and Roadmap • References • Questions

  3. Introduction Functions and Interface: • Touch-less control of water temperature • Easy to use faucet control design • User-friendly interface • %100 Hygienic usage • Easy setup • First of its kind

  4. Underlying Technologies • Electronic Sensor Faucets[1]

  5. Underlying Technologies • Sensors [5]

  6. Underlying Technologies • Microcontroller

  7. Underlying Technologies • Electric Motor [4]

  8. Underlying Technologies • LEDs [6]

  9. Developments of the Product • How does it work? [1]

  10. Developments of the Product • Block Diagram

  11. Developments of the Product • Block Diagram

  12. Developments of the Product • Sensors: [5] 3 identical Short-ranged sensors Digital output Determine direction & speed of the hand gesture

  13. Developments of the Product • Block Diagram

  14. Developments of the Product • Microcontroller Requirements 1 Input & 2 Output Blocks 4-to-8 bits of data transfer Basic microcontroller properties (ROM, Interrupt, etc...)

  15. Developments of the Product • Microcontroller PIC 16F628A: 18 pin 8-bit controller 2 Input/Output Ports EEPROM, Timers, Watchdog, Interrupt, etc...

  16. Developments of the Product • Block Diagram

  17. Developments of the Product • Electric Motor Requirements Can operate with 9Vs 300-400 mNm Torque required

  18. Developments of the Product • Electric Motor Bühler DC Electric Motor with Reducer 300-420 mNm of Torque[4] 6V Input

  19. Developments of the Product • Block Diagram

  20. Developments of the Product • LEDs Platform with LEDs from red to blue Water – temperature level [6]

  21. Component Purchase • We chose all of our components from local distributors • Total cost is around 100 TL

  22. Business Plan • Faucet market is formed by 2 products; Regular Faucets and Electronic Faucets. • Regular Faucets: low-priced, not hygienic, mostly personal usage • Electronic Faucets: high-priced, hygienic, mostly public usage

  23. Business Plan • Target Market: • Shopping malls, restaurants, cinemas are crowded places • Distributers and retailers

  24. Business Plan • Totally new and better product for the same cost • An electronic faucet can cost between 300TL to 600 TL and goes up to even 1000TL [2] • Our cost : ~400 TL • In addition to regular electronic faucets, we offer temperature control with %100 touch-less usage for the same price

  25. Business Plan • In 5 years: We aim %30 of the electronic sensor market faucet Lower the cost producing our own faucet body Maximize the performance and minimize water consumption Better looking design for the faucet body

  26. Plans and Roadmap • 1-7 November: Component Purchase and “Preliminary Design” • 8-14 November: Circuit setup (breadboard) and practice on sensor • 14-30 November: Software implementation & “Product and Subassembly Spesification” • 1-10 December: Electric Motor hardware and software implementation • 10-20 December: Test of prototype and debugging • 20-27 December: Final Presentation & Prototype Interview

  27. Plans and Roadmap • 1-7 November: “Primary Research”&“Organizational Plan” & Vitra Meeting for Market Research • 8-14 November: “Expenditure Plan” & E.C.A. Meeting for Market Research • 14-30 November: “Developement Plan” • 1-10 December: “Business Plan” • 10-27 December: “Final Presentation”

  28. References Business and Hardware References • [1] http://www.tekzen.com.tr/newsite/prd-657815001-rainy_fotoselli_batarya.aspx • [2] http://www.insaatdergisi.com/insaat-artemafotosellibataryalarfiyatlistesi-haberayrinti-8887-insaatmalzemeleri.html • [3] PIC 16F628A: http://ww1.microchip.com/downloads/en/DeviceDoc/40044G.pdf 8-bit CMOS Microcontroller • [4] Bühler DC Electric Motor with Reducer (1.61.065.408): http://www.mugul.com/buhler/DC-gear-motor-1_61_065_en.pdf • [5] www.robitshop.com/index.php • [6] LEDs http://i.ytimg.com/vi/LqnXRdc4KFs/0.jpg

  29. Questions?

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