GE 401 Innovative Product Design Development I Team
![Underlying Technologies �Electronic Sensor Faucets [1]](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-4.jpg "Underlying Technologies �Electronic Sensor Faucets [1]")
![Underlying Technologies �Sensors [5]](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-5.jpg "Underlying Technologies �Sensors [5]")
![Underlying Technologies �Electric Motor [4]](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-7.jpg "Underlying Technologies �Electric Motor [4]")
![Underlying Technologies �LEDs [6]](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-8.jpg "Underlying Technologies �LEDs [6]")
![Developments of the Product �How does it work? [1]](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-9.jpg "Developments of the Product �How does it work? [1]")
![Developments of the Product �Sensors: [5] 3 identical Short-ranged sensors Digital output Determine direction](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-12.jpg "Developments of the Product �Sensors: [5] 3 identical Short-ranged sensors Digital output Determine direction")
![References Business and Hardware References � [1] http: //www. tekzen. com. tr/newsite/prd-657815001 -rainy_fotoselli_batarya. aspx](https://slidetodoc.com/presentation_image_h2/812a1e81d11cb09b3785b56140836ae0/image-28.jpg "References Business and Hardware References � [1] http: //www. tekzen. com. tr/newsite/prd-657815001 -rainy_fotoselli_batarya. aspx")
- Slides: 29
GE 401 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
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
Underlying Technologies �Electronic Sensor Faucets [1]
Underlying Technologies �Sensors [5]
Underlying Technologies �Microcontroller
Underlying Technologies �Electric Motor [4]
Underlying Technologies �LEDs [6]
Developments of the Product �How does it work? [1]
Developments of the Product �Block Diagram
Developments of the Product �Block Diagram
Developments of the Product �Sensors: [5] 3 identical Short-ranged sensors Digital output Determine direction & speed of the hand gesture
Developments of the Product �Block Diagram
Developments of the Product �Microcontroller Requirements 1 Input & 2 Output Blocks 4 -to-8 bits of data transfer Basic microcontroller properties (ROM, Interrupt, etc. . . )
Developments of the Product �Microcontroller PIC 16 F 628 A: 18 pin 8 -bit controller 2 Input/Output Ports EEPROM, Timers, Watchdog, Interrupt, etc. . .
Developments of the Product �Block Diagram
Developments of the Product �Electric Motor Requirements Can operate with 9 Vs 300 -400 m. Nm Torque required
Developments of the Product �Electric Motor Bühler DC Electric Motor with Reducer 300 -420 m. Nm of Torque 6 V Input [4]
Developments of the Product �Block Diagram
Developments of the Product �LEDs Platform with LEDs from red to blue Water – temperature level [6]
Component Purchase �We chose all of our components from local distributors �Total cost is around 100 TL
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
Business Plan �Target Market: �Shopping malls, restaurants, cinemas are crowded places �Distributers and retailers
Business Plan �Totally new and better product for the same cost �An electronic faucet can cost between 300 TL to 600 TL and goes up to even 1000 TL [2] �Our cost : ~400 TL �In addition to regular electronic faucets, we offer temperature control with %100 touch-less usage for the same price
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
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
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”
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 16 F 628 A: http: //ww 1. microchip. com/downloads/en/Device. Doc/40044 G. pdf 8 -bit CMOS Microcontroller � [4] Bühler DC Electric Motor with Reducer (1. 61. 065. 408): http: //www. mugul. com/buhler/DCgear-motor-1_61_065_en. pdf � [5] www. robitshop. com/index. php � [6] LEDs http: //i. ytimg. com/vi/Lqn. XRdc 4 KFs/0. jpg
Questions?