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T EAM 2 – F ALL 2006. P RESENTATION 1. LPM: Ahmad Omari. Design Team. Mike Kozich Abdul Al-zalloum Robb Barrows Dave Kay Brian CeCesaro Ahmad Omari Naser Aldaihani. Cyclist Power Meter. Auto Green House.
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TEAM 2 – FALL 2006 PRESENTATION 1 LPM: Ahmad Omari
Design Team • Mike Kozich • Abdul Al-zalloum • Robb Barrows • Dave Kay • Brian CeCesaro • Ahmad Omari • Naser Aldaihani
Auto Green House The purpose of this project is to make an all in one controller for a green house. In the block diagram there are nine blocks. Power Supply: Supplies power to every other block, except the wireless output. Input: User interface, user will be asked to set system requirements. Lights: Controls amount of light exposure. Humidity: Controls humidity and watering in the green house. Temperature: Controls temperature regulating and air flow, looking for consistency throughout the green house. Wireless Transmitter/Receiver: Sends and receives output information to wireless output device. Power Supply 2: Powers the output device. Output: Outputs current readings in the green house.
Pulse Oximeter and Respiratory Monitor for Laboratory Rats -Detection of blood oxygen level using absorption levels of LED wavelengths. -Monitoring Heart Rate and Respiratory level
Recommended Project -An Instrument To display Blood Oxygen Content, Heart Rate and Respiration Rate of a Laboratory Rat using oximetry. -The monitor should be able to display a reasonable range for a typical rat pulse and percentage of oxygen level. -There are no currently known similar products on the market for the use on research rats.
Product Performance Requirements • The display shall provide 2 parameters updated 2 times/sec: • Heart rate from 20-500 BPM at a resolution of 1Beat/Minut • Blood Oxygen Content displayed in % at a resolution of 1 % • Respiratory rate in breath per minute at resolution 1 per minute
Standard Requirements • Less than 10 uA of current contact • 120V power Input / backup supply power • Temperature range (-10 to 50 C) • ARC (Animal Research Committee) Certifications / Standards • Maximum Power Consumption: 5W • Maximum Storage Duration: 2years • Humidity Range (0% to 85%) • Intended Application: Medical Research
Major Risks • Time Constraints • High Standard Compliance • Application Unknowns • Unpredictable motion of rat • Continuing marketability of product • Special purpose circuits with no literature • (Signal Conditioning) • Prototype demonstration issue with demonstrating / availability of rat • Electrocution of rat