BME Design 200/300. Design of Weight Distribution Monitoring System
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2 BME Design 200/300 Design of Weight Distribution Monitoring System Xiyu (Steve) Wang Team Leader Dalton Hess - Communicator Kiersten Haffey - BSAC Andrew Vamos - BWIG Jacob Hindt - BPAG
3 Introduction Objective, Problem Statement, Client Information, PDS, Weight Distribution Mechanism, Balance Biofeedback Devices, Previous Design Prototype Designs Overview Audio, Vibratory, Visual Visual: Projection, Lasers, Wireless/Mounted Discussion Timeline, Future Works, Acknowledgements, References
4 Objective Design and fabricate a sensor board that can be used to measure human weight distribution for the purpose of correcting balance
5 Problem Statement Stroke is a major issue in the United States with more than 800,000 yearly occurrences and 133,000 deaths every year. Many survivors of strokes experience brain damage that can leave their body permanently injured. An individual who suffered a stroke nine years ago and lost all sensation from the left side of her body wishes to improve her standing posture and balance. We are working on a portable device that will allow her to practice proper weight distribution by providing her with valuable biofeedback. We hope that by practicing with our device, our client will be able to improve her balance and overall quality of life.
6 Product Design Specifications Client requirements Biofeedback should be clear and easily interpreted. Design cannot require client to look down or hold an object as this affects weight distribution. Free of metal hinges or parts that could damage flooring. Board Specifications Measures weight distribution accurately Is portable, light, and able to be carried in one hand. Is safe to balance without falling Must be as thin as possible
7 Weight Distribution Mechanism Center of pressure (COP) determined using the force and moments measured from the plate s sensors. Center of mass within the body when standing is constantly in motion. Xcp= -My/Fz Ycp=Mx/Fz. Bc_OWlWdNlajS5dn4CJXCnHTeyk8SZw
8 Balance Biofeedback Devices The act of calculating the center of pressure in an object. In humans this is done by calculating forces normal to an individual s feet Currently done by products like: Wii Balance Board Force Plate &
9 Previous Design Improvements we would like to make Overall durability Damage to hardwood floors from metal hinges Biofeedback mechanism hands free
10 Prototype Designs Force sensing device incorporates four FSRs, the FlexiForce PS-03 (Image SI Inc.), 1 in each corner Uses an Arduino microprocessor FSR Sensor
11 Viable Biofeedback Methods Visual Biofeedback with a visual display Vibration Biofeedback with motors below feet Audio Biofeedback with speakers on opposite sides
12 Prototype Design: Visual Biofeedback
13 Prototype Design: Vibration Feedback
14 Prototype Design: Audio Feedback
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16 Prototype Design: Visual Biofeedback (Projection)
17 Prototype Design: Visual Biofeedback (Lasers)
18 Prototype Design: Visual Biofeedback (Wireless/ Mounted)
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20 Future Works Timeline Conclusion Acknowledgements References Discussion
21 Future Works Purchasing materials Fabricating prototype Calibration of prototype Expected pitfalls Applying our own FSR to thin force plate Microprocessor integration with FSR and lasers Proper time management
22 Timeline
23 Conclusion Hemiplegic client with trouble balancing Device to monitor weight distribution Ease of use and portability Current design: visual laser biofeedback
24 Acknowledgements We would like to thank: Dr. Yen Dr. Tompkins The BME department
25 References
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