final_design_show_presentation.ppt

Fitness Fitness Identification Identification Tracking (FIT) Tracking (FIT) SystemSystemScott Bugenhagen-EngineerScott Bugenhagen-EngineerPamela Duda-Assistant Project ManagerPamela Duda-Assistant Project ManagerNicole Gregor-Project ManagerNicole Gregor-Project ManagerDaniel Shefchik-EngineerDaniel Shefchik-Engineer

Project OverviewProject Overview

Develop a system that will count and record:Develop a system that will count and record: Lap NumberLap Number Lap TimeLap Time Total Workout TimeTotal Workout Time Heart RateHeart Rate Energy ExpenditureEnergy Expenditure DistanceDistance SpeedSpeed

Generate a workout Generate a workout reportreport

Block DiagramBlock Diagram

FIT System Components and FIT System Components and ConnectionsConnections

RFID ComponentsRFID Components

RFID transpondersRFID antenna

12V Regulated Power Supply RFID Reader

Additional ComponentsAdditional Components

Database (Software)

Heart Rate Cheststrap and Watch

H.R. Data Logger

Software and Database Software and Database ComponentComponent

Start-Up ScreenStart-Up Screen

Main ScreenMain Screen

Begin Workout ScreenBegin Workout Screen

Stop Workout ScreenStop Workout Screen

Generate Report ScreenGenerate Report Screen

Sample Workout Report TablesSample Workout Report Tables

Sample Workout Report GraphsSample Workout Report Graphs

Component TestingComponent Testing

Readable Range TestingReadable Range Testing

Maximum Readable Tag SpeedMaximum Readable Tag Speed

Heart Rate Monitor TestingHeart Rate Monitor Testing

Software and Database TestingSoftware and Database Testing

Readable Range Readable Range ProcedureProcedure

Power Supply RFID Reader

RFID AntennaRFID Transponder

• Antenna placed on 1” X 1” grid paper with TIRIS label facing up

• Origin = corner closest to the cable

• Points were drawn on the grid marking 3” X 3” squares.

•A ruler was placed perpendicular to each point, and the transponder was slowly dragged upward along it while the LED on the RFID reader was monitored.

Readable Range ResultsReadable Range Results• “surf” function in Matlab was used to create a diagram indicating

the three-dimensional range of readability of the antenna.

Max Velocity Testing Max Velocity Testing ProcedureProcedure

• Antenna placed on the floor and the pendulum was swung above it

•When the pendulum was stationary, the transponder was 22 inches above the antenna

•Four different pendulum orientations were used

Max Velocity TestingMax Velocity Testing

Max Velocity Testing Max Velocity Testing ResultsResults

RFID Component Testing RFID Component Testing ConclusionsConclusions• The area of greatest readability is centered about the antenna

• The antenna must be positioned so that the runner’s foot will come within 20 inches of the antenna’s center

• The runner’s stride should be parallel to the length of the antenna since that particular experiment yielded the fastest detectable speeds

•The world record for track and field is 23.04 mph and average running speed is 17 mph (Holladay).

• The antenna is appropriate for the FIT System design project.

Heart Rate Subsystem Heart Rate Subsystem Component TestingComponent Testing

• Heart Rate Monitor Accuracy Test (Polar B1 Heart Rate Monitor vs. EKG

• Conclusion: Polar B1 heart rate monitor is accurate enough for the non-diagnostic purposes of the FIT System

• Heart Rate Monitor Placement Test

• Conclusion: Regardless of vertical placement on the user’s chest (from the navel to the armpits), the chest strap accurately transmits the user’s heart rate

FIT System Software and FIT System Software and Database TestingDatabase Testing

The FIT System Software and Database were tested throughout their development and are working properly.

CONCLUSION: The FIT System is complete and ready for implementation in the Kern Center.

FIT System Market FIT System Market AnalysisAnalysis

Potential Market PlacesPotential Market Places

Private and public heath clubsPrivate and public heath clubs 2,400 YMCA’s2,400 YMCA’s

40 million members40 million members

Elementary and Middle SchoolsElementary and Middle Schools High Schools High Schools CollegesColleges

Market Competition Market Competition

Patent # 6,823,036Patent # 6,823,036 Wrist watched-typed pedometer with wireless heart Wrist watched-typed pedometer with wireless heart

rate monitorrate monitor Patent # 6,418,394Patent # 6,418,394

Measuring device and method of controllingMeasuring device and method of controlling Patent # 6,345,197Patent # 6,345,197

Age based heart rate target zone method and Age based heart rate target zone method and apparatusapparatus

Patent # 6,334,848Patent # 6,334,848 Remote PedometerRemote Pedometer

Other products use GPS technology to monitor Other products use GPS technology to monitor distance and speed distance and speed

Survey Analysis / Survey Analysis / ConclusionsConclusions

Most Requested Features

1. Distance meter (86.67%),

2. Heart rate monitor (73.33%)

3. clock (70.00%)

Least Favored Feature

• Audible heart rate zone alert (20.00%)

The survey results were used to complete the process of quality function deployment (QFD), and to create a house of quality.

House of QualityHouse of Quality

Average Speed Calculator

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Sta

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Prin

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Lap Counter

Odometer

Clock

Running Timer

Lap Timer

Heart Rate Zone Calculator

Blood Pressure Monitor

Heart Rate Monitor

Calorie Counter

Weight Monitor

Performance Analysis

Low Cost

Water/Sweatproof

Safe to Use

Light Weight

Recyclable Materials

Compatibility with Other Equipment

Priority Importance

Weighted Importance

12 11 4 11 1 7 16 2211 7 4 00

12

13

17

15

10

16

11

2

3

4

5

9

7

8

18

14

6

1

116 104 21 106 4 75 163 121 178 59 77 -6 2

+ Strong Relationship O Weaker RelationshipX Adverse Relationship

The line labeled “Priority Importance” determines the importance of each method by adding designated values of the symbols, with (+ = 3), (o = 1), and (x = -1).

KEY

FIT System Packages -1-FIT System Packages -1-

FIT System BudgetFIT System Budget

FIT System Packages -2-FIT System Packages -2-

FIT System Packages -3-FIT System Packages -3-

CompanyCompany MSOEMSOE

Current DateCurrent Date 5/22/20075/22/2007

TitleTitle Timeline_to_end_3-6-2007Timeline_to_end_3-6-2007

Project StartProject Start 9/7/2004 8:00:00 AM9/7/2004 8:00:00 AM

Project FinishProject Finish 5/25/2007 5:00:00 PM5/25/2007 5:00:00 PM

Timeline Timeline (March 6 – May 25)(March 6 – May 25)

AcknowledgementsAcknowledgements

The FIT System design team would like to thank Larry Fennigkoh, Ph.D., P.E. Associate Professor, Biomedical Engineering (our Chief Engineer) for his constant support and advice. We would also like to thank the supporters of the Keen Grant for funding our entire project and all of the MSOE Biomedical Engineering Faculty and Staff for their advice and guidance.