1. Team Members: Jason Thomas Jessica Sampson Ryan Capell September 21, 2006

2. Objectives To design and build an apparatus to test the hip and knee joints of children, ages 6 to 15, using an Isometric (static) test. Major sub-systems: –Frame –Transducer and Mounting System –Chair –Data Acquisition

3. Frame 31” tall x 6 x 3 x 3/16” Alcobra, Spokane, WA Stability –Attached by high “L” brackets –Gussets Transducer Mount: –Transducer is 26” off ground –Bullet-Nose Indicators –Toggle Clamps MSC Direct ~30 lbs total

4. Chair Adjustable up/down for any leg length –10” lift mechanism w/ swivel –5” lift, no swivel –Ratchet System Hand Rails and Back Rest –Stability Ratchet system for rails and seat lift

5. Transducer and Mounting system Location 1: Frame Location 3: Baseplate – Knee Rotation Location 2: Under the chair – Abd/AdductionFlange with mounting system Attachment arm and Padding

6. Transport / Setup Transport –Wheels for transportation –Handles on frames Setup –Rubber pads on the bottom of the base plates for “latch” stability OR –Rails on frame baseplate to allow movement from chair baseplate

7. Data Acquisition DataQ with Excel conversion program Excel input compatibility User-friendly –Meeting with Dr. Browder for details Torque Transducer Computer (Excel) Signal Conditioner

8. ItemBudgetPrice Transducer Transducer - Flange $1281 Flange Attachment $10 Flange Mount $10 Chair Lift System $140 Ratchet, tubing, pad, wood, Al. plates $200 Frame 31” Rectangular tube $65 Gussets, L-brackets $30 Baseplates ¼” Aluminum plates $50 Computer DataQ system, Excel compatibility $153 Fasteners Toggle Clamps (6) @ $10 $60 Bullet-nose indicators (6) @ $3 $18 Misc. Misc. Items; fasteners, USB cord $140 Poster and Presentation Material $50 Facilities, Mentor support $1250 Total$3457

9. Questions ?