1. Accessible incontinence control device
Zach Hawkins
Kristen Heck
Amy Klemm
Amanda Streff
Accessible incontinence control device

2. Introduction Current Goal:
Modify a currently available incontinence device so that it is easier to use by patients with disabilities and their caregivers

3. Question To Be Answered
How can the AMS 800 be converted to be externally controlled?

4. Background Stress Incontinence Overflow Incontinence AMS 800
Involuntary loss of urine during coughing, sneezing, laughing, etc
Overflow Incontinence
Involuntary loss of urine associated with over distension of bladder
AMS 800
artificial urinary sphincter
implantable, fluid-filled, solid silicone elastomer

5. Methods Utilized synetics to generate possible solutions
i.e. pacemaker, pump designs
Adapt an actuator to mechanically pump the AMS 800
Actuator will receive a signal through a micro RC receiver
RC receiver is controlled externally to allow simple evacuation of bladder
Dimensions :
.85 x 1.25 x .5“

6. Status Met with Dr. Doug Milam on multiple occasions
Decided to use the AMS 800
Contacted Dr. Lewis for further urologist contacts at Centennial Hospital
Researched RC receivers
Investigated possible source of experimental bladders

7. Conclusion
Focusing on making proof-of-concept before miniaturizing and interfacing all elements of device.
Further investigation of monitoring methods
Pig bladders from VUMC Animal Research Department may be provided to conduct experiments.

8. Acknowledgments Dr. Doug Milam Kevin High Amy Nunnally Dr. Lewis
Any Questions?