Increases CSF Shunt System Time to Failure
A new cerebrospinal fluid (CSF) shunt system design uses modular redundancy to increase time to failure. The system not only uses a redundant component, but keeps it in pristine, uncontaminated condition until the original fails. Only at that point does the redundant component come online, and it does so either automatically or manually. The redundancy principal can be applied to any of the three CSF shunt system components. In addition, the redundancy isn't limited to merely doubling the components; adding more copies further increases the anticipated time to failure.
Valve, Proximal Catheter and Distal Catheter Modular Redundancy
Three elements comprise a CSF shunt: proximal catheter, valve and distal catheter. Failure of any of these individual elements leads to system failure. Modular redundancy, commonly used in industry to reduce risk, entails doubling up an individual component such that the redundant component will come online only if the original fails. Such modular redundancy in this new CSF shunt design doubles the system time to failure as compared to a non-redundant system.
BENEFITS AND FEATURES:
- Modular redundancy
- Doubles system time to failure
- Redundant component kept in pristine, uncontaminated condition until the original fails
- Comes online only when original fails
- Automatic or manual
- CSF shunts
Phase of Development - Concept. CAD model and working physical prototype have been completed.
|Interested in Licensing?|
|The University relies on industry partners to scale up technologies to large enough production capacity for commercial purposes. The license is available for this technology and would be for the sale, manufacture or use of products claimed by the issued patents. Please contact Kevin Nickels to share your business needs and technical interest in this technology and if you are interested in licensing the technology for further research and development.|