Fetal Vacuum Assisted Extraction Monitoring Device
Texas Tech University System Office of Technology Commercialization
posted on 05/24/2011
Invention Title
Fetal Vacuum Assistant
Executive Summary
An apparatus has been developed to significantly improve the safety of vacuum assistance delivery. This disposal apparatus measures the vacuum applied to the fetal head during a vacuum assisted delivery and provides a real time display for doctors and staff members. This low-cost system interfaces with existing technologies and delivers greater safety standards. Additionally, this apparatus electronically records and documents key vacuum specific details during delivery. Overall, our low-cost system creates safer and more accurate vacuum assisted delivers for doctors and hospitals, and has the potential to be the standard of care for VAD.
Competitive Advantage
Existing instrumentation for Vacuum Assisted Delivery (VAD) is inconsistent, inaccurate and does not allow automation recording or creation of a permanent record. The apparatus that has been developed at Texas Tech University integrates into current technologies and with its highly accurate electronic gauge, solves the problem of real-time permanent documentation and inaccurate vacuum gauges, and will contribute valuable clinical data to clarify guidelines regarding proper use of vacuum. Our system has been fully tested and a product that is ready for market exists.
Product Description
This Vacuum assistant system includes four parts; 1) Vaculink Device 2) Reusable blue cable for current system integration 3) 4 foot sterile tubing 4) T adapter for used with current Mityvac delivery systems.
Inventor Background
Dr. Darrell Vines
was Emeritus Professor of Electrical Engineering at Texas Tech University from 1962 to 2000 when he retired. He holds a Bachelors and Masters of Science from Texas Tech University as well as a PhD from Texas A&M University. Dr. Vines has consulted with several medical device companies upon his retirement.Patent Numbers
US #6,620,171US #6,872,212
]]>File Number: D-0769
This innovation currently is not available for online licensing. Please contact Ryan Reber at Texas Tech University System Office of Technology Commercialization for more information.
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