BARRETT HUTTO,F. NICHOLAS FRANANO,STEVE WOODARD,HOWARD M. LOREE,GEOFF TANSLEY
申请号：
ARP130102927
公开号：
AR092369A1
申请日:
2013.08.16
申请国别(地区):
AR
年份:
2015
代理人:
摘要：
A Rotary Blood Pump System with a double Pivot bracket in contact with an operating range of between approximately 50 ml / mm and approximately 1500 ml / min, where the Force on the Upper support is less than 3n for operating speeds up to 6000 rpm.Rotary Blood Pump is a Pump system that includes one or a few ducts, blood for Blood, a control system with optional Sensors and a Power Source.Realization forms of this may include elements that are designed to increase the time the Rotary Blood Pump can effectively operate in vivo includes support materials, Wear resistant, a Back plate to attract magn u00e9ticamen Swivel The rotor to reduce the support forces and Wear The Pivot SupportSize and shape of the rotor and a Separation Support combine to create a support effect and reduce Support hydrodynamic forces and Wear The Pivot Support, improve the intravascular channels for increased resistance to thrombosis.Some of the site of insertion of the Shaft sleeves which are resistant to infection and side Ports of channels that are susceptible to easy insertion of guide wires and catheters to treat Medical Devices based on the ducts and blood vessels. Used to maintain the operation of the system of Pumping Blood throughout time.The Pumping system is configured to connect with the vascular System of a patient and Pump blood at a desired Speed.It also relates to a method of using a Blood Pumping system to continually raise the overall diameter and diameter of Lumen of peripheral Arteries, Veins and the Persistent increase of the speed of the blood and wall Shear Stress in vein Or Peripheral artery over a period of time sufficient to result in increased persistThe overall diameter and diameter of the Lumen of the vessel.Blood Pumping systems are used to increase the overall diameter and diameter of Lumen of blood vessel, is monitored and adjusted, as necessary,The Pumping of the blood to keep the speed of the blood and wall Shear Stress in a high level desired and the desired
