Physiological Simulator

Slides:

Advertisements

Similar presentations

Intensifier Principles of Operation 2 u 1 u 10 u PULLING EXH Use left click or right arrow to advance slides.

Advertisements

Heart Rate, Blood Pressure, and Exercise. Blood Pressure Made up of two numbers: –systolic blood pressure –diastolic blood pressure. Written as: Systolic/Diastolic.

Pulse palpation Pulse pressure  The pressure felt as the blood in the artery surges through the point that has pressure applied.

Mechanics of Breathing II

Cardiovascular physiology. Dr James Ker. 2 scenario`s in cardiology: Systemic diseases affecting the cardiovascular system. Systemic diseases affecting.

The Cardiovascular System

P08026: Modular Hemodynamic Flow Simulator Jason Brown Mechanical Engineering Amanda Clark Mechanical Engineering Matthew Hicks Electrical Engineering.

Team Members: Jon Klein Nguyen Vu Kyle Menges Christine Lowry Chris Stein Priya Narasimhan Julie Coggshall Week 3:  Progress Update  Specifications 

Team Members: Jon Klein Nguyen Vu Kyle Menges Christine Lowry Chris Stein Priya Narasimhan Julie Coggshall Week 4 Presentation:  Selected Concepts  Engineering.

Team Members: Jon Klein Nguyen Vu Kyle Menges Christine Lowry Chris Stein Priya Narasimhan Julie Coggshall Week 2 Presentation:  Work Breakdown Structure.

Team Members: Jon Klein Nguyen Vu Kyle Menges Christine Lowry Chris Stein Priya Narasimhan Julie Coggshall Week 4 End of Day Presentation:  Design Review.

Risk Scoring Parameters Severity (choose most severe) Risk Ranking Likelihood ProductProjectInjury 3 Highly Likely > 50% Complete product failure, does.

Reservoir LVAD PVS / Booster Physiological Simulator Valve Automated Resistance Valve Three Loops Blood Extraction Standard Pressure Sensor Temperature.

Status on the VELO sensors in the vacuum chamber Gwen & Ray 08/14/2007.

Pressure Measurement Why is it important?. Pressure Measurement Asses the situation –What is the range of pressures to be measured? –Is pressure dynamic.

Bulk flow—Pressure difference Plant Physiology UNI 2009.

Cardiovascular System

Jon KleinISEProject Manager Nguyen VuMETechnical Lead Kyle MengesMETechnical Lead Christine LowryMEDesign Engineer Chris SteinMEDesign Engineer Priya NarasimhanEEElectrical.

Circulatory System Notes. Pulmonary Circulation: Lungs, oxygen into blood, carbon dioxide out Systemic Circulation: Moves blood to body (not to heart.

Copyright © 2004 Pearson Education, Inc., publishing as Benjamin Cummings Fundamentals of Anatomy & Physiology SIXTH EDITION Frederic H. Martini PowerPoint.

생체계측 II Report # 송성진 Medical Instrumentation II.

Cardiovascular Physiology Vascular System Components of Circulatory System Cardiovascular System (CVS): Heart Blood vessels Lymphatic System:

MEDICAL INSTRUMENTATION

M. Tupper HFHS What is Physiology? The study of living processes The study of living processes Understanding how various forms of life function.

Development of a Murine Perfusion System Nicola Asgill Fredrick Hilliard George Kittos.

Modeling and Design Diaphragm Micropump

EE 4BD4 Lecture 17 Blood Pressure Measurement 1. 2.

Jon KleinISEProject Manager Nguyen VuMETechnical Lead (MSD1) Kyle MengesMETechnical Lead Christine LowryMEDesign Engineer Chris SteinMEDesign Engineer.

Interactively change status, schedules, setpoints and strategies

Team Members: Jon Klein Nguyen Vu Kyle Menges Christine Lowry Chris Stein Priya Narasimhan Julie Coggshall.

HEART PHYSIOLOGY How the heart works.. HEART SOUNDS.

Blood Pressure and Mean Arterial Pressure It’s all about perfusion!

Date of download: 6/22/2016 Copyright © ASME. All rights reserved. From: In Vitro Measurement of the Coaptation Force Distribution in Normal and Functional.

Ventricular Assist Device Test Loop Client: Minnetronix, Inc. Advisor: Kristyn Masters Team: Joe Bothwell, Dan Carlson, Kayla Ericson, and David Ugai.

5 parts of the circulatory system

THE HEART LUNGS: Gas exchange

HIGH PERFORMANCE LEVEL CONTROL.

(B.P :51) ( B:P52 ).

Measurement of static and dynamic compliance during mechanical ventilation. A tidal volume is delivered, causing a peak in airway pressure; dynamic compliance.

The Influence of Age on Thermosensitivity During Cold Water Immersion

Blood vessels & Problems

The Human Body Chemical Plant reactions membrane separations

اندازه گیری علائم حیاتی

Blood Vessels and Circulation

HEMODYNAMIC SIMULATOR II P09026

The Circulatory System

Thermodynamic Analysis of Ramjet Engines

Plasma Clearance.

Clicker #1 Is the pressure in the larger balloon greater than, less than, or equal to the smaller balloon? A) greater than the smaller balloon B) less.

اندازه گیری علائم حیاتی

Higher Human Biology Unit 2: Physiology and Health

4 November 2011 Properties of Blood Vessels

Clicker #1 Is the pressure in the larger balloon greater than, less than, or equal to the smaller balloon? A) greater than the smaller balloon B) less.

Clicker #1 Is the pressure in the larger balloon greater than, less than, or equal to the smaller balloon? A) greater than the smaller balloon B) less.

What do I remember? What is the structure of the heart?

Clicker #1 Is the pressure in the larger balloon greater than, less than, or equal to the smaller balloon? A) greater than the smaller balloon B) less.

Clicker #1 Is the pressure in the larger balloon greater than, less than, or about equal to the smaller balloon? A) greater than the smaller balloon B) less.

Clicker #1 Is the pressure in the larger balloon greater than, less than, or equal to the smaller balloon? A) greater than the smaller balloon B) less.

Computational fluid dynamic simulations for determination of ventricular workload in aortic arch obstructions Jessica S. Coogan, PhD, Frandics P. Chan,

Yi Wu, Paul Allaire, Gang Tao*, Don Olsen *University of Virginia

Development of an intraluminal device for the treatment of aortic regurgitation: Prototype and in vitro testing system Robert C. Ashton, MDc, Daniel.

The Heart and Blood Pressure

Cardiovascular System

The heart anatomy and blood pressure

The Heart – Learning Outcomes

The Influence of Age on Thermosensitivity During Cold Water Immersion

BME680 HUMIDITY SENSOR EDDIE SHEA RUCHEN TANG SEAN SWALVE.

Presentation transcript:

Physiological Simulator Standard PVS Resistance Test 3 Biocompatible Pressure Sensor Temperature Sensor Flow Sensor Physiological Simulator Resistance Test 2 LVAD Modular Test Point Blood Extraction Test 1 Valve

Physiological Simulator Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Valve Valve Valve PVS / Booster Blood Extraction Valve Physiological Simulator Automated Resistance LVAD Valve Valve Valve

Blood Extraction / PVS / Booster Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Not connected for Blood Extraction Valve Valve Blood Extraction / PVS / Booster Physiological Simulator Automated Resistance Valve LVAD Valve Valve

Physiological Simulator Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Valve Valve PVS / Booster Blood Extraction Valve Physiological Simulator LVAD Valve Valve

Physiological Simulator Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Valve PVS / Booster Valve Physiological Simulator LVAD Blood Extraction Valve

A concept from Dr. Klein who likes blood bags, I guess that where I get it from. BB2-Use Blood Pressure cuff to control pressure of system for static testing. BB2-Pump BP Cuff to represent heart for dynamic testing. BB1-as capacitance chamber Should be one way bag Should be much larger than BB2, as heart volume is 50cc vs 7-10 quarts? 1000:5 ratio.