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P15073: Autonomous IV Stand System Design Review. Michael Binger, Caitlin Conway, Nick Goddard, Nick Jacobs, Christina Pysher, & Ethan Whritenor. Thursday October 2, 2014. Team Introduction & Roles. P15073: Autonomous IV Stand. Agenda. Background System Analysis HOQ Relationship Diagram
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P15073: Autonomous IV Stand System Design Review Michael Binger, Caitlin Conway, Nick Goddard, Nick Jacobs, Christina Pysher, & Ethan Whritenor Thursday October 2, 2014
Team Introduction & Roles P15073: Autonomous IV Stand
Agenda • Background • System Analysis • HOQ Relationship Diagram • Functional Decomposition • Concept Development • Engineering Analysis • Proposed System Level Design • Risk Assessment • Test Plan • Updated Project Plan P15073: Autonomous IV Stand
Background - Problem Statement The goal of this project is to create an autonomous IV stand that follows patients. Compared to a traditional IV stand, additional improvements will be made such as reducing its footprint and enabling it to carry more IV bags. Deliverables: • Create a simple and ergonomic system for patients, and medical staffto use and manage several different IV bags and medical devices for each patient. • Create a prototype of the autonomous IV stand and perform significant testing to verify the design and safety. • Meet FDA standards for an IV stand and other similar medical devices • Reach stage of clinical trials • Produce a marketable product P15073: Autonomous IV Stand
Background - Customer Requirements P15073: Autonomous IV Stand
Background - Engineering Requirements P15073: Autonomous IV Stand
System Analysis - HOQ P15073: Autonomous IV Stand
Pareto Chart P15073: Autonomous IV Stand
Functional Decomposition P15073: Autonomous IV Stand
Alternate View P15073: Autonomous IV Stand
Concept Development • Morphological Chart • Concepts • Pugh Diagrams • Benchmarking • Feasibility Analysis • Budget Assessment P15073: Autonomous IV Stand
Morphological Chart P15073: Autonomous IV Stand
Concepts P15073: Autonomous IV Stand
Pugh Chart P15073: Autonomous IV Stand
Pugh Chart P15073: Autonomous IV Stand
Proposed System Level Design P15073: Autonomous IV Stand
Here is a short youtube video of the type of wheel system we will be using. Omni - wheel function P15073: Autonomous IV Stand
Feasibility Analysis • Center of Gravity • Required Torque • Acceleration Stability • Power Requirements • Sensor Analysis P15073: Autonomous IV Stand
Calculations Assumptions • symmetric about y-axis • ¼ in Aluminum 6061 used for base casing • 4 omni wheels utilized • Base is at max 1.75 ft across • All weights are estimates made • Height Range: 1.73m - 2.52m Center of Gravity Calculations P15073: Autonomous IV Stand
Values Utilized Equations Utilized Moment taken about bottom left corner Balance Requirement P15073: Autonomous IV Stand
Assumptions: • Wheel diameter: 6 inches • Weight/wheel: ~5lbs • Coefficient of RR Findings: • Price point: $43-150 per motor Motor Requirement P15073: Autonomous IV Stand
Detect Objects Detect Patient Sensor Analysis P15073: Autonomous IV Stand
Power Requirement P15073: Autonomous IV Stand
Electrical Block Diagram P15073: Autonomous IV Stand
Budget Assessment P15073: Autonomous IV Stand
Project Risk Assessment P15073: Autonomous IV Stand
Technical Risk Assessment P15073: Autonomous IV Stand
Technical Risk Assessment P15073: Autonomous IV Stand
Test Plan P15073: Autonomous IV Stand
Revised Project Plan P15073: Autonomous IV Stand
System Design Phase P15073: Autonomous IV Stand
Expanded Deliverables • Items That Were Revisited • Customer/Engineering Requirements • Benchmarking • Items Outside MSD Requirements • System Flow Diagram • Electrical Block Diagram
Expanded Deliverables • Items To Be Revisited • RGH Contact • FDA Regulations • Budget
Subsystem Design Phase P15073: Autonomous IV Stand
What We Want From The Audience Is there anything that we are failing to consider?Do you see any challenges with our design we have failed to observe? P15073: Autonomous IV Stand