The objective of our project was to create a visual indicator of the remaining time and cycles in a stress test that ultrasound technology undergoes.
Sponsored by: Philips Ultrasound I
Team Members
Logan Weber Firas Al-Ashker Aharon Sarshalom Waich
Instructor: Paul Mittan
Project Poster
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Project Video
Project Summary
Overview
Philips Ultrasound manufactures ultrasound technology and conducts stress testing to ensure quality products. TEE Probes, a part of the ultrasound family, undergo testing that stretches the head for 300 cycles and 100 cycles. There was a lack of a visual indication of how many cycles and time that remains in the test. Our group utilized TinkerCAD and Solidworks to complete a high level circuit and display window for the project. Then we graduated to using a physical Arduino and the 3D prints that we made to show the test status in a user friendly way.
Objectives
– To implement a visual indication of how many cycles have passed
– To implement a timer to show operators how much time remains in the test
Approach
– Utilized TinkerCAD to develop baseline code in C plus plus and understand circuit relationship
– Underwent several iterations of 3D printing a display window to fit LCD screen and buttons
– Redesigned box to hold components and fit new motor
Outcomes
– Successfully made a final print of display window to house buttons and LCD screen
– We were able to display cycle count and time remaining in the test
– Redesigned box to house electrical circuit and correctly position the motor
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