Ultrasound device tester

Nowadays, ultrasound technology is widely used for medical, industry, security, automotive and education purposes. For many application such as medical therapy, medical diagnostic and non destructive testing, accurate value of power generated by ultrasound transducer is very crucial. If the power ge...

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Main Author: Mohd Nordin, Murni Norestri
Format: Thesis
Language:English
Published: 2009
Subjects:
Online Access:http://eprints.utm.my/id/eprint/12736/1/MurniNorestriMohdMFSKSM2009.pdf
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spelling my-utm-ep.127362021-06-06T03:11:15Z Ultrasound device tester 2009 Mohd Nordin, Murni Norestri RC Internal medicine Nowadays, ultrasound technology is widely used for medical, industry, security, automotive and education purposes. For many application such as medical therapy, medical diagnostic and non destructive testing, accurate value of power generated by ultrasound transducer is very crucial. If the power generated is not accurate for those applications, problems which cause danger to patients might occur. A research shows that most of the 10,000 ultrasound machines in the United Kingdom fail to deliver within 30% of the correct power. To reduce the risk the ultrasound machine must be tested periodically and frequent. One of the approaches to test the machine is using ultrasound power meter. In this project, an Ultrasound Device Tester prototype is developed whereby it is a device to measure ultrasound power generated by ultrasound diagnostic and therapeutic machines. It consists of hardware and software part. Use case model is used to create the software part and polymer sensor is used as the measurement tool. Testing has been done to see whether the prototype is working properly or not and safe to use. As a conclusion, the prototype has been successfully developed. In order to embark on this project, a total funding RM 0.5 million is required. RM 0.15 million of the funding is required which for prototype development and business incorporation. Balance of the funding required is for intellectual property application, perform professional testing, local and international certifications application and pre- commercialization. 2009 Thesis http://eprints.utm.my/id/eprint/12736/ http://eprints.utm.my/id/eprint/12736/1/MurniNorestriMohdMFSKSM2009.pdf application/pdf en public masters Universiti Teknologi Malaysia, Faculty of Computer Science and Information Systems Faculty of Computer Science and Information Systems Alan Selfridge and Peter A.Lewin (2000). Wideband Spherically Focused PVDF Acoustic Sources for Calibration of Ultrasound Hydrophone. IEEE Transaction on Ultrasonic, Ferroelectrics and Frequency Control. November. Vol 47, No.6, 1372- 1376. C.R.Hill, J.C.Bamber and G.R.ter Haar (2004). Medical Ultrasonics. (2nd ed). England: Wiley. David Hykes, Wayne R.Hedrick and Dale E.Starchman.Ultrasound (1985). Physics and Instrumentation. New York: Churchill Livingstone. IEC 60601 Particular requirement for the safety of ultrasonic physiotherapy equipment. IEC Switzerland Jasjit S. Suri, Chirinjeev Khaturia, Kuey- Feng Chang, Filippo Molinari and Aaron Fenster (2008). Advances in Diagnostic and Therapeutic, Ultrasound Imaging. United States: Artech House, Inc. Joseph L.Rose and Barry B. Goldberg (1982). Basic Physics in Diagnostic Ultrasound. United States: Wiley & Sons, Inc. Lawrence E. Kinsler (1982). Fundamentals of Acoustics. United States. Wiley & Sons, Inc. “Products”. Precision Acoustic Ltd. http://www.precisionacoustic.com, Retrieved July 28, 2008.
institution Universiti Teknologi Malaysia
collection UTM Institutional Repository
language English
topic RC Internal medicine
spellingShingle RC Internal medicine
Mohd Nordin, Murni Norestri
Ultrasound device tester
description Nowadays, ultrasound technology is widely used for medical, industry, security, automotive and education purposes. For many application such as medical therapy, medical diagnostic and non destructive testing, accurate value of power generated by ultrasound transducer is very crucial. If the power generated is not accurate for those applications, problems which cause danger to patients might occur. A research shows that most of the 10,000 ultrasound machines in the United Kingdom fail to deliver within 30% of the correct power. To reduce the risk the ultrasound machine must be tested periodically and frequent. One of the approaches to test the machine is using ultrasound power meter. In this project, an Ultrasound Device Tester prototype is developed whereby it is a device to measure ultrasound power generated by ultrasound diagnostic and therapeutic machines. It consists of hardware and software part. Use case model is used to create the software part and polymer sensor is used as the measurement tool. Testing has been done to see whether the prototype is working properly or not and safe to use. As a conclusion, the prototype has been successfully developed. In order to embark on this project, a total funding RM 0.5 million is required. RM 0.15 million of the funding is required which for prototype development and business incorporation. Balance of the funding required is for intellectual property application, perform professional testing, local and international certifications application and pre- commercialization.
format Thesis
qualification_level Master's degree
author Mohd Nordin, Murni Norestri
author_facet Mohd Nordin, Murni Norestri
author_sort Mohd Nordin, Murni Norestri
title Ultrasound device tester
title_short Ultrasound device tester
title_full Ultrasound device tester
title_fullStr Ultrasound device tester
title_full_unstemmed Ultrasound device tester
title_sort ultrasound device tester
granting_institution Universiti Teknologi Malaysia, Faculty of Computer Science and Information Systems
granting_department Faculty of Computer Science and Information Systems
publishDate 2009
url http://eprints.utm.my/id/eprint/12736/1/MurniNorestriMohdMFSKSM2009.pdf
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