Electronic Stethoscope Design

M. B. Selek, Mert Can Duyar, Y. Isler
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引用次数: 3

Abstract

Nowadays, despite the developing technology lots of patients lost their lives because of wrong and late diagnosis. With early diagnosis, most diseases and negative effects of the diseases for the patient can be prevented. Early diagnosis can also prevent cardiological diseases. Although auscultation of the chest with a stethoscope is an effective and basic method, a stethoscope isn't enough for the diagnosis of some diseases. One example of these diseases is heart valve malfunctions when the valves do not work as desired heart murmurs occur. The main goal of this project is to develop an electronic stethoscope and observing obtained signals as a graphic. The main difficulty while auscultation of chest with a stethoscope is, this procedure needs lots of experience and also even tough physician have enough experience, it's very hard to diagnose grade 1 and 2 heart murmurs. Furthermore, while auscultation tachycardia patients, generally it's very hard to decide where the first heart (S1) sound and second heart sound (S2) begins. In this project, it is planned to demonstrate heart sounds as a graphic. This method provides physicians to diagnose all kinds of chest sounds easily even the sounds which they cannot diagnose or recognize with their ears by stethoscope. Moreover, as the chest sounds are obtained as digital data, these data can be sent as desired. When a physician needs to get someone else's idea, these recordings can be sent to another professional.
电子听诊器设计
如今,尽管技术不断发展,但仍有许多患者因诊断错误和诊断迟缓而失去了生命。通过早期诊断,大多数疾病及其对患者的负面影响都是可以预防的。早期诊断还可以预防心脏病。虽然听诊器听诊是一种有效而基本的方法,但对于某些疾病的诊断,听诊器是不够的。这些疾病的一个例子是心脏瓣膜功能障碍,当瓣膜不能正常工作时,会发生心脏杂音。该项目的主要目标是开发一个电子听诊器,并以图形形式观察获得的信号。用听诊器进行胸部听诊的主要困难是,这个过程需要大量的经验,即使是有足够经验的医生,也很难诊断出1级和2级心脏杂音。此外,对于听诊心动过速的患者,通常很难确定第一心音(S1)和第二心音(S2)从哪里开始。在这个项目中,计划用图形来展示心音。通过听诊器可以方便地诊断各种胸音,甚至是不能用耳朵诊断或识别的声音。此外,由于胸音是作为数字数据获得的,因此这些数据可以按需要发送。当医生需要了解别人的想法时,这些录音可以发送给其他专业人士。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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