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BR-202024017647-U2 - ELECTRONIC STETHOSCOPE

BR202024017647U2BR 202024017647 U2BR202024017647 U2BR 202024017647U2BR-202024017647-U2

Abstract

ELECTRONIC STETHOSCOPE: Design and manufacture stethoscopes to auscultate, transmit, amplify, and filter vascular, respiratory, cardiac, digestive tract sounds, and/or various other applications, offering professionals in the field better quality information by capturing, amplifying, and filtering vascular, respiratory, cardiac, digestive tract sounds, and/or other applications through a transducer or microphone, as shown in Fig. 1. It is an auxiliary tool for professionals in the field, providing computational analysis and/or artificial intelligence for comparative identification of possible noises, wheezes, sounds, heart conditions, and/or frequencies similar to anomalies. These signals are compared, via computer or cell phone, to previously standardized values. The electronic stethoscope captures sounds through a microphone and transmits them via wires and/or Bluetooth to a cell phone and/or computer, which can then amplify, record, filter, transmit, compare, and/or provide information on heart rates, respiratory rates, arrhythmias, distortions, etc. heart conditions, in addition to being able to generate and record graphic information regarding the sinus rhythms auscultated during the examination period.

Inventors

  • PEDRO BEZERRA DE ARAUJO FILHO

Assignees

  • SOFTWISE POLITECNICA COM E SERV. LTDA

Dates

Publication Date
20260310
Application Date
20240828

Claims (3)

  1. 1. ELECTRONIC STETHOSCOPE characterized by designing and/or manufacturing stethoscopes for auscultating, transmitting, amplifying, filtering vascular, respiratory, cardiac, digestive tract sounds and/or various other applications.
  2. 2. ELECTRONIC STETHOSCOPE characterized by offering the professional in the field better quality information, by capturing sound signals through a transducer or microphone, sending them via wires and/or Bluetooth to a cell phone and/or computer, to amplify the signal and apply analog and/or digital filters to vascular, respiratory, cardiac, digestive tract sounds, and/or other applications, sending them to headphones or other audio or visual output transducers, as shown in Fig. 1.
  3. 3. The ELECTRONIC STETHOSCOPE is characterized as an auxiliary tool for professionals in the field, to record sound signals, crackles, wheezes, stridor, and transmit, compare and/or provide information on heart and respiratory rates and arrhythmias, distortions, heart conditions, and can generate and record graphic information regarding the sinus rhythms auscultated during the examination period, and provide it for computational analysis and/or through artificial intelligence, for comparative identification of possible noises, sounds, heart conditions and/or frequencies similar to anomalies, when compared, by computer and/or cell phone, to previously standardized values.

Description

[001] ELECTRONIC STETHOSCOPE consists of designing and manufacturing stethoscopes to auscultate, transmit, amplify, filter vascular, respiratory, cardiac, digestive tract sounds and/or various other applications. [002] The main objective of an ELECTRONIC STETHOSCOPE is to offer professionals in the field better quality information by capturing vascular, respiratory, cardiac, digestive tract sounds, and/or other applications through a transducer or microphone, as shown in Fig 1. [003] ELECTRONIC STETHOSCOPE utilizes available electronic resources for audio capture, amplification and/or filtering, selecting specific amplifiers for the frequency ranges of noises, distortions, hisses and others, highlighting irregular or out-of-the-ordinary sounds. [004] The ELECTRONIC STETHOSCOPE will be an auxiliary tool for professionals in the field to use computational analysis and/or artificial intelligence to comparatively identify possible noises, sounds, heart conditions and/or frequencies similar to anomalies, when compared by computer or cell phone to previously standardized values. [005] ELECTRONIC STETHOSCOPE, via cell phone and/or computer, can record, transmit, compare and/or provide information on heart and respiratory rates and arrhythmias, distortions, heart conditions, as well as generate and record graphic information regarding sinus rhythms auscultated during the examination period.