Artificial intelligence stethoscope and data storage system thereof

Abstract

The invention provides an artificial intelligence stethoscope and a data processing system thereof, the stethoscope is composed of multiple groups of sound receiving structures, a sound processor, a sound amplifier, a receiver and a data storage and data transmission system, and the multiple groups of sound receiving structures can collect different heart and lung sounds and breath sounds in a targeted manner; the sound processor can remove noise and enhance signals; the loudspeaker and the receiver provide the function of auscultation for multiple persons at the same time; the data storage function can establish an audio database to provide comparison files for subsequent judgment of the same case; and the data transmission system can realize remote consultation and remote data application.

Description

technical field [0001] The invention mainly relates to the field of medical equipment, in particular to an artificial intelligence stethoscope and a data storage system thereof. Background technique [0002] In medical clinical work, stethoscope is one of the routine means for clinicians to judge cases, especially auscultation in heart, respiratory system or vascular murmur is an indispensable tool. [0003] The current stethoscope has many drawbacks: it can only be heard by a single person, cannot achieve multi-person auscultation, cannot be stored, and cannot be transmitted; with the development of artificial intelligence big data, the rich database is far greater than the accumulated experience of medical staff . However, the existing stethoscope cannot realize the establishment of database, let alone realize remote consultation; in addition, the most valuable pathological sounds are often fleeting, or can only be heard clearly and accurately diagnosed in the disease sta...

AI Technical Summary

Problems solved by technology

[0003] The current stethoscope has many disadvantages: it can only be heard by a single person, it cannot be auscultated by multiple people, it cannot be stored, and it cannot be transmitted; with the development of artificial intelligence big data, the rich database is far greater than the accumulated experience of medical staff

However, the existing stethoscope cannot realize the establishment of the database, let alone remote consultation; in addition, the most valuable pathological sounds are often fleeting or can only be clearly heard and accurately diagnosed in the disease state

However, the existing stethoscope cannot realize the storage function. Only when the data storage and transmission are realized can the establishment of the database and artificial intelligence diagnosis and treatment be realized.

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