Breath sound monitoring device applied in surgical operations and use method thereof

Abstract

Provided is a breath sound monitoring device applied in surgical operations. The breath sound monitoring device applied in the surgical operations comprises a breath sensor, a power source module, a differential-type FET amplification filter, a single-chip microcomputer processor, a display screen, a control panel, a wireless module and an alarm prompt unit, wherein the sensor, the differential-type FET amplification filter and the single-chip microcomputer processor are sequentially and electrically connected; the display screen, the control panel, a memory, the wireless module and the alarming prompt unit are separately and electrically connected with the single-chip microcomputer processor; the power source module supplies power to the differential-type FET amplification filter, the single-chip microcomputer processor and the display screen; a single-chip microcomputer includes a fitting correction module, a comparison module, a robot learning and prejudgement module and an alarming module. The invention also discloses a use method of the breath sound monitoring device applied in the surgical operations. According to the breath sound monitoring device, real-time accuracy of measuring can be guaranteed, and meanwhile, it is ensured that in the process of using the breath sound monitoring device, more convenience is provided, the comfort degree is improved, and the cost of a monitoring system can be further greatly decreased.

Description

technical field [0001] The invention relates to the field of human body monitoring in medical equipment, in particular to a system for monitoring human respiratory characteristics and a method for using it. Background technique [0002] At present, imported monitoring instruments with respiratory parameter detection function are expensive and cannot generally meet the affordability of most people. In addition, the technology currently used in China needs to measure inside the human body, that is, the corresponding sensors need to be inserted into the respiratory tract of the human body, which greatly reduces the comfort of the patient during the treatment process, and may also cause some damage to it. Based on this situation, the present invention focuses on ensuring real-time and accurate measurement while ensuring more comfort and convenience during use, and further greatly reducing the cost of the monitoring system. Contents of the invention [0003] A breathing sound ...

AI Technical Summary

Problems solved by technology

[0002] At present, imported monitoring instruments with respiratory parameter detection function are expensive and cannot generally meet the affordability of most people.

In addition, the technology currently used in China needs to be measured inside the human body, that is, the corresponding sensor needs to be inserted into the human respiratory tract, which greatly reduces the comfort of the patient during the treatment process, and may also cause some damage to it.

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