Visible sputum excretion instrument guided by ultrasonic waves

Abstract

The invention discloses a visible sputum excretion instrument guided by ultrasonic waves. The sputum excretion instrument comprises a supporting piece, the supporting piece comprises a supporting block, a tray is arranged on the supporting piece, a sputum excretion instrument main body is arranged on the tray, the sputum excretion instrument main body comprises a main machine and an operating rod,a clamping block is arranged below the main machine, a main machine box body is arranged on the clamping block, an inclined operating panel is arranged on the main machine box body, the operating rodcomprises a vibration supporting column, and a vibration head is arranged on the vibration supporting column. According to the sputum excretion instrument, the position of sputum is detected througha probe main body, observation is convenient, so that an operator can operate more accurately, traditional sputum excretion depending on experience of medical staff, thoracic and pulmonary imaging data, clinical pulmonary anatomy physiology and pulmonary auscultation is replaced, the treatment time of a patient is shortened, economic expenditure due to the increased assisted examination is reduced, and rehabilitation of the patient is facilitated; a ultrasonic receiving module assists medical workers in judging the position of sputum of the patient, and convenient, rapid and accurate operationis achieved.

Description

technical field [0001] The invention relates to a visual expectoration instrument, in particular to a visual expectoration instrument guided by ultrasound. Background technique [0002] Sputum expulsion instrument replaces traditional manual chest percussion, tremor, and directional drainage for body drainage, and can discharge sputum from the body through multi-directional vibration, extrusion, and directional drainage of long-term effusions in the lungs or deeper layers In addition, the most unique function is that it can improve the blood circulation in the lungs, prevent venous stasis, relax the respiratory muscles, improve the muscle tone of the whole body, strengthen the respiratory muscles and produce cough reflex, which is beneficial to the recovery of the body. The sputum-expelling instrument in the prior art has no visual function. In the process of clinical use, most of them rely on the experience of medical staff, chest and lung imaging data, clinical lung anatom...

AI Technical Summary

Problems solved by technology

The sputum-expelling instrument in the prior art has no visual function. In the process of clinical use, most of them rely on the experience of medical staff, chest and lung imaging data, clinical lung anatomy and physiology, and lung auscultation to perform sputum discharge, which cannot be accurately performed. Visual expectoration is not conducive to the recovery of patients, and increases the human and economic costs of patient treatment and care

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