Cardiology department operation hemostasis device

Abstract

The invention discloses a cardiology department operation hemostasis device, which comprises a hemostasis part, bandage and a telescopic part, wherein the hemostasis part is arranged in a bleeding position of a patient; the bandage is connected with the hemostasis part and is used for binding the affected limb of the patient; the telescopic part is used for regulating the tightness of the bandage; the hemostasis part comprises a body and a compression part; the body is maintained in the affected limb and is used for pressing and leaning the bleeding position; an accommodating groove is formed in a position from the outer part of the body to the bleeding position; the compression part can extend into the accommodating groove from the outer part of the body, is projected out of the inside surface of the body so as to press and lean the bleeding position, and can be taken out from the accommodating groove. When the medicine change on the patient is needed, only the compression part needs to be taken out from the accommodating groove, and the medicine change is performed in the acting position of the hemostasis part (the position, in contact with the bleeding position, of the lower end of the compression part); in addition, after the compression part is taken out, the bleeding position can be observed through the accommodating groove, so that a doctor can know the healing condition of the bleeding position at any time.

Description

technical field [0001] The invention relates to a medical device, in particular to a hemostatic device for cardiology operations. Background technique [0002] In cardiac surgery in the Department of Cardiology, such as cardiac interventional surgery, it is necessary to enter the medium (such as a stent) into the lesion through the blood vessel. Therefore, the blood vessel needs to be punctured during the operation, and the breach is large. After the operation, the puncture site needs to be hemostasis In order to make it heal, in the prior art, gauze is usually used on the puncture site and squeezed through a salt bag to make it heal. This method of hemostasis has the following disadvantages: [0003] 1. The puncture site requires constant dressing changes, continuous removal and replacement of gauze, which increases the doctor's work intensity and increases the risk of wound infection. [0004] 2. The salt bag is easy to be misplaced, resulting in inaccurate extrusion posi...

AI Technical Summary

Problems solved by technology

[0003] 1. The puncture site requires constant dressing changes, continuous removal and replacement of gauze, which increases the doctor's work intensity and increases the risk of wound infection

[0004] 2. The salt bag is easy to be misplaced, resulting in inaccurate extrusion position, thus making it impossible to stop bleeding

[0005] 3. The pressure of the salt bag on the wound cannot be adjusted, and the optimal pressure cannot be applied to different patients and operations

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