Inflatable balloon arteria compressing device

Abstract

The invention provides an inflatable balloon arteria compressing device. The inflatable balloon arteria compressing device comprises a bearing plate and a puncture unit, the bottom of the bearing plate is provided with a balloon groove inside which a balloon is arranged, the inside of the balloon is provided with a high-pressure gas cylinder, the bearing plate is provided with a clamping unit extending towards the high-pressure gas cylinder, the clamping unit is provided with a puncture nail groove, and when the puncture unit is inserted into the puncture nail groove and achieves expansion fit, the opening of the high-pressure gas cylinder can be pierced to rapidly inflate the balloon. The inflatable balloon arteria compressing device assists a medical worker to compress an arterial puncture bleeding spot, and compared with simple finger compression, can greatly enlarge the effective arteria compressing area, ensure labor-saving, safe and reliable compression and reduce the risk of errhysis of the arterial puncture spot. According to the inflatable balloon arteria compressing device, gas volume in the balloon can be adjusted according to practical conditions, and after the balloonis fixed, the pressure of a pressed position can be adjusted by adjusting the gas volume in the balloon, so that risks of complications caused by excessive compression such as arterial ischemia and artery thrombosis can be reduced.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an arterial inflatable balloon compression device. Background technique [0002] Nowadays, interventional surgery is an indispensable treatment method in interventional departments, vascular surgery, cardiology, neurosurgery and other medical departments, and arterial puncture is a necessary operation process of interventional surgery. Arterial puncture points need to be compressed after interventional surgery. Improper compression of arterial puncture points will cause a series of complications such as hematoma around the puncture point, pseudoaneurysm formation, limb arterial ischemia, and arterial thrombosis. At present, arterial hemostatic compressors widely used clinically are mainly divided into two categories: balloon compressors and knob compressors. Conventional knob compressors have a small compression area and are limited to the compression of arteries in columnar posit...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims to solve the problems of unreliable compression position of arterial puncture point after interventional operation, too much effort for medical personnel to compress, difficult to adjust the pressure of the compression position, and difficult to observe the compression position during compression

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