Femoral artery puncture point visual pressure-adjustable compression hemostasis device

Abstract

The invention relates to a femoral artery puncture point visual pressure-adjustable compression hemostasis device which comprises a device body and a fixing bandage, and the fixing bandage is arranged on the device body; the structure of an existing femoral artery puncture point visual pressure-adjustable compression hemostasis device is improved, the improved compression hemostasis device can visually observe the health condition of the skin around the penetrating compression position, meanwhile, the compression force of the compression hemostasis device on the puncture point can be conveniently changed through the pressure intensity adjustable effect, and the compression hemostasis effect of the compression hemostasis device on the puncture point is improved. In this way, it can be guaranteed that hemostasis is conducted efficiently, and meanwhile excessive compression on the body can be avoided.

Description

technical field [0001] The invention relates to the technical field of femoral artery puncture equipment, in particular to a visually adjustable pressure hemostasis device for femoral artery puncture points. Background technique [0002] Femoral artery access is one of the most commonly used accesses for endovascular diagnosis and treatment in neurosurgery and peripheral interventional departments. Vascular complications at the puncture site caused by improper hemostasis are still common problems. The traditional method of hemostasis in interventional surgery is the sandbag compression method. After the interventional operation is completed, the operator first manually presses the puncture site of the patient's femoral artery for 10 to 15 minutes, and then uses about 0.5 kg of sandbag to press the puncture site continuously for 6 hours. Above, the punctured limb was immobilized for 24 hours. The manually operated sandbag compression method has the disadvantages that the com...

AI Technical Summary

Problems solved by technology

However, the existing compression hemostatic device still has the following problems in the process of use: (1) invisibility. When the compression hemostatic device is used to stop bleeding from the puncture, the specific situation of the compression site cannot be observed, so that the In the actual situation, the compression hemostatic device is adjusted; (2) the existing compression hemostatic device cannot achieve the effect of pressure regulation, so it is impossible to change the compression force of the compression hemostatic device according to the actual situation

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