Femoral artery hemostasis device with pressure monitoring function

Abstract

A femoral artery hemostasis device with pressure monitoring function is disclosed, comprising a first tourniquet having a curved surface configuration composed of multiple protrusions and depressions; a second tourniquet having a bend along its long axis; a connecting portion including a first connecting unit and a second connecting unit fixedly connected to each other for connecting the first and second tourniquets; and a pressure monitoring unit including a pressure sensor and a pressure display electrically connected to each other, the pressure sensor being fixed to the side of the first or second tourniquet close to the body, and the pressure display being fixed to the side of the first or second tourniquet away from the body. The device described in this application can fit well into the groin and thigh, avoiding compression of the femoral nerve, and helps medical personnel quickly determine the current hemostasis status by displaying the pressure value at the femoral artery bleeding point in real time.

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