Self-negative-pressure pericardium puncture device

Abstract

The invention discloses a self-negative-pressure pericardium puncture device, and relates to the field of pericardium puncture. According to the self-negative-pressure pericardium puncture device, a hollow tube is fixedly connected to the upper surface of an equipment plate; the bottom end of the hollow tube extends to the lower surface of the equipment plate to be fixedly connected with a transparent cover; an adjusting tube is connected to the top end of the hollow tube through screw threads; a fixing seat is fixedly connected to the top of the adjusting tube; a puncture needle is movably inserted and connected to the upper surface of the fixing seat; a fixing assembly is movably clamped and connected with the side surface of the fixing seat; the end part of the fixing assembly extends into the fixing seat and is movably clamped and connected with the puncture needle; a clamp seat is connected to each of two sides of the equipment plate through screw threads; a rack is movably inserted and connected into the upper surface of each clamp seat; and the bottom end of each rack extends to the lower side of the corresponding clamp seat to be fixedly connected with a fixing jacket. Theself-negative-pressure pericardium puncture device has the advantages that the puncture position of the puncture needle is effectively limited; the situation that the puncture force is not well controlled is avoided; and meanwhile, the injury to a patient caused by hand shaking or position deviation in manual operation is reduced.

Description

technical field [0001] The invention relates to the technical field of pericardial puncture, in particular to a self-contained pressure pericardial puncture device. Background technique [0002] Pericardiocentesis is a diagnosis and treatment technique that directly penetrates the pericardial cavity with the help of a puncture needle. Pericardiocentesis must be performed under aseptic technique, local application of procaine anesthesia, and the puncture site should not be too deep, so as not to puncture the atrium, ventricle or puncture the coronary artery A large amount of blood in the pericardial cavity is caused. Patients with pericardial puncture can understand the nature of pericardial effusion by testing the fluid in the pericardial cavity, and find out the cause of pericarditis according to the nature of pericardial effusion. [0003] When performing pericardiocentesis, you need to be very careful. Use imaging equipment to observe the position of the puncture needle t...

AI Technical Summary

Problems solved by technology

[0003] When performing pericardiocentesis, you need to be very careful. Use imaging equipment to observe the position of the puncture needle to ensure that the puncture needle can accurately enter the pericardial cavity and avoid damage to the heart. However, the pericardiocentesis is performed manually by medical staff During the puncture, hand shaking may occur during the manual operation. At the same time, during the insertion process, the diaphragm in the cavity obstructs the puncture needle, making the puncture position inaccurate, and the puncture pressure is too small to be able to penetrate. Penetrating the pericardial cavity, too much force can easily cause damage to the heart, so it is necessary to provide a self-contained pressure pericardiocentesis device to solve the above problems

Images