Extra-aortic ballon counterpulsation type heart ventricle auxiliary pump

Abstract

The invention provides a lateral aortic balloon counterpulsation cardiac ventricle donkey pump, which consists of a hard shell, a balloon, an air inlet pipe which connects a drive unit and the lateral aortic balloon counterpulsation cardiac ventricle donkey pump, and a blood pipe which connects a posterior aorta and a cardiac ventricle donkey pump and is used for blood to flow, wherein the balloon splits the hard shell into an air receiving cavity and a blood receiving cavity. Compared with the prior intra-aortic balloon counterpulsation pump, the lateral aortic balloon counterpulsation cardiac ventricle donkey pump has the advantages of simple structure, low production cost, convenient use and high use safety, not only can be arranged inside a thoracic cavity but also can be arranged in vitro during operation and postoperative recovery, has good effects of lightening the afterload of a left ventricle and improving blood supply of coronary arteries because the mounting position of thelateral aortic balloon counterpulsation cardiac ventricle donkey pump is close to the heart, and has stable treatment effect. Moreover, the blood enters in and out from the same pipe, so that thrombus is difficult to generate.

Description

technical field [0001] The invention relates to the field of medical instruments, in particular to a medical instrument for heart disease treatment and operation. Background technique [0002] When left ventricular contraction is weak due to various causes and it is difficult to discharge enough blood, drugs can be used to enhance the systolic function of the heart to increase blood discharge, but there are still many patients who are difficult to improve, and the impact of hypotension on coronary blood supply, Often form a vicious circle, eventually leading to the patient's death. At present, intra-aortic ballon pump (IABP) is often used to improve the above situation. Intra-aortic Ballon pump (IABP) is one of the support methods for mechanically assisted systemic circulation. It was first used in clinical cardiology by Clauss in 1967. Since the origin of the shock, it has been widely used in China in recent years. It implants a catheter with a balloon through the femoral...

AI Technical Summary

Problems solved by technology

Although the intra-aortic balloon counterpulsation device has a certain effect, it is difficult to put in some patients due to arteriosclerosis, blood vessel distortion, and deformity. In addition, it is placed far away from the left subclavian artery. The improvement of coronary artery blood supply will be greatly affected, and the uncertainty of curative effect will also arise.

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