An isolated heart transfer box

Abstract

The invention discloses an isolated heart transfer box. A heart fixing shell is connected inside a limiting shell; the limiting shell is detachably connected inside a temperature regulating shell; theheart fixing shell is in the shape of a heart external structure; the heart fixing shell is of a screen-shaped structure; the limiting shell is of a screen-shaped structure; and a temperature regulating pipeline is arranged inside the temperature regulating shell, so that the temperature regulating pipeline controls the temperature of a medium inside the temperature regulating shell. The isolatedheart transfer box solves the problem that an isolated heart easily moves inside the transfer box and then is damaged as the positioning fixing effect for the isolated heart is not strong in an isolated heart transfer process in the prior art. According to the isolated heart transfer box disclosed by the invention, the isolated heart is fixed by the heart fixing shell, and the isolated heart is buffered and protected through the heart fixing shell, the limiting shell and a connecting structure between the heart fixing shell and the limiting shell as well as a connecting structure between thelimiting shell and the temperature regulating shell, so that the isolated heart is prevented from being damaged, and therefore, the isolated heart is completely protected, and life characteristics ofthe isolated heart are guaranteed to not damage.

Description

technical field [0001] The invention relates to the technical field of structural design of medical equipment used for cardiac treatment and transportation, in particular to an isolated heart transfer box. Background technique [0002] Heart transplantation is primarily a surgical transplant for advanced congestive heart failure and severe coronary artery disease. It is an allogeneic transplantation operation in which a human heart that has been determined to be brain-dead and successfully matched is completely removed and implanted into the chest cavity of the desired recipient. The recipient's native heart is removed or retained to support the donor heart. Heart transplantation is used as a therapeutic method to save the life of end-stage heart disease patients and improve their quality of life. However, in the prior art, the human heart that has been determined to be brain-dead and successfully matched is not necessarily in the same area as the recipient. In order to sa...

AI Technical Summary

Problems solved by technology

However, the transfer device in the prior art does not have a dedicated transfer device for the isolated heart, and the existing transfer device can only ensure that the isolated heart is in a set medium environment, and cannot position and fix the heart. , which in turn causes the isolated heart to be easily damaged during the transfer process, reducing the vitality of the isolated heart

[0004] It can be seen that the transfer device in the prior art cannot be specially set up for the isolated heart, and the buffering effect on the positioning of the isolated heart is not strong enough. damage, thereby reducing the viability of the isolated heart, thereby affecting the transplant recipient's use of the heart after transplantation

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