A pressurized hemostasis device for liver trauma

Abstract

The invention belongs to the field of medical apparatus and discloses a pressurizing blood-stopping device for liver trauma. The main body is a sleeve body; the sleeve body is formed by a diaphragm surface and a hepatic surface; a connection part between the two is a sleeve body edge; at least three positioning lines and at least one fastening belt are fixed on the sleeve body; each positioning line is formed by a free section and a drawing section; one end point of the first positioning line is fixed outside the edge; drawing section end points of the second positioning line and the third positioning line are all distributed on the inner side of the sleeve body edge; the drawing section of the second positioning line outwardly inclines 5 to 15 degrees along a direction of the tangent line of the diaphragm surface and then is fixed; the drawing section of the third positioning line; outwardly inclines 5 to 15 degrees along a direction of the tangent line of the diaphragm and then is fixed; the fastening belt is circumferentially fixed along the sleeve body; and the first fastening belt is fixed in the middle part of the sleeve body. The beneficial effects of the pressurizing blood-stopping device for liver trauma are that excessive ionization of the liver can be avoided and operation trauma can be reduced; and continuous even pressurizing blood stopping effect can be achieved.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and in particular relates to a pressurized hemostatic device for liver trauma. Background technique [0002] The liver is the largest solid organ in the human body. Liver trauma accounts for about 20% of abdominal trauma. It is a relatively common abdominal injury. According to the 6-level grading method for liver injury by the American Academy of Trauma Surgery (AAST), injuries above grade III That is severe liver trauma, the mortality rate is over 50%, and the mortality rate is as high as 80%-90% when combined with hepatic vein or retrohepatic inferior vena cava injury. The most thorough treatment for liver trauma is to resect the damaged liver segment or lobe, which can effectively stop the bleeding and avoid complications such as infection and bile leakage that may occur later. However, severe liver trauma is often combined with other organ injuries, and even pathophysiological chang...

AI Technical Summary

Problems solved by technology

[0004] The mesh wrapping method achieves the effect of compression and hemostasis by fixing the mesh in multiple places, but there are the following problems: (1) The mesh wrapping method requires a group of medical personnel to stop the bleeding after the laparotomy, and another group of medical personnel according to the injury. Cutting the mesh at the site will increase the operation time and waste intraoperative resources; (2) During the operation, the liver needs to be fully dissociated and sutured in multiple places to fix the mesh, which reduces the operation efficiency and increases the intraoperative risk; (3) " "Medium cutting" and suturing operations are relatively random, which may objectively cause package "mismatch" and uneven pressure. Whether the cutting is appropriate and whether the fixation is really limited by the experience of the surgeon, the operation is relatively complicated and easily affected by human factors The effect of compression on hemostasis

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