Hemostasis device

Abstract

The invention relates to a hemostasis device. The hemostasis device comprises a hemostasis plaster with a hollow square pressing groove and a connection band with a C-shaped spinning structure pressing groove; the hemostasis plaster with the hollow square pressing groove comprises a hemostasis plaster body, the hemostasis plaster upper hollow square pressing groove, adhesive plasters and a hemostasis plaster lower hemostasis tablet, the lower surface of the hemostasis plaster body is connected with the hemostasis plaster lower hemostasis tablet, two ends of the hemostasis plaster body are connected with the adhesive plasters, and the upper surface of the hemostasis plaster body is connected with the hemostasis plaster upper hollow square pressing groove; and the connection band with the C-shaped spinning structure pressing groove comprises the C-shaped pressing groove, a spinning guide board, a guide groove screw hole, a lock catch, a connection band body, a screw with cut edges, a nutand a nut frame, the guide groove screw hole is at the center of the spinning guide board, the spinning guide board and the lock catch are connected with the connection band body, and a wrist or a leg end close to a surgical spot is sleeved with the lock catch and the connection band body. The hemostasis device is simple in structure and low in cost, and the purpose of avoiding excessive breedingcaused by looseness and withdrawal of a finger can be achieved.

Description

technical field [0001] The invention relates to the technical field of medical supplies, in particular to a hemostatic device. Background technique [0002] Now, in percutaneous coronary artery surgery, arterial hemostasis after puncture needs to be manually pressed in time to stop bleeding, and then hemostasis devices are used to continue to stop bleeding. [0003] However, during the appeal operation from manual pressure hemostasis to device hemostasis, when the artificial finger withdraws from the pressure hemostasis, the device hemostasis will not be in place in time, causing the bleeding port to loosen and a large amount of arterial blood to flow out. [0004] At present, there is no device on the market that integrates artificial finger pressure hemostasis and instrument hemostasis, so that the artificial finger pressure hemostasis and instrument hemostasis operations can be performed continuously without causing a large amount of blood to flow out due to loose fingers...

AI Technical Summary

Problems solved by technology

[0003] However, in the process of the appeal operation from manual hemostasis to hemostasis using instruments, when the artificial finger withdraws from pressing hemostasis, the hemostasis using instruments will not be in place in time, causing the bleeding port to loosen, and a large amount of arterial blood flows out

[0004] At present, there is no device on the market that integrates artificial finger pressure hemostasis and instrument hemostasis, so that the operation of artificial finger pressure hemostasis and instrument hemostasis can be carried out continuously, and a large amount of blood will not flow out due to loose fingers.

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