Scalp bleeding stopping gun and cartridge clip assembly

Abstract

The invention discloses a scalp bleeding stopping gun and a cartridge clip assembly. The scalp bleeding stopping gun comprises a gun body and a cartridge clip which is movably connected to the gun body, wherein a firing assembly is arranged on the gun body; the cartridge clip comprises a housing; a pushing clamping plate is arranged in the housing; a plurality of scalp clips are sequentially arranged in the pushing clamping plate from front to rear; one end of the pushing clamping plate is connected with the firing assembly; the pushing clamping plate is driven by the firing assembly to move forwards and backwards, and the other end of the pushing clamping plate is provided with a forcep jaw part; the forcep jaw part can generate elastic bending because of pressure, and is in contact withthe scalp clip at the utmost front end; the pushing clamping plate moves forwards until the forcep jaw part is in contact with the inner wall of the housing, a part of the scalp clip extends out of the housing; the pushing clamping plate continuously moves forwards to enable the inner wall of the housing to press the forcep jaw part, the forcep jaw part is bended to extrude the scalp clip, and thescalp clip is opened for clamping scalp; and the pushing clamping plate is driven by the firing assembly to move backwards to an initial position. Through the adoption of the manner of the scalp bleeding stopping gun disclosed by the invention, scalp clips can be continuously and quickly fired to accurately clamp the scalp to be clamped; and the scalp bleeding stopping gun is convenient to use, safe and reliable.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a scalp hemostatic gun and a magazine assembly. Background technique [0002] In clinical brain surgery, it is necessary to use a large number of scalp clips to fix and stop the bleeding of the patient's incised scalp. A brain operation requires the use of multiple scalp clips at the same time. The current operation method is that the scalp clips are fixed by the nurse. Put the scalp clamp on and pass it to the surgeon. After the surgeon uses it, return the empty clamp to the nurse and take another scalp clamp. In this way, the doctor and the nurse need to repeatedly transfer the scalp clamp, which is time-consuming, labor-intensive, and labor-intensive. It will increase the amount of bleeding in patients and prolong the operation time. In addition, the current scalp clamp can only hold one scalp clamp at a time, which will cause the scalp clamp to squeeze and tear the scalp, ma...

AI Technical Summary

Problems solved by technology

[0002] In clinical brain surgery, it is necessary to use a large number of scalp clips to fix and stop the bleeding of the patient's incised scalp. A brain operation requires the use of multiple scalp clips at the same time. The current operation method is that the scalp clips are fixed by the nurse. Put the scalp clamp on and pass it to the surgeon. After the surgeon uses it, return the empty clamp to the nurse and take another scalp clamp. In this way, the doctor and the nurse need to repeatedly transfer the scalp clamp, which is time-consuming, labor-intensive, and labor-intensive. It will increase the amount of bleeding in patients and prolong the operation time

In addition, the current scalp clamp can only hold one scalp clamp at a time, which will cause the scalp clamp to squeeze and tear the scalp, making the operation difficult and causing unnecessary damage to the patient

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