Two-use arterial compression hemostat

Abstract

The invention discloses a two-use arterial compression hemostat, comprising a base, a fixing device and a pressing plate component, wherein the pressing plate component comprises a transparent pressing plate I, a transparent pressing plate II, a main supporting rod and two auxiliary supporting rods. In the two-use arterial compression hemostat, the pressing plates are mutually hinged and of transparent structures; the two pressing plates are respectively provided with a compression driving supporting rod, and can be operated according to needs, therefore, the two-use arterial compression hemostat adapts to a body surface structure, and carries out hemostatic operation according to the hemostatic parts; when in use, an auxiliary material is not needed, the action of a patient can be relatively flexible, and the use is simple and convenient; since the transparent pressing plate material is adopted, the condition of the compressed hemostatic parts can be observed, the diagnosis and nursing are favored, fine-adjustment compression hemostasis can be carried out pointedly; and the use is convenient, the prompt is intuitive, the operation is convenient, especially in wartime, any medical supplies can not be wasted. The two-use arterial compression hemostat not only can achieve the purpose of compression hemostasis, but also is applicable both in wartime and peacetime.

Description

technical field [0001] The invention relates to a medical hemostat suitable for peacetime and wartime, in particular to a dual-purpose arterial compression hemostat for peacetime and wartime. Background technique [0002] Arterial hemorrhage is sometimes caused during surgery, which is usually stopped clinically by compressing a hemostat. Arterial hemostats used in the prior art include a base, a threaded screw that passes through the base, and a hemostatic plate is provided at the end of the screw. Rotating the screw makes the hemostatic plate tightly pressed against the hemostatic site. The above structure can avoid artificial hand pressure to stop bleeding. However, because the pressing plate is a plate-shaped structure, it cannot have good adaptability to the body parts, so it cannot fit well with the hemostatic part, especially it cannot adapt to the fluctuation of the skin and changes accordingly. The part is lined with some auxiliary materials; and the auxiliary ma...

AI Technical Summary

Problems solved by technology

However, because the pressing plate is a plate-shaped structure, it cannot have good adaptability to the body parts, so it cannot fit well with the hemostatic part, especially it cannot adapt to the fluctuation of the skin and changes accordingly. The part is lined with some auxiliary materials; and the auxiliary materials are not fixed themselves, so they are easy to fall off, which hinders the patient's movement to a certain extent, and due to the difference in the patient's physique, bleeding and solidification on the auxiliary materials make it difficult to remove the auxiliary materials, and even can damage the skin

Especially in wartime, medical equipment and materials are in short supply, and the compression hemostat with this structure cannot fully play its role

The important thing is that after the existing compression hemostat implements compression, it is impossible to observe the condition of the compressed surface, which leads to certain blindness in diagnosis or nursing

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