Multifunctional vascular clamp for organ transplantation operation

Abstract

The invention discloses a multifunctional vascular clamp for organ transplantation operation. The multifunctional vascular clamp for the organ transplantation operation comprises a grip, a pressing piston, a cotton ball cylinder, a shank, a clamp head, a limiting inserting slot, a clamping block, an extension rod, a magnetic ball, a fine scalpel, a shearing slot, a battery, a charging hole, a miniature cameras, a blade and an inflatable apron. The multifunctional vascular clamp for organ transplantation operation has the beneficial effects that the removal and installation of a hemostatic cotton ball are facilitated by the pressing piston, the time for taking the cotton ball is shortened, the hemostatic efficiency is improved, uniform storage of the cotton ball is facilitated by the cottonball cylinder, the cotton ball is convenient to quickly take, and the internal cotton ball stock is easy to observe; the fine scalpel increases the function of the vascular clamp, the cutting operation before the operation is facilitated, and the replacement time between instruments is shortened; the miniature camera is matched with an externally arranged monitoring microscope to perform fine operation on corresponding blood vessels, the operation error is reduced, and the accuracy of the operation is ensured; and the inflatable apron ensures that the clinician maintains the stability when holding the multifunctional vascular clamp, it is guaranteed that the hand and the grip are tightly connected.

Description

technical field [0001] The invention relates to a blood vessel clamp, in particular to a multifunctional blood vessel clamp used for organ transplantation, and belongs to the technical field of medical instruments. Background technique [0002] Vascular forceps are mainly used to clamp blood vessels or bleeding points, also known as hemostatic forceps. The main difference in structure of vascular forceps is the alveolar bed. Due to the needs of surgical operations, the alveolar bed is divided into straight, curved, right angle, and arc. (such as renal pedicle forceps), etc., for vascular forceps used in vascular surgery, the teeth of the alveolar are thinner, shallower, and have better elasticity. Non-injury blood vessel forceps, because the front end of the forceps is smooth, it is easy to insert into the fascia, it is not easy to puncture the vein, and it is also used for separating and dissecting tissues. [0003] Although the existing vascular clamps are widely used, th...

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Problems solved by technology

[0003] Although the existing vascular clamps are widely used, there are still some problems in the process of use. First, the existing vascular clamps have a single function and need to be replaced frequently during an operation, which is sometimes easy to cause a waste of time. 2. The existing multifunctional vascular clamps have limitations in their functions when used in organ transplantation operations, and there is still room for improvement in their functions. Occurrence of operating errors, which will have a certain negative impact on the patient

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