Medical continuously-applied titanium clip

Abstract

The invention relates to a medical continuously-applied titanium clip, which is mainly suitable for clipping blood vessels during a surgery on a human body. The medical continuously-applied titanium clip comprises a handle part and a clip rod part, and is characterized in that: the handle part is provided with a titanium clip in-place clipping device and a handle clip resetting device which are positioned inside the handle part; the titanium clip in-place clipping device is positioned at the rear end of the clip rod part and connected with the clip rod part; the handle clip resetting device is matched and connected with the titanium clip in-place clipping device; the push rod connector of the titanium clip is connected with the push rod of the titanium clip through a push rod pin; and a clipping ejector rod connector is connected with a clipping ejector rod through an ejector rod pin. The medical continuously-applied titanium clip is applicable to mini-invasive surgeries, can be applied continuously and fully automatically during surgical operation, is convenient and reliable in use and avoids influencing the filling of the titanium clip even through wrong operation occurs. The titanium clip has a protective device, allows a clip rod to rotate 360 DEG and can reduce surgical time, the amount of bleeding and surgical risks.

Description

technical field [0001] The invention relates to a clamp, in particular to a medical continuous titanium clamp, which belongs to medical equipment and is mainly suitable for clamping blood vessels in minimally invasive human surgery. Background technique [0002] In human surgical procedures, such as abdominal surgery, stopping bleeding as much as possible is a major factor in the ultimate success of the operation. In the prior art, titanium clips are usually used for clamping blood vessels, and titanium clips are usually clamped by hand through pliers, and then the titanium clips are clamped to the blood vessels; in this way, the titanium clips must be clamped one by one. The operation time is long and the amount of bleeding is large, which increases the risk of operation and the pain of patients. [0003] Chinese Utility Model Patent No. ZL2006201088398 discloses a "semi-automatic continuous firing titanium clamp" structure; it is mainly composed of a clamp head, a titaniu...

AI Technical Summary

Problems solved by technology

Its disadvantages are: 1. It cannot be used in minimally invasive surgery; 2. It is not fully automatic during the operation. After each clip application, the titanium clip should be taken out from the surgical site and refilled with the titanium clip; 3. Whether the titanium clip There is no protective device for clamping; 4. The clamp rod cannot be rotated 360°, and the angle of the clamp rod cannot be adjusted according to the surgical needs

The disadvantages are: 1. The titanium clips are not automatically fired continuously during the operation. After each clip application, the titanium clips must be taken out from the abdominal cavity and refilled with titanium clips; 2. There is no protective device for whether the titanium clips are clamped properly; 3. The clamp bar cannot be rotated 360°, and the angle of the clamp bar cannot be adjusted according to the surgical needs

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