Mechanical separable hemostatic forceps device

Abstract

The invention provides a mechanical separable hemostatic forceps device, comprising: a storage assembly comprising a replaceable storage chamber inside which a plurality of sequentially arranged grips are stored, a hollow shank communicated with the replaceable storage chamber and inside which a plurality of grips are arranged in sequence, a first push bar arranged at the tail end of the hollow shank, a pull bar arranged above the hollow shank and the first push bar, and a linker for connecting the replaceable storage chamber, the hollow shank, the first push bar and the pull bar; and a picking forceps assembly comprising a shank, a front structural head arranged at the end of the shank and used to hook a recessed gap of one grip at the hemostatic part, two push bar rails arranged inside the shank, a push pin arranged between the two push bar rails, and a slider arranged at the rear end of the shank and connected with the push pin. The mechanical separable hemostatic forceps device herein has simple structure, is convenient to operate, has low manufacture cost and good hemostatic effect, and allows surgery to be carried out smoothly at the premise of retaining a minimally invasive surgery operable space.

Description

technical field [0001] The invention relates to a hemostat device, in particular to a mechanical detachable hemostat device. Background technique [0002] Minimally invasive surgery refers to the operation that causes minimal trauma to the human body during the operation process. It is a variety of operations that use laparoscopy or small incisions for treatment. Traditional surgical incisions are very large, and because the separated tissue is relatively extensive, it causes more damage to muscles, blood vessels and corresponding nerves, which is likely to cause complications. Compared with traditional surgery, minimally invasive surgery has the characteristics of small wound, less pain, faster recovery, shorter hospital stay, less bleeding, etc., which greatly reduces the inconvenience and pain caused by surgery to patients. [0003] With the development of modern science and technology, abdominal surgery has successfully changed from traditional surgical laparotomy to mi...

AI Technical Summary

Problems solved by technology

During the operation, the doctor needs to clamp the blood vessels next to the tissue for a long time with ordinary hemostats. When the blood supply is blocked, it is easy to cause fatigue and pain in the fingers, palms, wrist joints and shoulders of the doctor.

Moreover, for multiple bleeding points, multiple traditional hemostats need to be used, which greatly occupies a limited incision space, which is very unfavorable for surgical operations and reducing patient injuries

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