Spinal endoscope hemostatic forceps

Abstract

The invention discloses a pair of spinal endoscope hemostatic forceps in the field of medical instruments, which comprises a forceps clamping end in contact with a working surface and a handle for controlling the forceps clamping end, the forceps clamping end is sequentially divided into a working layer, a discharging layer and a filling layer, the working layer, the discharging layer and the filling layer are spaced from one another, and a feeding hole is formed in the junction of the discharging layer and the filling layer; a working piece for orthopaedic excision is machined on the surfaceof the working layer; a sliding piece, an elastic piece, a pushing piece and a control piece are arranged in the discharging layer; the sliding piece is located in a movement stroke of the pushing piece. The sliding part covers the surface of the feeding opening; an elastic piece is hinged between the sliding piece and the discharging layer; a discharging opening is formed in the maximum stroke position of the pushing piece and located in the end opening of the discharging layer, a control piece for controlling the pushing piece to reciprocate is connected between the pushing piece and the handle, the medical staff operate the pushing piece to convey bone wax to the discharging opening, bleeding stopping is conducted on the bone bleeding position of a patient in time, the operation difficulty is lowered, and bone wax conveying time is shortened.

Description

technical field [0001] The invention belongs to the field of medical instruments, in particular to a spinal endoscopic hemostatic forceps. Background technique [0002] In the 1980s, with the development of technology and endoscopic instruments, orthopedic surgeons began to use endoscopic technology for spinal surgery. After the 1990s, endoscopic spinal surgery has made great progress and is currently more clinically practical. Valuable techniques include endoscopic assisted posterior or lateral posterior approach of intervertebral discectomy, laparoscopy assisted lumbar debridement, and thoracoscopic assisted thoracic debridement. [0003] When performing minimally invasive orthopedic or pain surgery, occasional bone bleeding may occur in patients. In the prior art, when performing hemostasis in minimally invasive surgery, the medical staff usually use the following techniques. When blood appears in the endoscopic field of view (more than 2ml), the medical staff usually us...

AI Technical Summary

Problems solved by technology

[0004] The inventor, as the chief surgeon of the pain department, found the following drawbacks in the prior art during the long-term treatment of patients. When the patient is bleeding, the endoscope vision is blurred and bone wax cannot be used to stop the bleeding. Therefore, medical cotton must be used to stop the bleeding first. At this time, the patient lies on the operating bed for a long time, which will increase the local infection rate of the patient, increase the nerve compression, and even lead to postoperative neurological dysfunction or even disability, prolonging the pain of the patient's operation. Unable to effectively stop bleeding, minimally invasive surgery is usually converted into open surgery (at this time, local anesthesia becomes general anesthesia), and at the same time, the damage to the patient is increased, and even these injuries are difficult to heal

Even though the medical cotton can reduce the patient's blood loss and regain the vision of the medical staff, the bone wax needs the medical staff to knead and shape it. At the same time, the bone wax tends to stick to the endoscope during transmission, causing the lost vision again.

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