Arthroscope training tool

Abstract

The invention relates to an arthroscope training tool, and relates to the field of medical teaching equipment, the arthroscope training tool comprises a placing box and a training device detachably connected in the placing box, and the periphery and the top of the placing box are provided with operation holes for an operation tube with a lens to penetrate through; and the training device comprises a mounting plate detachably connected in the placing box and a training assembly fixedly connected to the mounting plate. The tool has the advantages that a doctor can effectively train a surgical mirror operation, and the training cost is reduced.

Description

Technical field [0001] The present application relates to the field of medical teaching equipment, in particular, involving an arthroscopic training tool. Background technique [0002] Arthroscopic surgery is an emerging surgical technique that has a lens in the end of a operating tube, insert the operating tube into the joint inside, the structure inside the joint will be displayed on the via the imaging system, which can be passed Different angle enclosures are observed in the joint internal disease. It can see almost all parts in the joint. Since the image is enlarged, it is more accurate, with small incision, small trauma, less scar, recruitment, complications less Waiting for the advantages, favored by the majority of orthopters and patients. [0003] However, the surgery is different from conventional surgery, and the surgical operation needs to be completed under the mirror, so the surgeon is high, the difficulty is more difficult, and the doctor needs a lot of training to...

AI Technical Summary

Problems solved by technology

[0004] Currently, there are five types of arthroscopic training: actual surgical operation, cadaver operation training, animal operation training, surgical simulation training system established by virtual reality technology, and imported simulation equipment training. The cost of operation training is expensive; the virtual reality simulation system uses a simulation interface to simulate and display the scenarios that may be encountered in real arthroscopic surgery. Although the virtual reality simulation system can better train the cognitive ability and theoretical knowledge of beginners, it cannot Fundamentally train the hand-eye coordination ability of beginners; imported simulation equipment training is the most used

[0005] However, the imported simulation training equipment is complex in structure and expensive, which is not conducive to promotion

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