Real hysteroscope simulation training system and method based on simulated uterine cavity

Abstract

The invention discloses a real hysteroscope simulation training system and method based on a simulated uterine cavity, and relates to the technical field of medical instrument training. The system comprises a simulated uterine cavity module, a simulated training module and a simulated training operation assessment module. The simulated uterine cavity module simulates the real uterine cavity form and lesion condition by using an in-vitro pig heart to complete the hysteroscopy operation process; the simulation training module applies an Olympus hysteroscope system, completely simulates a clinical practical application scene and is used for students to simulate and train various training subjects of hysteroscopy; and the simulation training operation assessment module is used for assessing and scoring the operation image information of the simulation training of the trainee. The pig heart is used for simulating the uterine cavity environment, meanwhile, the uterine cavity lesion condition conforming to clinical practice is constructed, and the material source is simple, convenient and economical; meanwhile, the Olympus hysteroscope system is directly applied, and the operation is real and consistent with the clinical actual operation; and the learning effect is improved so that students can really master hysteroscope operation skills.

Description

technical field [0001] The invention relates to the technical field of medical device training, in particular to a real hysteroscope simulation training system and method based on a simulated uterine cavity. Background technique [0002] Laparoscopy is an instrument with a miniature camera. Laparoscopic surgery is performed using a laparoscope and related instruments. It uses a cold light source to provide illumination, and inserts a laparoscopic lens (3-10 mm in diameter) into the abdominal cavity. Digital camera technology enables the image captured by the lens of the cavity mirror to be transmitted to the post-stage signal processing system through the optical fiber, and displayed on the special monitor in real time. Then the doctor analyzes and judges the patient's condition through the images of different angles of the patient's organs displayed on the monitor screen, and uses special endoscopic instruments to perform the operation; before the endoscopic surgery interns...

AI Technical Summary

Problems solved by technology

At present, in my country's clinical skills training, most of them lack complete and systematic modern teaching methods. At the same time, due to the high purchase cost of hysteroscopic equipment, the relevant practice model training lacks authenticity and cannot truly simulate the uterine cavity operation process in clinical practice; in addition, In the teaching of hysteroscopy training, part of the teaching is only through oral or video teaching, so that students cannot personally experience the effect of hysteroscopy operation

In normal clinical standardized training, it is difficult for different teachers to achieve homogeneous management in clinical practice teaching, emphasizing operation and ignoring theory, which makes the hysteroscopy operation level of students uneven. Many students are unable to fully grasp the theory and operation skills related to hysteroscopy

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