Surgical model training method based on 3D modeling image technology

Abstract

The invention discloses an operation model training method based on a three-dimensional modeling image technology. The method comprises the following steps: S1, acquiring three-dimensional image information of various tissues and organs of people of different body types, ages and sexes, and calibrating key points of the three-dimensional image information so as to obtain a three-dimensional training model set which comprises the various corresponding three-dimensional training model information; S2, establishing trigger performance information of the key points of the three-dimensional training model information; and generating a random emergency situation example set; S3, in accordance with the various tissues and organs, generating apparatus control and conversion parameters corresponding to various operation types; acquiring user's operation type training request information; and confirming the corresponding apparatus control and conversion parameters in accordance with the operation type training request information; and S4, extracting the three-dimensional training model information from the three-dimensional training model set as an object of operation simulation training; receiving user's operating information; and converting the user's operating information into operating information of the three-dimensional training model information via the apparatus control and conversion parameters.

Description

technical field

[0001] The invention relates to the technical field of surgical simulation training, in particular to a surgical model training method based on three-dimensional modeling image technology. Background technique

[0002] Existing surgical training often takes place in medical schools and affiliated hospitals of medical schools. Due to limited training opportunities for clinical operations, it is often impossible for medical interns to obtain good training. There are also some surgical training devices in the prior art, but they are often unable to fully simulate the real surgical scene, and most importantly, a surgical training device can only be adapted to one type of surgery after long-term use, and in one type of surgical training, the level It cannot be improved again, and the existing surgical simulation training methods are often very dogmatic, and cannot truly simulate various sudden situations in the surgical process. Contents of the invention [000...

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