Immersion-type self-adaptive pose virtual surgery training platform

Abstract

Provided is an immersion-type self-adaptive pose virtual surgery training platform, comprising four parts of an upper display component, a middle console component, a lower support component and a side support component, and the like. The upper display component, which is designed according to ergonomics, fits a human facial structure and is adapted to human brains with different sizes by adjusting the size of the observation center space via a button, so that the human brains fit well with the platform and the sense of immersion in enhanced. The pose can be adjusted in the self-adaptive way, so that the surgery operation training can be conducted with the appropriate pose, thereby improving the degree of comfort and reducing the fatigue. The whole surgery training process is observed via an external 3D display of the upper display component, so as to evaluate the training effect. The platform of the invention may be used for simulating the operation process of various surgeries, such as brain surgeries, liver surgeries, kidney surgeries, breast surgeries and the like, enables intern doctors or medical college students to conduct the surgery training in the repeated, damage-free and convenient manner, and solves the problems of long training period, low efficiency, high cost, lack of training objects which may occur during traditional surgeon training.

Description

technical field [0001] The invention relates to a virtual surgery training device based on computer virtual reality technology Background technique [0002] Based on computer simulation virtual reality technology, computer reconstruction is used to generate one or a certain type of two-dimensional or three-dimensional virtual scene in reality. The same realistic hearing, vision, smell, force and other multi-sense. [0003] The traditional training method of surgeons adopts the apprenticeship mode of "passing, helping and leading". This method has problems such as long cycle, high cost, low efficiency, and lack of corpse sources. Even though animals are often used in medical experiments as the training objects of surgeons, there are ethical problems, and the organizational structure of animals is bound to be different from that of humans. [0004] In order to solve these problems in the training of surgeons, the research and development of virtual surgery simulation traini...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the problems of long training period, high cost, low efficiency, lack of training objects and violation of ethics and morals in traditional surgeon training, the present invention discloses an ...

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