Bone joint dislocation manipulation reset training system based on virtual reality technology

Abstract

The invention relates to a bone joint dislocation manipulation reset training system based on a virtual reality technology, and the system comprises: a standard data module which is used for obtainingthe relation data of a joint dislocation type and a standard bone joint movement track; a model construction module which is used for constructing a corresponding bone joint dislocation 3D model according to the bone joint dislocation type data to be trained; a virtual reality module is used for carrying out virtual reality display on the osteoarticular dislocation 3D model, enabling the bone joint dislocation 3D model to have a manipulation perception function and controlling the state of the bone joint dislocation 3D model according to the received action signal; and a prompt module which is used for generating a real-time bone joint movement track according to the action signal and generating prompt information based on the relationship between the real-time bone joint movement track and a standard bone joint movement track. Compared with the prior art, the system has the advantages of improving the training effect, reducing the cost and the like, and conveniently cultivating and training medical students and young orthopedists.

Description

technical field [0001] The invention relates to a reset training system, in particular to a virtual reality technology-based bone joint dislocation manual reset training system. Background technique [0002] For common joint dislocations, such as shoulder, elbow or hip dislocation, manual reduction is one of the most commonly used conservative treatment methods. In order to achieve a good reduction and allow the dislocated joint to enter the glenoid, certain manipulation skills are still required. At present, medical students or young doctors can only learn through textbooks, videos and teacher lectures, and it is difficult to practice on patients with joint dislocation, so it is difficult to truly understand the main points of reset; if you directly perform manipulation exercises on patients with joint dislocation , it will increase the pain of the patient and bring new damage to the patient due to wrong operation. At the same time, it will also make the students feel nerv...

AI Technical Summary

Problems solved by technology

At present, medical students or young doctors can only learn through textbooks, videos and teacher lectures, and it is difficult to practice on patients with joint dislocation, so it is difficult to truly understand the main points of reset; if you directly perform manipulation exercises on patients with joint dislocation , it will increase the pain of the patient and bring new damage to the patient due to wrong operation. At the same time, it will also make the students feel nervous and flustered when they visit the patient in person. The learning cycle is long and the effect is poor.

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