Electronic spinal fracture carrying correcting model

Abstract

The invention provides an electronic spinal fracture carrying correcting model which comprises a normal spine module and a spinal fracture module. The normal spine module comprises a simulated intervertebral disc, n upper vertebra simulating block and a lower vertebra simulating block connected in series through the simulated intervertebral disc; the spinal fracture module comprises a fracture upper vertebra simulating block, a fracture upper intervertebral disc module, a facture upper module, a fracture lower module, a fracture lower intervertebral disc module and a facture lower intervertebral disc simulating module. The fracture upper module is provided with an anti-traction module through a bolt II; the fracture lower module is provided with a simulated spinal cord; and the fracture upper module is provided with a simulated canalis vertebralis. In spinal facture carrying training and checking, information of carrying mistakes and damage parts are fed back to an operator, so that the operator is helped to correct mistakes and master a spinal fracture carrying technology so as to reduce the risk of damage of spinal cord of different types and different extents as a result of improper carrying out spinal fracture in real medical treatment. The healthy rights and interests of a patient are maintained.

Description

technical field [0001] The invention relates to the technical field of medical models, in particular to an electronic spinal fracture handling error correction model. Background technique [0002] Most spinal fractures are caused by traffic injuries, falling injuries, violence or sports injuries. With the development of modern society, convenient and fast transportation and the process of urbanization, the incidence of spinal fractures is increasing year by year, accounting for about 5% to 6% of total fractures. %, such as wars and earthquakes, the incidence rate is as high as 10.2% to 14.8%. The spinal cord is located in the spinal canal. If the medical staff mishandle it, the spine is subjected to external forces and appears to be bent, rotated, twisted, translated, slipped, pulled or compressed, etc., the spinal cord must be in a state of shock, compression, bruising, cutting, etc., and different types of spinal cords will appear. , different degrees of injury, may cause...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides an electronic spinal fracture handling error correction model, which solves the problem that it is currently impossible to simulate spinal fractures occurring in any segment, single or multiple fractures; Bending in any direction, rotational twist, translational slippage, longitudinal traction or compression injury; whether the spinal fracture is handled correctly or not depends entirely on the naked eye judgment of the teacher or examiner, and it is difficult for the operator to find the handling error in time and correct it by himself problems; thereby reducing the medical risks caused by improper handling

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