An in vitro three-dimensional correction structure customization system for scoliosis deformity

Abstract

The invention provides an in vitro three-dimensional correction structure customization system for scoliosis deformity, which is suitable for children and adolescents with immature bones, including: a basic information acquisition module; a medical X-ray machine; an image recognition module; an analysis and processing module; CT image computer; software modeling module; three-dimensional correction structural parts manufacturing module and central control host, said central control host and basic information acquisition module, medical X-ray machine, image recognition module, analysis and processing module CT image machine, software modeling module and The three-dimensional correction structural parts manufacturing modules are connected and used to coordinate the information transmission and work order among the modules. The invention solves the problem that the patients with scoliosis have different conditions and are not suitable for the external three-dimensional correction structure of a unified standard.

Description

technical field [0001] The invention relates to the technical field of scoliosis correction equipment, in particular to an in vitro three-dimensional correction structure customization system for scoliosis deformity. Background technique [0002] The incidence of spinal deformity in adolescents in my country is 3%-5%, of which 60% occur in girls. The pathogenesis is complex, and its treatment is still under constant exploration and research in the past century. This field is a difficult point in the treatment of spinal deformities. Scholar consensus: Cobb angle of 10 in adolescent scoliosis 0 -40 0 For patients between the two, non-surgical treatment with fixed braces is required. However, there are still many gaps in the research on the current brace technology, such as the corrective effect of the rotating vertebral body, the specific size and direction of the orthopedic force, the dynamic adjustment of the correction plan, and the optimization of the ergonomic design o...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem in the prior art that the patients with scoliosis have different conditions and do not apply a uniform three-dimensional correction structure in vitro, the process of customizing the three-dimensional correction structure in vitro for patients through consultations between various departments is complicated and easily delays the timing of treatment.

Images