An intelligent personalized exoskeleton device for fracture treatment

Abstract

The invention relates to an intelligent individual exoskeleton device for facture treatment. The intelligent individual exoskeleton device is characterized by comprising an intelligent individual exoskeleton and an installation assisting device. The installation assisting device comprises a steel needle with scale marks, a skeleton reset mechanism and a reference fixing plate. The steel needle with scale marks and the skeleton rest mechanism are installed at a focus position corresponding to the intelligent individual exoskeleton in a matched mode through the reference fixing plate. The device is designed by reserving advantages of internal and external fixation and overcoming defects of internal and external fixation. The exoskeleton is obtained through 3D printing; according to the design of the exoskeleton, a series of technologies of precision needle setting, CT thin-layer chromatographic scanning, computer virtual resetting, biomechanics design and the like are included, and the intelligent individual customized solution for fracture treatment is obtained. The purposes of minimal invasion, precision resetting, firmness, fixation and early recovery of limbs can be achieved.

Description

technical field [0001] The invention relates to an intelligent individualized exoskeleton device for fracture treatment. Background technique [0002] Fracture is a common trauma in orthopedic clinics. After fracture, patients need to receive corresponding treatment to ensure the recovery of damaged bones. At present, fracture treatment methods are divided into internal fixation and external fixation according to the location of the fixation. External fixation mainly includes small splints, plaster, resin, external fixation brackets and other fixation methods. External fixation is less traumatic, but it is usually difficult to accurately reduce the fracture end, and it is generally used for simple fractures and stable fractures; internal fixation is suitable for complex fractures and unstable fractures. Although fracture reduction and fixation are reliable, it increases iatrogenic trauma, It may cause a series of complications and sequelae such as infection. In addition, p...

AI Technical Summary

Problems solved by technology

External fixation is less invasive, but it is usually difficult to accurately reduce the fracture end, and is generally used for simple fractures and stable fractures; internal fixation is suitable for complex fractures and unstable fractures, although fracture reduction and fixation are reliable, but increases iatrogenic trauma, May cause a series of complications and sequelae such as infection, in addition, pain and scars cannot be avoided

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