Smart scoliosis orthopedic system

Abstract

The invention discloses a smart scoliosis orthopedic system. The smart scoliosis orthopedic system includes a data analysis module, a simulation design module, a wearing feedback module and a terminalcontrol module; the data analysis module uploads a whole-spine X-ray film of a patient, and then the system automatically analyzes the scoliosis type of the patient and then gives specific conditionssuch as corresponding Cobb angles; according to pelvis X-ray film information of the patient, a risser sign and a bone-age increase space are given to assist in pre-judging an orthopedic condition ofa brace on the patient; and meanwhile, CT images or other data of parts required by specific suggestions on thoracic segments or lumbar segments is given. The smart scoliosis orthopedic system has the advantages that effects of automatic design, monitoring and treatment are achieved, doctor-patient communication conflicts are reduced through cooperation of an attending doctor, the patient and other family members, many medical resources can also be saved to a great extent, and meanwhile orthopedic treatment effects on scoliosis can also be improved.

Description

technical field [0001] The invention relates to the technical field of medical orthopedics, in particular to an intelligent scoliosis orthopedic system. Background technique [0002] Scoliosis is one of the diseases that seriously endanger human health. It is common in adolescents and children. Orthopedic braces are considered to be the only effective conservative treatment. [0003] In the past: Traditional gypsum is generally handmade, the disadvantage is that it takes a long time, requires a high level of hands-on ability and technical level of the brace technician, has a sense of restraint to the patient, is not easy to clean, and psychologically conflicts with the patient; [0004] Now: The computer uses the 3D scanning system to collect data and construct a 3D model of the patient's limbs, and uses the computer software system to assist in the design of the 3D model based on the patient's X-rays, and then transmits the designed data to the machining center for precise ...

AI Technical Summary

Problems solved by technology

[0005] The advantages of computer-aided design are: fast, accurate, clean, environmentally friendly, and non-contact design visualization with patients; the design of scoliosis orthosis is mainly based on the Senus orthosis, which has better anti-rotation and correction Side bending effect, but at the same time there are many deficiencies. Its wrapping and control range is relatively large, which has a certain impact on the range of motion and aesthetics of the patient's respiratory trunk; The displacement of the body, the line of force is not correct, the body is sideways, and the design of the left shoulder is too high, which may easily lead to new bending of the neck or increase the original bending of the neck. The mismatched brace not only cannot achieve the orthopedic effect, but may even To strengthen the pathological problem of scoliosis, a good brace cannot affect the patient's deep breathing; because the deep breathing training in the brace can effectively improve lung capacity and improve the deformity of the razor back; the three-dimensional correction of a good brace includes: frontal plane side bending, sagittal plane physiological curvature change, horizontal plane rotation

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