HEFESTO DESENVOLVIMENTO E CRIAÇÃO DE TECNOLOGIA NA ÁREA MÉDICA LTDA
发明人:
LUIZ FERNANDO MICHAELIS,MARIO FERNANDO PRIETO PERES,NEY FERNANDO PRIETO PERES,RONALDO PEREIRA DE MIRANDA
申请号：
BR202017023353
公开号：
BR202017023353Y1
申请日:
2017.10.30
申请国别(地区):
BR
年份:
2019
代理人:
摘要：
arrangement applied to the modular orthosis made by 3d printing with customized dimensions for each patient, with recyclable polymers this utility model describes orthopedic orthoses with adaptive dimensions individualized for each patient designed for the immobilization of the pelvipodalic region, from a three-dimensional digital image of the patient for manufacturing by 3d printing, using as filament or filaments of recyclable polymers, and presenting in modules and in hollow format with density reinforcement of its structure at the points where the joints exert their greatest mechanical mechanical force. This provision is indicated for (a) treatment of fractures of one or more selected lower limb parts of the group: feet, ankles, legs, knee, thighs and / or hips； and (b) immobilizations of one or more selected lower limb parts of the group: lumbosacral spine, pelvis, hips, thighs, knees, legs, ankles and / or feet； immobilizations resulting from: (i) postoperative surgical needs (orthopedic surgeries)； (ii) treatment of deformities in the pelvis and lower limbs in childhood； and (iii) immobilization for analgesia in muscle and tendon injuries in children, adults and the elderly. The orthosis has the advantages of greater patient comfort and ease of hygiene, being environmentally friendly because it is made from recyclable polymers, and has a viable cost to implement in medical clinics and / or hospitals.disposição aplicada a órtese modular fabricada por impressão 3d com dimensões customizadas a cada paciente, com polímeros recicláveis o presente modelo de utilidade descreve órteses ortopédicas com dimensões adaptáveis individualizada a cada paciente desenhada para a imobilização da região pelvipodálica, a partir de uma imagem digital tridimensional do paciente para fabricação por impressão 3d, utilizando como matéria-prima filamentos ou pós de polímeros recicláveis, e se apresentando em módulos e em formato vazado com reforço de densidade de sua estrutura nos pon
