Personalized occupation insole and preparation method thereof

Abstract

The invention relates to a personalized occupation insole and a preparation method thereof, the personalized occupation insole comprises a personalized occupation block and a bottom pad, the personalized occupation block is located above the bottom pad, the position of the personalized occupation block corresponds to a missing part of the foot, and the personalized occupation block is matched withthe shape of the missing part of the foot; the personalized occupation block and the bottom pad have uniform elasticity modulus or variable elasticity modulus; according to the preparation method, the contact pressure of the personalized occupation insole comprising the personalized occupation block and the bottom pad and the residual foot of the patient is calculated through finite element analysis, and then the uniform elastic modulus or the variable elastic modulus of the personalized occupation block and the bottom pad is optimized with the purpose of reducing the contact pressure as an optimization target; by starting from the two aspects of the space occupying function and the biomechanical property, the personalized occupation insole with the missing part personalized occupation function and the function of reducing the residual foot stress peak value is provided for a foot amputation / apoptosis patient, the personalized requirements of the patient are met, and the clinical adaptation degree and the rehabilitation effect are improved.

Description

technical field [0001] The invention belongs to the technical field of personalized aiding devices for the disabled, and in particular relates to a personalized space-occupying insole and a preparation method thereof. Background technique [0002] The foot transmits the force of the human body to the ground when standing and exercising, and plays a vital supporting role. Amputation / amputation of the foot due to trauma, inflammation, tumor, disease, and congenital defects can lead to problems such as impaired foot function, limited motor function, and the vacant position can cause the residual foot to develop during walking If the displacement is large, the skin at the end of the residual limb retained after amputation / toe amputation is relatively weak, which is likely to cause further secondary damage. The above problems will bring health and economic burdens to patients, especially for diabetic foot patients, the secondary injury will cause very serious consequences. Acra...

AI Technical Summary

Problems solved by technology

At present, all kinds of foot wearable devices on the market are mass-produced products. The shape of the patient's foot, amputation / toe amputation site, soft and hard soft tissue of the foot are different, and the demand for the shape and mechanical properties of the foot wearable device is also different. They are different and have distinct individual needs, and batch products are difficult to meet the individual needs of patients, so the degree of clinical adaptation and rehabilitation effect are not significant

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