脚踏库存管理(FDIM)

Walid Kamali, Bassel El Osta, Bassem Hmouda, M. Fawal
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摘要

足下垂是指足部和踝关节背屈肌麻痹或无力,导致足部和脚趾拖拽。它可因创伤、关节成形术、神经生理缺陷或肿瘤而发生。研究目标是开发一种内假体,使足下垂病患者恢复几乎正常的生物力学运动。我们设计了一个由316不锈钢制成的生物机械假体,利用病人的真实力量,并确定了男女脚的平均重量。使用软件估计了假体的尺寸。这个概念在美国获得了专利,并向医生和患者发布了一项调查,以收集反馈。然而,屈服强度装置模拟显示了无限延伸,并且是适度的,长度约为5厘米,直径约为2厘米。考虑到该设备非常简单,具有巨大的潜力,与众所周知的替代疗法相比,它将成为未来治疗足下垂的理想方法。
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Foot Drop Inventory Management (FDIM)
Foot drop is a condition in which the dorsiflexor muscles of the foot and ankle are paralyzed or weak, causing the foot and toes to drag. It can occur because of trauma, arthroplasty surgery, neurophysiological deficits, or tumors. The research goal was to develop an endo-prosthesis that would allow patients with foot drop disease to regain nearly normal biomechanical motion. We designed a bio-mechanical endo-prosthesis from stainless steel 316 using real patient forces as well as determining the average weight of the foot in both sexes. The dimensions of the endo-prosthesis have been estimated using software. The concept was granted a patent in the United States, and a survey was issued to physicians and patients to gather feedback. However, the yield strength device simulation revealed an endless extension, and it is modest, measuring roughly 5 cm in length and 2 cm in diameter. Taking into consideration that the device is very simple and has tremendous potential and it will be an ideal treatment in the future for foot drop comparing to the well-known alternative treatments.
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