用于腿部康复的主动踏板健身器

Filipa Garcia, J. Ferreira, Paulo Ferreira, Stephane Cruz, M. Crisostomo, A. Coimbra
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引用次数: 2

摘要

只提供摘要形式。考虑到驱动下肢进行大多数日常活动的能力对所有人的重要性,并且知道不断需要开发新的方法来帮助那些由于外部或物理原因而不能充分利用这种能力的人,运动康复工具正在开发中。市场上已经有一些腿部康复的产品。踏板健身器和静态自行车是最常见的。大多数情况下,它们都非常初级,因为医护人员无法通过软件控制这种做法。其中一些有模拟户外运动的虚拟环境。一些尚未上市的产品具有新的和重要的功能,比如通过可调节的抵抗运动[1]对患者的表现做出反应,以优化康复过程。另一种可以刺激患者的腿部运动,因为他们的马达,并交替在向前或向后骑b[2]。还有一种装置的原型,可以训练双侧下肢。这里展示的康复装置是基于一种电动辅助自行车,它会逐渐触发,根据施加在踏板上的力传感器上的压力,允许补偿腿部的行动问题,帮助它完成预期的骑行运动。还有一个传感器可以监测病人的心率。为了获得压力传感器和心率值,使用了数据采集系统。它与计算机和电机控制器相连。有了它,就可以进行运动控制,以确保治疗的效率和患者的安全。它还可以用不同的参数锻炼每条腿,这对中风患者来说是一个非常有用的优势,也可以通过模仿健康腿的表现来弥补缺失或受损的肢体。计算机接口允许负责的物理治疗师对设备进行负责任的管理和有效的监控。预计不久将在一家公立医院测试原型机。
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Active pedal exerciser for leg rehabilitation
Summary form only given. Given the importance of the ability to drive the lower limbs to perform most daily activities for all people and knowing that there is a constant need to develop new ways to help people who do not fully make use of this ability, either by external or physical causes, a tool for motion rehabilitation is being developed. In the market there are already some products for leg rehabilitation. Pedal exercisers and static bicycles are the most common. Mostly, they are very rudimentary because its practise can't be controlled by the health staff through software. A number of them have virtual environments for simulation of outdoor exercise. Some products that aren't yet on the market have new and important features, like reacting to the patient's performance to optimize the rehabilitation process, through an adjustable resistant motor [1]. Other can stimulate patient's legs movement because of their motor, and alternate between cycling forward or backward [2]. There is also a prototype of one device that trains lower limbs bilaterally [3]. The rehabilitation device presented here is based on a kind of motor assisted bicycle, which will gradually be triggered, depending on the pressure exerted on the force sensors existing on the pedals, allowing to compensate the leg with mobility problems, helping it to perform the expected cycling movement. There is also a sensor to monitor the patient's heart rate. To obtain the pressure sensor and heart rate values a data acquisition system is used. It is connected to a computer and to the motor controller. With it, it is possible to perform motor control to ensure the efficiency of the treatment and the patient safety. There is also the capability of exercising each leg with different parameters, which represents a very useful advantage for stroke patients, and can also compensate for a missing or impaired limb by mimicking the performance of the healthy leg. A computer interface allows the physiotherapist in charge to make a responsible management and an efficient monitoring of the equipment. It is expected to test a prototype in a public hospital soon.
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