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An instrumented glove for monitoring forces during object manipulation

机译:一种用于监控物体操纵过程中力的仪器手套

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摘要

Upper limb rehabilitation concentrates on restoring the operations of arms, hands and fingers. This integrated measuring device is in the form of a glove which records the force exerted for fine motor activities and hence indicates to the physiotherapist who guides the patient to regulate the force as per the need and thus avoid applying unwanted strain. Though this device has not yet been fabricated in India, it is developed abroad by NexGen [1] and TekScan [2]. The block diagram includes sensing the signal followed by processing this signal and passing this processed signal into the ADC Converter and finally to the Microcontroller. This unit is assembled and the circuit is then attached to the glove. When tested on subjects, the device indicated an error of ±0.02kgf. The device has been tested on fifteen subjects who had to carry out three main activities subdivided into two parts. The most imperative conclusion that can be inferred from the variability in forces applied by subjects is that grasp mechanism is an individual trait. However, some basic trends were observed with reference to changes in diameter, height and weight of the objects that were used for manipulation.
机译:上肢康复专注于恢复手臂,手和手指的操作。该集成的测量装置为手套的形式,该手套记录了为进行精细运动而施加的力,并因此指示理疗师,该理疗师根据需要引导患者调节力,从而避免施加不必要的张力。尽管该设备尚未在印度制造,但它是由NexGen [1]和TekScan [2]在国外开发的。框图包括检测信号,然后处理该信号,并将处理后的信号传递到ADC转换器,最后传递到微控制器。组装好这个单元,然后将电路连接到手套上。在对象上进行测试时,该设备的误差为±0.02kgf。该设备已针对15位受试者进行了测试,这些受试者必须执行三项主要活动,这些活动分为两部分。从主体施加的力的可变性可以得出的最重要的结论是,抓握机制是个人特质。但是,参考用于操纵的物体的直径,高度和重量的变化,观察到一些基本趋势。

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