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Pressure profiling of compression bandages by a computerized instrument

机译:用计算机仪器对压力绷带进行压力分析

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In the present study, a novel computerized instrument has been developed to record the applied pressure exerted by medical bandages in real time. The working of novel computerized instrument is based on the pneumatic principle, which is used to obtain pressure profiles of internal pressure exerted by the bandages over a period of time. The basic idea of this work is to design an online measurement system using differential pressure transmitter and digital process controller that provides a very accurate method of measuring pressure applied by compression bandages. This work also aims to identify different parameters affecting applied pressure profile of these bandages. A series of commercially available bandages have been studied and the effects of variables, namely fabric parameters (mass per unit area of bandage, tensile properties and thickness of bandage), number of bandage wraps or folds and extent of initial internal pressure have been studied. Bases on the results, certain characteristics have been recommended for choosing the ideal bandages. The bandages with higher mass per unit area and higher warp-wise extensibility show the faster and higher drop in internal pressure over a period of time. The reduction in internal pressure is minimised by increasing number of bandage wraps or folds.
机译:在本研究中,已开发出一种新型的计算机化仪器来实时记录医疗绷带施加的压力。新型计算机化仪器的工作基于气动原理,用于获取一段时间内绷带施加的内部压力的压力分布。这项工作的基本思想是设计一个使用差压变送器和数字过程控制器的在线测量系统,该系统提供了一种非常精确的方法来测量压缩绷带施加的压力。这项工作还旨在确定影响这些绷带施加压力曲线的不同参数。研究了一系列可商购的绷带,并研究了变量的影响,即织物参数(绷带的单位面积质量,绷带的拉伸性能和厚度),绷带的包裹或褶皱数量以及初始内部压力的程度。根据结果​​,建议选择某些特性以选择理想的绷带。具有较高单位面积质量和较高的经向延展性的绷带显示一段时间内内部压力下降得越来越快。通过增加绷带包裹或折叠的数量,可以最大程度地减少内部压力的降低。

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