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首页> 外文会议>2013 International Joint Conference on Awareness Science and Technology and Ubi-Media Computing >Computer aided silicon padding design for burn injury
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Computer aided silicon padding design for burn injury

机译：计算机辅助硅垫设计，可防止烧伤

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摘要

This paper reports a computational method to develop silicon padding to be inserted into the low pressure areas of a custom designed pressure garment to obtain a more uniform pressure distribution. The padding was developed by using digital scanned data of patient body. The custom designed paddings and corresponding pressure garments are constructed for a number of subjects, and experimentally tested and verified by comparing the pressure measured using the customized pressure garment with and without padding. The results show that the custom made pressure garment paddings help to increase the pressure close to the specific design pressure in the low pressure regions, leading to a much more uniform pressure application to the whole of the affected body part, which in turn offers an advantage for the healing process and the prevention of the formation of scar tissue due to burn injury.
机译：本文报道了一种计算方法，用于开发将硅衬填充到定制设计的压力服装的低压区域中以获得更均匀压力分布的方法。通过使用患者身体的数字扫描数据来开发填充。定制设计的衬垫和相应的压力服针对许多对象进行构造，并通过比较使用定制压力服和不带衬垫的压力服所测得的压力进行实验测试和验证。结果表明，定制的压力服装填充物有助于在低压区域将压力提高到接近特定设计压力的水平，从而在整个受影响的身体部位上施加的压力更加均匀，这又提供了一个优势用于愈合过程和防止烧伤引起的疤痕组织的形成。

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