概念证明简单的导电线针传感器测量袋鼠护理的持续时间

Abigail R. Clarke-Sather, Michael Weber, K. Cobb, L. Naylor
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引用次数: 1

摘要

根据世界卫生组织的数据,全世界每天有数千名婴儿出生。所有婴儿都可以受益于袋鼠式护理(KC)或护理人员与婴儿之间的皮肤接触。根据世界卫生组织的规定,从KC中获得最大收益的关键原则之一是必须进行至少一个小时的KC。然而,很少测量KC的持续时间。本研究探索使用一个简单的装置,一个导电线缝传感器与一对磁铁和一个微控制器,来自动测量KC的持续时间。在这项研究中,单个受试者使用带有特定KC服装的传感器,并使用加权娃娃进行KC。结果表明,KC持续时间的手动计时值与传感器值比较,平均百分比差异为6.43±5.67%。这一概念验证表明,这种简单的装置可以有效地确定KC的持续时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proof of concept simple conductive thread stitch sensor to measure the duration of kangaroo care
Throughout the world thousands of infants are born each day according to the World Health Organization. All infants can benefit from the use of Kangaroo Care (KC) or bare skin-to-skin contact between caregiver and infant. One of the key principles to getting the most from KC is that is must be performed for at least one hour according to the World Health Organization. Yet, the duration of KC is rarely measured. This study explores the use of a simple device, a conductive thread stitch sensor coupled with a pair of magnets and a microcontroller, to measure the duration of KC automatically. For this study, a single subject used the sensor with a specific KC garment and performed KC with a weighted doll. It was determined, that when comparing manual timed values of the duration of KC to the sensor values, there was 6.43±5.67% average percentage difference. This proof of concept shows that this simple device can be used to determine the duration of KC in an effective manner.
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