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Design and experiment of an optical fiber micro bend sensor for respiration monitoring

机译:用于呼吸监测的光纤微弯曲传感器的设计与实验

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摘要

A new fiber optic micro bend sensor has been proposed in this paper for respiration monitoring. The detected respiration rate was verified by counting the breathing manually. Therefore the purpose of this paper is to find the appropriate gear numbers and cycles of the optical fiber micro bend modulator in order to enhance the accuracy of the measurement result. The relevant improvement measures will be applied to the medical field in the future. The number of the fiber optic micro bend sensor's teeth has been determined by the simulation results and based on which the micro bend modulator tooth structure were designed. The size of the tooth is 6 mm, and the number of teeth is 15. This structure is a kind of seat-back type fiber optic micro bend sensor. This sensors can be used to measure vital signs because it possess several advantages, such as real-time and accuracy, low cost and convenient operation. (C) 2016 Elsevier B.V. All rights reserved.
机译:本文提出了一种新的光纤微弯曲传感器,用于呼吸监测。通过手动计数呼吸来验证检测到的呼吸率。因此,本文的目的是找到光纤微弯调制器的合适齿轮数和周期,以提高测量结果的准确性。相关的改进措施将在将来应用于医疗领域。通过仿真结果确定了光纤微弯曲传感器的齿数,并以此为基础设计了微弯曲调制器的齿结构。齿的尺寸为6毫米,齿的数量为15。这种结构是一种座椅靠背型光纤微弯曲传感器。该传感器具有生命周期,准确性,成本低,操作方便等优点,可用于生命体征的测量。 (C)2016 Elsevier B.V.保留所有权利。

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