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Pillow Design and Evaluation of Shoulder and Neck Surface Pressure to Sleep Quality

机译:枕头设计和评估肩部和颈部表面压力睡觉质量

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摘要

Factors that affect sleep, compression of the body as one of the factors that affect sleep. Therefore, this study is to explore the head and neck parts of the surface pressure, sleep posture change and the interaction between the pillow and shoulder pressure changes in the degree of impact on sleep quality. Proposed pillow reduction pressure innovative design, whether to enhance sleep quality. This study from the understanding of sleep during the shoulder and neck postural changes and the degree of surface pressure. Focus on observation of the results of collective law and set out the design criteria. During the experimental evaluation, the degree of compression of the shoulder and neck can be measured using the Arduino pressure sensor to understand the subjects during sleep in various parts of the muscle pressure and postural changes in pressure. Sleep quality assessment. Can be measured through the main signal of the brain waves measured by the brain waves measured in the degree of sleep in the decompression process of whether the impact of sleep quality. Watch the frequency of the brain waves Theta and Delta waves to enter the deep sleep period. To assess the mental state of subjects to do the assessment of sleep quality and the correlation between sleep quality and degree of compression. Experimental evaluation of the expected results. Sleep quality and compression degree of relevance. Through different materials to ease the shoulder with the degree of pressure. Reduce the overall shoulder and neck compression can help improve sleep quality. In this study, innovative pillow design helps to relieve head and neck surface stress and improve sleep quality.
机译:影响睡眠的因素,压制身体作为影响睡眠的因素之一。因此,本研究是探索表面压力,睡眠状态变化的头部和颈部,枕头和肩部压力之间的相互作用在睡眠质量的影响程度上变化。提出枕头减少压力创新设计,是否提高睡眠质量。这项研究从对肩部的休眠理解,颈部姿势变化和表面压力程度。专注于观察集体法的结果,并提出了设计标准。在实验评估期间,可以使用Arduino压力传感器测量肩部和颈部的压缩程度,以在肌肉压力的各个部分睡眠期间理解受试者,并且压力的姿势变化。睡眠质量评估。可以通过脑波的主信号测量通过在减压过程中睡眠程度测量的脑波测量的脑波测量的睡眠质量的影响。观察脑波的频率Theta和Delta波进入深睡眠时间。评估受试者的精神状态,以便对睡眠质量进行评估以及睡眠质量与压缩程度之间的相关性。预期结果的实验​​评价。睡眠质量和压缩程度相关性。通过不同的材料,使肩部具有压力程度。减少整体肩部和颈部压缩可以帮助提高睡眠质量。在这项研究中,创新的枕头设计有助于缓解头部和颈部应力并提高睡眠质量。

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