新西兰一家住院医院病房的噪音

IF 1.4 Q3 ACOUSTICS BUILDING ACOUSTICS Pub Date : 2020-05-06 DOI:10.1177/1351010X20916120
T. Hulland, A. Su, M. Kingan
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引用次数: 2

摘要

本文描述了对新西兰一家普通住院医院病房内患者所接触的噪音水平的调查。为了确定病房的噪音水平,连续九天进行了初步噪音调查。经鉴定,噪音水平在4点之间急剧上升 上午7:00 a.m.为了确定这段时间的噪音来源,在4:30之间进行了三次噪音调查 上午7:00 在典型的工作日上午,使用放在共享卧室内的麦克风。在噪声调查期间,一名观察员确定了重大噪声事件的噪声源及其位置。然后根据噪声源的特性(机器、工作人员或患者)将其分为三大类。工作人员的噪音占观察期间发生的重大噪音事件总持续时间的64%(占事件数量的29%),而患者的噪音占20%(占事件总数的43%),机器的噪音占16%(占事件数的28%)。研究发现,许多工作人员和机器噪音事件可以得到缓解或消除。提出了降低噪音的方法,并使用实验方法来估计通过将员工谈话从观察卧室外的走廊转移到病房的其他位置可以实现的噪音可能降低。
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Noise in an inpatient hospital ward in New Zealand
This article describes an investigation into the noise levels which patients are exposed to in a general inpatient hospital ward in New Zealand. An initial noise survey was conducted over a period of nine consecutive days in order to establish the noise levels in the ward. It was identified that noise levels increased dramatically between 4:00 a.m. and 7:00 a.m. In order to identify the sources of noise during this period, three noise surveys were undertaken between 4:30 a.m. and 7:00 a.m. on typical weekdays using a microphone placed inside a shared bedroom. During the noise survey, an observer identified the noise sources and their locations for significant noise events. Noise sources were then categorised into three main groups based on the character of the source (machine, staff or patient). Staff noise was found to account for 64% of the total duration of significant noise events (29% of the number of events) which occurred during the observations compared with 20% from patients (43% of the number of events) and 16% from machines (28% of the number of events). It was found that many staff and machine noise events could be mitigated or eliminated. Methods for mitigating noise are suggested and an experimental method was used to estimate the likely reduction in noise which could be attained by moving a staff conversation from the corridor outside the observed bedroom to other locations on the ward.
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来源期刊
BUILDING ACOUSTICS
BUILDING ACOUSTICS ACOUSTICS-
CiteScore
4.10
自引率
11.80%
发文量
22
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