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徐明伟等:基于心率监测的建筑工人生理疲劳分析 ·765· [12]Dai W T,Zhao X R,Zou Z F,et al.Analysis of working pos- sors and their placements for analyzing construction worker's tures and exertions in construction industry by OWAS method. trunk posture in laboratory conditions.Appl Ergon,2017,65: 0 ccup Health,2014,30(1):36 424 (戴文涛,赵晓蓉,邹志方,等.某地男性建筑工人作业姿势 [18]Thayer JF,Yamamoto SS,Brosschot J F.The relationship of 与用力度的V0WAS分析.职业与健康,2014,30(1):36) autonomic imbalance,heart rate variability and cardiovascular [13]Nadadur G,Raschke U,Parkinson M B.A quantile-based an- disease risk factors.Int J Cardiol,2010,141 (2):122 thropometry synthesis technique for global user populations.IntJ [19]Cai Q M.Study on methods of evaluating physical fatigue accord- Ind Ergon,2016,53:167 ing to dynamic heart rate.Chin Ergon,1999,5(1):27 [14]Giles D,Draper N.Neil W.Validity of the polar V800 heart rate (蔡启明.以动态心率为指标的体力疲劳的评价方法研究 monitor to measure RR intervals at rest.Eur J Appl Physiol, 人类工效学,1999,5(1):27) 2016,116(3):563 [20]Duan T H,Li X G,Li N L,et al.Experimental design of physi- [15]Liao B.Gao H.Chen N.Methods for classifying intensity of cal strength evaluation based on relatively integrated heart rate physical labor based on relative heart rate.I Saf Sci Technol, Res Explor Lab,2014,33(8):29 2013,9(4):166 (段天宏,李贤功,李乃梁,等.基于相对综合心率的体力劳 (廖斌,高慧,陈泞.基于相对心率的体力劳动强度评价方 动强度评价试验设计.试验室研究与探索,2014,33(8): 法.中国安全生产科学技术,2013,9(4):166) 29) [16]Kleiger RE,Stein PK,Bigger JT.Heart rate variability:meas- 21]Cai B,Dai K R.Evaluation on central and peripheral origin of urement and clinical utility.Ann Noninvasive Electrocardiol, muscle fatigue.J Med Biomech,2015,30(2):192 2005,10(1):88 (蔡斌,戴尅戎.评估肌肉疲劳的中枢和外周起源.医用生 [17]Lee W,Seto E,Lin K Y,et al.An evaluation of wearable sen- 物力学,2015,30(2):192)徐明伟等: 基于心率监测的建筑工人生理疲劳分析 [12] Dai W T,Zhao X R,Zou Z F,et al. Analysis of working pos￾tures and exertions in construction industry by OWAS method. Occup Health,2014,30( 1) : 36 ( 戴文涛,赵晓蓉,邹志方,等. 某地男性建筑工人作业姿势 与用力度的 VOWAS 分析. 职业与健康,2014,30( 1) : 36) [13] Nadadur G,Raschke U,Parkinson M B. A quantile-based an￾thropometry synthesis technique for global user populations. Int J Ind Ergon,2016,53: 167 [14] Giles D,Draper N,Neil W. Validity of the polar V800 heart rate monitor to measure RR intervals at rest. Eur J Appl Physiol, 2016,116( 3) : 563 [15] Liao B,Gao H,Chen N. Methods for classifying intensity of physical labor based on relative heart rate. J Saf Sci Technol, 2013,9( 4) : 166 ( 廖斌,高慧,陈泞. 基于相对心率的体力劳动强度评价方 法. 中国安全生产科学技术,2013,9( 4) : 166) [16] Kleiger R E,Stein P K,Bigger J T. Heart rate variability: meas￾urement and clinical utility. Ann Noninvasive Electrocardiol, 2005,10( 1) : 88 [17] Lee W,Seto E,Lin K Y,et al. An evaluation of wearable sen￾sors and their placements for analyzing construction worker's trunk posture in laboratory conditions. Appl Ergon,2017,65: 424 [18] Thayer J F,Yamamoto S S,Brosschot J F. The relationship of autonomic imbalance,heart rate variability and cardiovascular disease risk factors. Int J Cardiol,2010,141( 2) : 122 [19] Cai Q M. Study on methods of evaluating physical fatigue accord￾ing to dynamic heart rate. Chin Ergon,1999,5( 1) : 27 ( 蔡启明. 以动态心率为指标的体力疲劳的评价方法研究. 人类工效学,1999,5( 1) : 27) [20] Duan T H,Li X G,Li N L,et al. Experimental design of physi￾cal strength evaluation based on relatively integrated heart rate. Res Explor Lab,2014,33( 8) : 29 ( 段天宏,李贤功,李乃梁,等. 基于相对综合心率的体力劳 动强度评价试验设计. 试验室研究与探索,2014,33 ( 8) : 29) [21] Cai B,Dai K R. Evaluation on central and peripheral origin of muscle fatigue. J Med Biomech,2015,30( 2) : 192 ( 蔡斌,戴尅戎. 评估肌肉疲劳的中枢和外周起源. 医用生 物力学,2015,30( 2) : 192) · 567 ·
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