环境监测实验室样品智能物流管理系统的设计研究
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摘要
环境监测实验室样品管理是质量管理的重要环节,样品管理的智能化、信息化将大幅提升实验室的管理水平。通过分析当前监测实验室样品管理现状和不足,借鉴相关行业样品智能物流管理系统应用经验,结合江苏省环境监测中心新建的监测实验大楼,开展环境监测样品智能物流管理系统设计研究。提出,考虑环境监测样品接收、任务分配、样品交接、样品留存各个环节,以样品属性为基准进行样品管理系统设计;同时,结合物联网集成管控、气动传输和机器人输送技术,构建包含分布式存储工作站和密集型土壤样品库的样品智能物流管理系统,实现高效、智能、规范的样品管理目标。
The sample management of environmental monitoring laboratory is an important part of the quality management. The intelligentization and informatization of the sample management will greatly improve the management level of laboratory. Based on the analysis of the current situation and the shortcomings of the sample management in monitoring laboratory and the application experience of the sample intelligent logistics management system in the related industries,the intelligent logistics management system for environmental monitoring samples of the new laboratory building of Jiangsu Environmental Monitoring Center was designed and studied. The system design should be based on the sample attributes and the sufficient consideration of the links,including the sampling receiving,task allocation,sample handover and sample preservation and so on. Simultaneously,combining with the integrated management and control of the Internet of Things,pneumatic transmission and robotic transportation technology,the sample intelligent logistics management system including the distributed storage workstation and the dense soil sample bank was constructed to achieve the goal of efficient,intelligent and normative sample management.
The sample management of environmental monitoring laboratory is an important part of the quality management. The intelligentization and informatization of the sample management will greatly improve the management level of laboratory. Based on the analysis of the current situation and the shortcomings of the sample management in monitoring laboratory and the application experience of the sample intelligent logistics management system in the related industries,the intelligent logistics management system for environmental monitoring samples of the new laboratory building of Jiangsu Environmental Monitoring Center was designed and studied. The system design should be based on the sample attributes and the sufficient consideration of the links,including the sampling receiving,task allocation,sample handover and sample preservation and so on. Simultaneously,combining with the integrated management and control of the Internet of Things,pneumatic transmission and robotic transportation technology,the sample intelligent logistics management system including the distributed storage workstation and the dense soil sample bank was constructed to achieve the goal of efficient,intelligent and normative sample management.
引文
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[2]俞梁敏,严闪军.环境监测实验室样品特点及管理对策[J].污染防治技术,2013,23(2):61-63.
[3]黄晶,姚佳,朱君.浅谈环境监测实验室的样品管理与质量保证[J].污染防治技术,2016,29(2):70-72.
[4]王庆燕,张勇.实验室信息管理系统在环境监测站的应用浅析[J].新疆环境保护,2017,39(4):13-17.
[5]林秋平.基于物联网的高校智能物流实验室建设研究[J].实验技术与管理,2013,30(6):201-204.
[6]米树华,陈炎,苗永旗,等.燃料管理智能化的实现路径与应用价值研究[J].现代管理,2017,7(6):349-356.
[7]成刚,祝起龙,王涛涛.火电厂燃料智能化管理系统构建及自动识别技术的应用[J].煤质技术,2013(A01):38-41.
[8]徐家俊,周亚峰.医院物流自动化传输系统[J].医疗卫生装备,2003(8):44-45.
[9]周洪波.物联网:技术、应用、标准和商业模式[M].北京:电子工业出版社,2010:19-23.
[10]林燕奎,熊贝贝,王丙涛,等.现代智慧实验室的设计和应用[J].实验室研究与探索,2014,33(6):231-234.