亚利桑那州农村紧急医疗服务通信系统

B. H. Flood, L. K. Russell
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引用次数: 0

摘要

1972年,亚利桑那州立法机构在亚利桑那州公共安全部(DPS)内设立了紧急医疗服务处。作为该立法的一部分,立法机关责成公共安全部主任负责建立、运营和维护全州紧急医疗服务通信系统。该系统将有能力为所有执法机构和人员、救护车、救护车服务和调度员、紧急接收设施和其他保健机构和医疗从业人员提供相互通信。在美国卫生教育和福利部的财政援助下,公共安全部开始了在亚利桑那州北部地区开发EMS通信系统(EMSCOM)的示范项目。该项目的主要目标是找到最有效的方法,在人口稀少、人口中心相对较少的大地理区域内,在紧急医疗服务系统的各个要素之间提供双向语音通信。UHF系统-在新的EMS频率之前设计,购买和安装,由联邦通信委员会根据其在Docket #19880中的规则制定提供-在我们的大地理区域和崎岖地形上提出了许多与无线电信号传播特性相关的技术和操作问题。为了尽量减少地理信号传播问题,引入了接收机投票以及相关的发射机选择技术。调度控制台的设计包含了一些功能,允许控制台操作员与整个操作区域内的所有医院、救护车司机和护理人员进行通信。控制台还包括使用电话修补设备,使紧急医疗服务系统的所有要素通过双向无线电、微波和电话设施相互通信。
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Arizona's rural emergency medical services communications system
In 1972, the Arizona State Legislature established the Division of Emergency Medical Services within the Arizona Department of Public Safety (DPS). As a part of that legislation, the Legislature charged the Director of the Department of Public Safety with the responsibility for the establishment, operation and maintenance of the Statewide Emergency Medical Services Communications System. This system was to have the capability of providing for intercommunication of all law enforcement agencies and personnel, ambulances, ambulance services and dispatchers, and emergency receiving facilities and other health care institutions and medical practitioners. With financial assistance from the U.S. Department of Health Education and Welfare, the Department of Public Safety embarked upon a demonstration program of developing an EMS Communications System (EMSCOM) across the northern part of the State of Arizona. The primary aim of the program was to find the most effective means of providing two-way voice communications between the various elements of the Emergency Medical Services System over large geographic areas with a very sparse population located in relatively few population centers. The UHF system--designed, purchased and installed prior to new EMS frequencies, made available by the Federal Communications Commission by their rule making in Docket #19880--presented a number of technical and operational problems related to radio signal propagation characteristics over our large geographic areas and rugged terrain. Efforts to minimize the geographic signal propagation problems resulted in the incorporation of receiver voting--as well as associated transmitter selection--techniques. Design of the dispatch control console incorporated features to allow the console operator to communicate with all hospitals, ambulance drivers, and paramedics over the entire area of operation. The control console also incorporated the use of telephone patching equipment to allow all elements of the Emergency Medical Services System to communicate with each other through two-way radio, microwave, and telephone facilities.
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