首页> 外国专利> Components recognition - and management system for networks, in particular for optical networks, plug with conductor cable and coupling bush as well as a method for setting up of a cable specific network factory map

Components recognition - and management system for networks, in particular for optical networks, plug with conductor cable and coupling bush as well as a method for setting up of a cable specific network factory map

机译:用于网络(尤其是光网络),带有导体电缆和耦合套管的插头的组件识别和管理系统,以及建立电缆专用网络工厂图的方法

摘要

The invention relates to a component-recognition and management system for optical networks for establishing a network configuration with the following characteristics: a) readers (39, 41, 79, 79') are arranged in the area of every coupling sleeve (23, 24, 35, 35') of a distribution element (38, 38', 38", 61, 67, 68) such as patchbox or patchpanel, and by means of which, once a plug-in connection has been established, a data carrier (26, 32) positioned at a plug (20, 55) plugged into the corresponding coupling sleeve can be read out; b) to each distribution element (38, 38', 38", 61, 67, 68) is assigned an analyzing unit (21, 22) which is coupled via a data bus to the readers (39, 41, 79, 79') at the coupling sleeves of the distribution element, and which, via the readers (39, 41, 79, 79'), can read-out the data carriers (26, 31, 32) of plugs plugged into the corresponding coupling sleeves and assign them to the coupling; c) an analyzing unit (21, 22) consists of a master electronic unit (49, 49', 49", 50, 50', 50") and at least one slave electronic unit (51, 52, 53, 54, 51", 51', 52', 53', 54'), each slave electronic unit being assigned to a group of distribution elements, for example all distribution elements arranged in a distribution box, and one or more slave electronic units being managed by the corresponding master electronic unit (49, 49', 49", 50, 50', 50") so that the local network status can be established and checked from a master electronic unit.
机译:本发明涉及一种用于光网络的部件识别和管理系统,用于建立具有以下特征的网络配置:a)在每个耦合套筒(23、24)的区域中布置阅读器(39、41、79、79') ,配线架(38、38',38“,61、67、68)的配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架,配线架(35、35')。可以读出位于插入相应联轴器套筒的插头(20、55)处的插头(26、32); b)为每个分配元件(38、38',38“,61、67、68)分配一个分析单元(21、22),该单元(21、22)通过数据总线在分配元件的连接套筒处耦合到读取器(39、41、79、79'),并通过读取器(39、41、79、79') ),可以读出插入相应联轴器套筒的插头的数据载体(26、31、32)并将它们分配给联轴器; c)分析单元(21、22)包括一个主电子单元(49、49',49“,50、50',50”)和至少一个从电子单元(51、52、53、54、51 ”,“ 51',52',53',54'),每个从属电子单元分配给一组分配元件,例如,所有分配元件都布置在分配箱中,并且一个或多个从属电子单元由设备管理相应的主电子单元(49、49',49“,50、50',50”),以便可以从主电子单元建立和检查本地网络状态。

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