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    • 4. 发明公开
    • STEUER- UND DATENÜBERTRAGUNGSSYSTEM, GATEWAY-MODUL, E/A-MODUL UND VERFAHREN ZUR PROZESSSTEUERUNG
    • 维多利亚·德尔维特·格鲁吉亚,维多利亚州
    • EP3170287A1
    • 2017-05-24
    • EP15739558.3
    • 2015-07-15
    • Phoenix Contact GmbH & Co. KG
    • HELLMANN, KlasOSTER, Viktor
    • H04L12/40G05B19/418G05B9/03
    • G05B19/048G05B9/03G05B19/4185G05B2219/14014G05B2219/24008G05B2219/25324G05B2219/25428H04L12/40019H04L12/4625H04L67/125H04L2012/40221H04L2012/4026
    • In order to meet security requirements placed on an automation system, the invention provides a control and data-transfer system (10) for controlling security-critical processes, which comprises I/O modules (201, 202), which are connected to a gateway module (100) by means of a first communication network (510), wherein the gateway module (100) is connected to a second communication network (520) hierarchically superior to the first communication network and acts as a gateway between the first and the second communication network. The I/O modules (201, 202) comprise a diagnosis unit (400) for producing status data. Furthermore, the gateway module (100) and the I/O modules (201, 202) communicate by means of the first communication network (510) in an error-secured manner. The gateway module (100) is also designed to perform security processing of the data. The invention further relates to a gateway module (100) and an I/O module (201, 202) for use in such a control and data-transfer system (10) and to a method for secure process control.
    • 为了满足对自动化系统的安全性要求,本发明提供了一种用于控制安全关键过程的控制和数据传输系统(10),其包括连接到网关的I / O模块(201,202) 模块(100),其中所述网关模块(100)连接到分级地优于所述第一通信网络的第二通信网络(520),并且用作所述第一和第二通信网络之间的网关 通讯网络 I / O模块(201,202)包括用于产生状态数据的诊断单元(400)。 此外,网关模块(100)和I / O模块(201,202)借助于第一通信网络(510)以错误的方式进行通信。 网关模块(100)还被设计为执行数据的安全处理。 本发明还涉及用于这种控制和数据传输系统(10)的网关模块(100)和I / O模块(201,202)以及用于安全过程控制的方法。
    • 6. 发明公开
    • CONTROL SYSTEM, CONTROL DEVICE, AND CONTROL METHOD
    • STEUERUNGSSYSTEM,STEUERUNGSVORRICHTUNG UND STEUERUNGSVERFAHREN
    • EP3116166A1
    • 2017-01-11
    • EP15758998.7
    • 2015-01-15
    • Omron Corporation
    • MIZUTANI, SeijiLI, TianbingYONEDA, Mitsuhiro
    • H04L12/28G05B19/05H04L12/42
    • H04L12/423G05B19/054G05B2219/1215H04L12/40019H04L12/403
    • A control system includes a master apparatus that includes a calculation unit and a communication processing unit, and one or more slave apparatuses connected to the master apparatus via a network. The communication processing unit is configured to manage cyclic transmission, on the network, of a data sequence containing data that is handled by the master apparatus and the one or more slave apparatuses. The communication processing unit is configured to start cyclic transmission of a first data sequence that contains output data for the one or more slave apparatuses in conjunction with execution of output processing in the operation unit, and to start, a predetermined time period before execution start of input processing in the operation unit, cyclic transmission of a second data sequence for obtaining information collected by the one or more slave apparatuses from the control target.
    • 控制系统包括:主装置,包括计算单元和通信处理单元,以及经由网络连接到主装置的一个或多个从设备。 通信处理单元被配置为在网络上管理包含由主设备和一个或多个从设备处理的数据的数据序列的循环传输。 通信处理单元被配置为结合执行操作单元中的输出处理,开始包含用于一个或多个从设备的输出数据的第一数据序列的循环发送,并且在执行开始之前的预定时间段 在所述操作单元中输入处理,循环发送用于从所述控制对象获取由所述一个或多个从属设备收集的信息的第二数据序列。
    • 9. 发明公开
    • BUSKNOTEN UND BUSSYSTEM SOWIE VERFAHREN ZUR IDENTIFIKATION DER BUSKNOTEN DES BUSSYSTEMS
    • 用于识别总线系统总线节点总线节点和总线的系统和方法
    • EP2948857A1
    • 2015-12-02
    • EP14701189.4
    • 2014-01-23
    • Smiths Heimann GmbH
    • RIEDEL, Ulrich
    • G06F13/40H04L12/40
    • H04L12/40019G06F13/364G06F13/4068G06F13/4086G06F13/4282H04L12/40013H04L12/40078H04L2012/40273H04W4/021H04W76/10H04W84/20
    • The invention relates to a bus node (BK; BK-M, BK-1, BK-2, BK-3) having a communication unit (TRX; TRX-M, TRX-1, TRX-2, TRX-3), which can be coupled for communication to at least one data line (CAN_L, CAN_H) of a bus (CB), a bus node control system (BK-CTRL), which is coupled operationally to the communication unit, and an identification unit (200; 200-M, 200-1, 200-2, 200-3), which is coupled operationally to the bus node control system and has a two-port network (100; 100-M, 100-1, 100-2, 100-3), which can optionally be switched instead of a direct connection between an IDT input (E) and an IDT output (A) for an identification line (IDT) and vice versa, wherein the two-port network is configured in such a manner that when a first bus node (BK-1) is series-connected to at least one second bus node (BK-2, BK-3) for the bus node control system (BK-CTRL-1), the position of the first bus node can be identified using a comparison of the voltage at the IDT input (E) with a predefined threshold value (Us) independently of the number of second bus nodes (BK-2, BK-3). The invention also relates to a bus system having at least two such nodes and to a master- and/or slave-side identification and identification allocation method for unique addressing of the bus nodes. With the expansion of a bus system proposed here and the corresponding expansion of the associated bus nodes, a flexible possibility is created, which is extremely simple and cost-effective to produce and makes data exchange possible between different components of a technical system or device, such as an x-ray inspection system, that are connected as bus nodes to the bus.