Abstract: A field device of automation technology having a function for checking quality of a network connection includes an operating electronics and at least one communication interface for connecting to a communication network having one or more network participants and for building a communication connection, wherein a communication stack and a PHY are associated with the communication interface, wherein the communication stack and the PHY are embodied continually to gain and to store communication information regarding the communication connection, wherein the operating electronics is embodied to read out communication information from the communication stack and from the PHY, and by means of an algorithm to subject the communication information to computation and based on the result of the computation to classify a communication state.

Abstract: An automation technology field device includes operating electronics and a plurality of parameters. The operating electronics are designed to operate the field device based on the parameters and obtain and process data based on the parameters. A firmware is a software container allocated to the operating electronics. The software container is designed to execute the installed code to establish, using the code, a communication connection to a distributed ledger via at least one of the outputs is a higher-level communication network, to integrate the field device in the distributed ledger-and to process and/or combine at least one part of the obtained and processed data into result data and to transmit the result data to the distributed ledger.

Abstract: A field device of automation technology having a function for checking quality of a network connection includes an operating electronics and at least one communication interface for connecting to a communication network having one or more network participants and for building a communication connection, wherein a communication stack and a PHY are associated with the communication interface, wherein the communication stack and the PHY are embodied continually to gain and to store communication information regarding the communication connection, wherein the operating electronics is embodied to read out communication information from the communication stack and from the PHY, and by means of an algorithm to subject the communication information to computation and based on the result of the computation to classify a communication state.

Abstract: The present disclosure relates to automation technology. A first gateway is connected via a first communication network to a field device—and a second gateway is connected to the field device via a second communication network. The first and the second gateway are connected to a control unit. The first communication network and the second communication network are connected to a control room. The control room switches over to the other communication network and establishes a communication connection therewith if a problem is detected in the previous communication connection. Communication access to the first gateway is implemented in the control unit, and communication access to the second gateway is implemented in the control unit via a second driver. The control unit continuously analyses the first communication network and the second communication network and in the event of a control room switchover, switches over to the gateway of that network.

Abstract: A device for the extraction of user data out of Ethernet telegrams sent from a field device comprises an input interface and an output interface for connecting to an Ethernet data line, wherein the input interface is designed to receive Ethernet telegrams transmitted via the Ethernet data line; an electronics unit which is designed to evaluate the received Ethernet telegrams and to extract a value of at least one process variable out of the user data portions of the received Ethernet telegrams; and an output unit for outputting the determined process variables. The invention also relates to a system comprising the device according to the invention.

Abstract: The present disclosure relates to automation technology. A first gateway is connected via a first communication network to a field device—and a second gateway is connected to the field device via a second communication network. The first and the second gateway are connected to a control unit. The first communication network and the second communication network are connected to a control room. The control room switches over to the other communication network and establishes a communication connection therewith if a problem is detected in the previous communication connection. Communication access to the first gateway is implemented in the control unit, and communication access to the second gateway is implemented in the control unit via a second driver. The control unit continuously analyses the first communication network and the second communication network and in the event of a control room switchover, switches over to the gateway of that network.

Abstract: A system for providing a graphical interface to a user includes a server platform and an operating system and application software running thereon. The system includes a client device capable of running a standard web browser that accesses the software application on the server platform for displaying information to the user in a display area on the client device. The web browser displays the information without requiring additional software to be installed, downloaded or run on the client device, and without requiring a scripting language to be enabled in the web browser on the client. The application software facilitates user manipulation of unstructured data in the display area for detailed inspection, and facilitates the user selectively causing to display annotations within the display area. The application software facilitates the user inserting annotations within the display area, thereby causing an action to occur in this system or an external system.

Abstract: A system for providing a graphical interface to a user includes a server platform and an operating system and application software running thereon. The system includes a client device capable of running a standard web browser that accesses the software application on the server platform for displaying information to the user in a display area on the client device. The web browser displays the information without requiring additional software to be installed, downloaded or run on the client device, and without requiring a scripting language to be enabled in the web browser on the client. The application software facilitates user manipulation of unstructured data in the display area for detailed inspection, and facilitates the user selectively causing to display annotations within the display area. The application software facilitates the user inserting annotations within the display area, thereby causing an action to occur in this system or an external system.

Abstract: A system for providing a graphical interface to a user includes a server platform and an operating system and application software running thereon. The system includes a client device capable of running a standard web browser that accesses the software application on the server platform for displaying information to the user in a display area on the client device. The web browser displays the information without requiring additional software to be installed, downloaded or run on the client device, and without requiring a scripting language to be enabled in the web browser on the client. The application software facilitates user manipulation of unstructured data in the display area for detailed inspection, and facilitates the user selectively causing to display annotations within the display area. The application software facilitates the user inserting annotations within the display area, thereby causing an action to occur in this system or an external system.

Abstract: A system for providing a graphical interface to a user includes a server platform and an operating system and application software running thereon. The system includes a client device capable of running a standard web browser that accesses the software application on the server platform for displaying information to the user in a display area on the client device. The web browser displays the information without requiring additional software to be installed, downloaded or run on the client device, and without requiring a scripting language to be enabled in the web browser on the client. The application software facilitates user manipulation of unstructured data in the display area for detailed inspection, and facilitates the user selectively causing to display annotations within the display area. The application software facilitates the user inserting annotations within the display area, thereby causing an action to occur in this system or an external system.

Abstract: A system for providing a graphical interface to a user includes a server platform and an operating system and application software running thereon. The system further includes a client device capable of running a standard web browser that accesses the software application on the server platform for displaying information to the user in a display area on the client device. The standard web browser displays the information without requiring additional software to be installed or downloaded or run on the client device, and without requiring a scripting language to be enabled in the web browser on the client device. The application software facilitates manipulation by the user of unstructured data in the display area for detailed inspection, and also facilitates the user selectively causing to display annotations within the display area.

Abstract: A system for providing a graphical interface to a user includes a server platform and an operating system and application software running thereon. The system further includes a client device capable of running a standard web browser that accesses the software application on the server platform for displaying information to the user in a display area on the client device. The standard web browser displays the information without requiring additional software to be installed or downloaded or run on the client device, and without requiring a scripting language to be enabled in the web browser on the client device. The application software facilitates manipulation by the user of unstructured data in the display area for detailed inspection, and also facilitates the user selectively causing to display annotations within the display area.

Abstract: Cable lengths are prepared for extruding a plug at the end in that the lengths are stepwise moved through stations, in which each cable length is turned and oriented as to its leads; the lead ends are stripped, tinplated and shaped in sequential stations followed by connecting preassembled contact prongs to the lead ends. The plug body is then extruded around the prong-lead connections. The lead orientation is electro-optically servo-controlled and the prong to lead connection is made by a funnel for threading the leads into the hollow prongs followed by squeezing the prongs to fasten the leads thereto.

Abstract: Cable lengths are prepared for extruding a plug at the end in that the lengths are stepwise moved through stations, in which each cable length is turned and oriented as to its leads; the lead ends are stripped, tinplated and shaped in sequential stations followed by connecting preassembled contact prongs to the lead ends. The plug body is then extruded around the prong-lead connections. The lead orientation is electro-optically servo-controlled and the prong to lead connection is made by a funnel for threading the leads into the hollow prongs followed by squeezing the prongs to fasten the leads thereto.