Abstract: The aim of the invention is to better adapt the power range of a linear motor to specific applications. For this purpose, the secondary part (2) is subdivided into at least one first (3) and one second section (4) in the direction of travel (15) of the primary part (1). The secondary part (2), in the first section (3), has a different shape than in the second section (4) and/or is produced from a different material. In this manner, different speeds of the primary part (1) can be achieved on the traveled distance independent of the actuation of the primary part. Optionally, cage windings can be inserted in a section of the secondary part so that said secondary part can be used for passive breaking.

Abstract: The aim of the invention is to better adapt the power range of a linear motor to specific applications. For this purpose, the secondary part (2) is subdivided into at least one first (3) and one second section (4) in the direction of travel (15) of the primary part (1). The secondary part (2), in the first section (3), has a different shape than in the second section (4) and/or is produced from a different material. In this manner, different speeds of the primary part (1) can be achieved on the traveled distance independent of the actuation of the primary part. Optionally, cage windings can be inserted in a section of the secondary part so that said secondary part can be used for passive breaking.

Abstract: The invention relates to a system and method for the control of a first station (2) in a switched data network (1) by a second station (9) in the switched data network (1), the communication between stations of the switched data network (1) taking place via one or more point-to-point connections in transmission cycles which are synchronous with one another; for the transmission of a reference value from a first station (2) of a switched data network (1) to a second station (9) of the switched data network (1), the communication between stations of the switched data network (1) taking place via one or more point-to-point connections in transmission cycles which are synchronous with one another; for the transmission of input values and output values between an input/output station (45) and a control unit (40) via a switched data network (1); for the transmission of a data telegram with applications data via a switched data network (1); and for the generation of a relative clock (68) in a station (58) of a switc

Abstract: The invention relates to a control device (5), controlling a machine tool (1), which processes a step sequence (S1-S11), by a wireless reading of a partial program (18) from a workpiece data support (15), provided for a workpiece (3) and processing the workpiece (3), following the downloaded partial program (18).

Abstract: The invention relates to a control device (5), controlling a machine tool (1), which processes a step sequence (S1-S11), by a wireless reading of a partial programme (18) from a workpiece data support (15), provided for a workpiece (3) and processing the workpiece (3), following the downloaded partial programme (18).

Abstract: The invention relates to a web server, which comprises software modules that are integrated in said server and supports various types of communication. At least one software module has first means for implementing automation functionality and second means for directly accessing the real-time communication level of a real-time Ethernet.

Abstract: The invention relates to a web server having software modules integrated into the web server, supporting different communication means. At least one first software module comprises a first means for producing an automatic functionality and a second means for the direct access to a transport layer.

Abstract: The invention relates to a web server comprising software modules that are integrated in said server. At least one first software module of the web server has first means for a non-proprietary implementation of automation functionality.

Abstract: The invention relates to a web server comprising software modules that are integrated in said server. At least one first software module of the web server has first means for a non-proprietary implementation of automation functionality and second means for accessing a real-time operating system.

Abstract: The invention relates to a production machine that comprises a web server integrated control, said web server comprising software modules and at least one first software module comprising first means for realizing the control.

Abstract: A data transmission device for allowing access from a remote unit to at least one automation device via a standard browser includes a data conversion unit connected between the remote unit and an automation device. The data conversion unit is capable of converting data between a first communication protocol and a second communication protocol. The data are exchanged between an automation device and the data conversion unit and between the automation devices themselves by using the first communication protocol. The data are then exchanged between the data conversion unit and the remote unit according to a second communication protocol.

Abstract: In a method for data transmission for allowing access from a remote unit to at least one automation device via a standard browser, data are transmitted between the remote unit and the automation device(s) via an interconnected data conversion unit. The automation device(s) and the data conversion unit exchange data according to a first communication protocol. The data conversion unit and the remote unit exchange data according to a second communication protocol. The data conversion unit converts the data from the first communication protocol to the second communication protocol.

Abstract: In a method for ordering at least one item, an automation component executes this order. Costs are hereby lowered and efficiency of the automation component and/or industrial machines can be increased.

Abstract: The invention relates to a system and method for the control of a first station (2) in a switched data network (1) by a second station (9) in the switched data network (1), the communication between stations of the switched data network (1) taking place via one or more point-to-point connections in transmission cycles which are synchronous with one another; for the transmission of a reference value from a first station (2) of a switched data network (1) to a second station (9) of the switched data network (1), the communication between stations of the switched data network (1) taking place via one or more point-to-point connections in transmission cycles which are synchronous with one another; for the transmission of input values and output values between an input/output station (45) and a control unit (40) via a switched data network (1); for the transmission of a data telegram with applications data via a switched data network (1); and for the generation of a relative clock (68) in a station (58) of a switc