throughout all the figures , same or corresponding elements may generally be indicated by same reference numerals . these depicted embodiments are to be understood as illustrative of the invention and not as limiting in any way . it should also be understood that the figures are not necessarily to scale and that the embodiments are sometimes illustrated by graphic symbols , phantom lines , diagrammatic representations and fragmentary views . in certain instances , details which are not necessary for an understanding of the present invention or which render other details difficult to perceive may have been omitted . turning now to the drawing , and in particular to fig1 , there is shown a greatly simplified schematic representation of an automation system , designated as a whole by reference numeral 10 , which controls and / or monitors an industrial technical process 12 , e . g . a production process , which is not illustrated in further detail . the automation system 10 comprises a plurality of automation devices 14 , 16 , 18 which are communicatively connected to one another via a bus 20 . the automation devices 14 , 16 , 18 comprise e . g . a master control station 14 ( a programmable logic controller , for example ) and a first and a second drive control device 16 , 18 which respectively control and / or monitor a motor 22 , 24 contained in the technical process 12 . using a web server for the purpose of configuring such drive control devices 16 , 18 is known per se . such web servers are implemented in a memory of the respective drive control device 16 , 18 so that a master control station 14 can access the drive control device 16 , 18 and the web server contained therein via the bus 20 . the access to the web server enables status values for the respective drive control device 16 , 18 and / or the connected motor 22 , 24 to be visualized in a manner known per se . furthermore , the web server supports a configuration of the drive control device 16 , 18 , e . g . through specification of speed or rotational speed setpoint values , through specification of control and regulating parameters , etc . in respect of a web server incorporated by a drive control device 16 , 18 , an automation device 14 accessing the web server , e . g . the master control station 14 , acts like a web client , the respective automation device 14 comprising or providing a functionality for a web client , e . g . in the form of what is called a browser . fig2 shows an extract from the situation according to fig1 and one of the drive control devices 16 , 18 with further details . according thereto , each drive control device 16 , 18 includes a processing unit 26 in the manner of a microprocessor or the like . each drive control device 16 , 18 additionally includes a memory 28 and a communication interface 30 . a basic functionality 32 known as a kernel is loaded into the memory 28 and provides , in the form of a computer program containing computer program instructions , an implementation of the functionality encompassed by the drive control device 16 , 18 for the purpose of controlling and / or monitoring the respective connected motor 22 , 24 ( fig1 ). likewise contained in the memory 28 is internal data 34 of the drive control device 16 , 18 , that is to say e . g . data relating to the type of connected motor 22 , 24 , data for controlling and / or monitoring same , specifically e . g . speed setpoint values , control and regulating parameters , etc . in the case of drive control devices 16 , 18 with integrated web server , the latter &# 39 ; s functionality is likewise stored in the respective memory 28 . the web server is executed by the processing unit 26 in contention with or under the control of the basic functionality 32 . the web server therefore occupies resources of the drive control device 16 , 18 , specifically at least storage space in the memory 28 and computing power of the processing unit 26 . a drive control device 16 , 18 having a dynamically loadable web server 36 is proposed here . the dynamically loadable web server ( referred to hereinafter simply as web server 36 for short ) is also held resident as a computer program containing computer program instructions in the memory 28 when such a functionality has been loaded into the memory 28 . in order to enable a dynamically loadable web server 36 in the memory 28 of the drive control device 16 , 18 to be made executable , the basic functionality 32 includes a software interface 38 or such a software interface 38 is assigned to the basic functionality 32 . the dynamically loadable web server 36 for its part likewise includes interfaces , specifically an input interface 40 and an output interface 42 . when the functionality of a web server 36 is loaded into the memory 28 of the drive control device 16 , 18 during operation of the latter , the web server 36 cooperatively interacts with the basic functionality 32 via the software interface 38 or , conversely , the basic functionality 32 cooperatively interacts with the web server 36 via the software interface 38 . incoming data for the web server 36 arriving via the communication interface 30 in the respective drive control device 16 , 18 is forwarded to the web server 36 for editing or processing . in the case of a web server 36 having an input and output interface 40 , 42 , at the time of loading the web server 36 into the memory 28 or in conjunction with its loading into the memory 28 , a connection of the input interface 40 of the web server 36 is established to the communication interface 30 of the drive control device 16 , 18 and a connection of the output interface 42 of the dynamically loadable web server 36 is established to the software interface 38 of the drive control device 16 , 18 . the connection of the input interface 40 to the communication interface 30 and / or the connection of the output interface 42 to the software interface 38 are / is effected by e . g . the basic functionality 32 automatically when a function provided therein is invoked in order to install a web server 36 in the memory 28 as a dynamically loadable function . when a dynamically loadable web server 36 is loaded in the memory 28 of a drive control device 16 , 18 and is connected via its input and output interface 40 , 42 to the communication interface 30 on one side and the software interface 38 on the other side , incoming data for the web server 36 arriving via the communication interface 30 is forwarded to the web server 36 via its input interface 40 for editing or processing and the web server 36 accesses the basic functionality 32 of the drive control device 16 , 18 as necessary via its output interface 42 and consequently at least indirectly accesses the data 34 , with the result that the web server 36 provides not only a formatted presentation of such data for user information purposes , but also a possibility of influencing individual items of such data . fig3 shows a magnified illustration of the situation according to fig2 with further details for the web server 36 . it is shown that the dynamically loadable web server 36 , as a computer program containing program code instructions having program code instructions that are executable by means of the processing unit 26 ( fig2 ), comprises a web server basic program 44 and one or more web pages 46 . instead of web pages 46 directly incorporated by the web server 36 it can also be provided that said web pages are held resident independently of the web server 36 in the memory 28 ( fig2 ) of the drive control device 16 , 18 or in a remote memory ( not shown ) and are accessible to the web server 36 . the structure of web pages 46 is known per se , so no further explanation is necessary here . the functionality of the web server basic program 44 is likewise known per se , so that further explanations are also superfluous in this regard . finally , fig4 shows a simplified schematic representation of an algorithm for a computer program containing computer program code instructions for implementing the method as herein described . the computer program may be included as part of the basic functionality 32 , e . g . in the form of a subroutine . the computer program designated as a whole by reference numeral 48 starts with a first function block 50 by means of which the request to load a web server 36 into the memory 28 of the drive control device 16 , 18 is registered with the basic functionality 32 and a check of the functionality of the software interface 38 is carried out for that purpose . in a second function block 52 following on therefrom , a check is carried out to determine whether sufficient free storage space for loading the web server 36 into the memory 28 is available in the memory 28 . the loading of the web server 36 into the memory 28 is permitted and initiated by means of a third function block 54 following on therefrom , e . g . in that a start address for the web server 36 in the memory 28 is specified . in a fourth function block 56 , in the case of a web server having an input and output interface 40 , 42 , the input interface 40 is connected to the communication interface 30 and the output interface 42 is connected to the software interface 38 . the dynamic loading of a web server 36 into the memory 28 of a drive control device 16 , 18 is thereby concluded . incoming data arriving for the web server 36 in a drive control device 16 , 18 via the communication interface 30 is supplied to the web server 36 owing to the connection of said communication interface 30 to the input interface 40 of the web server 36 . via its output interface 42 , the web server for its part can access the software interface 38 and from there the basic functionality 32 and / or data 34 of the drive control device 16 in order to handle status queries , parameterizations , configuration changes , etc . in conclusion , fig5 shows a greatly simplified schematic representation of a data medium 58 , that is to say e . g . an electromagnetic data medium , an optical data medium , etc . in the guise of a diskette , a cd - rom and the like , containing a web server 36 and web pages 46 incorporated therein , as shown in fig3 . by combining such a data medium either indirectly or directly , e . g . via a bus 20 ( fig1 ), with a drive control device 16 , 18 it is possible to load the functionality of a web server 36 into the memory 28 there . accordingly , a possibility is disclosed for installing and initiating the execution of only such software , specifically e . g . a web server 36 , which is necessary for the user on drive control devices 16 , 18 . the software interface 38 is provided for this purpose , said software interface 38 enabling , in conjunction with a basic functionality 32 extended for its operation and control , specific software modules , namely e . g . a web server 36 , to be loaded and executed or also such functions to be unloaded , i . e . to be deactivated . the advantages associated therewith are obvious : storage space in the memory 28 is occupied only when a web server 36 or similar is actually required . computing power of the respective processing unit 26 is also required by dynamically loadable software modules only when the latter are resident in the memory 28 and are activated , that is to say e . g . by connection to the communication interface 30 and the software interface 38 . the software functions of the web server 36 can be developed , marketed , modified and maintained as a self - contained standalone package independently of the drive control device 16 , 18 . its adaptation to the constant technological advancements in what is called the web is independent of the further development of the drive control device 16 , 18 . the software interface 38 , the basic functionality 32 and the communication interface 30 are elements of a drive control device 16 , 18 . the software interface 38 and its operation and control by means of the basic functionality 32 on one side , as well as the communication interface 30 on the other side , and finally the interfaces encompassed by the dynamically loadable web server 36 , namely the input and output interface 40 , 42 , are means for using the drive control device 16 , 18 in the method herein described . while the invention has been illustrated and described in connection with currently preferred embodiments shown and described in detail , it is not intended to be limited to the details shown since various modifications and structural changes may be made without departing in any way from the spirit and scope of the present invention . the embodiments were chosen and described in order to explain the principles of the invention and practical application to thereby enable a person skilled in the art to best utilize the invention and various embodiments with various modifications as are suited to the particular use contemplated . what is claimed as new and desired to be protected by letters patent is set forth in the appended claims and includes equivalents of the elements recited therein :