Wobben Properties Gmbh

Inchron, Gmbh

Karsten Albers

Ingo Meyer

Frank Slomka

Joachim Jung

Jan Kapitza

Gunther Horn

Sergio Sousa

Steffen Kollmann

Georg Krüger

Günther Horn

Frank Bodmann

Hendrik Egberts

Georg Kruger

Sérgio Sousa

A device for spreading a multi-stranded tensioning cable, in particular steel tensioning cables, comprising a main body having a feedthrough opening for the entire tensioning cable, and a number of spreading elements which are arranged radially movably in the main body and each have a contour which is of a configuration tapering inwardly in the radial direction for engaging and producing a gap between respectively adjacent strands of the tensioning cable.

Tensioning cable spreading device and tensioning cable lubrication device and method

A system for producing reinforcing cages for wind turbine tower segments, wherein a reinforcing cage has in each case substantially horizontally oriented ring segments and substantially vertically oriented stiffening elements. It is proposed that the system has a receiving area which is adapted so as to receive the preferably inner, substantially horizontally oriented ring segments of the reinforcing cage, a first handling robot for supplying and positioning the stiffening elements, and a second handling robot for connecting the ring elements to the stiffening elements.

Installation for producing reinforcement cages for tower segments of wind turbines

The invention relates to a device, in particular having: a support structure, which can be driven in a rotary manner about an axis X, a plurality of rods, which are aligned parallel or conically approaching each other, relative to the axis X, and are preferably uniformly distributed around the support structure along a circumference, wherein each of the rods is connected to the support structure by means of two or more spokes, and have a plurality of recesses on the outer side thereof facing away from the support structure which are configured to receive reinforcement material, a number of pokes corresponding to the number of rods can be arranged in a plane perpendicular to the axis X, and the lengths of the spokes are adjustable by motor in a telescoping manner.

Foundation for wind turbine

The present invention relates to a method for producing a tower segment of a concrete tower of a wind energy installation, comprising the steps: providing a segment mold having at least one formwork for defining a mold of the tower segment that is to be produced and for filling with concrete; filling the segment mold with concrete in order to form the tower segment by the subsequent hardening of the concrete; measuring the tower segment thus hardened for creating a three-dimensional, virtual actual model of said tower segment; producing said three-dimensional actual model; comparing the three-dimensional actual model with a predefined mold, in particular a stored three-dimensional, virtual target model; and determining a deviation between both virtual models and changing the segment mold, in particular changing the at least one formwork when the deviation exceeds a first predefined threshold value.

Production of a tower

The invention provides a method for analysing the real-time capability of a system, in particular a computer system, where various tasks are provided, wherein the tasks are repeatedly performed and wherein an execution of a task is triggered by an activation of the task and this represents an event of the task, wherein a plurality of descriptive elements are provided to describe the time correlation of the events as event stream, wherein the event streams may detect the maximum time densities of the events and/or the minimum time densities of the events, and wherein at least a further descriptive element to which an amount of event streams is assigned and which describes the time correlation of an entirety of events which are captured by at least two event streams.

Method for analysing the real-time capability of a system

A non-transitory computer readable medium for a real time analysis of a computer system performs a method of describing an occurrence pattern, for which a set of tasks is provided. The tasks are partially repeatedly requested by the system and processed or repeatedly generate events by requests to partial components of the system. An occurrence pattern of the events requesting the tasks or events generated by the task during the real-time analysis is represented by a description of event densities. The description includes a set of elements describing a portion of the occurrence pattern of the events. At least two elements for the description of the part of the occurrence pattern include a further set of elements providing a plurality of hierarchical levels. The further sets and thus the part of the occurrence pattern described by the further sets differ from each other.

Real-time analysis of a computer system

The invention relates to a method for the real-time analysis of a system, especially a technical system, which is to process tasks (&#x3c4;). A job that is defined by processing of a task (&#x3c4;) generates system expenses. In order to create a particularly quick and accurate method, an approximation of the method is cancelled when it is considered that an interval (I, I, In) cannot be processed in real time, the system expenses being taken into account instead of the approximate value for at least one job of a task (&#x3c4;).

Method for the real-time capability analysis of a system by selectively using approximated or actual system expenses for jobs

The invention relates to a method for testing the real-time capacity of a system, especially a computer system, according to which a quantity of different tasks (&#x3c4;) is to be executed, system costs being incurred by the execution of each task (&#x3c4;). The aim of the invention is to provide an especially rapid and accurate method. To this end, in order to determine the total costs (D(I)) for at least one time interval (I), the actual system costs (D(I)) of the job of a first task are taken into account for said at least one first task, the actual system costs (D(I)) of at least two jobs of the first task are taken into account for at least one first task, and other system costs are taken into account for at least one second task. The other system costs are determined by an approximation based on the actual system costs (D(I)).

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Weilheim, Germany

Karsten Albers