Siemens Energy Global Gmbh & Co. Kg

Siemens Aktiengesellschaft

Siemens Aktiengesell Schaft

Siemens It Solutions and Services Gmbh

Josef Alois Birchbauer

Stefan Wakolbinger

Michael Hornacek

Claudia Windisch

Philipp Glira

Juergen Hatzl

Olaf Kähler

Thomas Engel

Klaus Ludwig

Uwe Linnert

Daniel Schall

Dietmar Schmidt

Vlad Comanelea-Serban

Wolfgang Marius

Bernd Koppenhöfer

Michael Hödlmoser

Jürgen Hatzl

Markus Richter

Paul Schneeweiss

Wolfgang Schneider

Bernhard Frühstück

Robert Hödl

Stefan Kluckner

Jurgen Hatzl

Michael Hodlmoser

Marcus Hennecke

Michael HÖDLMOSER

A method for detecting objects on systems, includes providing a three-dimensional representation of the system, wherein the position and orientation of the representation and the system are known, and capturing a first image and a second image of the system, the two images being captured from different positions above the system. For a plurality of sections of the system, a respective comparison of the first and the second image is carried out using a parallax effect. If the images in a region surrounding the system match, an object is detected on the system.

Method and assembly for detecting objects on systems

A method for generating a photogrammetric corridor map from a set of input images by recovering a respective pose of each image, wherein a pose includes a position and an orientation information of the underlying camera, including steps of: a) receiving a set of input images, b) defining a working set, c) initializing an image cluster, d) further growing the image cluster: d1) selecting one image from the working set that features overlap with at least one image already in the cluster, e) continuing with step b) if there remain images in the working set; if not, f) generating and providing as output the corridor map using the recovered camera poses.

Method and device for generating a photogrammetric corridor map from a set of images

A method for monitoring a power line that carries electrical current, using a mobile inspection device, the mobile inspection device has a magnetic sensor and a camera, the method includes the following steps: measuring a magnetic field generated by the current, by the magnetic sensor; and capturing an image of the power line by the camera according to the measured magnetic field. A mobile inspection device, a computer program and a machine-readable storage medium implement the method.

Method for monitoring a power line

A system for determining the location of pipelines using at least one geopig that is introduced into a pipeline, advances therein and that has a magnetic source for generating a magnetic field, wherein at least one unmanned aerial vehicle is provided with magnetic field sensors and position determination devices, a controller is provided for determining the field strength profile of the magnetic field and for positioning the unmanned aerial vehicle at a defined distance from the at least one geopig, and a device is provided for determining the location of the at least one geopig from the position of the unmanned aerial vehicle and the defined distance between the at least one geopig and the unmanned aerial vehicle.

System for determining the location of pipelines

A method for measure the layer thickness of soil coverings, in particular in the case of gas and oil pipelines laid underground, wherein the device to be covered is measured and the coordinates thereof in relation to a specified coordinate system are recorded, where the course of the terrain over the device is measured and a terrain model is determined therefrom and recorded in the specified coordinate system after the soil covering has been applied, and where the layer thickness of the soil covering is determined from the coordinates of the device and from the terrain model.

Layer thickness measurement of soil covering

A method for condition monitoring of an installation with operating devices, in which overview data is detected by a first vehicle with an overview sensor arrangement for optical detection of the facility, and the operating devices are identified in the overview data by an evaluation device and the positions of the operating devices are determined taking into account the position of the first vehicle. Detail shots of the operating devices are produced by a detail camera on-board a second or the first vehicle, which is oriented in relation to the respective positions of the operating devices. There is a corresponding arrangement for carrying out the method. A mode of embodiment relates to the condition monitoring of high-voltage masts with high-voltage free lines that are clamped between the masts. Insulators hang on the transverse members as operating devices.

Method and arrangement for condition monitoring of an installation with operating means

A method for controlling an unmanned flying object (UAV) that is used to detect and measure objects in a specified region, where a largely obstacle-free flyover zone is determined for the region to be detected and measured, where the unmanned flying object takes overview measurements of the region utilizing suitable sensors and recording technology in the flyover zone, wherein a three-dimensional digital surface model of the region is ascertained together with the objects located therein based on the overview measurements, and based on the three-dimensional digital surface model, a sequence of positions for detailed measurements and an obstacle-free flight path are ascertained for an unmanned model aircraft for assuming the sequence of positions and are used as the basis for control of the unmanned model aircraft.

Method for controlling unmanned aerial vehicles

A method for visualizing and validating process events in process monitoring systems, wherein a permanently installed sensor system reports states to a process monitoring system, if predefined limit values are exceeded, then the process monitoring system initiates, plans and performs local data acquisition using a mobile sensor, where the result of this data acquisition is analyzed and visualized in the process monitoring system and is integrated in the state information relating to the process or the installation.

System and method for visualizing and validating process events

A method for producing a depth map from a detection region of the Earth's surface, a detection region being arranged in an underground pipeline, wherein the method includes recording at least one image sequence via at least one camera, determining the position and orientation of the camera corresponding to each individual recording, determining a spatial position and orientation of the underground pipeline arranged in the detection region, producing the depth map of the detection region via a plane sweep method based on the individual recordings and the associated camera positions, where the maximum depth region of the plane sweep method is subdivided into a total of N sections in an adaptive manner, i.e., in accordance with a predetermined minimum layer thickness for the ground covering the underground pipeline, via a predetermined number of planes spaced differently from one another and extending parallel with respect to one another.

Method for producing a depth map

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Seiersberg, Austria

Josef Alois Birchbauer