Scenario Based Method to Increase the Flexibility of Energy Use in Production Systems von Reinhart, Gunther, Glasschröder, Johannes, Unterberger, Eric

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Comparison of Prognosis Methods for the Energy Consumption of Machines and Further Development with Regard to Increasing Data Availability von Müller, Thiemo, Tauschek, Julian Stefan, Glasschröder, Johannes, Reinhart, Gunther

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Cost-Efficient Energy Monitoring of Manufacturing Machines Based on Nonintrusive Load Monitoring von Glasschröder, Johannes, Gebbe, Christian, Reinhart, Gunther

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Approach for a Potential Analysis of Energy Flexible Production Systems von Simon, Peter, Roltsch, Floris, Glasschröder, Johannes, Reinhart, Gunther

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Approaches for Monitoring the Energy Consumption with Machine Learning Methods von Reinhart, Gunther, Glasschröder, Johannes, Gebbe, Christian

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Feature Extraction and Classification of the Electric Current Signal of an Induction Motor for Condition Monitoring Purposes von Glasschröder, Johannes, Lingenfelser, Florian, Tran, Christin, Gebbe, Christian, Reinhart, Gunther

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A Systems Engineering Based Method to Increase Energy Flexibility von Unterberger, Eric, Glasschröder, Johannes, Reinhart, Gunther

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Modeling of an energy-flexible production control with SysML von Unterberger, Eric, Hofmann, Urs, Min, Sangkee, Glasschröder, Johannes, Reinhart, Gunther

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Improving Resource and Energy Efficiency of Packaging Machines: Contribution of an Increasing Format Flexibility von Götz, Georg, Thunig, Sven, Glasschröder, Johannes, Reinhart, Gunther, Stich, Peter

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Integration and Interaction of Energy Flexible Manufacturing Systems within a Smart Grid von Keller, Fabian, Schultz, Cedric, Simon, Peter, Braunreuther, Stefan, Glasschröder, Johannes, Reinhart, Gunther

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Measurement of the Resource Consumption of a Selective Laser Melting Process von Gebbe, Christian, Lutter-Günther, Max, Greiff, Benjamin, Glasschröder, Johannes, Reinhart, Gunther

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METHOD AND DEVICE FOR ADDITIVE PRODUCTION OF A COMPONENT von GLASSCHRODER JOHANNES, LEUSCH OLIVER, OTT MARCEL, MIKLEC CHRISTIAN, HIMMEL BENJAMIN

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METHOD AND APPARATUS FOR MANUFACTURING A COMPONENT IN LAYERS von HIMMEL, Benjamin, LEUSCH, Oliver, MIKLEC, Christian, GLASSCHRÖDER, Johannes, OTTER, Martin

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METHOD AND DEVICE FOR ADDITIVE PRODUCTION OF A COMPONENT von HIMMEL, Benjamin, LEUSCH, Oliver, MIKLEC, Christian, GLASSCHRÖDER, Johannes, OTTER, Martin

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METHOD AND DEVICE FOR ADDITIVE PRODUCTION OF A COMPONENT von HIMMEL, Benjamin, LEUSCH, Oliver, MIKLEC, Christian, GLASSCHRÖDER, Johannes, OTTER, Martin

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METHOD AND DEVICE FOR LAYERED MANUFACTURE OF A COMPONENT von HIMMEL, Benjamin, LEUSCH, Oliver, MIKLEC, Christian, GLASSCHRÖDER, Johannes, OTTER, Martin

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DEVICE FOR ADDITIVE MANUFACTURING OF A COMPONENT von LEUSCH, Oliver, HIMMEL, Benjamin, MIKLEC, Christian, KIRCHNER, Steffen, GLASSCHRÖDER, Johannes, LANG, Andreas, OTTER, Martin

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PRINT HEAD AND METHOD FOR STARTING UP A PRINT HEAD von HIMMEL, Benjamin, LEUSCH, Oliver, MIKLEC, Christian, GLASSCHRÖDER, Johannes, LANG, Andreas, OTTER, Martin

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PRINT HEAD AND METHOD FOR STARTING UP A PRINT HEAD von HIMMEL, Benjamin, LEUSCH, Oliver, MIKLEC, Christian, GLASSCHRÖDER, Johannes, LANG, Andreas, OTTER, Martin

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PRINTHEAD AND METHOD FOR ADDITIVE MANUFACTURING OF A COMPONENT USING MOLTEN METAL von LEUSCH, Oliver, HIMMEL, Benjamin, MIKLEC, Christian, GLASSCHRÖDER, Johannes, LANG, Andreas, OTTER, Martin

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