Integration of Sensor Technologies at a Bucket Wheel Excavator for Identification of Material Type and Detection of Interface Layers
The world wide growth dynamics and the continuously growing demand for energy, results in increasing energy prices. Looking from this point, the efficient exploitation of fossil fuel deposits has become a more important factor to the production of energy raw materials than ever before. This shall be reached by an increase of the automation degree of the bucket wheel excavator in the open pit mining as well as a quality increase of the entire mining process chain. A further optimization of this operation can only be achieved by gathering additional information about the input parameters. The earlier and more exact the description of the input parameter, the greater the effectiveness of the entire process chain.To address this major issue, the RWE Power AG assigned the Institute for Transportation and Automation Systems with the research project SIMT, Sensory Identification of Material Type and Detection of the InterfacesKes07.
Martin Kesting Ludger Overmeyer Jürgen Niemeyer
Institute for Transportation and Automation Systems,Germany RWE Power AG,Germany
国际会议
北京
英文
216-226
2008-10-20（万方平台首次上网日期，不代表论文的发表时间）