SFB 241: Innovative Mechatronic Systems (IMES)

自1988年以来，几个研究所合作解决综合机械电子系统的问题，除了机械功能外，还进行电子信息处理。一个目标是发展今天的机电系统与集成信息处理的自治系统。这种转移需要解决的任务，如新的传感器湍流或空化在涡轮机械和旋转轮胎的位移。此外，还需要开发特定应用的微处理器。传感器信号通过微处理器返回到机械过程中，例如内燃机的压力控制或涡轮压缩机的失速检测。新的机电一体化系统的例子是机电制动器和磁轴承。合作研究计划从一开始就考虑整个系统，处理一个对机电工程越来越重要的领域。它被分为四个项目域，每个项目都是独立的。它由13个单独的项目组成，分为4个面向过程、面向执行器、面向传感器和面向微机的项目领域。

Since 1988 several institutes cooperate in solving problems for integrated mechanical electronic systems, where in addition to the mechanical functions an electronic information processing takes place.One goal is to develop today`s electromechanical systems to autonomous systems with integrated information processing. This transfer requires the solution of tasks like e. g. new sensors for turbulence or cavitation in turbomachinery and displacements in rotating tires. Furthermore the development of application specific microprocessors is required. The sensor signals act through the microprocessors back to the mechanical process, as e.g. in the case of pressure control of combustion engines or stall detection in turbo compressors. Examples for new mechatronic systems are electromechanical brakes and magnetic bearings.The cooperative research program treats an area which becomes increasingly important for mechanical and electronical engineering by considering the overall system from the very beginning. It is divided in four project domains with individual projects.It consists of 13 individual projects, which are divided in 4 process-oriented, actuator-oriented, sensor-oriented and microcomputer-oriented project areas.