Holistic conceptual design of sensor modules for machine elements

本申请的目的是为高度集成的传感器模块的概念设计提供整体方法学支持。整体性意味着除了实际的传感器原理之外，最多考虑四个子原则：信号转换、处理和传输以及能量供应，并平等考虑产品生命周期阶段的传感器模块的生产和使用。生产和使用的影响仅限于识别影响系统中信号采集、处理和传输的传感器模块的基本功能的关键干扰变量。对机械零件中传感器模块的设计环境进行分析，预测和评估对传感器模块功能的影响，将目标分解为四个研究问题，并在分配的工作包中进行处理。产品开发的模型和方法的阐述在前台，关于传感器模块子功能的具体知识取自文献。RQ 1：传感器数据的子功能转换、处理和传输以及传感器模块的能量供应的不同解决方案原理如何用类似的感觉子功能模型来描述，以便在综合中支持它们的选择和评估？(WP 1“子功能”)RQ 2：在可集成传感器模块的概念设计方法中，能否找到一个框架来总结为传感器模块的子功能选择个别解决方案原则的方法？(WP 2“方法论”)RQ3：如何以多学科的形式系统地支持干扰影响的分析，以增加传感器模块在其运行环境中的稳健性？(WP 3“稳健性”)RQ 4：哪些概念适合于使辅助系统中的用户能够获得关于各个子功能及其相互作用的具体信息和经验知识？(WP 4“辅助概念”)理论方法旨在通过与SPP 2305“传感器集成机械元件”项目的交流，为传感器集成机械元件的概念过程提供方法论支持。对实施调查结果的计算机辅助工具的调查仅限于功能核查。该项目旨在提出传感器模块的概念，以便通过逐步增加传感器模块及其操作策略来实现数字化的功能附加值。

The aim of the present application is to provide holistic methodological support for the conceptual design of highly integrated sensor modules. Holistic implies the consideration of up to four sub-principles in addition to the actual sensor principle: signal conversion, processing and transmission as well as energy supply and the equal consideration of the product life cycle phases production and use of the sensor module. The influences of production and use are limited to the identification of critical disturbance variables which affect the basic function of the sensor module for signal acquisition, processing and transmission in the system. The design environment of the sensor module in the machine element is to be analyzed and the impact on the functionality of the sensor module is to be anticipated and evaluated.The objective can be decomposed into four research questions, which are addressed in assigned work packages. The elaboration of models and methods of product development is in the foreground, the specific knowledge about the sub-functions of the sensor module is taken from the literature.RQ 1: How can the different solution principles for the sub-functions conversion, processing and transmission of the sensor data as well as for the energy supply of the sensor module be described with analogous models as for the sensory sub-function in order to support their selection and evaluation in the synthesis? (WP 1 "Subfunctions")RQ 2: Can a framework be found to summarize the methods for selecting the individual solution principles for the sub-functions of a sensor module in a methodology for the conceptual design of integrable sensor modules? (WP 2 "Methodology")RQ 3: How can the analysis of disturbance effects be methodically supported in a multidisciplinary form in order to increase the robustness of the sensor module in its operational environment? (WP 3 "Robustness")RQ 4: Which concepts are suitable for making the specific information and the empirical knowledge about the individual sub-functions and their interactions with each other accessible to the user in an assistance system? (WP 4 "Assistance concept")The theoretical approach is intended to provide methodological support for the concept process for sensor-integrating machine elements through exchange with the projects of SPP 2305 "Sensor-integrating machine elements". The investigation of computer-aided tools for the implementation of the findings is limited to the functional verification. The project aims at the conception of the sensor module in order to achieve a functional added value for digitization by incremental additions to the sensor module and its operating strategy.