KNOWLEDGE BASED ENGINEERING AND MODERN CAE FOR SORTING SYSTEMS
Journal Title: Proceedings in Manufacturing Systems - Year 2012, Vol 7, Issue 2
Abstract
Focusing on modern engineering technologies – as known from automotive sector – the authors will present two promising approaches to straighten (CAD)-development tasks for sorting systems. As sorting systems are highly customized products, there are lots of repeating tasks, which steal creativity potential from the design engineer for so called “donkey work”. Here the KBE approach is presented as a powerful instrument in the use of system design, without automating every single detail, but interconnecting available parametric models with layout planning. Different views on engineering task automation are made to make accurate biddings in an early design stage. The authors introduce their KBx approach and will bring insights in ongoing research, to handle KBE and KBx tasks with software, using the xKBE-methodology, that brings together data, information and knowledge from various sources in the desired quality at the right stage in the developing process. To boost sorting capacity the exact knowledge of the physical behaviour of sorting goods is essential. Sorting system development is highly empiric and therefore time consuming and expensive. CAE techniques offer a wide range of parameter variations within a validated model, to search for optimization potentialities such as minimizing the distance between the good, ensuring correct handling anyway. The authors will present a Multibody Simulation of a tilt-tray sorter which is used for improved unloading point design. An overview over CAE techniques complements the paper.
Authors and Affiliations
C. Landschuetzer, M. Fritz, D. Jodin
Keywords
Related Articles
- EP ID EP136886
- DOI -
- Views 117
- Downloads 0
Predicting the mechanical system output parameters by applying the artificial neural network method
he paper aims to simplify the experimental research activity of the mechanical systems behavior and to perform a prediction of the output parameters of the system, in case of a stable behavior of the system, with the pre...
Robotic deburring cell virtual prototyping
This paper presents the works performed by the authors in the field of robotic deburring applications. It describes the virtual prototyping and kinematic analysis of a robotic cell developed for plastic parts deburring....
Hybrid palletizing system with gantry robots for orienting the objects and articulated robot for overall layer handling
The paper presents works performed by the authors in the field of developing new concepts and virtual prototyping new model of hybrid palletizing system. Along development of the palletizing system virtual prototype in o...
Designing an Internet of Things (IoT) ready device for machine tool monitorizing
Nowadays more and more companies are using active monitoring systems for predictive maintenance of the manufacturing systems. With Industry 4.0 revolution almost all modern production systems are able to monitor the prod...
TRANSITION FROM THE CLASSIC SERVICE OPERATIONS TO THE DECISION SUPPORT IN MAINTENANCE ACTIVITY
This paper introduces the researches performed for highlighting the development from classic service operations to decision support in maintenance activity. The use of the monitoring software of Schindler Company – manuf...