Design rendering of the power storage bay window

Can object-oriented modelling improve performance of a double Bowden power window system?

Abstract – The paper tackles an integrated use of object-oriented modelling (OOM) and design of ex-periments (DoE) to determine the performance of a double bowden power window system in order to accomplish the expected system performances during the preliminary designing phase and, therefore, by accelerating the product development process.

How is the power window system modelled?

The power window system is modelled by using a top down approach to OOM. Therefore, the modelling is ac-complished by firstly providing a series of levels of de-tail (Fig. 3). The power window system is divided into three subsystems (first level decomposition) related to Control, Sensor and Physic subsystem, respectively.

What is a power window system?

A power window system is a mechatronic system usu-ally developed in automotive field. General methodolo-gies were proposed, along the “process based problem”, for example, dealing with the design of the power win-dow controller or the development of pinch detection algorithm, related to control system . The paper is arranged as follows.

What are the functional levels related to power window system modeling?

Fig. 3. Functional levels related to power window system modeling using a top-down approach. double bowden types are generally used for short/light and long/heavy windows, respectively. The main subsys-tems/parts of such power windows systems are a DC mo-tor, equipped with a worm gear, a sliding mechanism and a window constrained along two rails.

Can energy storage improve power quality?

In one of the manuscripts, authors have proposed an impact of energy storage with DSTATCOM for power quality improvement which is one of the key challenge in the power distribution system due to the presence of nonlinear loads.

How can a graphical user interface improve a power window system?

Then, the parameters as well as the developed object models could be integrated in a graphical user interface to increase the accuracy of design activities and to reduce the development time to be spent for a new power window system.