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An intelligent comfort-evaluating?ice?model for child car seat design.
| Content Provider | CiteSeerX |
|---|---|
| Author | Lai, Hsin-His |
| Abstract | Abstract: This essay attempts to explore an intelligent design evaluation system dealing with the ergonomic comfort problems for the child car seat designers. The new intelligent comfort-evaluating?abbreviated as ICE? model is developed through two stages. The first stage is to perform an ergonomic experiment to find out the relations between the comfort and the interface pressures on the child subjects. The second stage is to construct an ICE model by applying the method of gray conjunction analysis with programming languages, such as Visual Basic and C++. Final results show that the new ICE model is very effective for the car seat designers to solve the complex problems of ergonomic comfort. Therefore, the new model can provide designers a scientific method supporting decisions on the new product design of child car seats. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Intelligent Comfort-evaluating Child Car Seat Design Final Result Gray Conjunction Analysis Ergonomic Comfort Problem Child Subject New Intelligent Comfort-evaluating Ergonomic Comfort New Product Design Scientific Method New Ice Model Programming Language New Model Ergonomic Experiment Complex Problem Ice Model Interface Pressure Child Car Seat Second Stage Intelligent Design Evaluation System Child Car Seat Designer Car Seat Designer First Stage Visual Basic |
| Content Type | Text |
| Resource Type | Article |