Abstract
In the context of casting mould inspection, the conventional paper-based provision of information for workers can be characterised by a conflict of objectives. On the one hand, a minimisation of the cognitive load of the worker is desirable. To this end the inspection procedure is oriented on the complete processing of each view of the single-part drawing. This leads to a necessary change between inspection devices within individual views. On the other hand, a resource-efficient use of inspection equipment is desirable. To this end, the inspection tasks are grouped so that for each group one single inspection device is assigned. This requires a change between the views of the single-part drawing within each inspection device, which increases worker’s cognitive load. By means of a realistic representation of the inspection operations to be carried out, by using a Worker Information System which is based on animated graphical representations (dynamic visualisation), the increase of the cognitive load that is caused by the resource-efficient use of inspection equipment could be compensated.
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