| 摘要 |
Working efficiency improvement of shipping and receiving operations in a materials storage location is contemplated. An optimal location is provided so as to minimize work volume in shipping operation when receiving materials control objects in a materials storage location to improve working efficiency in the materials stockroom. As means to achieve it, a location information of the materials control objects stocked in the materials storage location and vacant area where the materials control objects to be received can be stocked are calculated by use of location information of the materials control objects in the materials storage location and materials dimensions and shape information represented by the three-dimensional CAD used in design to select and decide the area to minimize work volume when shipping. Consequently, shipping operation efficiency can be improved. Further, provision of means to obtain automatically location information of the stocked materials control objects enables to obtain location information of the stocked materials control objects at a spot away from the materials storage location, and thus makes it possible to reduce traveling time of operators to the materials storage location.
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