Integrated Materials Handling in Manufacturing |
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Page 92
... movement mechanisms . Orientation and positioning for pick - up and placing are crucial in determining spatial arrangement of movements to transfer components between production facilities . In addition there are obstacles to movement ...
... movement mechanisms . Orientation and positioning for pick - up and placing are crucial in determining spatial arrangement of movements to transfer components between production facilities . In addition there are obstacles to movement ...
Page 93
... system , advance , conveying movement , and so on ) . Since it often follows that the existing movement axes are not sufficient to carry out all necessary movements , it must be investigated how far an expansion of existing movement ...
... system , advance , conveying movement , and so on ) . Since it often follows that the existing movement axes are not sufficient to carry out all necessary movements , it must be investigated how far an expansion of existing movement ...
Page 97
... movement axes are sequential or simultaneous , since simultaneous movements achieve considerable time savings . The time savings arrived at through increases in speed and accelera- tion depend on the paths to be laid down . From Fig ...
... movement axes are sequential or simultaneous , since simultaneous movements achieve considerable time savings . The time savings arrived at through increases in speed and accelera- tion depend on the paths to be laid down . From Fig ...
Contents
Chapter OneIntroduction | 1 |
Chapter ThreeIntegration in the context of technical | 11 |
Chapter FiveDeveloping alternatives | 17 |
Copyright | |
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Common terms and phrases
accessibility additional alternative methods carry out handling Change of orientation clamping component carriers component handling component pick-up component range component store conveying and manufacturing conveying device conveying facilities conveying systems conveying track conveyors determined dimensions distribution vehicle example facilities Fig Functional analysis gripping device handling equipment handling facilities handling processes headstock integrated handling operations integration of handling load pick-up machine tool manufacturing facilities manufacturing systems materials flow materials handling medium production methods of integrating milling machines movement axes movement mechanisms number of components operating units operational procedures operations complexes operations in production operations objectives orientation and position pallets personnel pick-up elements production areas production cells production facilities production plants production processes production systems requirements shaft shelving Shifting apparatus spindle steady rest storage and conveying storage facilities storage positions storage system store capacity store compartments stored components support apparatus swarf Swivelling apparatus technical Turning apparatus turning machines waiting stations Δ Δ