Abstract 1. THE METHOD OF LAMINATING A SHEET OF DOUGH UPON A SUPPORTING SURFACE WHICH COMPRISES PROVIDING THE SUPPORTING SRUFACE WITH AN UPWARDLY CONCAVE CHANNEL AT A LAMINATING STATION, THE LONGITUDINAL AXIS OF THE CHANNEL BEING PARALLEL TO THE LENGTH OF THE SUPPORTING SURFACE, FEEDING A SHEET OF DOUGH ALONG THE GUIDE MEANS DISPOSED IN A PLANE LYING RADIALLY AND AXIALLY OF THE CHANNEL TOWARD THE UPPER SURFACE OF THE CONCAVE PART OF THE SUPPORTING SURFACE, OSCILLATING SAID GUIDE MEANS AND THUS THE DOUGH SHEET BEING FED ALONG SAID RADIAL AXIAL PATH ABOUT THE LONGITUDINAL AXIS OF THE CHANNEL, LAYING THE DOUGH SHEET AS IT LEAVES THE GUIDE MEANS INTO THE UPWARDLY CONCAVE CHANNEL AND BEINDING IT INTO CONFORMITY THEREWITH, LONGITUDINALLY DISPLACING THE SUPPORTING SURFACE AND THE GUIDE MEANS RELATIVE TO EACH OTHER, AND CORRELATING THE SPEED OF LONGITUDINAL DISPLACEMENT BETWEEN THE SUPPORTING SURFACE AND THE GUIDE MEANS AND THE FREQUENCY OF OSCILLATION OF THE RADIAL PATH OF TRAVEL OF THE DOUGH SHEET TO PRODUCE A PREDETERMINED DEISRED DEGREE OF OVERLAP OF SUCCESSIVE ANGULARLY DISPOSED UPWARDLY CONCAVE LAPS OF DOUGH SHEET ON THE SUPPORTING SURFACE AT THE LAMINATING STATION.
THE METHOD OF LAMINATING A SHEET OF DOUGH UPON A SUPPORTING SURFACE WHICH COMPRISES PROVIDING THE SUPPORTING SRUFACE WITH AN UPWARDLY CONCAVE CHANNEL AT A LAMINATING STATION, THE LONGITUDINAL AXIS OF THE CHANNEL BEING PARALLEL TO THE LENGTH OF THE SUPPORTING SURFACE, FEEDING A SHEET OF DOUGH ALONG THE GUIDE MEANS DISPOSED IN A PLANE LYING RADIALLY AND AXIALLY OF THE CHANNEL TOWARD THE UPPER SURFACE OF THE CONCAVE PART OF THE SUPPORTING SURFACE, OSCILLATING SAID GUIDE MEANS AND THUS THE DOUGH SHEET BEING FED ALONG SAID RADIAL AXIAL PATH ABOUT THE LONGITUDINAL AXIS OF THE CHANNEL, LAYING THE DOUGH SHEET AS IT LEAVES THE GUIDE MEANS INTO THE UPWARDLY CONCAVE CHANNEL AND BEINDING IT INTO CONFORMITY THEREWITH, LONGITUDINALLY DISPLACING THE SUPPORTING SURFACE AND THE GUIDE MEANS RELATIVE TO EACH OTHER, AND CORRELATING THE SPEED OF LONGITUDINAL DISPLACEMENT BETWEEN THE SUPPORTING SURFACE AND THE GUIDE MEANS AND THE FREQUENCY OF OSCILLATION OF THE RADIAL PATH OF TRAVEL OF THE DOUGH SHEET TO PRODUCE A PREDETERMINED DEISRED DEGREE OF OVERLAP OF SUCCESSIVE ANGULARLY DISPOSED UPWARDLY CONCAVE LAPS OF DOUGH SHEET ON THE SUPPORTING SURFACE AT THE LAMINATING STATION.
Claim 2
Independent Claim
187 words
THE METHOD OF LAMINATING A SHEET OF DOUGH UPON A SUPPORTING SURFACE WHICH COMPRISES PROVIDING THE SUPPORTING SRUFACE WITH AN UPWARDLY CONCAVE CHANNEL AT A LAMINATING STATION, THE LONGITUDINAL AXIS OF THE CHANNEL BEING PARALLEL TO THE LENGTH OF THE SUPPORTING SURFACE, FEEDING A SHEET OF DOUGH ALONG THE GUIDE MEANS DISPOSED IN A PLANE LYING RADIALLY AND AXIALLY OF THE CHANNEL TOWARD THE UPPER SURFACE OF THE CONCAVE PART OF THE SUPPORTING SURFACE, OSCILLATING SAID GUIDE MEANS AND THUS THE DOUGH SHEET BEING FED ALONG SAID RADIAL AXIAL PATH ABOUT THE LONGITUDINAL AXIS OF THE CHANNEL, LAYING THE DOUGH SHEET AS IT LEAVES THE GUIDE MEANS INTO THE UPWARDLY CONCAVE CHANNEL AND BEINDING IT INTO CONFORMITY THEREWITH, LONGITUDINALLY DISPLACING THE SUPPORTING SURFACE AND THE GUIDE MEANS RELATIVE TO EACH OTHER, AND CORRELATING THE SPEED OF LONGITUDINAL DISPLACEMENT BETWEEN THE SUPPORTING SURFACE AND THE GUIDE MEANS AND THE FREQUENCY OF OSCILLATION OF THE RADIAL PATH OF TRAVEL OF THE DOUGH SHEET TO PRODUCE A PREDETERMINED DEISRED DEGREE OF OVERLAP OF SUCCESSIVE ANGULARLY DISPOSED UPWARDLY CONCAVE LAPS OF DOUGH SHEET ON THE SUPPORTING SURFACE AT THE LAMINATING STATION.