PROCEDURE AND APPARATUS FOR MANUFACTURING PACKS OF AMORFO STEEL STRAPS TO MANUFACTURE TRANSFORMER NUCLEUS.

摘要

THIS METHOD FOR THE FORMATION OF AMORPHAS METAL BAND PACKAGES ADAPTED TO BE WRAPPED AROUND THE AXIS OF A MACHINE FOR THE MANUFACTURE OF TRANSFORMER NUCLEES CONSISTS IN PLACE ONE FIRST AND SECOND COMPOUND BANDS, EACH OF THE ONE OF THOSE OF WHICH AMORPHAS METAL BANDS STACKED ACCORDING TO A SUPERPOSED RELATIONSHIP. THE COMPOSITE BANDS HAS PREVIOUS EXTREME PLACES PLACED IN AN INITIAL POSITIONS (I) AXIAL SEPARATELY BETWEEN AT THE BEGINNING OF THE PACKAGE FORMATION OPERATION AND (II) IN THE OPPOSITE EXTREMES OF A STACKING AREA WHEN THE PACKAGES ARE FORMED OF FORMATION OF PACKAGES. THE COMPOSITE BANDS ARE CUT TO SEPARATE A FIRST BAND SECTIONS OF THE FIRST COMPOSITE BAND AND TO SEPARATE A SECOND BAND SECTIONS OF THE SECOND COMPOUND BAND; AND THE SEPARATE SECTIONS HAVE BEEN ADVANCED AXIALALLY FORWARD FOR THE COMPOSITE BANDS REGARDING THOSE THAT HAVE BEEN SEPARATED UNTIL THERE ARE IN THE SIDING AREA OF STACKING. THE SECOND SECTIONS ARE STACKED ACCORDING TO AN ALTERNATE RELATIONSHIP ON THE FIRST SECTIONS THAT ARE IN THE STACKING AREA. TO MAKE ADVANCE TO EACH OF THE FIRST SECTIONS UNTIL THE STACKING AREA, A FIRST TRANSPORTATION ELEMENT IS USED THAT MOVES IN AN ADDRESS TOWARDS THE FIRST BAND DURING SUCH ADVANCE OF EACH OF THE FIRST SECTIONS AND RETURNS TO AN INITIAL POSITION TO PREPARE FOR THE FOLLOWING PROGRESS OPERATIONS OF A FIRST SECTION. TO ADVANCE EACH OF THE SECOND SECTIONS TO THE STACKING AREA, A SECOND TRANSPORT ELEMENT IS USED THAT MOVES IN AN ADDRESS TOWARDS THE SECOND BAND DURING SUCH ADVANCE OF EACH SECOND SECTION AND RETURNS TO ITS INITIAL POSITION TO PREPARE FOR THE FOLLOWING OPERATIONS OF A SECOND SECTION. EACH OF THE ADVANCING OPERATIONS OF THE SECOND SECTION HAS A PLACE CONCURRENTLY TO THE RETURN MOVEMENT OF THE FIRST TRANSPORTATION ELEMENT TOWARDS ITS INITIAL POSITION AND EACH OF THE ADVANCE OPERATIONS OF THE FIRST SECTION IS PLACED IN CONCURRENCE TO THE MOVEMENT RETURN OF THE SECOND TRANSPORTATION ELEMENT TOWARDS ITS INITIAL POSITION.