Type-variable joining station

摘要

The type variable geometrical welding station comprises a three dimensional translational locking device activated on a first guide web (9) between quiet- and ready positions and on a second guide web (3) diagonal to the first guide web between stand-by- and processing position of guidable chip frame (2) fixing the component on the joining station, where the chip frame is secured diagonally to the position in the ready position. The locking device is automatically disconnected in the chip frame carrier on the first guide web up to the ready position. The type variable geometrical welding station comprises a three dimensional translational locking device activated on a first guide web (9) between quiet- and ready positions and on a second guide web (3) diagonal to the first guide web between stand-by- and processing position of guidable chip frame (2) fixing the component on the joining station, where the chip frame is secured diagonally to the position in the ready position. The locking device is automatically disconnected in the chip frame carrier on the first guide web up to the ready position and at the same time to the chip frame carrier in the direction of the second guide web. The locking device comprises locking units (12) activated with the chip frame movable on the first guide web and during passing the first and second guide web-end area limiting on the ready position, and with the chip frame diagonally to the forward direction to the chip frame carrier on the second guide web. The first locking unit is lockable and/or releasable through a selector slot stationary positioned in the guide web-end area. The second locking unit comprises locking elements relocatably cooperating in movement direction, with a counter element in the chip frame carrier on the first guide web extending over the guide web-end area. The locking element of the second locking unit is tightly connected with thrust member of a linear promoter causing the chip frame carrier on the second guide web and couplably remains with the chip frame during passing through the second guide web. The chip frame is tightly secured through the locking at a carrier sled on rail pieces arranged diagonally to first guide web and is aligned in the ready position under formation of second guide web aligning to stationary rail sections passing to the processing position. The chip frame is docked in the processing position over coupling pieces (5, 6) on the media supply such as energy-/signal supply.