Abstract: Conveying facility for conveying cell stacks formed by segments for the energy cell-producing industry, comprising several transport vehicles which can be moved individually and are each equipped to transport a cell stack, wherein a pick-up region is provided which has at least two transfer stations at which the cell stacks are provided to be picked up by the transport vehicles or at which the segments are stacked onto the transport vehicles to form cell stacks, wherein each transfer station comprises its own cell stacking apparatus which is equipped to combine the segments into cell stacks having a pre-defined cell stack height; a delivery region which is spatially distanced from the pick-up region is provided, in which delivery region the cell stack received in the pick-up region is removed from the transport vehicle; and a control device is provided which is equipped to individually control and/or regulate the movement speed and/or the movement route of the transport vehicles loaded with the cell stacks be

Abstract: The invention relates to an apparatus for forming and conveying cell stacks formed by segments for the energy cell producing industry, said apparatus comprising—at least two cell stacking devices which are designed to place the segments on top of each other to produce cell stacks, and—at least one feed device, each of which is designed to feed the segments to the cell stacking devices, wherein—a transport system having a plurality of individually movable transport units is provided, which are designed to convey the cell stacks produced by the cell stacking devices from a pick-up area into a delivery area that is spatially remote from the pick-up area, wherein—each of the cell stacking devices forms a cell stack in or on one of the transport units, and—the transport units in the pick-up area can be removed from the transport system in order to form the cell stack.

Abstract: The invention relates to a stacking station for the battery cell-producing industry, comprising a conveyor device for conveying flat elements and a stacking device arranged downstream of the conveyor device for forming a segment stack from conveyed flat elements. The stacking station has an optical measuring device which is arranged in a measurement relationship with the conveyor device and is designed to detect a position deviation ?R, ?S and/or an angle offset ? of a flat element being conveyed on the conveyor device.

Abstract: Conveying facility for conveying cell stacks formed by segments for the energy cell-producing industry, comprising several transport vehicles which can be moved individually and are each equipped to transport a cell stack, wherein a pick-up region is provided which has at least two transfer stations at which the cell stacks are provided to be picked up by the transport vehicles or at which the segments are stacked onto the transport vehicles to form cell stacks, wherein each transfer station comprises its own cell stacking apparatus which is equipped to combine the segments into cell stacks having a pre-defined cell stack height; a delivery region which is spatially distanced from the pick-up region is provided, in which delivery region the cell stack received in the pick-up region is removed from the transport vehicle; and a control device is provided which is equipped to individually control and/or regulate the movement speed and/or the movement route of the transport vehicles loaded with the cell stacks be

Abstract: A device for removing or branching-off product segments from a product flow in the energy-cell manufacturing industry, characterised in that the device has at least one switchable dispenser which is set up to remove a product segment from the product flow as a result of a switch signal.