| 摘要 |
The invention relates to a device ( 11 ) for conveying and separating ferromagnetic parts ( 2 ), in particular long parts, in a conveying direction extending transversely to the longitudinal axis of the parts ( 2 ), comprising at least two magnet arrangements ( 66 ) disposed on a frame ( 88 ), spaced apart from one another transversely to the conveying direction and forming a conveyor run ( 67 ) extending between them in the conveying direction from an infeed portion ( 70 ) to a feed position ( 4 ), with poles ( 68 ) of a different type facing one another which create a magnetic field penetrating the parts ( 2 ) to be conveyed in order to separate the parts ( 2 ) by mutual repulsion. A conveying mechanism ( 73 ) is disposed in the region of the conveyor run ( 67 ) incorporating separating elements ( 75 ) disposed at a distance apart from one another in the conveying direction which can be moved along the conveyor run ( 67 ) in the active range of the magnetic field by means of a drive ( 74 ), which sub-divide the conveyor run ( 67 ) into several consecutive receiving regions ( 76 ) which respectively guide at least one part ( 2 ) if necessary.
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