Device for processing a belt strap for storing screws
A device for processing a belt strap for storing screws, in which the belt strap has a flat, U-shaped cross section that has a periphery that has a ratio of no more than 11:10 relative to the non-flanged belt. A guide device for the belt strap guides and holds the belt strap. The screws can be pressed out from the upper side of the belt strap. The guide device ( 3 ) has two guide slits ( 10 ) receiving the belt strap ( 2 ) in at least the region of the flanges ( 4 ), each slit being L-shaped in cross section and each having a contact surface ( 5 ) for the underside ( 6 ) of the belt ( 20 ) and a guide rib ( 11 ) extending across the flange ( 4 ). A distance (M) of each guide rib ( 11 ) from the contact surface ( 5 ) has a value greater than the belt thickness (D) and less than a length (Q) of a corner diagonal ( 12 ) of the belt strap ( 2 ) extending in the U-shaped cross section between the points at which the inner side ( 7 ) of the flange ( 4 ) intersects the upper side ( 9 ) of the belt ( 20 ) and one of the outer sides ( 17 ) of the belt strap ( 2 ) intersects the underside ( 6 ) of the belt ( 2 ).
1. Device for processing a belt strap for storing screws with a flat belt that is provided on each opposing longitudinal edge with a flange extending in a longitudinal direction of the belt that projects upward from the belt, such that the belt strap has a flat, U-shaped cross section, and the cross section of the belt strap has a periphery that has a maximum ratio of 11:10 relative to that of the flat, non-flanged belt, the device comprising:
a guide device for the belt strap that guides and holds the belt strap, while the screws can be pressed out from the belt strap by a screwdriver from a top side of the belt strap, the guide device ( 3 ) has two guide slots ( 10 ) holding the belt strap ( 2 ) at least in a region of the flange ( 4 ), the guide slots each have an L-shaped cross section and a contact surface ( 5 ) for a bottom side ( 6 ) of the belt ( 20 ) and a guide rib ( 11 ) extending across the flange ( 4 ), wherein a distance (M) of each of the guide ribs ( 11 ) from the contact surface ( 5 ) has a value that is greater than a belt thickness (D) and less than a length (Q) of a corner diagonal ( 12 ) of the belt strap ( 2 ), wherein the corner diagonal extends in the U-shaped cross section between points at which an inner side ( 7 ) of a flange ( 4 ) intersects with a top side ( 9 ) of the belt ( 20 ) and an outer side ( 17 ) of the belt strap ( 2 ) intersects with the bottom side ( 6 ) of the belt ( 2 ).
2. Device according to claim 1 , wherein the distance (M) of the guide rib ( 11 ) from the contact surface ( 5 ) for the bottom side of the belt ( 20 ) to a flange width (Mb) has a ratio of 1:1.
3. Device according to claim 1 , wherein the belt strap ( 2 ) contacts the guide device ( 3 ) on each side at a maximum of two points.
4. Device according to claim 3 , wherein the belt strap ( 2 ) is in contact with additional contact surfaces ( 15 ) of the guide device ( 3 ) in addition to the bottom side ( 6 ) of the belt ( 20 ) at the two inner sides ( 7 ) of the flanges ( 4 ).