Apparatus for making integrated book lining
AssigneeThe Smyth Manufacturing Company
InventorPeter P. Savich
Life of this patent
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Abstract
A printing mechanism is disclosed in a high speed apparatus for making low cost integrated linings to be applied to a succession of books being conveyed through a bookmaking machine. The printing mechanism is supported on a frame in a feed path of strip stock for printing simulated headbands on one surface of the strip, and a cutter is operatively supported on the frame for cutting the printed strip transversely of its longitudinal axis into individual linings to be successively applied to books being conveyed through the machine.
Claims40
In a bookmaking machine having a frame and a lining platform operatively mounted on the frame for receiving and applying a series of linings to spines of a succession of books being conveyed to the platform, an apparatus for making integrated linings from a strip of lining material and comprising feeding means mounted on the frame for supporting the strip for travel along a feed path to the lining platform, a printing mechanism supported on the frame in the feed path for printing simulated headbands on the strip parallel to its longitudinal side edges, and a cutter mounted on the frame in the feed path between the printing mechanism and the lining platform for successively cutting the printed strip transversely of its longitudinal axis into a series of integrated linings of preselected width having simulated headbands.
In a bookmaking machine having a frame and a lining platform operatively mounted on the frame for receiving and applying a series of linings to spines of a succession of books being conveyed to the platform, an apparatus for making integrated linings from a supply of strip lining material and comprising feeding means for supporting the strip for travel along a feed path to the lining platform and including a feed roll assembly journaled on the frame, the feed roll assembly being engageable with the strip and intermittently operable for advancing successive lengths of strip in uniform movements into position on the lining platform, a printing mechanism supported on the frame in the strip feed path upstream of the feed roll assembly for printing simulated headbands on a surface of the strip parallel to and adjacent its longitudinal side edges, punch means mounted on the frame between the feed roll assembly and the printing mechanism for punching marginal cutouts uniformly spaced along each longitudinal side edge of the strip and in aligned opposed relation to cutouts on its opposite side edge, and a cutter mounted on the frame between the feed roll assembly and the lining platform, the cutter being located in the strip feed path downstream of the punch means at a distance equally divisible by a measured extent of the advancing movements of the strip which corresponds to a preselected width of the linings in relation to the thickness of the books to which the linings are to be applied, the cutter being selectively operable during dwells between strip movements for successively cutting the printed and punched strip transversely of its longitudinal axis along a center line extending between opposed marginal cutouts to provide a series of integrated linings of preselected width having simulated headbands.
In a bookmaking machine having a frame and a lining platform operatively mounted on the frame for receiving and applying a series of linings to spines of a succession of books being conveyed to the platform, an apparatus for making integrated linings from a supply of strip lining material and comprising feeding means for supporting the strip for travel along a feed path to the lining platform and including a feed roll assembly journaled on the frame, the feed roll assembly being engageable with the strip and intermittently operable for advancing successive lengths of strip in uniform movements into position on the lining platform, a printing mechanism supported on the frame in the strip feed path upstream of the feed roll assembly for printing simulated headbands on a surface of the strip parallel to and adjacent its longitudinal side edges, corner relief means mounted on the frame between the feed roll assembly and the printing mechanism for forming marginal cutouts uniformly spaced along each longitudinal side edge of the strip and in aligned opposed relation to cutouts on its opposite side edge, and a cutter mounted on the frame between the feed roll assembly and the lining platform, the cutter being located in the strip feed path downstream of the corner relief at a distance equally divisible by a measured extent of the advancing movements of the strip which corresponds to a preselected width of the linings in relation to the thickness of the books to which the linings are to be applied, the cutter being selectively operable during dwells between strip movements for successively cutting the strip transversely of its longitudinal axis along a center line extending between opposed marginal cutouts to provide a series of integrated linings of preselected width having simulated headbands.
Dependencies are inferred from the claim text.