Abstract:
A device and method for the processing of printed products with one or more transport systems for transporting the printed products between processing stations comprises a transport path lighting system that is divided into segments, wherein the type of illumination of such a segment is with respect to its color, intensity and/or variation in time defined by certain properties of the product located in this section or its production history.
Abstract:
The present invention is to provide a sheet conveying device capable of reducing noise. The sheet conveying device includes an endless belt that gives a conveying force to a sheet and a rotating member engaged with an outer peripheral portion of the endless belt. The endless belt has, on its outer peripheral portion, a plurality of convex portions arranged in a peripheral direction thereof, the convex portions each extending in a width direction thereof. The rotating member has a contact portion that contacts the outer peripheral portion of the endless belt and deforms a plurality of points of each of the convex portions in the width direction.
Abstract:
A booklet making method includes: cutting a web of paper on one side and on another side into first and second continuous sheets, alternately bonding the first and second continuous sheets widthwise with a setting paste and a throwaway paste to form a double set continuous sheet of paper, and cutting the double set continuous sheet of paper into split double sheets of a selected longitudinal length. A plurality of split double sheets is integrally bound with an integrating paste to form a booklet-like product. Portions of the booklet-like product which are pasted and bonded with the throwaway paste are cut off to provide a plurality of booklets. Thus, by the booklet making method, booklets having an odd number of leaves or pages are formed without waste of paper and with reduced paper jams.
Abstract:
A method of printing and assembling a printed product including unrolling a continuous web of paper from a roll on a printing line, printing non-personalized information on the paper on the printing line, printing personalized information on the paper on a finishing line, performing at least one paper conversion step after printing the personalized information to create a personalized signature on the finishing line, and feeding the personalized signature into a pocket on the finishing line.
Abstract:
The invention describes a machine (10) for the in-line transformation of single-use products, comprising at least one unwinding group (12) for one or more reels (14) of web-shaped material (100), which constitutes the base support for said product, at least one printing group (18), arranged downstream of said unwinding group (12), capable of heat-printing decorative patterns, trademarks and/or inscriptions with a paraffin or natural wax-based ink (W) and/or mixtures thereof on the web-shaped material (100), and at least one folding and cutting group (20), arranged downstream of the printing group (18), wherein the printed web-shaped material (100) is folded and cut to form said products. The printing group (18) is provided with at least one melting or fluidifying group for feeding and heating the coloured waxes and paraffins (W), which need to be fluidified to be able to be applied onto the web-shaped material (100), and with one or more heating means (38; 58, 60, 62) capable of avoiding the cooling, and therefore the solidification, of the coloured waxes and paraffins (W) fed by the melting group before the waxes (W) themselves have been applied onto the web-shaped material (100).
Abstract:
In order to form stacks, of which each forms a book block, folded sheets are provided with an adhesive application or layer of adhesive before they are placed on one another. Said adhesive application is applied to the sheets adjacent to the folded edge of said sheets and extends in the direction of said folded edge which comes to lie in the spine of the book block. The adhesive can be applied as a continuous track or as a track which is interrupted multiple times, or else in a punctiform manner. The sheets are joined to one another in the stack by means of said adhesive application, with the result that they maintain their position within the stack during further transport of the stack.
Abstract:
A sheet processing apparatus includes a support unit on which sheets are stacked together as a sheet stack and aligned; first and second binding units that respectively perform first and second binding processes to bind the sheet stack as first and second sheet stacks; a transporting unit that transports the first and second sheet stacks from the support unit toward first and second paths, respectively, which are in opposite directions; a reversing-and-transporting unit arranged at the second path, the reversing-and-transporting unit transporting and reversing the second sheet stack; a first output tray arranged at the first path, the first sheet stack being transported to the first output tray by the transporting unit; and a second output tray arranged at the second path, the second sheet stack being reversed and transported to the second output tray by the reversing-and-transporting unit.
Abstract:
A printing machine system includes a first printing machine which has at least one first printing unit and a first fold forming funnel and that is arranged in the machine alignment of the at least first printing unit. A second printing machine, which has at least one second printing unit, and a second fold forming funnel, is also provided in the printing machine system. The second fold forming funnel is in machine alignment with the at least one second printing unit. The printing group cylinders of the first and second printing units are positioned substantially orthogonally in relationship to each other in their axial directions. The two fold forming funnel structures are positioned substantially orthogonally in respect to each other in a line running in a direction of material web transport as projected onto a horizontal plane.
Abstract:
A conveying device that conveys a sheet bundle with a flattened back-face portion includes a first conveying unit, a driving unit, and a second conveying unit. The first conveying unit retracts to a position where no driving force is exerted on the sheet bundle before a leading end of the sheet bundle formed in a flat spine shape enters, and abuts on the sheet bundle to exert conveying force after the leading end of the sheet bundle passes a conveying position. The driving unit moves the first conveying unit to retract to the position and to abut on the sheet bundle. The second conveying unit is positioned on an upstream side of the first conveying unit in a sheet bundle conveying direction and conveys the sheet bundle towards the first conveying unit.
Abstract:
An image forming apparatus includes a dog-earing arm which folds a corner of a recording medium, and a dog-eared fold reinforcing portion which presses the corner of the recording medium folded by the dog-earing arm and thus reinforces the fold. The image forming apparatus prints an ID at a position that can be visually recognized when the recording medium is folded in the middle, and then fold the recording medium in the middle. Therefore, a print user can be specified without viewing the inside of a printed matter that is folded in the middle. There is an advantage that security can be secured simply without raising the print cost.