초록 ▼

The processing conveyer device (10) has a plurality of receiving elements (18) that are arranged one behind the other and are driven in a circulatory direction, said elements having a support element and a base element for supporting the printing products laterally and from below, in addition to a s

The processing conveyer device (10) has a plurality of receiving elements (18) that are arranged one behind the other and are driven in a circulatory direction, said elements having a support element and a base element for supporting the printing products laterally and from below, in addition to a saddle-type bearing element for receiving folded printing products astride said element. Feed stations (28) are arranged along the circulatory track (12) of the receiving elements (18). A respective opening device, which can be activated and deactivated, is allocated to said feed stations, for selectively opening the folded printing products (24) that are to be fed by the receiving elements. The feed stations (28) can selectively introduce printing products (24) into the receiving elements (18) or can place folded printing products (24), which have been opened, astride the bearing element. A respective removal station (56, 56') is located between the two groups of feed stations (28), whereby at least one of said stations can be deactivated. The device can be used in a wide variety of applications for producing various finished products.

대표청구항 ▼

The invention claimed is: 1. An apparatus for processing printed products, comprising: a) a plurality of holding elements arranged one after another and moveable along a circulation path in a circulation direction; b) each of said holding elements having at least a supporting element and a base ele

The invention claimed is: 1. An apparatus for processing printed products, comprising: a) a plurality of holding elements arranged one after another and moveable along a circulation path in a circulation direction; b) each of said holding elements having at least a supporting element and a base element, said supporting element and base element in each holding element being adapted to support printed products either laterally or from below; c) a plurality of feed stations positioned for feeding printed products to the holding elements while said holding elements are moved past the feed stations, each of said feed stations including a plurality of clamps movable in approximately the same direction and at approximately the same speed as the holding elements, each of said clamps being adapted to receive a printed product, rotate the printed product about an axis extending parallel to a radial direction with respect to the circulation path and transfer the printed product to a holding element; d) a first output station and a second output station arranged along said path and, as seen in the circulation direction, at least two of the feed stations arranged along said path and between said first and second output stations and at least two of the feed stations arranged along said path and between said second and first output stations, at least one of said first and second output stations being independently controlled whereby it can be selectively inactivated; e) each of said holding elements also including a straddle support element for holding a folded printed product astride; and f) at least one of said feed stations having a selectively operable opening device for optionally opening folded printed products, said at least one feed station being capable of feeding printed products into a holding element or depositing folded printed products which have been opened onto respective straddle support elements. 2. The apparatus as claimed in claim 1, wherein the feed stations feed all the folded printed products to the holding elements with the folded edge trailing. 3. The apparatus as claimed in claim 1 or claim 2 wherein the feed stations feed all the printed products to the holding elements with the same lateral alignment with respect to said holding elements. 4. The apparatus as claimed in claim 1, wherein each holding element, at least in the feed stations, is assigned a deflection element, which is moved at substantially the same speed as the holding element and in the circulation direction and is able to deflect a printed product fed to the holding element in such a way that at least part of the printed product fed in is positioned on the side of printed products already held that faces away from the supporting element. 5. The apparatus as claimed in claim 4, wherein each holding element has a deflection element. 6. The apparatus as claimed in claim 4, wherein the deflection element has a deflection surface which runs at least approximately parallel to the supporting element and which is spaced apart from a contact plane defined by the supporting element. 7. The apparatus as claimed in claim 4, wherein the deflection element is movable relative to the holding element, at least between a deflection position, in which it is able to deflect printed products, and a rest position, in which it is not able to deflect printed products. 8. The apparatus as claimed in claim 7, wherein the deflection element is displaceable linearly, in a direction running substantially parallel to the supporting element, between the deflection position and the rest position and/or is pivotable between these positions about an axis running substantially at right angles to the supporting element. 9. The apparatus as claimed in claim 1, wherein the holding element has a stop, with which at least printed products resting astride the straddle support element are stopped during a movement in the direction of the supporting element. 10. The apparatus as claimed in claim 1, wherein the holding element is pivotable about an axis running substantially at right angles to the supporting element or at least approximately parallel to the circulation path. 11. The apparatus as claimed in claim 1, wherein at least one of the output stations has an output conveyor with output conveying elements which are arranged one after another and moved in an output conveying direction and along an output conveying path and which, in an acceptance region, accept from the holding elements the printed products fed to the after. 12. The apparatus as claimed in claim 11, wherein the output conveyor is able to discharge the printed products accepted in the acceptance region to the holding elements again, in a transfer region spaced apart from the acceptance region. 13. The apparatus as claimed in claim 1, wherein each feed station is assigned an opening device that can be switched on and off. 14. A method of simultaneously producing different printed products by bringing together component printed products being fed in, comprising the steps of: (a) arranging a plurality of holding elements one after another and moveable along a circulation path in a circulation direction, each of said holding elements having a supporting element for supporting printed product laterally, a base element for supporting printed products from below and a straddle supporting element for supporting printed products astride: (b) arranging a plurality of feed stations adjacent said path and positioned for feeding printed products to the holding elements while said holding elements are moved past the feed stations, each of said feed stations including a plurality of clamps movable in approximately the same direction and at approximately the same speed as the holding elements, each of said clamps being adapted to receive a printed product, rotate the printed product about an axis extending parallel to a radial direction with respect to the circulation path and transferring the printed product to a holding element, at least one of said feed stations having a selectively operable opening device for optionally opening folded printed products, said at least one feed station being capable of feeding printed products into a holding element or depositing folded printed products which have been opened onto respective straddle support elements; (c) arranging a first output station and a second output station along said path with, as seen in the circulation direction, at least two of said feed stations arranged along said path between said first and second output stations and at least two of said feed stations arranged along said path between said second and first output stations, at least one of said first and second output stations being independently controlled whereby it can be selectively inactivated; and (d) feeding printed products from one or more of said feed stations selectively onto a supporting element, a base element or a straddle support element in each of said holding elements and, where a printed product is being fed onto a straddle support element, opening a folded printed product before it is deposited astride said straddle support element.