Abstract:
A carton folding apparatus which is characterized by multiple folder/gluer modules, including a feed module for receiving and delivering unfolded cartons, prefold/fold, fold and final fold modules for effecting specified folding and gluing operations, a delivery module for completing the folding operations and further including a stacker unit for receiving and stacking the folded and glued cartons. Each of the folder/gluer modules is capable of being removed from the apparatus line and is characterized by separate, independently driven upper and lower belt feed mechanisms for driving the cartons through that module. The feed module includes adjustable upper and lower feed assemblies and the remaining prefold/fold, fold, delivery and final fold modules include upper and lower carriages, which upper carriages may be adjusted upwardly with respect to the feed assembly and bottom carriages, respectively, and both carriages in the prefold/fold, fold, delivery and final fold modules are laterally adjustable to accommodate cartons of various width. While the respective belts in each of the folder/gluer modules are independently driven, all belt drive motors are synchronized to insure that the belts operate at the same speed. The belt-carrying mechanisms in all of the folder/gluer modules are designed to facilitate optimum belt replacement without the necessity of dismantling the carrying mechanisms.
Abstract:
A device for isolating stacked blanks with at least one blank stop and at least one conveyor belt. The object of the invention is to ensure as complete a contact as possible between even a curved blank and the conveyor belt. An auxiliary suction component, which can be telescoping, is accordingly positioned next to and extending over the conveyor belt and intercepts the undermost blank.
Abstract:
A package made of cardboard and a process and an apparatus for producing the package are disclosed. For various reasons it is required to form projections (10), stops etc. in pack panels of packs made of (thin) cardboard. To support a collar (13) which is located in the box part (11) of a hinge-lid pack, projections (10) are disposed at the side panels (17, 18). These projections are formed from a transversely directed punch cut (21) and a convexity which adjoins this punch cut and is made by shaping the material (cardboard). A projection (10) which is designed in this manner is produced in a single working step by punching and shaping (embossing) with the aid of an appropriate tool (punching piece 24) in conjunction with a counter tool (counter roller 28) during the continuous transport of a blank.
Abstract:
A package made of cardboard and a process and an apparatus for producing the package are disclosed. For various reasons it is required to form projections (10), stops etc. in pack panels of packs made of (thin) cardboard. To support a collar (13) which is located in the box part (11) of a hinge-lid pack, projections (10) are disposed at the side panels (17, 18). These projections are formed from a transversely directed punch cut (21) and a convexity which adjoins this punch cut and is made by shaping the material (cardboard). A projection (10) which is designed in this manner is produced in a single working step by punching and shaping (embossing) with the aid of an appropriate tool (punching piece 24) in conjunction with a counter tool (counter roller 28) during the continuous transport of a blank.
Abstract:
An apparatus for setting up folded cartons in which a frame has a folded carton magazine attached thereto adjacent a carton conveyor. A carton set-up station is mounted at one end of the conveyor adjacent the magazine, and the bottom carton in the magazine is grasped by suction cups and moved to the set-up station. The carton is set-up in the set-up station and fed to the conveyor as the minor flaps are folded, glued, and the major flaps folded, and finally, the major and minor flaps compressed for the glue to dry and the carton discharged.
Abstract:
An apparatus is disclosed for erecting folded cartons comprising a first and a second carton track established in a substantially L-shaped configuration. A carton magazine is mounted at one end of the first track whereas a carton erector is secured relative to the junction of the first and second tracks. A flap folder is mounted along the second track for folding the flaps of the carton with a carton sealer being located at the terminal end of the second carton track. A first drive provides reciprocal movement along the first carton track for serially moving the cartons from the carton magazine to the carton erector. A second drive moves the carton along the second track from the carton erector to the carton sealer. The first drive may comprise an air cylinder controlled in accordance with the movement of the second drive. The second drive may comprise a reciprocal mechanical linkage for driving the cartons along the second track.
Abstract:
The present invention relates to a compact high speed carton erecting and sealing machine and method employing a horizontal blank feeding mechanism. Carton blanks are fed into the erecting station, positioned against a stop and vacuum erected from the trailing side panel. The erected blank is maintained in a squared position and driven through the machine by flights mounted on parallel chain conveyors adjustably positioned adjacent the long sides of the erected carton. As the erected carton is driven through the machine, the trailing and leading bottom end flaps are sequentially folded into place and then the bottom side flaps are partially folded into place. With the side flaps in a partially folded position, adhesive is applied to either or both the bottom end flaps and the bottom side flaps. The partially folded side flaps are then maintained in position by a fixed anvil as the carton is delivered by the conveyor to a set of squaring stops. A transversely moving platen then moves the carton laterally to clear the end stops while bringing the end and side flaps into sealing relationship under time and pressure conditions sufficient to effect adhesion between the side and end flaps. Thereafter, the erected and sealed carton is ejected from the machine by the movement of the succeeding carton into the sealing station.
Abstract:
The device comprises at least one toothed roller supported by a rocking lever, and adapted to contact the outer edges of the side flaps of the blanks. Each toothed roller is mounted on a pin by a conventional free wheel device so as to exert a sliding friction on the outer edges of the flaps only during a downwardly directed movement thereof, thereby bending the flaps in a direction opposite to the one naturally assumed by them due to the composite conformation of the stack of blanks.
Abstract:
Tubular blanks, from which containers to be filled and closed are set up, are stacked in flat condition inside a magazine (3), so that they rest on supporting bars. A back edge of the lowermost blank of the stack is engaged by a pair of lugs mounted on a belt conveyor situated under the magazine, so that the lugs protrude upwards beyond a rest plane defined by the supporting bars. The lowermost blank is stripped by passing it through a passage delimited by the supporting bars and stops situated above the supporting bars, and aimed at stopping blanks of the stack situated above the blank just withdrawn. The belt conveyor carries the withdrawn blank through following working stations.
Abstract:
An arrangement for the raising and transferring flattened tubular packing container blanks (2) from a magazine (3) to a conveyor arrangement comprises suction elements (18a and 18b) arranged on arms (15) movable in a curved path away from each other. The placing of the elements is such that the suction elements in a certain position (receiving position) of the arms are directed towards each other so as to allow engagement with, and attachment to, two opposite sides of a flat blank.