SU1000294A1 - Line for assembling and packaging newspaper bundles - Google Patents

Description

(54) LINE FOR KITTING PACKAGING OF NEWSPAPERS

FIELD OF THE INVENTION The invention relates to printing production and can be used for the collection and packaging of newspaper packs.

A known line for the packaging and packaging of newspaper packs, comprising a newspaper rotation counting device, a discharge device with a spreader mounted on the shaft and a divider of a continuous stream of newspapers into separate lots and a conveyor belt.

The known line does not provide for the formation of packs with a given number of newspapers, which reduces its reliability.

The purpose of the invention is to increase the reliability of the line.

The goal is achieved by the fact that the line for packing and packing newspaper packs, including a newspaper rotation counting device, an output device with a feather spreader mounted on a shaft, a divider of a continuous stream of newspapers into separate lots, and a conveyor, has a newspaper attachment drive that includes output devices behind the conveyor. in the course of the technological cycle, the step conveyor, the cyclic-rotary device, the pl of the laying out of the screwdrivers of the newspapers and the receiving device consisting of go under the cyclic-rotor device of the bunker, rotor combs located on both sides of the bunker, the pusher installed in the lower part of the bunker, and the sleeve for the container opposite the pusher, with the divider

10 of the continuous flow of newspapers includes an L-shaped foot with a cumulative shelf pivotally mounted on the shaft of the feather spreading device associated with a newspaper rotation control unit.

In addition, cyclic-rotary. The device comprises a pair of shafts, a slot cam mounted on each shaft, and a pair of spreading pockets 20 fixed on each shaft and pivotally connected to the cam.

Newspaper pre-storage drive has a photoelectric sensor associated with the stepper conveyor and cyclically25 with a rotary device.

Claims (2)

FIG. 1 is a schematic diagram of the line, side view; in fig. 2 - the same, but at some point of the working cycle; in fig. 3 is a section A-A in FIG. 2; in fig. 4 30 G-frail picking foot, side view; in fig. 5 - the same, front view. On axis 1 of the rotary machine's rotary machine (Fig. 1), a turn but an L-shaped selection-divider foot 2 is connected, which is connected by hinged levers with a counting mechanism 3 rotation. The output conveyor ter 4 and conveyor 5 are synchronously connected to the receiving conveyor 6, which is equipped with a photoelectric sensor with a source 7 of light and a photo element 8. The storage table 9 is equipped with a stepping conveyor 10 with stops 11 The conveyor belt 12 is fixed, and the belt transport 13 is movable in the vertically plane when moving the screwdriver, the Cyclic-rotary device 14 and 15 is equipped with pockets 16 rigidly mounted on the shafts 17 of FIG. 3 and through the levers 18 by the hinge 19 connected with slotted cams 20. On both sides of the receiving hopper 21, the cruciform cyclic-rotary combs 22 and 23 are symmetrically mounted, the blades of which pass into the windows of the bunker 21 and divide it into two cavities a cavity for a set of packs and strip packs. On the one side of the bunker 21, the plunger 24 is mounted, and the opposite side is provided with a sleeve 25 for the container 26 and a receiving barrel 27. The device operates as follows .. 1 The rotary selection and dividing tab 2 C of FIG. 1), being pivotally connected to the rotary counting mechanism 3, periodically rotates at a predetermined angle around axis 1 and holds for a predetermined time the flow of printed newspapers 29 coming out of the pen dispenser 28, taking them onto its foot on (FIG. 1) until the previously selected batch 30 will not go a predetermined distance, and then returns to its original position, dumping the accumulated newspapers on the receiving vehicle 4 (Fig. 2), thereby creating a stream consisting of individual lots with small intervals between them. This stream is continuously transported by conveyors 4-6 and accumulated on table 9, forming from each batch 30 a screwdriver 31, which is aligned and reached by lateral pushers (not shown J until the stop 11 of the stepper conveyor 10. After the last newspaper passes through screwdriver 31 from the source 7 of the light, the photocell 8 is triggered, thereby giving the command to turn on the step conveyor 10 and the cyclic rotary device 14 and 15. The step conveyor 10 moves one step equal to the distance between its stops and the rear stop 11 (Fig. 2), after The screwdriver 31 barks into the conveyors 12 and 13, which operate continuously and feeds it into one of the pockets 16 of the cyclic rotary device 14 and 15. During the time the stepper conveyor moves, the rotors of the cyclic rotary device 14 and 15 rotate through a 90 ° angle. At this time, one of the pockets 16, in this case, the rotor 15 (FIG. 2), receiving acceleration from the groove cam 20, lays out the previously received screwdriver 32 into the cavity a of the hopper 21, and one of the pockets of the rotor 14 takes the initial working position for receiving just sent to conveyors 12 and 13 Vertkov 31 to then subsequent cycle lay it on top of the cavity 32 privertki, .no rabbet in the opposite direction. After accumulating a predetermined number of inverters in the cavity d with the next cycle, the cruciform combines and synchronously rotate at an angle of 90 °. The cyclic-rotary combs 22 and 23 (Fig. 1) and the assembled pack 33, as shown by the dotted line, moves from cavity C) where it is pressed between the blades of the cyclic rotary combs 22 and 23 and the bottom of the hopper 21 (Fig. 2). Then, the pusher 24 sends the pack 33 through the packing sleeve 25 to the container 26 and, together with the container, removes it to the receiving table 27. Due to the fact that the accumulation table with the stepping conveyor, the cyclic-rotary device, the cross-shaped combs and the pusher do not depend on drive rotary machine, it can be applied to any output device of existing rotary machines or newspaper conveyors with batches of newspapers. The consumption of materials for intermediate packaging and dressing is eliminated. Handling and manual packaging operations are excluded. Claim 1. Line for the set and packing of newspaper bundles, including a newspaper rotation counting device and a discharge device with a feather spreader mounted on a shaft, a continuous flow divider for individual batches and a conveyor, in order to increase its reliability has a prefabrication drive of newspapers, including a fixed output device along the technological cycle. A stepping conveyor, a cyclic-rotary device for laying out the prevert of newspapers and receiving a multi-device consisting of a bunker installed under the cyclic-rotary device, rotary combs located on both sides of the bunker, a pusher mounted in the lower part of the bunker, and placed opposite the container pusher arm, while the divider of the continuous flow of newspapers includes G- a shaped foot with an accumulative shelf, a rotary vykladyvatel pivotally mounted on the wafiy, is connected to the counting device of the newspaper rotation .. 2. Line pop 1, the difference is that the cyclic rotary device comprises a pair of shafts, a slotted cam mounted on each shaft, and a pair of laying out pockets rigidly fixed on each shaft and hinged to the cam. 3, Line according to claim 1, characterized in that the newspaper drive driver has a photoelectric sensor associated with the stepper conveyor and the rotary cycle device. Sources of information taken into account in the examination 1. Passport machine Rondoset 1700. 32 f4 20 id