前苏联专利SU1556536A3 Arrangement for continuous transfer of printed product from reel to one of working bays

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专利摘要:
Es ist je ein Stapelraum (12,13,14) zur Aufnahme jeweils eines Stapels (18, 19, 20) von der Verarbeitungsstrasse (11) zuzuführenden Druckprodukten vorgesehen. Jeder Stapelraum (12,13,14) ist mit einem angetriebenen Nachschubmechanismus (15, 16, 17) versehen, der den jeweiligen Stapel (18, 19, 20) an eine der Verarbeitungsstrasse (11) einzeln abgebende Druckprodukte zu drängen. Um ein kontinuierliches Arbeiten der Verarbeitungsstrasse (11) zu gewährleisten und den Nachschub an Druckprodukten auch örtlich unabhängig von der Verarbeitungsstrasse vorbereiten zu können, ist eine Anzahl verfahrbare Wickelgestelle (23, 24, 25) vorgesehen, die zur austauschbaren Aufnahme eines Wickels (W) von unter sich gleichen Druckprodukten eingerichtet sind. Die Wickelgestelle (23,24,25) sind mit Antriebs-und Fördermitteln (26) versehen, die den Wickel in Abwickelrichtung antreiben und die dabei aus dem Wickel anfallenden Druckprodukte zu einer Abgabestelle 27 des Wickelgestells fördern. Die Wickelgestelle sind jeweils an einen der Nachschubmechanismen (15 bis 17) anschliessbar wobei gleichzeitig ein Antriebsglied (23') derselben mit einem Antriebsglied (29) der Antriebs- und Fördermittel (26) koppelbar ist.
公开号:SU1556536A3
申请号:SU843826157
申请日:1984-12-14
公开日:1990-04-07
发明作者:Хонеггер Вернер
申请人:Фераг Аг (Фирма)；
IPC主号:

专利说明:

Each carrier rocker 6 is associated with rack 1 (2 and 3), hinged. The receiving coil 5 and the conveyor belts 7 and 8 of each rack 1 - 3 are kinematically connected with the hinge 11 of the bracket 6 (the kinematics is shown in FIG. 3 and h is simplified in three lines). The hinge 11, in turn, is connected with the drive 9 (S) of the device by means of a bend on the gear 12. The gear to the ineco 12 and the conveyor belts 7 and 8 are mounted on the respective racks 1 - 3 on one side relative to the roll h.
The device works as follows.
The device (Figures 1 and 2) is mounted on the stapler 13 and has several compartments for printed production stacks located relatively close to each other along the stapler 13. The 1 h - 16 compartments are equipped with 17 19 means (for details not shown) that serve in order to load the incoming vertically cascaded printed products and put them into the lying piles 20-22, and also feed these piles into the sheet and load separators installed in the stapler 1J (not shown). Each feeder 17 19 has a separate drive 9 (S). FIG. 1, the supply means 19 has an electric motor 9, which drives, via a suspension chain transmission 10, movable elements (not shown) of the supply means 19. A part of the chain drive 10, for example a gear wheel 23, is accessible from the side of the feeding means, which is rotated from the binder 13. All that is stated in relation to the feeding means 19 also applies to the other feeding means.
A moving rack 1 - 3 for h rolls (Fig. 3) is connected to each feed unit 17, 19, and therefore to each compartment 14, 16 for stacks 20 to 22. FIG. 2, three racks 1 to 3 are shown for rolls, with the rack 2 being prepared to be attached to the compartment for the stacks 15, while the racks 1 and 3 are shown in the attached state.
Racks 1 - 3 For rolls are used for the replacement of receiving printed products in rolls of h and are supplied only with driving and transport means.
20
Jq j
25 6536l
you 2h (Fig. 1), which serve to drive the corresponding roll h in the direction of unwinding, and to feed the printed products coming from the h roll to the location 25, which (Fig. 1) is located at the same height as and a roll rack directly in front of the inlet portion of the compartment feed mechanism. The drive and transport means are driven by means of 1 to 3 rolls mounted in the racks for a chain drive 26, part of which is formed by a gear wheel 12,. located on the same side of the corresponding rack 1 - 3, where its place is 25 unloadings, i.e. available, and at the same height as the gear wheel 23. Therefore, the gear wheel 12 with the rack 1 attached (2 and 3) For rolls, the gear is hooked to the gear wheel 23 driven by the electric motor 9. This not only the advantage that the speed of the drive and transport means corresponds to the speed of the
chi, but the fact that each rack of 1-3 h rolls does not require its own active drive. The number of revolutions of the electric motor 9 is adjusted so as to correspond to the production speed and the needs of the stapler 13. On the sides of the device there are inlet sections into the feeding means, with a corresponding pair of guide columns 27, which, when the rack 1 is started up (2 and 3), accurately guide it in the longitudinal direction to the stapler 13 and thereby align the corresponding unloading point 25 according to the feeding means, and also align the gears 12 and 23 with respect to each other.
FIG. 3 and h shows one of the racks 1-3. The base plate 28, mounted on rollers 29 resting on the floor, is carried by a housing 30 (shown by outlines). In the upper part of the housing 30, the supports 31 are mounted, on which the roll h is mounted with the core 32 so that the roll h freely rotates.
A manually operated lever 33 (indicated by the strokes) is seated on the shaft of the gear wheel 12. For the sake of simplicity, the drive connections (connections) that leave the gears 12 are indicated by three drawn lines. The first drive connection is about. leads to the guide roller 3, which rotates on the hinge 11. The latter is at the same time the point of impact of the rocker arm 6, on which the belt conveyor system 7 and 8 is mounted, the rocker arm 6 with the help of the air spring 35 rests on the base plate 28. The air spring 35 is chosen such so that it exceeds the weight of the rocker arm 6 when exposed to the hinges 11 and the parts mounted in the rocker arm. From the guide roller 15, the corresponding lifting of the rocker arms 6, 34, the drive connection L goes to the NEP so that the transport belt is equal to the roller 36, and the drive conveyor 7 and the pull roller 41 are connected to the roller 37, which interacts with two pressure rollers .
constantly had contact with the volume of the roll 4; At the same time, the place of unloading was 25
Hence, the drive connection d, having a slipping clutch 38, leads to the coiling mandrel 39 for the receiving coil 5 of the tape 40.
Conveyor belt 7, bowing
20 is constantly on the same
height.
i i
FIG. h shows an empty roll rack, with the yoke
the guide roller 41, goes around 25 6 outside the action of the spring 35 on the rolls 4 rolls, then through the large guide roller 42 and the freely rotating leading rollers 43 in a certain zigzag drawn direction goes past the upper part of the guide roller 34 back through the guide roller 36. The conveyor belt 8, wrapping the guide roller 34, goes first through the three freely rotating guide rollers 44, then, like the transport belt 7, wraps the large guide roller 42 and then in the same Well ohm certain zigzag direction through the drive rollers 43 Q goes back to guide roller conveyors belts 7 and 8, having a common course, and it is through the guide roller 42 in so-called
35
This support 31. For loading (fig. 4) of rack 1 (2 and 3) for rolls 4, it is sufficient to lower the rocker 6 and then the whole sleeve together with the middle 32 by means of a specially designed lifting device to put on the side of the person looking at the support 31 and also put an empty reel for a roll on the winding mandrel 39. After that, the excessive length of the tape along the diameter of the full coil disappears, winding onto the pulling roller 41 and the guide rollers 4b, as well as the roller 37 to the seated tape reel. Then, for example, the gear wheel shaft 12 is twisted by hand. In this case, i an excessive length of the tape winds up and thereby rotates the roll 4. The tapes of the transorter 7 and 8 also rotate,
The belts of the conveyors 7 and 8 are actuated in the direction of the arrow. The roller 37 t does not have a tape 40 from the roll C and starts rotating the roll 4 clockwise, i.e. in the direction of unwinding (arrow 47) The release of the printed product is captured in the transport gap 45 between the belts 7 and 8 and transported to the unloading place 25.
By the time of capture of printed products, the diameter of the roll 4 becomes gradually smaller. Spring 35 contributes
appropriate lifting of the rocker arm 6 so that the conveyor belt of the conveyor 7 and the pulley roller 41
constantly had contact with the volume of the roll 4; At the same time, the place of unloading was 25
is constantly on the same
height.
i i
FIG. h shows an empty roll rack, with the yoke
0 Q
five
This support 31. For loading (fig. 4) of rack 1 (2 and 3) for rolls 4, it is sufficient to lower the rocker 6 downwards and then the whole sleeve together with the middle 32 by means of a specially designed lifting device to put on the side looking at the support 31 and also put an empty reel for a roll on the winding mandrel 39. After that, the excessive length of the tape along the diameter of the full coil disappears, winding onto the pulling roller 41 and the guide rollers 4b, as well as the roller 37 to the seated tape reel. Then, for example, the gear wheel shaft 12 is twisted by hand. In this case, i an excessive length of the tape winds up and thereby rotates the roll 4. The belts of the conveyors 7 and 8 also rotate,
in a zigzag-like direction, limited to, but between them, the transport gap 45 travels, the shipping gap only then disappears on the guide roller 24, (place 25 unloading the rack 1 (2 and 3) for rolls 4) . Next, on the yoke 6, directly in front of the guide roller 42, a freely rotating pull roller 42 is mounted, which detaches the belt 40 from the roll 4. Then the tape 40 passes through the guide rollers 46 around the roller 37 to the receiving coil 5 "
Thus, as soon as the shaft of the gear wheel 12 is actuated (shaft or lever 23), the roller 37 and both
receives printed materials for further transportation when the last winding of the tape located on the 5Q shaft begins to unwind. Then, the shaft of the gear wheel 12 is still rotated until the first printing sheet passes through the transport gap 45 (Fig. 3) and is at 25, i.e. the guide roller 34 will not pass. Each rack 1–3 is now ready to be connected to its corresponding compartment 14–16 for article 20–22 (Fig. 2).
however, the transport gap between them is only
receives printed materials for further transportation when the last winding of the tape on the roll Q begins to unwind. Then, the shaft of the gear wheel 12 is still rotated until the first printing sheet passes through the transport gap 45 (Fig. 3) and is at 25, i.e. the guide roller 34 will not pass. Now each rack 1 - 3 is ready for connection with the corresponding compartment 14 - 16 for stacks 20 - 22 (Fig. 2).
one
one
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It is advisable that there are more racks for rolls than used in the production of compartments for stacks, preferably twice as large. In this case, respectively, one rack can be connected to a compartment and, accordingly, one rack can be loaded with new full rolls (even in another room) and then moved closer to the place of use. The time that passes for replacing a rack with an empty roll with a new rack with a full roll is so insignificant that in any case it is not enough to use a print stock in the 20, 21, or 22 stacks. Thus, continuous operation of the binder 13 or the entire processing line is guaranteed.
It should be noted that the capacity of the roll compared to one of the compartments 14-16 can be ten to twenty times larger and, thus, for 2 small numbers of personnel, there is enough time to service a large number of compartments for the stacks. Another advantage. The device is that movable roll racks can be loaded in another room.
The rollers 29 can be made locking and / or as steering gear rollers. It is also possible to use high-speed couplings (not shown) between the cases of feed mechanisms, on the one hand, and racks
2
3
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36

five
eight
for rolls, on the other hand, for fixing the racks in an attached position.

权利要求:
Claims (2)
[1]
1. Device for continuous supply of printed products from one roll to another
from the processing line compartments containing mobile racks for storing rolls, each of which is mounted on a corresponding rack for rotation, mounted on each rack of the drive receiving coil for the ribbon of a roll, tangentially mounted to the roll the yoke carrying the conveyor belts for printed products, and the drive, About the fact that, in order to ensure ease of maintenance, the rocker arms are connected to the respective racks by a hinge, and the receiving coil and belt trenches are Porters are connected with the possibility of a power closure by means of a connecting link, which is connected with the possibility of a geometrical closure with the drive.
[2]
2. The device according to claim 1, of which is that the connecting link is installed on the rack for storing the roll in the area of unloading of printed products. 3. The device according to paragraphs. 1 and 2, characterized in that the connecting link is made in the form of a bypass gear.
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23
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类似技术:

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同族专利:

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US4676496A|1987-06-30|

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JPH078693B2|1995-02-01|

CA1239156A|1988-07-12|

FI844965A0|1984-12-14|

FI75546B|1988-03-31|

EP0149058A3|1985-08-21|

FI75546C|1988-07-11|

ES8507073A1|1985-08-16|

EP0149058B1|1987-01-21|

EP0149058A2|1985-07-24|

FI844965L|1985-06-17|

引用文献:

公开号 | 申请日 | 公开日 | 申请人 | 专利标题

US667604A|1899-08-29|1901-02-05|Frank C Stockholm|Sheet delivering and conveying mechanism for printing-presses.|

US985516A|1910-03-21|1911-02-28|Louis H Dupont|Vending-machine.|

DE1244656B|1963-06-19|1967-07-13|Carl Bernd Bosse|Device for storing flat structures, in particular veneer sheets|

US3522943A|1968-03-27|1970-08-04|Donnelley & Sons Co|Signature feeder for gathering machine|

US3945633A|1973-07-23|1976-03-23|Harris-Intertype Corporation|Hopper loader|

DE2526432C3|1975-06-13|1984-03-08|Windmöller & Hölscher, 4540 Lengerich|Device for storing and feeding valve bags to filling machines|

US4032038A|1976-01-29|1977-06-28|W. R. Grace & Co.|Device, apparatus and process for dispensing taped bags|

US4337864A|1980-02-22|1982-07-06|Docutel Corporation|Currency note dispensing system|

CH642602A5|1980-07-15|1984-04-30|Ferag Ag|DEVICE FOR STACKING PRINTED PRODUCTS INCLUDED IN THE DOMESTIC FLOW, LIKE NEWSPAPERS, MAGAZINES AND THE LIKE.|

CH652699A5|1981-10-12|1985-11-29|Ferag Ag|DEVICE FOR STORING FLAT PRODUCTS INCLUDED IN A DANDEL INFORMATION, IN PARTICULAR PRINTED PRODUCTS.|

CH654554A5|1981-12-09|1986-02-28|Ferag Ag|METHOD AND DEVICE FOR REMOVING FLAT PRODUCTS, preferably PRINTED PRODUCTS, WINDED ON A WINDING CORE.|

CH656596A5|1982-05-05|1986-07-15|Grapha Holding Ag|Method for separating the pressure of a statement in part shed shed divided flow.|

DE3470873D1|1983-11-07|1988-06-09|Ferag Ag|Device for unwinding printed products wound in a shingled formation|CH670245A5|1986-01-20|1989-05-31|Ferag Ag|

EP0243837B1|1986-04-30|1989-07-26|Ferag AG|Method and device for treating printed products such as newspapers, magazines and the like|

CH680509A5|1986-11-21|1992-09-15|Ferag Ag|

JP2525640B2|1987-05-27|1996-08-21|フェラークアーゲー|A device for feeding out printed matter wound around the core in a knitting and overlapping knitting together with the winding tape.|

US4951892A|1988-12-30|1990-08-28|Bridgestone/Firestone, Inc.|Server system for rubberized sheets|

IT1228852B|1989-02-22|1991-07-05|Meschi Ind Grafica|UNWINDING DEVICE FOR PAPER REELS.|

BE1003625A4|1989-09-21|1992-05-05|Gaspar A H Byttebier|Method and device for the marketing of sheets.|

DE59508089D1|1994-10-27|2000-05-04|Ferag Ag|Device and method for feeding printed products to a processing line|

DK0719720T3|1994-12-30|1998-04-27|Ferag Ag|Storage device for a roller unit and device for processing printing products|

CH690913A5|1995-01-31|2001-02-28|Ferag Ag|A method of storing sheet-like products.|

CH690618A5|1995-04-25|2000-11-15|Grapha Holding Ag|Device for winding and unwinding flat printed products majority.|

CH690300A5|1995-09-20|2000-07-14|Ferag Ag|Process for supplying printed products in the form of scale flows to processing stations and arrangement for implementing the method.|

AU749771B2|1998-03-04|2002-07-04|Ferag Ag|Device for exchanging roll supports on winding stations|

DK1119510T3|1998-10-05|2002-12-16|Ferag Ag|Winding device for flexible surface-shaped formations, especially printed products|

US6101691A|1999-03-01|2000-08-15|Sara Lee Corporation|Large fabric roll letoff|

US6290164B1|2000-03-01|2001-09-18|Kt EquipmentInc.|Method and apparatus for supplying strip material|

EP1209107B1|2000-11-24|2004-04-14|Ferag AG|Method and device for changing winder frames at a row of winding devices|

IT1400854B1|2010-05-14|2013-07-02|Petratto|METHOD OF PRODUCTION OF GRAPHIC PRODUCTS THROUGH DIGITAL PRINTING AND NEXT PACKAGING, AND UNIT OF INTERFACE BETWEEN A DIGITAL PRINTER AND A PACKAGING UNIT FOR THE REALIZATION OF THIS METHOD|

法律状态:

优先权:

申请号 | 申请日 | 专利标题

CH671883|1983-12-16|

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