• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    A wire stapling apparatus for use in forming and inserting wire staples in separate signatures, each signature comprising a plurality of sheet layers and with the staples being inserted in the signatures in the direction of motion of the signatures, is disclosed. The apparatus includes a rotating staple closing cylinder and a rotating wire stapling cylinder which cooperates with the staple closing cylinder.
    公开号:SU969148A3
    申请号:SU792797782
    申请日:1979-08-09
    公开日:1982-10-23
    发明作者:Альберт Петер КУТЦНЕР Вилли；Шнайдер Георг
    申请人:Кенинг Унд Бауэр Аг (Фирма)；
    IPC主号:
    专利说明:

    devices for feeding and entering staples.
    In addition, the means for retracting the mechanism for feeding, cutting the wire, and forming the staples comprise a cam mounted on the shaft of the stapling cylinder, a rotary spindle mounted in a rack, and a control lever with a roller at the end interacting with the cam.
    FIG. 1 shows the first device, side view; in FIG. 2, view A in FIG. one; in fig. 3 - view B on figo 1.
    The rotary suturing device comprises a support cylinder 1 with devices 2 and 3 for bending the brackets, and a co-operation with the supporting cylinder 1 of the staple cylinder 4 with tools 5 and 6 for feeding and inserting the brackets, respectively. The number of devices 5 and 6 corresponds to the number of devices 2 and 3 for bending. Attachments 5 and 6 for feeding and inserting the Staples are located on the cylinder 4 and can be rotated by-90 relative to the straight-through cylinder that passes through the center 7. At the end of cylinder 4, there is a cam 8 with a smaller radius g / and a larger radius GD. Support plates 10 and 11 are installed in pairs on plate 9. In support columns 10, a spindle 12G is rotatably positioned, & racks 11 - spindle 13. Spindles 12 and 13 are arranged parallel to the drive shaft 14 of staple cylinder 4. Spindle 12 connects the control lever 15 and the rocker 16. By means of the spindle 13 located opposite the spindle 12, the control lever 17 is connected to the rocker 18 with a geometric closure The rocker arms 16 and 18, at their lower ends, enter the unloading parts 19 and 20. In parts 19 and 20, one cylindrical recess 21 22 it is drilled through a through hole 23 and 24. Screws 25 and 26 are placed in the holes. Between the heads 27 and 28 screws and recesses 21 and 22 accommodate springs 29 and 30 / of compression.
    On the upper ends, the levers 15 and 17 are provided with rollers 31 to 32. Through a knot, having screws 25 and 26, springs 29 and 30, unloading parts 19 and 20, rocker arms 16 and 18 and spindles 12 and 13, rollers 31 and 32 are pressed .to the working surface 33 of the cam 8. KopOF "for 16 and 18 are equipped with tools 34 and 35 for wire feed, tools 36 and 37 for cutting
    wires and devices 38 and 39 for forming staples.
    The wire feeder consists of conveyor rollers 40 and 41, driven by gears 42-45. The gears are driven through a hinge 46 and a propeller shaft 47 connected to the drive of the device.
    Tool 36 for cutting wire:
    0 Loki consists of a knife 48, driven from but located on the GS5 on the circumference of the staple cylinder 4, cams 49 and 50.
    The stapler 38 consists of a molded piece 51 fixed to the box 1 1 16, interacting with the ants 52 and 53 of the staple feed and inserter.
    The device works as follows.,
    From the folding machine of the role-playing rotary printing machine (not shown by the anchor belt conveyor 54 and 55 of the product 56 enters the working gap between the rotary cam support cylinder 1 and interact with the crawler: with stapling cylinder 4, which simultaneously clamps 57 and 58. |) ovoloki 59 and 60 occur in this case outside the clamping cylinder 4.
    Products 56 are made up of a multitude of Overlaid Sections.
    5 sheets. Products 56 may have a fold. The cam 8 is designed in such a way that when the fixture 5 for feeding and inserting brackets passes, the rocker arm 16 does not lift so that
    0 parenthesis is possible. The jumpers 52 and 53 of the device 5 for feeding and inserting the staples are located one behind the other in the direction of rotation of the stapling of its cylinders pa 4. In this position, the staples 58 are formed between the jumpers 52 and 53. Since the wire feed 59 and 60 of the fixture 34 is continuous The wire 60 is advanced through the tool 39 to form the staples. If the crust 18 together with the devices for feeding, cutting the wire and forming the staples mounted on it does not rise above the cylinder 4, this means that the advanced wire 60 pulls the staple 58 out of the attachment 5 for feeding and inserting the staples. Attached to the device 5, the cam 49 for the knife 48 also leads to the knife 37 of the device,
    0 so that the wire 60 is cut in fixture 35. If the beam 18 is lifted for a certain time from the circumference of the stapling qi, lindra 4, the fixture 5 for the ITO5 gauge and the insertion of the staples with the clip can be passed through the fixtures on the yoke. Approximately at the height of the roller 32, the device 5 for feeding and inserting the staples, and with it the staple sticking by it, passes through the product 56 and by means of the fixture 2 the ends of the staples are bent. If the device 6 for feeding and inserting the staples passes by the rocker arm and the devices for feeding the wire, cutting the wire and forming the stapler mounted on it, crust 16 rises above the circumference of the staple cylinder 4. The cam 50 leads the knife 48 and cuts off partly above tool 38 to form staples wire 59.
    After passing by the yoke 16, the end cut off from the wire 60 is carried by the webs of the fixture 6 supplying and inserting brackets, then the fixture 57 is formed by means 39 for forming the cleats. The clevis jumper 57 is located in the direction of rotation of the staple cylinder 4. As soon as the clip 57 leaves the device 39 for forming the staples carrying iero the device 6 for feeding and inserting the staples is rotated around its longitudinal axis by 90, i.e. the bridge link 57 forms together with the axis of rotation of the staple cylinder 4 an angle of 90.
    In this position, the staple 57 is inserted into the article 56 and folded in with the stapler 3.
    权利要求:
    Claims (2)
    [1]
    1. A rotary device for wireframing sheet material containing rota-. a supporting cylinder with a device for bending the staples, a stapling cylinder interacting with it with a device for feeding and inserting the staples and a mechanism for feeding, cutting the wire and forming the staples, located on the support post and interacting with the device for feeding and inserting the staples, 0 by the fact that, in order to increase productivity and expand technological capabilities, it has additional support posts with mechanisms for feeding,
    5 cutting the wire and forming the staples with the means for withdrawing them from the staple of the stapling cylinder, the support cylinder has accessories for bending around the circumference, and the staple cylinder has accessories for feeding and inserting the staples that can be rotated, while
    5, the number of tools for folding in staples corresponds to the number of devices for feeding and inserting staples.
    [2]
    2. The apparatus according to claim 1, wherein the means for retracting the mechanism for feeding, cutting the wire and forming the staples comprises a cam mounted on the shaft of the stapling of the cylinder, the rotary spindle mounted in the rack and connected to the rotary
    5 spindle control lever with a roller at the end, interacting with the cam.
    Information sources,
    40 taken into account in the examination
    1. For application FRG 2755209, .kl. In 27 F 7/12, 1977.
    HA f
    Fi, 1
    类似技术:
    公开号 | 公开日 | 专利标题
    SU1429930A3|1988-10-07|Folding apparatus of web rotary press
    SU969148A3|1982-10-23|Rotary device for fastening sheet material with wire staples
    US6994337B1|2006-02-07|Book bindery and trimming apparatus
    US5100118A|1992-03-31|Sheet material handling apparatus
    US1489833A|1924-04-08|Method of operating upon printed webs
    US3087721A|1963-04-30|Signature gathering and stitching machine
    US5551682A|1996-09-03|Method of supplying enclosures to multiple-page printed sheets collected to form printed products
    US2873112A|1959-02-10|Apparatus for producing magazines and the like
    EP0521122A1|1993-01-07|Stitching and folding sheets of material.
    US3057620A|1962-10-09|Signature gathering and stitching machine
    US4576369A|1986-03-18|Method in producing stitched printed matters and feeder for working the method
    US4892297A|1990-01-09|Combination sheet folding and selectively operable stapling apparatus
    US8246031B2|2012-08-21|Gathering and stitching machine
    JP2000135875A|2000-05-16|Printed matter collection device
    JP4646481B2|2011-03-09|Device for stapling the back of printed matter formed from folded printed paper leaves
    JP4037517B2|2008-01-23|Image input device for intermittent work
    GB2054534A|1981-02-18|Collecting cylinder for forming stacks from flat workpieces
    US4032131A|1977-06-28|Method and means for fabricating magazines
    JP2510390Y2|1996-09-11|High-speed flat stitching device
    SU1546342A2|1990-02-28|Device for wrapping cylindrical articles in paper
    SU666108A1|1979-06-05|Automatic machine for threadless binding of books
    US4986521A|1991-01-22|Reject device for a signature gathering machine
    US510841A|1893-12-12|crowell
    SU1369992A1|1988-01-30|Apparatus for wrapping cylindrical articles in paper
    US612829A|1898-10-25|crowell
    同族专利:
    公开号 | 公开日
    SE434620B|1984-08-06|
    GB2027630B|1983-03-02|
    US4223823A|1980-09-23|
    JPS636359B2|1988-02-09|
    FR2432920B1|1984-02-24|
    DD145246A5|1980-12-03|
    GB2027630A|1980-02-27|
    SE7906628L|1980-02-13|
    JPS5528894A|1980-02-29|
    DE2835510A1|1980-02-14|
    FR2432920A1|1980-03-07|
    IT1122735B|1986-04-23|
    DE2835510C2|1982-08-05|
    CH641728A5|1984-03-15|
    IT7924991D0|1979-08-08|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2211027A|1937-02-26|1940-08-13|Hoe & Co R|Stapling mechanism|
    US2224743A|1937-10-07|1940-12-10|Goss Printing Press Co Ltd|Rotary stitcher|
    US2207413A|1938-07-28|1940-07-09|Hoe & Co R|Stapling mechanism|
    US2722000A|1951-12-21|1955-11-01|Hoe & Co R|Stapling mechanism|
    US2709808A|1952-01-08|1955-06-07|Crabtree & Sons Ltd R|Stapling mechanism|
    US2818568A|1954-08-16|1958-01-07|R W Crabtree & Sous Ltd|Rotary stapling mechanism|
    DE1189562B|1962-01-10|1965-03-25|Albert Schnellpressen|Device on a stapler of rotary printing machines for the automatic shaping of the staples|US4315588A|1980-01-21|1982-02-16|Faltin Hans G|High speed on-line stitcher for signatures and webs|
    JPH056186Y2|1987-03-17|1993-02-17|
    EP0442264B1|1990-02-13|1994-12-07|Ferag AG|Device for preparing wire elements for stitching device|
    SE506107C2|1993-02-18|1997-11-10|Tolerans Ingol Sweden Ab|The rotation|
    EP0691215B1|1994-07-06|1997-08-20|Ferag AG|Device for wire stitching printed products|
    DE19516164A1|1995-05-03|1996-11-07|Jakob Hans Helmut|Stapling device|
    SE534421C2|2009-04-23|2011-08-16|Tolerans Ab|Rotary type stapler|
    SE533718C2|2009-04-23|2010-12-14|Tolerans Ab|Wire feeding device in a rotary stapler|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE19782835510|DE2835510C2|1978-08-12|1978-08-12|Wire stitching device|
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