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    • 1. 发明公开
    • Wire feeding device in a rotary stapling machine
    • Drahtzuführvorrichtung在einer Rotationsheftmaschine
    • EP2246163A2
    • 2010-11-03
    • EP10160764.6
    • 2010-04-22
    • Tolerans AB
    • Lödige, Gunnar
    • B27F7/21B27F7/23B41F13/66
    • B27F7/23B41F13/66B42B4/02
    • A wire advancement device (90) and a method in a rotary stapling machine which wire advancement device comprises a wire source (91, 92), an advancement system (93, 94) and a driving motor (95) arranged so that wire (T) from the wire source is continuously advanced via the advancement system to a first and a second wire introduction assembly (41, 42) mounted in a staple pick-up zone (31) in the rotary stapling machine, and that the wire introduction assemblies are provided with cutting edges that co-operate with the corresponding cutting edges of stapling forks (21, 21'), the cutting edges being arranged to cut off a length of wire advanced to the wire introduction assemblies (41) and forming a staple blank at each revolution the stapling fork (21) passes the wire introduction assembly (41), as well as that guide means (43, 44) are arranged to allow that the first wire introduction assembly (41) only delivers staple blanks to one of the stapling forks (21) and to allow the second wire introduction assembly (42) to only deliver staple blanks to the other one of the stapling forks (21') by the guide means (43, 44) providing a displacement of the respective wire introduction assembly (41, 42) in the direction away from the stapling cylinder to allow free passage of a stapling fork (21, 21').
    • 一种导线推进装置(90)和一种旋转缝合机中的方法,该线材推进装置包括线源(91,92),前进系统(93,94)和驱动马达(95),其布置成使得线(T )经由推进系统连续前进到安装在旋转订书机中的订书钉拾取区(31)中的第一和第二导线引入组件(41,42),并且导线组件是 设置有与相应的装订叉(21,21')的切割边缘配合的切割边缘,切割边缘被布置成切割前进到线材引入组件(41)的一定长度的丝线并且形成订书钉坯料 每个转动,装订叉(21)通过导线引入组件(41),并且引导装置(43,44)被布置成允许第一导线引入组件(41)仅将缝合钉坯料递送到订书钉之一 叉(21)并允许第二线i 生产组件(42),仅通过引导装置(43,44)将缝钉坯料递送到另一个订书钉(21'),从而提供相应的导线组件(41,42)的远离 装订缸以允许装订叉(21,21')自由通过。
    • 4. 发明公开
    • Wire feeding device in a rotary stapling machine
    • 焊线进给器在旋转订书机
    • EP2246163A3
    • 2014-07-09
    • EP10160764.6
    • 2010-04-22
    • Tolerans AB
    • Lödige, Gunnar
    • B42B4/02B27F7/23B41F13/66
    • B27F7/23B41F13/66B42B4/02
    • A wire advancement device (90) and a method in a rotary stapling machine which wire advancement device comprises a wire source (91, 92), an advancement system (93, 94) and a driving motor (95) arranged so that wire (T) from the wire source is continuously advanced via the advancement system to a first and a second wire introduction assembly (41, 42) mounted in a staple pick-up zone (31) in the rotary stapling machine, and that the wire introduction assemblies are provided with cutting edges that co-operate with the corresponding cutting edges of stapling forks (21, 21'), the cutting edges being arranged to cut off a length of wire advanced to the wire introduction assemblies (41) and forming a staple blank at each revolution the stapling fork (21) passes the wire introduction assembly (41), as well as that guide means (43, 44) are arranged to allow that the first wire introduction assembly (41) only delivers staple blanks to one of the stapling forks (21) and to allow the second wire introduction assembly (42) to only deliver staple blanks to the other one of the stapling forks (21') by the guide means (43, 44) providing a displacement of the respective wire introduction assembly (41, 42) in the direction away from the stapling cylinder to allow free passage of a stapling fork (21, 21').
    • 6. 发明公开
    • Rotary linear stapling machine
    • 旋转Mehrklammerheftmaschine
    • EP2246164A2
    • 2010-11-03
    • EP10160761.2
    • 2010-04-22
    • Tolerans AB
    • Lödinge, Gunnar
    • B27F7/23B41F13/66
    • B42B4/02
    • A linear stapling machine (10) provided with a stapling fork (21) rotating around a first axis (13) and a die (15) counter-rotating around a second axis (13') that are arranged so that the branches (26) of a wire staple (25) that is carried by the stapling fork (21) can be forced through a product part (16) running through the rotary stapler (10) and be formed against the die (15), as well as that a first guide means (37) is arranged to turn the stapling fork by 90° during its motion to as well as during its motion from a staple pick-up zone (31) in relation to a stapling zone (32) so that the orientation of the stapling fork is parallel to the first axis (13) in the staple pick-up zone (31), but that the stapling fork is perpendicular to the first axis (13) in the stapling zone (32), so that the wire staple upon stapling through the product part (16) is parallel to the direction of motion of the product part, wherein at least one second stapling fork (21') rotating around the first axis (13) and training the first stapling fork (21) is arranged to roll off against a corresponding second die (15') counter-rotating around the second axis (13').
    • 一种线性缝合机(10),其设置有围绕第一轴线(13)旋转的缝合叉(21)和围绕第二轴线(13')反向旋转的模具(15),所述第二轴线(13')布置成使得分支 由装订叉(21)承载的线钉(25)可以被迫穿过穿过旋转吻合器(10)的产品部件(16)并且抵靠模具(15)形成,并且 第一引导装置(37)被布置成在其运动期间以及在从订书钉拾取区(31)相对于装订区域(32)运动期间将装订叉转动90°,使得定位 装订叉与订书钉拾取区(31)中的第一轴线(13)平行,但是装订叉在装订区域(32)中垂直于第一轴线(13),使得订书钉 在穿过产品部件(16)的装订时平行于产品部件的运动方向,其中至少一个第二装订叉(21')围绕第一个 xis(13)和训练第一装订叉(21)被布置成相对于围绕第二轴(13')反向旋转的相应的第二模具(15')滚动​​。
    • 7. 发明公开
    • Rotary linear stapling machine
    • 旋转Mehrklammerheftmaschine
    • EP2246164A3
    • 2014-07-09
    • EP10160761.2
    • 2010-04-22
    • Tolerans AB
    • Lödinge, Gunnar
    • B27F7/23B42B4/02B41F13/66
    • B42B4/02
    • A linear stapling machine (10) provided with a stapling fork (21) rotating around a first axis (13) and a die (15) counter-rotating around a second axis (13') that are arranged so that the branches (26) of a wire staple (25) that is carried by the stapling fork (21) can be forced through a product part (16) running through the rotary stapler (10) and be formed against the die (15), as well as that a first guide means (37) is arranged to turn the stapling fork by 90° during its motion to as well as during its motion from a staple pick-up zone (31) in relation to a stapling zone (32) so that the orientation of the stapling fork is parallel to the first axis (13) in the staple pick-up zone (31), but that the stapling fork is perpendicular to the first axis (13) in the stapling zone (32), so that the wire staple upon stapling through the product part (16) is parallel to the direction of motion of the product part, wherein at least one second stapling fork (21') rotating around the first axis (13) and training the first stapling fork (21) is arranged to roll off against a corresponding second die (15') counter-rotating around the second axis (13').