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    • 41. 发明公开
    • A stapler with improved stapling precision
    • Präzisionsheftgerät。
    • EP0605888A1
    • 1994-07-13
    • EP93121037.1
    • 1993-12-28
    • MAX CO., LTD.
    • Udagawa, Hiroshi, c/o Max Co.,Ltd.
    • B27F7/00B27F7/17B27F7/19B27F7/36
    • B27F7/36B27F7/19
    • A stapler having improved stapling precision is provided. In a preferred embodiment, a stapler has a magazine (1) with a staple driving unit (3), and a staple clinching unit (4) wherein the magazine (1) and the staple clinching unit (4) are separately disposed. The magazine (1) of the stapler is provided with a actuation linkage and guides which cause the magazine (1) having the staple driving unit (3) to consistently move in a substantially vertical direction with respect to the staple clinching unit (4), so that a staple driven thereby is driven in a direction substantially perpendicular to sheets of paper (27) to be stapled, regardless of the thickness of the paper (27). In a variant of the preferred embodiment, the stapler (100) is incorporated in another unit where the stapler (100) is moved from one operating position to another. In order to maintain the alignment of the separately disposed magazine (1) and staple clinching unit (4), alignment members (44) are provided on either a frame (32) supporting the magazine (1) or a frame (36) supporting the clinching unit (4), or on both. Accordingly, the present invention improves stapling precision and avoids poor quality stapling, especially due to poor alignment between the staple driving unit (3) and the staple clinching (4) unit.
    • 提供了具有改进的装订精度的订书机。 在优选实施例中,订书机具有带有订书钉驱动单元(3)的盒子(1)和钉仓夹紧单元(4),其中盒子(1)和订书钉夹紧单元(4)被分开设置。 订书机的刀库(1)设置有致动联动装置和引导件,其使得具有订书钉驱动单元(3)的刀库(1)能够相对于订书钉夹紧单元(4)沿基本垂直的方向一致地移动, 从而使得由此驱动的订书钉在与纸张(27)的大致垂直的方向上被驱动以被装订,而与纸张(27)的厚度无关。 在优选实施例的变型中,缝合器(100)被结合在另一个单元中,其中缝合器(100)从一个操作位置移动到另一个单元。 为了保持单独设置的盒(1)和缝钉夹紧单元(4)的对准,对准构件(44)设置在支撑盒(1)的框架(32)上或支撑 夹紧单元(4)或两者。 因此,本发明提高了装订精度,避免了装订质量差,特别是由于订书钉驱动单元(3)和订书钉装订单元(4)单元之间的对准差。
    • 42. 发明公开
    • Apparatus for manufacturing or assembling load pallets constructed of wood
    • Vorrichtung zur Herstellung oder Zusammensetzung von Holzpaletten。
    • EP0512970A1
    • 1992-11-11
    • EP92850103.0
    • 1992-05-07
    • TAALIKKA OY
    • Taalikka, TaunoTaalikka, Reijo
    • B27M3/00B27F7/00
    • B27M3/0073
    • Apparatus for manufacturing or assembling load pallets constructed of wood from pre-sawed blanks/pieces, said apparatus comprising a first assembly line (I) for assembling the runners (5) of the load pallet of foot boards (1) and intermediate props (2), and a second assembly line (II) for assembling the load pallet of runners (5), intermediate boards (3) and deck boards (4), and each line (I and II) comprising nailing means (6¹,6²). The first assembly line (I) and the second assembly line (II) are disposed side by side so that the transporting direction of the second assembly line (II) is opposite relative to that of the first assembly line (I); that the apparatus comprises a transport means (7) disposed to transport the runners (5) assembled on the first assembly line (I) to the second assembly line (II); and that the nailing means (6¹,6²) of the lines (I and II) are combined to constitute one single nailing means entity (6).
    • 一种用于制造或组装由预锯切坯件/件构成的木材的装载托盘的装置,所述装置包括用于组装脚踏板(1)的装载托板的跑道(5)和中间道具(2)的第一组装线(I) )和用于组装流道(5),中间板(3)和甲板(4)的装载托盘的第二装配线(II),以及包括钉装置(6')的每条线(I和II) 6 <2>)。 第一组装线(I)和第二组装线(II)并排布置,使得第二组装线(II)的输送方向相对于第一组装线(I)的输送方向相反; 该设备包括设置成将组装在第一组装线(I)上的跑道(5)传送到第二组装线(II)的传送装置(7); 并且将线(I和II)的打钉装置(6 1,6 2)组合成构成一个单钉装置实体(6)。
    • 48. 发明公开
    • VERFAHREN UND EINRICHTUNG ZUM BESTÜCKEN EINES MEHRLAGIGEN VOLLHOLZ-VERBUNDBAUTEILES
    • 方法和装置用于安装多层全木质复合材料部件
    • EP2670569A1
    • 2013-12-11
    • EP12705049.0
    • 2012-02-04
    • Michael Weinig Ag
    • SCHMIDLER, Richard
    • B27F7/00
    • B27F7/003
    • The invention relates to a solid wood composite component (14) having at least one layer (13.m) comprising boards (12m) oriented parallel to each other and pivoted with respect to the previous layer (13.n). The layers are connected to each other by means of an automatic nailer (26). One layer (13.n) made of the boards (12.n) is transferred to an assembly table (16) that is transported beneath a feeder edge (22, 22') of at least one feeder (21, 29) for boards (12m) of a next board layer (13.m), said boards being pivoted in orientation relative to the boards (12.n). Said boards are placed in series on the top layer (13.n) and each nailed to said layer or to the layer beneath said layer at a stationary portal (25), until a layer (13.m) is reached on which the next subsequent layer (13.n) is placed. The device has the displaceable assembly table (16) for receiving the board layers (13.m, 13.n) and a longitudinal feeder (29) for the boards (12.m) of a next layer (13.m), said boards being placed in series on the corresponding layer (13.n) by means of a feeder edge (22, 22'). The device further comprises a stationary portal (25) in parallel to the feeder edge (22, 22') and comprising at least one automatic nailer (26).