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    • 72. 发明授权
    • Sheet material cutting device
    • 片材切割装置
    • US5503053A
    • 1996-04-02
    • US321622
    • 1994-10-12
    • Takamasa OnishiZentaro KamuraHideo Yamato
    • Takamasa OnishiZentaro KamuraHideo Yamato
    • B26D1/18B26D1/24
    • B26D1/245Y10T83/778Y10T83/7834Y10T83/8769Y10T83/8776Y10T83/8822
    • A sheet material cutting mechanism for cutting sheet materials two rotary blades and a mechanism for pressing down a sheet material to be cut. When the motor is started, a screw shaft 2 rotates, and a rotary blade assembly 4 starts to move to the right in FIG. 1 . Then, the roller 12 rotates by friction with a frame 1, and a first rotary blade 10 rotates by the rotation of a roller. At the same time, a second rotary blade 20 also rotates by the frictional force generated between the rubber roller 22 and the frame 1. The sheet material, fed into the sheet material receiving portion 17, is pressed by the rubber roller 22 against the surface 5 of the frame 1 immediately before cutting to prevent lifting or bending of the sheet material, thereby producing satisfactory cutting of the sheet material.
    • 用于切割片材的两片旋转刀片的片材切割机构和用于压下要切割的片材的机构。 当马达起动时,螺杆轴2旋转,并且旋转叶片组件4开始向图2中的右侧移动。 1。 然后,辊12通过与框架1的摩擦而旋转,并且第一旋转叶片10通过辊的旋转而旋转。 同时,第二旋转刀片20也通过橡胶辊22和框架1之间产生的摩擦力而旋转。送入片材接收部分17的片材被橡胶辊22压靠在表面上 5,以防止片材的提起或弯曲,从而产生令人满意的切割片材。
    • 73. 发明授权
    • Knife shaft assembly for document shredders
    • 用于文件编号的刀形轴组件
    • US5135178A
    • 1992-08-04
    • US658852
    • 1991-02-22
    • Willi Strohmeyer
    • Willi Strohmeyer
    • B02C18/06B02C18/00B02C18/18
    • B02C18/0007B02C18/182Y10T83/7834
    • A knife shaft assembly (1) for a document shredder formed from a series of cutting disks (3) arranged on a shaft (2) with spacer rings (4) disposed between them. The spacer rings (4) are compressible, and a securing mechanism, such as snap rings (6) received in grooves (5), is provided on the shaft to secure the cutting disks (3) on the shaft (2) under compression. During assembly, the spaces between the cutting disks (3) are adjusted to a predetermined size by compression in the axial direction. This arrangement enables material costs to be kept low while assuring high dimensional accuracy of the knife shaft assembly.
    • 一种用于由设置在轴(2)上的一系列切割盘(3)形成的文件粉碎机的刀轴组件(1),其间设置有间隔环(4)。 间隔环(4)是可压缩的,并且在轴上设置有诸如接收在槽(5)中的卡环(6)的固定机构,以将压盘上的切割盘(3)固定在轴(2)上。 在组装期间,通过沿轴向的压缩将切割盘(3)之间的空间调节到预定的尺寸。 这种布置使得材料成本保持低,同时确保刀轴组件的高尺寸精度。
    • 74. 发明授权
    • Cutter enhancement for plastic size reduction equipment
    • 切割机增强塑料尺寸减小设备
    • US5110060A
    • 1992-05-05
    • US595258
    • 1990-10-09
    • Lynn C. Lundquist
    • Lynn C. Lundquist
    • B02C18/14B02C18/18
    • B02C18/182B02C18/142Y10T83/7834
    • This invention pertains to the cutter area of size reduction equipment for plastic or other waste material. The primary objective of the invention is to provide a primary and secondary cutting area within the cutting head assembly so that the granulate is properly sized upon discharge. In the normal passage of the material through the cutter assembly, this reduction to a predetermined size is accomplished in the primary cutting area. However, if material inadvertently passes through the primary area without being properly sized, it will be appropriately dimensioned in the secondary cutting area prior to discharge. The invention pertains to a cutter mechanism which uses a single plane of counter rotating, alternating cutters in conjunction with a stationary cutting surface to achieve the primary and secondary cutting actions. The invention further addresses design considerations of the locating means of both the shaft mounted cutter assemblies and the stationary cutting surfaces. A final consideration of the invention is a means of facilitating quick removal and replacement of the cutter mechanism as an assembly.
    • 本发明涉及用于塑料或其它废料的尺寸减小设备的切割面积。 本发明的主要目的是提供切割头组件内的主切割区域和次切割区域,使得颗粒在排出时适当地定尺寸。 在通过切割器组件的材料的正常通过中,在主切割区域中实现了到预定尺寸的减小。 然而,如果材料无意中通过主要区域而没有适当的尺寸,则在放电之前将其适当地设定在二次切割区域中。 本发明涉及一种切割机构,其使用反向旋转的交替切割机的单个平面与静止的切割表面结合,以实现初级和次级切割动作。 本发明还解决了轴安装的切割器组件和固定切割表面的定位装置的设计考虑。 本发明的最终考虑是便于快速拆卸和更换作为组件的切割机构的装置。
    • 75. 发明授权
    • Cutting device for the longitudinal cutting of foil lengths
    • 切割长度切割的切割装置
    • US5085110A
    • 1992-02-04
    • US520766
    • 1990-05-08
    • Bernd ScholtysikJosef Birkmann
    • Bernd ScholtysikJosef Birkmann
    • B26D1/24B26D7/26
    • B26D7/2621B26D1/24B26D7/2635Y10S83/955Y10T83/05Y10T83/0524Y10T83/7834Y10T83/9403
    • A cutting device for layered or unlayered foil lengths, having good cut quality and an extended period of use before re-grinding of the cutter is required, consists of cylindrically shaped keyway cutter bars with distance rings lying between them, which are mounted on a blade shaft, and of roller blades of right-angles cross-section, which are equally mounted on a blade shaft and wherein each roller blade is pressed by a spring washer against the corresponding keyway cutter bar. The advantage according to the invention consists in that first each roller blade is supported on one of the cutting blades of the keyway cutter bar and that after these cutting shoulders wear off the whole roller blade shaft is turned around and in each case the other cutting shoulder is used for cutting. After these cutting shoulders too have worn off the cutting device is made usuable for further cutting operation by grinding off the cylindrical outer surface of the keyway cutter bars (FIG. 2).
    • 需要一种用于层状或非层状箔长度的切割装置,其具有良好的切割质量和在重新研磨切割器之前延长的使用时间段,由具有位于它们之间的距离环的圆柱形键槽刀具组成,其安装在刀片上 轴和直角横截面的辊叶片,它们均等地安装在叶片轴上,并且其中每个辊叶片被弹簧垫圈压靠在相应的键槽切割杆上。 根据本发明的优点在于,第一个每个辊叶片被支撑在键槽切割杆的一个切割刀片上,并且在这些切割肩部磨损之后,整个滚子叶片轴被转过,并且在每种情况下都是另一个切割肩 用于切割。 在这些切割肩部也已经磨损之后,通过研磨键槽刀杆的圆柱形外表面(图2),可以使切割装置进一步切割操作。
    • 79. 发明授权
    • Gripping shaft
    • 运输轴
    • US3782234A
    • 1974-01-01
    • US3782234D
    • 1971-12-03
    • UNGERER IRMA
    • RODACH A
    • B23D35/00B26D7/26B26D1/12
    • B26D7/2621B23D35/004Y10T83/7834Y10T83/9377Y10T83/9464
    • A clamping shaft for clamping a rotating element comprises a generally closed tubular core having an inlet adapted to be connected to a pressure fluid source, and radial bore means communicating with said inlet and open on the outside peripheral surface of said core. The shaft also comprises an expansible clamping sleeve enclosing the outside peripheral surface of said core and firmly and tightly joined thereto at least at two spaced-apart portions of its length to define around said core at least one annular space, which communicates with said radial bore means.
    • 用于夹持旋转元件的夹紧轴包括具有适于连接到压力流体源的入口的大致封闭的管状芯,以及与所述入口连通并且在所述芯的外周表面上开口的径向孔装置。 所述轴还包括可膨胀的夹紧套筒,其包围所述芯体的外周表面并且至少在其长度的至少两个间隔开的部分处牢固且紧密地连接到其上,以围绕所述芯部限定至少一个环形空间,所述环形空间与所述径向孔 手段。