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    • 5. 发明授权
    • Piercing device
    • 穿刺装置
    • US07690286B2
    • 2010-04-06
    • US10578510
    • 2004-11-01
    • Nobuyuki Suda
    • Nobuyuki Suda
    • B26F1/24
    • B26F1/08B26F1/24Y10T83/4812Y10T83/9314
    • A piercing device includes an outer tube rotatably supported on a first shaft and eccentrically arranged relative to a second shaft, so as to be driven for rotation. Piercing needles are arranged on the second shaft, spaced from each other in a circumferential direction, projecting radially outwards, rotatable about a second axis, and extendable and retractable relative to an outer surface via holes in the outer tube. A needle restraining member, rotatably supported on the second shaft, transmits torque to the piercing needles when driven for rotation. The first plurality of needles rotate in unison, as do the second plurality of needles and are fixedly connected to support members; thus, protecting the needles from unreasonable force and preventing undesirable enlargement of pinholes and deformation of the rubber sheet. Further, when the needles are advanced into the rubber sheet and retraced therefrom, enlargement of the rubber sheet pinholes can be prevented.
    • 穿刺装置包括可旋转地支撑在第一轴上并相对于第二轴偏心布置的外管,以被驱动以旋转。 穿刺针布置在第二轴上,在圆周方向上彼此间隔开,径向向外突出,可围绕第二轴线旋转,并且相对于经由外管中的孔的外表面可延伸和缩回。 可旋转地支撑在第二轴上的针限制构件在被驱动旋转时将扭矩传递到穿刺针。 第一组多个针头一致地旋转,如第二组多个针头一样,并且固定地连接到支撑构件; 从而保护针免于不合理的力,并防止针孔的不期望的扩大和橡胶片的变形。 此外,当针被推进到橡胶片中并从其回缩时,可以防止橡胶片针孔的扩大。
    • 10. 发明授权
    • Rotary serrated tube punch with internal back-up for a film web and
method of punching holes therewith
    • 具有用于薄膜网的内部备用的旋转锯齿形管冲头以及与其冲孔的方法
    • US4732065A
    • 1988-03-22
    • US905090
    • 1986-09-08
    • Fox J. Herrington
    • Fox J. Herrington
    • B26D7/18B26F1/08B26F1/38
    • B26F1/08B26D7/1863B26F1/3846Y10T83/0424Y10T83/0453Y10T83/0515Y10T83/207Y10T83/323Y10T83/4836Y10T83/9389
    • A method of accurately punching holes into a moving web of a thermoplastic film material, and more particularly, punching holes into the web through the intermediary of a rotary serrated tube punch. The invention relates to accurately punching holes into an advancing web of thermoplastic film material utilizing a novel rotary serrated tube punch. The film web is continuously advanced over at least a portion of the circumferential surface of a rotatable anvil roll, and tensioned against the anvil roll surface through the use of suitable tensioning devices, such as tension rollers arranged upstream and downstream of the anvil roll. At least one opening is formed in the circumferential surface of the anvil roll which is smaller than the size of the hole which is desired to be punched into the film web through the use of the inventive rotary tube punching arrangement. An annular groove extends about the hole in the surface of the anvil roll, forming a land between the hole and the groove. The rotary tube punch possesses a serrated cutting edge at its radially outermost end, and is adapted to be rotated in synchronism with the anvil roll so as to cause the serrated cutting edge pierce through the web in a precisely aligned position with the groove in the rotating anvil roll, with the film web being supported on the land about the hole and on the anvil roll surface externally of the punch, and to thereby produce an accurately dimensioned hole in the moving web without the necessity for stopping the web. The anvil roll may be constructed hollow, and communicates with a suctioning source for aspirating punched out film material segments.
    • 一种将热孔精确地冲孔到热塑性薄膜材料的移动纤维网中的方法,更具体地说,是通过旋转锯齿形管冲头将冲孔穿入网。 本发明涉及使用新颖的旋转锯齿形管冲头将孔精确地冲孔到热塑性薄膜材料的前进纤维网中。 薄膜网连续推进到可旋转砧辊的圆周表面的至少一部分上,并且通过使用适当的张紧装置(例如布置在砧辊的上游和下游的张紧辊)张紧在砧辊表面上。 通过使用本发明的旋转管冲压装置,在砧辊的圆周表面中形成至少一个开口,该开口小于希望冲入薄膜腹板的孔的尺寸。 环形槽围绕砧辊的表面中的孔延伸,在孔和槽之间形成一个平台。 旋转管冲头在其径向最外端具有锯齿形切割刃,并且适于与砧辊同步地旋转,以使锯齿状切削刃在旋转中与凹槽精确对准的位置穿过腹板 砧辊,其中薄膜腹板被支撑在围绕孔的区域和在冲头外部的砧辊辊表面上,从而在移动纤维网中产生精确尺寸的孔,而不需要停止网。 砧辊可以被构造成中空的,并与抽吸源连通以吸出冲压的薄膜材料段。