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    • 1. 发明授权
    • Automatic blind rivet setting device
    • 自动盲铆钉设定装置
    • US5207085A
    • 1993-05-04
    • US848404
    • 1992-03-06
    • James L. HopkinsStuart J. SandhausDaniel Hanlon
    • James L. HopkinsStuart J. SandhausDaniel Hanlon
    • B21J15/04B21J15/26B21J15/34
    • B21J15/32B21J15/043B21J15/26B21J15/323Y10T29/53496Y10T29/5373Y10T29/53752
    • A blind rivet setting device which automatically feeds blind rivets into a rivet table, then sets the rivet by pulling and detaching the mandrel. The rivet feed mechanism includes a thin strip or ribbon of flexible material capable of holding the mandrel tips pierced therethrough and evenly spaced apart. The strip is drawn through a transverse feed slot formed through the rivet table generally orthogonal to the longitudinal axis of the device. A spring biased retracting device continuously pulls the strip through the feed slot so that the next rivet in succession facing the rivet table is automatically drawn into axial alignment within the rivet table ready for positioning and setting into a work surface. A worm gear with eccentric output drives a connecting rod for pulling and fracturing each mandrel from the rivet body. A flywheel connected between a motor drive and the worm gear arrangement enhances mandrel pulling capacity.
    • 一种盲铆钉设定装置,其将盲铆钉自动送入铆钉台,然后通过拉动和拆卸芯棒来设置铆钉。 铆钉进给机构包括能够保持心轴尖端穿过其并均匀间隔开的柔性材料的薄带或带状物。 带材通过穿过铆钉台形成的横向进料槽被拉出,该横向进料槽通常垂直于装置的纵向轴线。 弹簧偏压缩回装置将条带连续地拉动通过进给槽,使得连续铆接铆钉的下一个铆钉被自动地拉入铆钉台内的轴向对准,以准备定位和设置到工作表面中。 具有偏心输出的蜗轮驱动连接杆,用于从铆钉体拉动和压裂每个心轴。 连接在电动机驱动器和蜗轮装置之间的飞轮增加了心轴牵引能力。
    • 3. 发明授权
    • Automatic blind rivet setting device
    • 自动盲铆钉设定装置
    • US5136873A
    • 1992-08-11
    • US792011
    • 1991-11-13
    • James L. HopkinsStuart J. SandhausDaniel Hanlon
    • James L. HopkinsStuart J. SandhausDaniel Hanlon
    • B21J15/04B21J15/26B21J15/34
    • B21J15/32B21J15/043B21J15/26B21J15/323Y10T29/53496Y10T29/5373Y10T29/53752
    • A blind rivet setting device which automatically feeds blind rivets into a rivet table, then sets the rivet by pulling and detaching the mandrel. The rivet feed mechanism includes a thin strip or ribbon of flexible material capable of holding the mandrel tips pierced therethrough and evenly spaced apart. The strip is drawn through a transverse feed slot formed through the rivet table generally orthogonal to the longitudinal axis of the device. A spring biased retracting device continuously pulls the strip through the feed slot so that the next rivet in succession facing the rivet table is automatically drawn into axial alignment within the rivet table ready for positioning and setting into a work surface. A worm gear with eccentric output drives a connecting rod for pulling and fracturing each mandrel from the rivet body. A flywheel connected between a motor drive and the worm gear arrangement enhances mandrel pulling capacity.
    • 一种盲铆钉设定装置,其将盲铆钉自动送入铆钉台,然后通过拉动和拆卸芯棒来设置铆钉。 铆钉进给机构包括能够保持心轴尖端穿过其并均匀间隔开的柔性材料的薄带或带状物。 带材通过穿过铆钉台形成的横向进料槽被拉出,该横向进料槽通常垂直于装置的纵向轴线。 弹簧偏压缩回装置将条带连续拉动通过进给槽,使得连续铆接铆钉的下一个铆钉自动地在铆钉台内被拉伸成轴向对准,以准备定位和设置到工作表面。 具有偏心输出的蜗轮驱动连接杆,用于从铆钉体拉动和压裂每个心轴。 连接在电动机驱动器和蜗轮装置之间的飞轮增加了心轴牵引能力。