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    • 6. 发明授权
    • Multiple punch and die assembly
    • 多冲头和模具组装
    • US08376215B2
    • 2013-02-19
    • US12758081
    • 2010-04-12
    • Bruce M. ThielgesJoseph C. Schneider
    • Bruce M. ThielgesJoseph C. Schneider
    • B26D5/08B26F1/14G06K1/00
    • B21D28/12B21D22/08B21D28/125B21D28/346Y10T83/04Y10T83/8727Y10T83/8732Y10T83/8748Y10T83/8759Y10T83/8867Y10T83/9423Y10T83/944
    • A multiple punch and multiple die assembly has a workpiece protector which is a punch lifter that is operatively associated with each punch for supporting each of the punches in an inactive position as an active punch is moved by the ram to the active, i.e. operating position to thereby eliminate scoring or marking of the sheet material or other workpiece that is being punched. To eliminate the need for hand tools and hand assembly or disassembly, a manually moveable retainer on the punch assembly is provided that can be moved by hand between a punch-releasing and punch-retaining position for holding the punches within the multi-punch assembly during operation. To prevent stress fractures that formerly occurred in die carriers, support of each die is distributed between two different die components thereby reducing impact stress on the carrier as the ram drives the punch through the workpiece.
    • 多冲头和多模组件具有工件保护器,该工件保护器是与每个冲头可操作地相关联的冲头升降器,用于将每个冲头支撑在非活动位置,因为主动冲头由冲头移动到主动,即操作位置 从而消除被冲压的片材或其他工件的划痕或标记。 为了消除对手动工具和手工组装或拆卸的需要,提供了冲头组件上的可手动移动的保持器,其可以在打孔释​​放和冲头保持位置之间用手移动,以在多冲头组件期间保持冲头 操作。 为了防止以前在模具载体中发生的应力断裂,每个模具的支撑分布在两个不同的模具部件之间,从而当冲头驱动穿过工件的冲头时,减小了载体上的冲击应力。
    • 8. 发明申请
    • Rotary cam driving apparatus for negative-angle forming die
    • 用于负角成形模具的旋转凸轮驱动装置
    • US20020121123A1
    • 2002-09-05
    • US09875089
    • 2001-06-07
    • Mitsuo Matsuoka
    • B21D011/00
    • B21D5/04B21D19/086B21D22/08
    • The present invention aims to eliminate the need for the timing adjustment of the air cylinder operation at the time of pressing operation and to simplify the piping necessary for the air cylinder. The present invention provides a rotary cam driving apparatus for a negative-angle forming die comprising a lower die half having a supporting portion for placing a sheet metal work, and an upper die half to be lowered straightly downward onto the lower die half for forming the work, an intrusion forming portion formed in the lower die half at an edge portion near the supporting portion inward of a downward stroke line of the upper die half, a rotary cam rotatably provided in the lower die half, a slide cam including an intrusion forming portion and slidably opposed to the rotary cam, and an automatic retractor provided in the lower die half for pivoting the rotary cam back to a position thereby allowing the work to be taken out of the lower die half after a forming operation, the work placed on the supporting portion of the lower die half being formed by the intrusion forming portion of the rotary cam and the intrusion forming portion of the slide cam, the slide cam forming the work by sliding, the automatic retractor pivoting back the rotary cam after the forming operation for allowing the work to be taken out of the lower die half, wherein the rotary cam has two ends each including a supporting shaft projecting therefrom, the supporting shafts being supported by the lower die half for rotatably supporting the rotary cam, a center portion of a cam follower arm being fastened to the supporting shaft, an end of the cam follower arm being connected to a piston rod of a cylinder provided in the lower die half, another end of the cam follower arm being contacted with a driver provided in the upper die half.
    • 本发明的目的在于消除在按压操作时对气缸操作的定时调节的需要,并且简化气缸所需的管道。 本发明提供了一种用于负角成形模具的旋转凸轮驱动装置,其包括具有用于放置金属板加工件的支撑部分的下半模半部分,以及将上模具半体向下直接下降到下半模上以形成 工件,形成在下模具半部中的入口形成部分,其在靠近上模具的向下行程线的支撑部分的边缘部分处,可旋转地设置在下模具半部中的旋转凸轮,包括入侵成形 并且可旋转凸轮可滑动地与旋转凸轮相对的自动牵引器,以及设置在下半模中的自动牵缩器,用于将旋转凸轮转回到位置,从而允许工件在成形操作之后从下半模中取出, 下半模的支撑部分由旋转凸轮的入侵形成部分和滑动凸轮的入侵形成部分形成,滑动凸轮形成工件b 自动牵引器在成形操作之后将旋转凸轮枢转以允许工件从下模具中取出,其中旋转凸轮具有两个端部,每个端部均包括从其突出的支撑轴,支撑轴由 用于可旋转地支撑旋转凸轮的下半模,凸轮从动臂的中心部分紧固到支撑轴,凸轮从动臂的端部连接到设置在下半模中的气缸的活塞杆,另一个 凸轮从动臂的端部与设置在上半模中的驱动器接触。