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    • 1. 发明申请
    • TURNED BLANK MONITOR
    • 打开空白监视器
    • US20090241625A1
    • 2009-10-01
    • US12056453
    • 2008-03-27
    • Donald E. KrintzlineLaurence W. KelbleyThomas E. Hay
    • Donald E. KrintzlineLaurence W. KelbleyThomas E. Hay
    • B21C51/00B21D55/00B21J13/00B21J5/06B21J11/00
    • B21K27/04B21C51/00
    • A method and apparatus for detecting a turned blank at a workstation in a progressive forging machine comprising simultaneously monitoring both the force on a tool in the workstation and the crank angle of the machine, determining a reference crank angle when the tool is subjected to a force at the workstation about to deliver a blow and a blank in the workstation is properly angularly aligned, operating the machine to forge blanks in a normal manner when a force on the tool at the workstation occurs substantially at the reference crank angle, and interrupting said normal manner when the force on the tool at the workstation occurs before said reference crankshaft angle to enable the blank being formed at the workstation to be separated from remaining blanks being forged in the machine.
    • 一种用于检测渐进式锻造机的工作站处的变坯的方法和装置,包括同时监测工作台上的工具上的力和机器的曲轴角度,确定当工具承受力时的参考曲柄角 在工作站周围要传送吹风和工作台上的坯件被正确地角度对齐的情况下,当工作站上的工具上的力基本上发生在参考曲轴角度时,以正常方式操作机器来锻造坯件,并且中断所述正常 当工作站上的工具上的力发生在所述参考曲轴角度之前,以使得在工作站处形成的坯料与在机器中锻造的剩余坯料分离时的方式。
    • 2. 发明授权
    • Turned blank monitor
    • 空白显示器
    • US07784318B2
    • 2010-08-31
    • US12056453
    • 2008-03-27
    • Donald E. KrintzlineLaurence W. KelbleyThomas E. Hay
    • Donald E. KrintzlineLaurence W. KelbleyThomas E. Hay
    • B30B15/14B21D55/00B21B37/00B21D43/05B21J13/10
    • B21K27/04B21C51/00
    • A method and apparatus for detecting a turned blank at a workstation in a progressive forging machine comprising simultaneously monitoring both the force on a tool in the workstation and the crank angle of the machine, determining a reference crank angle when the tool is subjected to a force at the workstation about to deliver a blow and a blank in the workstation is properly angularly aligned, operating the machine to forge blanks in a normal manner when a force on the tool at the workstation occurs substantially at the reference crank angle, and interrupting said normal manner when the force on the tool at the workstation occurs before said reference crankshaft angle to enable the blank being formed at the workstation to be separated from remaining blanks being forged in the machine.
    • 一种用于检测渐进式锻造机的工作站处的变坯的方法和装置,包括同时监测工作台上的工具上的力和机器的曲轴角度,确定当工具承受力时的参考曲柄角 在工作站周围要传送吹风和工作台上的坯件被正确地角度对齐的情况下,当工作站上的工具上的力基本上发生在参考曲轴角度时,以正常方式操作机器来锻造坯件,并且中断所述正常 当工作站上的工具上的力发生在所述参考曲轴角度之前,以使得在工作站处形成的坯料与在机器中锻造的剩余坯料分离时的方式。
    • 3. 发明授权
    • Point forming processes
    • 点形成过程
    • US08813533B2
    • 2014-08-26
    • US12561767
    • 2009-09-17
    • Donald E. KrintzlineThomas E. Hay
    • Donald E. KrintzlineThomas E. Hay
    • B21J5/00
    • B21C1/32B21C9/00B21C25/02B21J3/00B21J9/022
    • A set of tooling for a progressive forming machine comprising die and tool units having internal complementary cavity portions for receiving a workpiece, one of said units being arranged to slide a limited distance along its axis and to be biased by a spring force towards the other unit when the units are mounted in the forming machine, the units each having an end face with a smooth surface finish adapted to press against the smooth surface finish of the end face of the other unit, the end face area of one of the units being relatively small compared to its major cross-sectional area whereby a high contact pressure between the end faces is obtained for a given spring bias force such that extrusion/cooling oil coating a workpiece received in the cavity portions is restrained from leakage from the cavity portions across said end faces during a hydrostatic trapped extrusion of the workpiece in the die and tool units whereby the die and tool units are capable of shaping the workpiece to a degree beyond limits of conventional cold-forming processes.
    • 一种用于渐进式成型机的工具,包括具有用于接收工件的内部互补空腔部分的模具和工具单元,所述单元中的一个被布置成沿其轴线滑动有限的距离并且通过弹簧力朝向另一单元 当单元安装在成型机中时,每个具有光滑表面光洁度的端面的单元适于压靠另一单元的端面的光滑表面光洁度,其中一个单元的端面区域相对 与其主横截面积相比较小,由此在给定的弹簧偏压力下获得端面之间的高接触压力,使得涂覆容纳在空腔部分中的工件的挤出/冷却油被限制在穿过所述空腔部分的空腔部分的泄漏 在工件在模具和工具单元中的静水力捕获挤出期间的端面,由此模具和工具单元能够将工件成形为 超过传统冷成型工艺的极限。
    • 4. 发明申请
    • POINT FORMING PROCESSES
    • 要点形成过程
    • US20110061434A1
    • 2011-03-17
    • US12561767
    • 2009-09-17
    • Donald E. KrintzlineThomas E. Hay
    • Donald E. KrintzlineThomas E. Hay
    • B21D39/20
    • B21C1/32B21C9/00B21C25/02B21J3/00B21J9/022
    • A set of tooling for a progressive forming machine comprising die and tool units having internal complementary cavity portions for receiving a workpiece, one of said units being arranged to slide a limited distance along its axis and to be biased by a spring force towards the other unit when the units are mounted in the forming machine, the units each having an end face with a smooth surface finish adapted to press against the smooth surface finish of the end face of the other unit, the end face area of one of the units being relatively small compared to its major cross-sectional area whereby a high contact pressure between the end faces is obtained for a given spring bias force such that extrusion/cooling oil coating a workpiece received in the cavity portions is restrained from leakage from the cavity portions across said end faces during a hydrostatic trapped extrusion of the workpiece in the die and tool units whereby the die and tool units are capable of shaping the workpiece to a degree beyond limits of conventional cold-forming processes.
    • 一种用于渐进式成型机的工具,包括具有用于接收工件的内部互补空腔部分的模具和工具单元,所述单元中的一个被布置成沿其轴线滑动有限的距离并且通过弹簧力朝向另一单元 当单元安装在成型机中时,每个具有光滑表面光洁度的端面的单元适于压靠另一单元的端面的光滑表面光洁度,其中一个单元的端面区域相对 与其主横截面积相比较小,由此在给定的弹簧偏压力下获得端面之间的高接触压力,使得涂覆容纳在空腔部分中的工件的挤出/冷却油被限制在穿过所述空腔部分的空腔部分的泄漏 在工件在模具和工具单元中的静水力捕获挤出期间的端面,由此模具和工具单元能够将工件成形为 超过传统冷成型工艺的极限。