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    • 3. 发明授权
    • Electromechanical drive for metal part forming machine
    • 金属零件成型机的机电驱动
    • US06378353B1
    • 2002-04-30
    • US09692496
    • 2000-10-19
    • Horst Wunderlich
    • Horst Wunderlich
    • B21D504
    • B21F99/00B21F1/00B21F5/00
    • A hydromechanical drive for a metal part forming machine includes an electric motor having a rotary output shaft, a drive shaft attached to the rotary output shaft and adapted to undergo rotational motion therewith about a rotational axis defined by the drive shaft, and a motion conversion mechanism coupled with the drive shaft and being movable between expanded and retracted positions along the drive shaft in response to the rotational movement of the drive shaft. The motion conversion mechanism has a first coupling element stationarily disposed at a fixed location offset from one side of the drive shaft and a second coupling element movably disposed at another location offset from another side of the drive shaft being angularly displaced from the one side thereof. The second coupling element is interconnected with a piston of a hydraulic transmitter of the forming machine such that movement of the motion conversion mechanism between the expanded and retracted positions along the drive shaft in response to rotation of the drive shaft about the rotational axis causes movement of the second coupling element toward and away from the fixed first coupling element and movement therewith of the remainder of the motion conversion mechanism, except for the fixed first coupling element, as well as movement of electric motor, drive shaft and the piston of the hydraulic transmitter connected to the second coupling element along a generally linear reciprocatory path extending in a generally orthogonal relationship to the rotational axis of the drive shaft.
    • 一种用于金属部件成型机的液压机械驱动器包括具有旋转输出轴的电动机,附接到旋转输出轴的驱动轴,并且适于围绕由驱动轴限定的旋转轴线进行旋转运动;以及运动转换机构 与驱动轴联接并且可响应于驱动轴的旋转运动沿着驱动轴在伸展位置和缩回位置之间移动。 运动转换机构具有固定地设置在从驱动轴的一侧偏移的固定位置处的第一联接元件和可移动地设置在从驱动轴的另一侧偏移的另一位置处的第二联接元件,该另一个位置从其一侧成角度地移位。 第二联接元件与成形机的液压传动器的活塞互连,使得响应于驱动轴围绕旋转轴的旋转,运动转换机构在沿着驱动轴的扩展位置和缩回位置之间的运动导致 所述第二联接元件朝向和远离所述固定的第一联接元件并且与所述运动转换机构的其余部分一起移动,所述第二联接元件除了所述固定的第一联接元件之外以及电动机,驱动轴和所述液压变速器的活塞的移动 沿着与驱动轴的旋转轴线大致垂直的关系延伸的大致线性的往复运动路径连接到第二联接元件。
    • 4. 发明授权
    • Process for production of tube profile element with swaged closed head end and muffler suspension produced thereby
    • 用于生产具有模制封闭头端和消声器悬架的管型材元件的生产方法
    • US06167983A
    • 2001-01-02
    • US09447314
    • 1999-11-22
    • Horst WunderlichFrank Fingerhut
    • Horst WunderlichFrank Fingerhut
    • F01N708
    • F01N13/1822B21D41/045B60K13/04
    • A process for production of a tube profile element having a swaged closed head end includes the steps of chamfering an unswaged end of a tube profile element having a first diameter to provide a chamfered end on the tube profile element having a chamfer angle of less than 45° relative to a longitudinal axis of the end portion of the tube profile element, supporting the tube profile element in a retaining tool such that an end portion of the tube profile element having the unswaged chamfered end thereon extends beyond the retaining tool, providing a swage tool having a negative die capable of swaging the end portion of the tube into a swaged closed head end having a maximum second diameter larger the first diameter of the unswaged end of the tube, and moving the swage tool toward the end portion of the tube and swaging the unswaged chamfered end of the tube, by the negative die of the swage tool, into the swaged closed head end of the tube profile element. A muffler suspension made by the process includes a tube profile element of a first diameter and with a hollow interior, the tube profile element having a main body portion and opposite end portions. The main body portion has at least one bend formed therein. One of the opposite end portions has a swaged closed head end with a maximum second diameter larger the first diameter of the tube profile element and a fluid-tight configuration. The other of the opposite end portions has a fluid-tight configuration.
    • 一种用于生产具有模锻封闭头端部的管型材元件的方法包括以下步骤:对具有第一直径的管型材件​​的未端部端进行倒角,以在具有小于45°的倒角角度的管型材上提供倒角端 相对于管型材元件的端部部分的纵向轴线的角度,将管形元件支撑在保持工具中,使得其中具有未消弧倒角的管型材元件的端部延伸超过保持工具,提供模具 具有负模具的模具能够将管的端部模锻成具有最大第二直径的模具封闭头端,该最大第二直径大于管未熔端的第一直径,并且使模锻工具朝管的端部移动, 将管子的未消化的倒角端部通过挤压工具的负模头模压到管型材元件的模压闭合头端。 由该方法制造的消音器悬架包括具有第一直径的管形轮廓元件和中空的内部,该管轮廓元件具有主体部分和相对的端部部分。 主体部分具有形成在其中的至少一个弯曲部。 相对端部中的一个具有模锻闭合头端,其具有最大第二直径大于管型材元件的第一直径和流体密封构型。 另一个相对端部具有流体密封构造。