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    • 1. 发明授权
    • Forming tool apparatus with pivoting wall segment
    • 具有枢转壁段的成形工具设备
    • US07306451B2
    • 2007-12-11
    • US11206552
    • 2005-08-18
    • Gary A. KrugerMark G. KonopnickiJohn E. Carsley
    • Gary A. KrugerMark G. KonopnickiJohn E. Carsley
    • B29C45/44
    • B21D26/055Y10S425/058
    • An improved forming tool apparatus for forming an article having a negative draft angle that locks the formed article within the forming tool. First and second forming tools are closed relative one another to define a forming tool cavity in which the article is formed and opened for removal of the formed article from the forming tool cavity. The first forming tool has a removable cavity wall segment having an undercut cavity wall that provides a desired shape to the formed article but locks the formed article against removal from the forming tool cavity. A pivot linkage normally establishes the removable wall segment in a forming position in which the undercut wall is poised for forming of the article and selectively pivots the removable wall segment out of the forming position when the forming tools are opened so that the undercut wall is pivotally lifted and releases the formed article for removal from the cavity.
    • 一种改进的成形工具装置,用于形成具有将成形制品锁定在成形工具内的负牵伸角的制品。 第一和第二成形工具彼此相对封闭以限定成形工具腔,其中制品被形成和打开以从成形工具腔移除成形制品。 第一成形工具具有可拆卸空腔壁段,其具有底切腔壁,其向成形制品提供期望的形状,但是锁定成形制品以防止从成形工具腔中移除。 枢转连接件通常在成形位置建立可移除的壁段,其中底切壁准备用于形成制品,并且当成形工具打开时可选择性地将可移除壁部分枢转到成形位置之外,使得底切壁枢转 提起并释放成形物品以从腔中移除。
    • 3. 发明授权
    • Binder apparatus for sheet forming
    • 用于片材成型的粘合剂装置
    • US07210323B2
    • 2007-05-01
    • US10737501
    • 2003-12-16
    • Gary A. KrugerMark G. KonopnickiChongmin KimJohn Norman Johnson
    • Gary A. KrugerMark G. KonopnickiChongmin KimJohn Norman Johnson
    • B21D26/02B21D25/00
    • B21D26/021B21D26/055Y10T29/49805
    • A forming apparatus and method for minimizing wrinkling in the forming of a three-dimensional component from a two-dimensional blank. The forming apparatus includes vertically opposed sets of tools or binders. A first tool or binder apparatus has first and second sets of opposed sides having contoured binder surfaces. A second tool or binder apparatus is mounted in vertically opposed relation to the first binder apparatus, and includes first and second sets of opposed tool or binder segments that have contoured binder surfaces thereon that are complementary in shape to the respective binder surfaces of the first and second sets of opposed sides of the first binder apparatus. One of the first and second sets of opposed binder segments of the second binder apparatus have substantially similar contours and the other have different contours. One of the first and second sets of opposed binder segments of the second binder apparatus is elevated and movable with respect to the other.
    • 一种用于最小化从二维毛坯形成三维部件的皱纹的成形装置和方法。 成形装置包括垂直相对的一组工具或粘合剂。 第一工具或粘合剂装置具有第一组和第二组具有轮廓的粘合剂表面的相对侧。 第二工具或粘合剂装置安装成与第一粘合剂装置垂直相对的关系,并且包括第一组和第二组相对的工具或粘合剂段,其具有在其上的轮廓的粘合剂表面,其形状与第一和第二粘合剂的相应的粘合剂表面互补 第一粘合剂装置的第二组相对侧。 第二粘合剂装置的第一组和第二组相对的粘合剂段具有基本相似的轮廓,另一组具有不同的轮廓。 第二粘合剂装置的第一组和第二组相对的粘合剂段中的一个升高并相对于另一个移动。
    • 6. 发明授权
    • Raised surface features for hot blow-forming tooling
    • 用于热成型模具的凸起表面特征
    • US06843088B1
    • 2005-01-18
    • US10779362
    • 2004-02-13
    • Gary A. KrugerMark G. KonopnickiChongmin Kim
    • Gary A. KrugerMark G. KonopnickiChongmin Kim
    • B21D26/02
    • B21D26/021B21D26/031B21D26/055Y10T29/49805
    • Apparatus and method for hot blow-forming an article from a blank of sheet metal. Simultaneously, a surface of the blank of sheet metal is formed against a form tool body that partially defines a forming surface and against a form tool insert that also partially defines the forming surface and that is positioned within a recess of the form tool body such that a lateral gap is defined between the form tool insert and form tool body. Opposed projections are provided on upper surfaces of the form tool insert and the form tool body adjacent the gap. The projections create a raised portion on the sheet metal panel that corresponds to the gap. The raised portion is removed flush with respect to a visible surface of the article.
    • 用于从金属板坯料热吹塑制品的设备和方法。 同时,金属板坯料的表面形成在一个成形工具主体上,该模具工具主体部分地限定一个成形表面并抵靠一个成形工具刀片,该刀具刀片也部分地限定成形表面并且位于成型工具主体的凹槽内,使得 在成型工具插入件和成型工具主体之间限定横向间隙。 相对的突起设置在成形工具插入件的上表面和与间隙相邻的模具工具主体上。 突出物在金属板上形成对应于间隙的凸起部分。 凸起部分相对于制品的可见表面平齐地移除。
    • 8. 发明授权
    • Curvilinear punch motion for double-action hot stretch-forming
    • 用于双作用热拉伸成形的曲线冲压运动
    • US07047779B2
    • 2006-05-23
    • US10755488
    • 2004-01-12
    • Gary A. KrugerChongmin KimMark G. Konopnicki
    • Gary A. KrugerChongmin KimMark G. Konopnicki
    • B21D26/02
    • B21D26/025B21D22/02B21D26/031B21D26/055B21D37/16
    • A method for forming sheet metal articles, such as automotive body panels, having complex curvatures. Opposing, complementary, pre-form and finish-form tools are used in a single press. A sheet of hot blow-formable sheet metal alloy, heated to a forming temperature, is placed between the tools. The pre-forming tool is lowered to a first stage closed position thereby trapping edges of the sheet between binder surfaces of the tools. The sheet is first stretched against the pre-form tool using pressurized gas to form a pre-form that undergoes most of the metal stretching required for the final part shape. Then the finish-form tool is pivotably advanced into a second stage closed position. The pre-form is displaced away from the pre-form tool and hot plastically formed against the opposing finish-form tool with pressurized gas to obtain the final sheet metal part shape. The finish-form tool is then pivotably retracted so as to avoid die lock or part interference conditions.
    • 一种用于形成具有复杂曲率的诸如汽车车身板的钣金制品的方法。 相反的,互补的,预形式和完成形式的工具在一个新闻中使用。 将加热至成形温度的一片热吹塑成型的金属板合金放置在工具之间。 预成形工具降低到第一阶段关闭位置,从而将工件的粘合剂表面之间的片材边缘截留。 首先使用加压气体将片材拉伸成预成型工具,以形成经受最终部件形状所需的大部分金属拉伸的预成型件。 然后,精加工工具可转动地进入第二阶段关闭位置。 预成型件从预成型工具移开并用加压气体热塑性地与相对的精加工工具形成,以获得最终的钣金零件形状。 然后可以将精加工工具可枢转地缩回,以避免模具锁定或部件干涉条件。
    • 9. 发明授权
    • External activation mechanism for pressurized forming cavity
    • 加压成型腔外部激活机构
    • US06923030B2
    • 2005-08-02
    • US10684632
    • 2003-10-14
    • Gary A. KrugerChongmin KimMark G. Konopnicki
    • Gary A. KrugerChongmin KimMark G. Konopnicki
    • B21D26/02
    • B21D26/055Y10T29/49805
    • A mechanical mechanism is disclosed for supplementing the action of a pressurized working gas in hot blow forming of a sheet material. Opposing complementary heated forming tools grip the sheet material and form a shaping surface on one side of the sheet and a gas pressure chamber on the other side. An internal complementary mechanical forming device is located inside the pressure chamber. The device is operated by an internal rotatable shaft supported through the chamber defining tool wall. The internal shaft is coupled outside the tool wall to an external shaft for external activation of the mechanical forming device. The external shaft and coupling are enclosed in a housing structure that provide a pressure seal, thrust support and thermal insulation for the external activation mechanism.
    • 公开了用于补充加压工作气体在片材的热吹塑中的作用的机械机构。 相互补充的加热成形工具夹紧片材并在片材的一侧形成成形表面,在另一侧形成气体压力室。 内部互补机械成形装置位于压力室内。 该装置由支撑通过室限定工具壁的内部旋转轴操作。 内轴在工具壁外部连接到外部轴,用于外部激活机械成形装置。 外部轴和联轴器封闭在壳体结构中,为外部启动机构提供压力密封,推力支撑和隔热。
    • 10. 发明授权
    • Open press thermal gap for QPF forming tools
    • 用于QPF成型工具的打开压力热间隙
    • US07823430B2
    • 2010-11-02
    • US12181538
    • 2008-07-29
    • Richard H. HammarRichard M. KleberGary A. Kruger
    • Richard H. HammarRichard M. KleberGary A. Kruger
    • B21D37/16B21D26/02
    • B21D37/16B21D26/025B21D26/031B21D26/055B21D37/10Y10T29/49805
    • A quick plastic forming (QPF) tool is provided in which a thermal gap is created that reduces or eliminates some of the conductive heat loss paths when the QPF tool is in an open position during part removal or sheet loading. By reducing conductive heat loss, a more precise temperature control for the QPF tool from manufacturing cycle to manufacturing cycle may be realized. The QPF tool may also have a thermal gap when the tool is placed in a semi-open position during idle times. The QPF tool may also include components for creating the thermal gap when the QPF tool is moved to the open position and control the lateral movement of the part forming section of the QPF tool as the part is moved between the open position and the closed position.
    • 提供了快速塑料成型(QPF)工具,其中产生热间隙,当在零件移除或片材加载期间,当QPF工具处于打开位置时,可以减少或消除一些传导性热损失路径。 通过降低传导热损失,可以实现从制造周期到制造周期的QPF工具的更精确的温度控制。 当工具在空闲时间内处于半开位置时,QPF工具也可能具有热间隙。 当QPF工具移动到打开位置时,QPF工具还可以包括用于产生热间隙的部件,并且当部件在打开位置和关闭位置之间移动时,控制QPF工具的部件形成部分的横向移动。