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    • 1. 发明申请
    • GAS SPRING AND METHOD OF MANUFACTURE
    • 气体弹簧和制造方法
    • WO2006112942A2
    • 2006-10-26
    • PCT/US2006006157
    • 2006-02-23
    • DANLY IEM LLCCHUN VICTOR LLEIBMAN ALEXANDER BTAYLOR BRIAN L
    • CHUN VICTOR LLEIBMAN ALEXANDER BTAYLOR BRIAN L
    • F16F5/00
    • F16F9/0218F16F9/3242F16F9/36
    • A gas spring construction in which a cartridge (18, 20) is fit into each end of a straight sided tube 14 and secured therein with a retaining ring (22) snap fit into an internal groove (24) at each end of said tube. One cartridge (20) has a bore through which a piston rod (36) presses while the other cartridge (18) has a charging valve (34) installed therein. A precharged auxiliary chamber is provided in the piston rod (36) for bore sealed gas springs communicating with the space behind the piston to alleviate the vacuum developing as the piston (36) is stroked to preclude drawing in contaminants. The gas pressure can be set to a level to create a desired spring rate of the gas spring (10).
    • 一种气体弹簧结构,其中,筒体(18,20)装配在直边管14的每个端部并固定在其中,保持环(22)卡扣配合到所述管的每个端部处的内部凹槽(24)中。 一个筒(20)具有一个活塞杆(36)压在该孔上,另一个筒(18)上安装有一个充气阀(34)。 在活塞杆(36)中设置预充电的辅助室,用于与活塞后面的空间连通的孔密封的气体弹簧,以在活塞(36)被抚摸时减轻真空显影,以排除污染物的吸入。 可以将气体压力设定到一个水平以产生气弹簧(10)的期望的弹簧刚度。
    • 2. 发明申请
    • METHOD AND TOOL MOUNTING FOR ADJUSTMENT OF TOOLS ON A PRESS MOUNTED CAM
    • 用于调整压力凸轮的工具的方法和工具安装
    • WO2006073826A2
    • 2006-07-13
    • PCT/US2005046343
    • 2005-12-20
    • DANLY IEM LLCCHUN VICTOR LMADEJ FRANKOWENS JORDAN
    • CHUN VICTOR LMADEJ FRANKOWENS JORDAN
    • B21J13/03
    • B21D28/32Y10T83/8853
    • A tool mounting and method for adjustably mounting a tool holder on a cam slide of a press mounted cam. A tooling plate (28) adjustably secured to the cam slide (14) by a series of dowel pins (22) closely fit in dowel pin openings (24) in the cam slide (14) and loosely fit in dowel pin holes (26) in the tooling plate (28). A channel (38) extends to each oversized dowel pin opening (26) for injection of a setting material to lock the tooling plate (28) in its adjusted position. An alignment plate (20) covers the channel (38) to each oversized dowel pin hole (26) and allows removal and replacement of the tooling plate (28) without disturbing the adjusted position on the tooling plates.
    • 一种用于将工具架可调节地安装在压入凸轮的凸轮滑块上的工具安装和方法。 一种通过一系列定位销(22)可调节地固定到凸轮滑块(14)上的工具板(28),其紧密地配合在凸轮滑动件(14)中的定位销开口(24)中并松动地装配在定位销孔(26)中, 在模具板(28)中。 通道(38)延伸到每个大尺寸的定位销销开口(26),用于注入固定材料以将工具板(28)锁定在其调节位置。 对准板(20)将通道(38)覆盖到每个尺寸较大的定位销孔(26),并允许拆卸和更换工具板(28)而不会干扰工具板上的调整位置。
    • 3. 发明申请
    • PRESS MOUNTED CAM
    • 新闻稿
    • WO2006055100A3
    • 2007-04-05
    • PCT/US2005034616
    • 2005-09-29
    • DANLY IEM LLCMADEJ FRANK
    • MADEJ FRANKCHUN VICTOR LRUSSEL BRIANTAYLOR BRIAN LEE
    • B21D5/04B21D5/16
    • B21D28/32B21J9/18B21J13/04
    • A press mounted cam (38) has a slide (38) guided on an adapter (40) by structural features including as one or more T blocks (48) fixed to the slide (38) and received in a respective channel (50) formed in the adapter (40). In an aerial cam embodiment, a vertical clearance space (58) is provided between the T block (48) and adapter channel (50) such that positive driving engagement between cam surfaces (60 and 62) on the slide and the adapter is momentarily delayed after the initial engagement of the slide (38) and driver (44) surfaces to let the momentum of the slide (38) be absorbed prior to the beginning of positive driving by the press motion, reducing shock and noise. The slide (38) is laterally located with respect to the driver (44) by an upwardly projecting locator-guide key on the driver (80) received in a central channel (82) in the slide (38). A positive return is provided by engagement of a driver key (152) having T features received in a T-shaped slide channel (158) and captured therein when the slide is driven laterally. This engagement creates a positive return of the slide (38) when the press upper platen (84) is raised.
    • 按压安装的凸轮(38)具有通过结构特征引导在适配器(40)上的滑动件(38),该结构特征包括固定到滑动件(38)的一个或多个T形块(48),并被接纳在形成的相应通道(50)中 在适配器(40)中。 在空中凸轮实施例中,在T块(48)和适配器通道(50)之间提供垂直间隙空间(58),使得滑块上的凸轮表面(60和62)与适配器之间的正向驱动接合暂时延迟 在滑块(38)和驱动器(44)的初始接合之后,通过压力运动在正向行驶开始之前使滑块(38)的动量被吸收,从而减少冲击和噪音。 滑动件(38)通过位于滑动件(38)中的中心通道(82)中的驱动器(80)上的向上突出的定位器 - 引导键相对于驱动器(44)横向定位。 通过在T形滑动通道(158)中接收到具有T特征的驾驶员钥匙(152)的啮合来提供正返回,并且当横向驱动滑块时被捕获在其中。 当上压板(84)升高时,该接合产生滑动件(38)的正返回。
    • 6. 发明申请
    • FLANGED DEMOUNTABLE PINS AND BUSHINGS AND METHOD OF MANUFACTURE
    • 法兰可折叠的针脚和制造方法和制造方法
    • WO2007032831A2
    • 2007-03-22
    • PCT/US2006030551
    • 2006-08-04
    • DANLY IEM LLCCHUN VICTOR LMADEJ FRANK
    • CHUN VICTOR LMADEJ FRANK
    • F16D1/08
    • F16B21/16B29C33/303Y10T403/7047
    • A flange is formed on demountable pin and bushing guide elements made to order by assembling one or more separate pieces onto stock cut lengths to form ordered flanged pins or bushings. The flange can be formed by assembling a plurality of partially annular pieces into a reduced diameter groove in said pin, and an outer ring is press fit over the assembled pieces. The outer diameter formed by the assembled partially annular pieces is shallowly tapered and fit to a tapered inner diameter of the outer ring. The flange may alternatively be formed by shrink fitting a ring onto a cut length at a location between two shoulders machined into the element or by separate fixturing engaging the ring to accurately control the location and orientation of the flange.
    • 通过将一个或多个单独的部件组装到坯料切割长度上以形成有序的凸缘销或衬套,在可拆卸的销和衬套引导元件上形成凸缘。 凸缘可以通过将多个部分环形的部件组装到所述销中的减小直径的凹槽中而形成,并且外圈压配合在组装的件上。 由组装的部分环形片形成的外径是浅锥形的,并且适合于外圈的锥形内径。 凸缘也可以通过在加工到元件中的两个肩部之间的位置处通过将切割长度收缩配合到切割长度上,或者通过分离的固定固定到环上以精确地控制凸缘的位置和取向来形成。
    • 9. 发明公开
    • PRESS MOUNTED CAM
    • PRESS安装的凸轮
    • EP1812182A4
    • 2009-03-25
    • EP05801791
    • 2005-09-29
    • DANLY IEM LLCMADEJ FRANK
    • CHUN VICTOR LRUSSEL BRIANTAYLOR BRIAN LEE
    • B21D5/04B21D5/16B21D28/32
    • B21D28/32B21J9/18B21J13/04
    • A press mounted cam (38) has a slide (38) guided on an adapter (40) by structural features including as one or more T blocks (48) fixed to the slide (38) and received in a respective channel (50) formed in the adapter (40). In an aerial cam embodiment, a vertical clearance space (58) is provided between the T block (48) and adapter channel (50) such that positive driving engagement between cam surfaces (60 and 62) on the slide and the adapter is momentarily delayed after the initial engagement of the slide (38) and driver (44) surfaces to let the momentum of the slide (38) be absorbed prior to the beginning of positive driving by the press motion, reducing shock and noise. The slide (38) is laterally located with respect to the driver (44) by an upwardly projecting locator-guide key on the driver (80) received in a central channel (82) in the slide (38). A positive return is provided by engagement of a driver key (152) having T features received in a T-shaped slide channel (158) and captured therein when the slide is driven laterally. This engagement creates a positive return of the slide (38) when the press upper platen (84) is raised.