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    • 2. 发明授权
    • Rotary actuated gate valve
    • 旋转闸阀
    • US5499916A
    • 1996-03-19
    • US330689
    • 1994-10-28
    • Robert D. SchadEdward J. Jenko
    • Robert D. SchadEdward J. Jenko
    • B29C45/27B29C45/28B29C45/23
    • B29C45/28B29C45/2703
    • A rotary actuated gate valve for directing melt from a channel in a manifold to a mold gate includes a valve stem extending through and rotatable within the manifold. The valve stem includes a groove in fluid communication with the channel, wherein the groove is adapted to be rotated into alignment with the mold gate and channel for allowing the melt to flow into the mold gate. The groove is also adapted to be rotated out of alignment with the mold gate and channel for blocking the melt from flowing into the mold gate. The gate valve also includes a mechanism for rotating the valve stem. Another embodiment includes a rotatable housing having a groove, which operates in a manner similar to the valve stem design.
    • 用于将熔体从歧管中的通道引导到模具浇口的旋转致动闸阀包括延伸穿过并可在歧管内旋转的阀杆。 阀杆包括与通道流体连通的凹槽,其中凹槽适于旋转与模具门和通道对准,以允许熔体流入模具门。 凹槽也适于与模具门和通道旋转离开对准,以阻止熔体流入模具门。 闸阀还包括用于旋转阀杆的机构。 另一个实施例包括具有凹槽的可旋转壳体,其以类似于阀杆设计的方式操作。
    • 3. 发明授权
    • Hot runner valve gate piston assembly
    • 热流道阀门活塞组件
    • US06343925B1
    • 2002-02-05
    • US09550286
    • 2000-04-14
    • Edward J. Jenko
    • Edward J. Jenko
    • B29C4520
    • B29C45/281B29C2045/277
    • Improved hot runner valve gate piston apparatus and method includes structure and steps whereby the air piston cylinder wall transmits less than all of the compressive force between the backplate and the manifold. Preferably, a backup pad is disposed in contact with the manifold and the backplate, for transmitting some of these compressive forces. Preferably, the backup pad also transmits heat from the backplate to the manifold, reducing the temperature of the cylinder wall. A flex member is preferably provided adjacent to or integral with the cylinder for absorbing some of the compressive forces between the backplate and the manifold, and in order to maintain the air seal between the piston cylinder in the air channel in the hot runner backplate.
    • 改进的热流道闸门活塞装置和方法包括结构和步骤,由此空气活塞气缸壁传递小于背板和歧管之间的全部压缩力。 优选地,备用垫设置成与歧管和背板接触,用于传递这些压缩力中的一些。 优选地,备用垫还将热量从背板传递到歧管,从而降低气缸壁的温度。 优选地,柔性构件邻近或与气缸一体地设置以吸收背板和歧管之间的一些压缩力,并且为了保持热流道背板中的空气通道中的活塞气缸之间的空气密封。
    • 5. 发明授权
    • Hot runner manifold system
    • 热流道歧管系统
    • US07287977B2
    • 2007-10-30
    • US10542737
    • 2003-02-04
    • Nicholas SerniuckJohn KnappAbdeslam BoutiEdward J. Jenko
    • Nicholas SerniuckJohn KnappAbdeslam BoutiEdward J. Jenko
    • B29C45/22
    • B29C45/2725B29C45/2738B29C45/2806B29C2045/273B29C2045/2762B29C2045/308
    • A manifold system (50) comprising a main manifold (56) with a plurality of arms (64), a plurality of sub-manifolds (52) spaced from the main manifold (56) and communicating with the main manifold (56) through a plurality of melt transfer bushings (68) disposed between the main manifold (56) and the sub-manifolds (52). The melt transfer bushings (68) may include static mixers (140) to homogenize the melt. An air plate (70) is disposed between a backing plate (58) preferably housing the main manifold (56) and a manifold plate (54) preferably housing the sub-manifolds (52). The air plate (70) has a plurality of air channels (74) that communicate with valve gate nozzle actuators (90), which are received in actuator cavities (72) in the air plate (70). The air plate (70) is bolted to the manifold plate (54), and the backing plate (58) is bolted to the air plate (70) with bolting patterns not constrained by location of the main manifold (56) or sub-manifolds (52). The manifold system (50), as shown in FIG. 5, has better thermal and geometric balance, closer nozzle spacing, and better bolting for less plate bowing.
    • 一种歧管系统(50),包括具有多个臂(64)的主歧管(56),与所述主歧管(56)间隔开并与所述主歧管(56)连通的多个子歧管(52) 设置在主歧管(56)和子歧管(52)之间的多个熔体传输衬套(68)。 熔体传送衬套(68)可以包括静态混合器(140)以使熔体均质化。 空气板(70)设置在优选地容纳主歧管(56)的背板(58)和优选地容纳子歧管(52)的歧管板(54)之间。 空气板(70)具有与阀门喷嘴致动器(90)连通的多个空气通道(74),它们被容纳在空气板(70)中的致动器空腔(72)中。 空气板(70)被螺栓连接到歧管板(54),并且背板(58)用不受主歧管(56)或子歧管(56)的位置约束的螺栓图案螺栓连接到空气板(70) (52)。 歧管系统(50),如图1所示。 5,具有更好的热和几何平衡,更紧密的喷嘴间距,更好的螺栓连接减少板弯。
    • 7. 发明授权
    • Injection molding system for forming a multilayered molded article
    • 用于形成多层模制品的注塑系统
    • US5651998A
    • 1997-07-29
    • US712481
    • 1996-09-11
    • Rene A. BertschiEdward J. Jenko
    • Rene A. BertschiEdward J. Jenko
    • B29C45/16B29C45/22B29C45/26B29C45/56
    • B29C45/26B29C45/1635B29C45/1642B29C45/1671B29C2045/14942B29C2045/1637B29C2045/1651B29C45/164B29L2031/265B29L2031/56B29L2031/565
    • The foregoing objects are attained by the inventive opposed gating injection method and apparatus of the instant invention for forming molded articles and for use with injection molders wherein a first mold half and a second mold half are adapted to cooperate and form at least one mold cavity. The invention includes a first injector nozzle positioned in a first mold half adjacent the cavity, for injecting a first molding resin into the cavity through a first orifice. A second injector nozzle is included which is positioned in the second mold half adjacent the cavity for injecting a second molding resin. The second resin may be different from the first resin or the same as the first resin. The second resin is injected through a second orifice unconnected with the first orifice. In accordance with the invention, the injector nozzles may be either simultaneously or sequentially activated for filling the mold cavity, and may be single material or co-injection type nozzles.
    • 上述目的通过本发明的用于形成模制品的本发明的相反的浇注注射方法和装置来实现,并且与注射成型器一起使用,其中第一半模和第二半模适于协作并形成至少一个模腔。 本发明包括一个第一注射器喷嘴,其位于邻近腔体的第一半模中,用于通过第一孔将第一模塑树脂注入腔中。 包括第二喷射器喷嘴,其被定位在第二模具半部中,用于注射第二模塑树脂。 第二树脂可以不同于第一树脂或与第一树脂相同。 第二树脂通过未与第一孔连接的第二孔注入。 根据本发明,注射器喷嘴可以同时地或顺序地被激活以填充模腔,并且可以是单一材料或共注射型喷嘴。
    • 10. 发明授权
    • Valve gated injection molding system
    • 阀门浇注注塑系统
    • US06135757A
    • 2000-10-24
    • US173783
    • 1998-10-16
    • Edward J. Jenko
    • Edward J. Jenko
    • B29C45/27B29C45/28B29C45/23
    • B29C45/2806B29C45/2708B29C2045/2858B29C2045/2879
    • A novel valve gated injection molding system and valve gate reduces the formation of gate vestiges on parts molded therewith and enhances cooling of the tip of the valve stem during the cooling portion of an injection molding cycle. Channels are provided and extend from an area adjacent the contact area of the sealing portions of the stem tip and gate to the melt channel of the injection nozzle. These channels allow material, which would otherwise form a thin film layer in the contact area of the sealing portions of the stem tip and gate, to be expressed through the channels and back to the injection nozzle. As the formation of thin films is inhibited, an increased contact area, in addition to the contact area of the tip and gate sealing portions, can be provided to improve the transfer of heat energy from the tip to the gate when the gate is cooled.
    • 新型阀门浇注注塑系统和阀门浇口减少了在其上模制的部件上的浇口残余物的形成,并且在注射成型周期的冷却部分期间增强了阀杆的尖端的冷却。 通道设置并且从与茎尖和浇口的密封部分的接触区域相邻的区域延伸到喷嘴的熔体通道。 这些通道允许材料,否则其将在茎尖和浇口的密封部分的接触区域中形成薄膜层,以通过通道表达并返回到喷嘴。 当抑制薄膜的形成时,除了尖端和栅极密封部分的接触面积之外,还可以提供增加的接触面积,以便当栅极被冷却时,改善从尖端到栅极的热能传递。