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    • 111. 发明授权
    • Injection molding nozzle probe and stack molding apparatus
    • 注塑成型喷嘴探头和堆叠成型设备
    • US4586887A
    • 1986-05-06
    • US619784
    • 1984-06-11
    • Jobst U. Gellert
    • Jobst U. Gellert
    • B29C45/20B29C45/30B29C45/32B29C45/22
    • B29C45/322B29C45/30B29C2045/2724
    • This invention relates to an improved heated nozzle probe for injection molding and an improved stack molding system in which it is used. Each nozzle probe has an inner helical shaped heating element which extends into the pointed tip, and a separate outer one which does not. In addition to providing more heat to the pointed tip, this has the advantage that a standard unit can be used for various applications. In the stack molding system, two heated nozzles are arranged in alignment to bridge the parting line and the pointed tip of only the downstream one is heated. Combined with tapering the aligned gates to gradually increase in diameter in a downstream direction, this has been found to considerably reduce stringing and drooling problems as the mold opens for ejection.
    • 本发明涉及一种用于注射成型的改进的加热喷嘴探针和其中使用的改进的叠层模制系统。 每个喷嘴探针具有延伸到尖端的内螺旋形加热元件,以及不是的单独的外部加热元件。 除了为尖头提供更多的热量之外,这具有以下优点:标准单元可用于各种应用。 在堆叠成型系统中,两个加热的喷嘴排列成对齐以桥接分型线,并且只有下游的尖端被加热。 结合使对准的门逐渐变细以在下游方向上逐渐增加直径,已经发现,当模具打开用于喷射时,已经发现这显着地减少了拉紧和流口水问题。
    • 112. 发明授权
    • Mould assembly for moulding elastomers
    • 用于模制弹性体的模具组件
    • US4309163A
    • 1982-01-05
    • US163352
    • 1980-06-26
    • Gerard Cottancin
    • Gerard Cottancin
    • B29C43/00B29C33/00B29C41/00B29C43/02B29C43/34B29C43/36B29C43/52B29C43/58B29C45/00B29C45/20B29C45/27B29C45/32B29C45/56B29C45/73B29C45/80B29F1/08
    • B29C45/322B29C45/20B29C45/27B29C45/2725B29C45/561B29C2045/0098B29K2021/00
    • This mould assembly for elastomers is of the type comprising a center block whose temperature is regulated. The block has means for injection of the elastomer into each mould cavity fed with elastomer by a nozzle of the injection device of the press. The center block has projections which are mounted on the block, or are part of the same material as the block, and project from two of opposite sides of the block. Small nozzles for directly injecting the elastomer into the mould cavities are detachably secured on the ends of the projections and adapted to cooperate with adjacent sections of at least two moulds in two or more sections which are disposed on the opposite sides of the center block. Means distinct from those of the block are provided for separately controlling the temperature of the projections and of the small nozzles. Means are provided for controlling the flow through the small nozzles. Means are provided for compensating for the expansion of the block and the moulds. The mould assembly further comprises a special nozzle for feeding elastomer to the block, the temperature of the special nozzle being controllable.
    • 用于弹性体的该模具组件是包括其温度调节的中心块的类型。 该块具有用于通过印刷机的注射装置的喷嘴将弹性体注入到供给弹性体的每个模腔中的装置。 中心块具有安装在块上的突起,或者是与块相同的材料的一部分,并且从块的两个相对侧突出。 用于将弹性体直接注射到模具腔中的小喷嘴可拆卸地固定在突起的端部上,并且适于与设置在中心块的相对侧上的两个或多个部分中的至少两个模具的相邻部分配合。 提供了与块的不同的装置,用于分别控制突起和小喷嘴的温度。 提供了用于控制通过小喷嘴的流动的装置。 提供了用于补偿块和模具的膨胀的装置。 模具组件还包括用于将弹性体供给到块的专用喷嘴,特殊喷嘴的温度是可控的。
    • 116. 发明授权
    • Self-balancing hot runner with independent flow and pressure control
    • 自平衡热流道具有独立的流量和压力控制
    • US09492959B2
    • 2016-11-15
    • US13845613
    • 2013-03-18
    • Meiban International Pte. Ltd.
    • Pierre Louis TodescoCarol Su Lin GohJohn Chee Beng Lim
    • B29C45/13B29C45/23B29C45/32
    • B29C45/23B29C45/322
    • The present invention relates to a method for use in injection molding with the capability to have precise and adjustable control of the molten plastic flow when molding at least two (2) non-identical (i.e. with more than 50% difference in weight or form) or identical complex-shaped and intricate plastic parts at the same time, utilizing a mold with at least two (2) parting layers via a standard conventional injection machine. This invention incorporates the principle of having two (2) valve pins in which their movements are back-to-back and can be independently opened and closed as controlled by stepper, servo or linear motors linked to a separate independent tool controller. The two (2) valve pins are positioned at the floating half of the mold for sequential, stack or multi-layer mold with multiple cavities.
    • 本发明涉及一种在注射成型中使用的方法,其能够在模制至少两(2)不相同(即重量或形式的多于50%的差异)时对熔融塑性流动进行精确和可调的控制) 或相同的复杂形状和复杂的塑料部件,同时通过标准常规注射机利用具有至少两(2)个分层的模具。 本发明包括具有两个(2)阀销的原理,其中它们的运动是背对背的,并且可以独立地打开和关闭,由与单独的独立工具控制器连接的步进器,伺服或线性电动机控制。 两(2)个阀销定位在模具的浮动半部,用于具有多个空腔的顺序,堆叠或多层模具。
    • 117. 发明授权
    • Stack mold transfer device
    • 堆叠模具转移装置
    • US09327436B2
    • 2016-05-03
    • US13721265
    • 2012-12-20
    • Mold-Masters (2007) Limited
    • Denis Babin
    • B29C45/32B29C45/17B29C45/27B29C45/23
    • B29C45/322B29C45/1769B29C45/32B29C2045/237B29C2045/2759
    • Stack mold transfer device are disclosed that include first and second transfer members having respective first and second transfer channels, first and second valve seats, and first and second valve members. The first valve member defining a flow portion and a first sealing surface and the second valve member defining a second sealing surface and a receiving pocket. When the first and second transfer members are in an engaged configuration, the first and second transfer channels form a common transfer channel. When the transfer device is in a closed-flow configuration, the flow of molding material is blocked, and when the transfer device is in an open-flow configuration, the first sealing surface of the first valve member is slidably received in the receiving pocket of the second valve member and the flow portion of the first valve member is positioned to allow molding material flow within the common transfer channel.
    • 公开了包括具有相应的第一和第二输送通道的第一和第二转移构件,第一和第二阀座以及第一和第二阀构件的堆叠模具转移装置。 第一阀构件限定流动部分和第一密封表面,第二阀构件限定第二密封表面和接收口袋。 当第一和第二传送构件处于接合构造时,第一和第二传送通道形成公共传送通道。 当传送装置处于闭流配置时,模制材料的流动被阻挡,并且当传送装置处于开流构型时,第一阀构件的第一密封表面可滑动地容纳在接收口袋中 第二阀构件和第一阀构件的流动部分被定位成允许模制材料在公共传送通道内流动。
    • 119. 发明授权
    • Mold arrangement having a melt distribution manifold with a hinged joint
    • 具有具有铰链接头的熔体分配歧管的模具装置
    • US08899965B2
    • 2014-12-02
    • US13909438
    • 2013-06-04
    • Mold Hotrunner Solutions Inc.
    • Harald SchmidtEvan Goodwin
    • B29C45/22B29C45/27B29C45/74B29C45/32B29L31/00
    • B29C45/74B29C45/2725B29C45/322B29C2045/2717B29L2031/712
    • A melt distribution manifold for use with first and second mold portions moveable with respect to each other, the melt distribution manifold including a melt inlet means for receiving melt from an injection molding machine, a first manifold portion connected to the first mold portion, wherein the first manifold portion is stationary with respect to the first mold portion, a second manifold portion connecting the first manifold portion to the hot runner nozzle, wherein the second manifold portion is moveable with respect to the first manifold portion such that when the first mold portion moves with respect to the second mold portion, the second manifold portion remains connected to the first manifold portion and to the hot runner nozzle, a hinged joint connecting the first manifold portion to the second manifold portion. Each of the first manifold portion, the second manifold portion, and the hinged joint having respective melt distribution bores in fluid communication with each other.
    • 一种用于第一和第二模具部分的熔体分配歧管,其能够相对于彼此移动,所述熔体分配歧管包括用于从注射成型机接收熔体的熔体入口装置,连接到第一模具部分的第一歧管部分,其中 第一歧管部分相对于第一模具部分是静止的,第二歧管部分将第一歧管部分连接到热流道喷嘴,其中第二歧管部分可相对于第一歧管部分移动,使得当第一模具部分移动 相对于第二模具部分,第二歧管部分保持连接到第一歧管部分和热流道喷嘴,铰链接头将第一歧管部分连接到第二歧管部分。 第一歧管部分,第二歧管部分和铰接接头中的每一个具有彼此流体连通的相应的熔体分配孔。
    • 120. 发明申请
    • Stack Mold Transfer Device
    • 堆叠模转移装置
    • US20140178525A1
    • 2014-06-26
    • US13721265
    • 2012-12-20
    • MOLD-MASTERS (2007) LIMITED
    • Denis Babin
    • B29C45/02
    • B29C45/322B29C45/1769B29C45/32B29C2045/237B29C2045/2759
    • Stack mold transfer device are disclosed that include first and second transfer members having respective first and second transfer channels, first and second valve seats, and first and second valve members. The first valve member defining a flow portion and a first sealing surface and the second valve member defining a second sealing surface and a receiving pocket. When the first and second transfer members are in an engaged configuration, the first and second transfer channels form a common transfer channel. When the transfer device is in a closed-flow configuration, the flow of molding material is blocked, and when the transfer device is in an open-flow configuration, the first sealing surface of the first valve member is slidably received in the receiving pocket of the second valve member and the flow portion of the first valve member is positioned to allow molding material flow within the common transfer channel.
    • 公开了包括具有相应的第一和第二输送通道的第一和第二转移构件,第一和第二阀座以及第一和第二阀构件的堆叠模具转移装置。 第一阀构件限定流动部分和第一密封表面,第二阀构件限定第二密封表面和接收口袋。 当第一和第二传送构件处于接合构造时,第一和第二传送通道形成公共传送通道。 当传送装置处于闭流配置时,模制材料的流动被阻挡,并且当传送装置处于开流构型时,第一阀构件的第一密封表面可滑动地容纳在接收口袋中 第二阀构件和第一阀构件的流动部分被定位成允许模制材料在公共传送通道内流动。