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    • 21. 发明授权
    • Injection mold
    • 注射模具
    • US3867080A
    • 1975-02-18
    • US30249372
    • 1972-10-31
    • BRUDER ROBERT G
    • BRUDER ROBERT G
    • B29C45/27B29C45/32B29F1/022
    • B29C45/322B29C45/27B29C45/2725B29C2045/2783
    • An injection mold characterized by relative simplicity, compact size, and capability of relatively high rate production of molded parts without runners which must be removed to finish the parts. A molten molding medium is fed to each mold cavity through a heated hot box and an injection nozzle contained within an injection chamber which communicates with the cavity through a gate opening in the cavity wall. The nozzle has a tip which enters the gate opening to define an annular injection orifice between the nozzle tip and the edge of the gate opening, and the nozzle seats slidably on the hot box to effect self-centering of the nozzle tip in the gate opening and sealing of the nozzle to the hot box by the pressure of the molding medium about the nozzle and heat transfer from the hot box through the nozzle to the medium to retain the latter at the proper molten temperature. The mold has mold cavities symmetrically arranged at opposite sides of the hot box and intersected by parting planes between mold sections which are separable to permit stripping of the molded articles from the cavities.
    • 一种注射模具,其特征在于相对简单,紧凑的尺寸和相对较高速率生产模制零件的能力,而不需要移除,以完成零件。 熔融成型介质通过加热的热箱和包含在注射室内的注射喷嘴供给到每个模腔,该喷射腔通过腔壁中的闸门开口与腔连通。 喷嘴具有进入门开口的尖端,以在喷嘴尖端和门开口的边缘之间限定一个环形注射孔,并且喷嘴可滑动地安置在热箱上,以实现喷嘴尖端在闸门开口中的自定心 并且通过模制介质围绕喷嘴的压力将喷嘴密封到热箱,并且从热箱通过喷嘴到介质的热传递,以将其保持在适当的熔融温度。
    • 25. 发明申请
    • Melt Transfer Components for a Stack Molding System
    • 用于堆叠成型系统的熔体转移组件
    • US20100034920A1
    • 2010-02-11
    • US12186126
    • 2008-08-05
    • Fabrice FairyDenis Babin
    • Fabrice FairyDenis Babin
    • B29C45/12
    • B29C45/322B29C2045/2729B29C2045/2732
    • A stack molding apparatus is disclosed having a stationary mold platen and a movable mold platen defining a parting line. The apparatus has a melt transfer nozzle extending within a well in the stationary mold platen, the melt transfer nozzle defining a melt channel for receiving and transporting a melt stream. The apparatus also includes a melt transfer component having a spigot portion, a melt channel and an aperture in a sealing surface thereof, wherein the melt transfer component is fixedly attached to the stationary mold platen such that the sealing surface defines a portion of the parting line. The spigot portion is slidably fit within the melt channel of the melt transfer nozzle so that the melt channels are in fluid communication. When the stack molding apparatus is brought to an operating temperature, the melt transfer nozzle slides over the spigot portion to accommodate thermal expansion.
    • 公开了一种具有固定模具压板和限定分型线的活动模板的叠层模制装置。 该装置具有在固定模板中的孔内延伸的熔体传输喷嘴,熔体传送喷嘴限定用于接收和输送熔体流的熔体通道。 该设备还包括在其密封表面中具有插口部分,熔体通道和孔的熔体传递部件,其中熔体传输部件固定地附接到固定模具压板,使得密封表面限定分型线的一部分 。 插口部分可滑动地配合在熔体传送喷嘴的熔体通道内,使得熔体通道处于流体连通状态。 当堆叠成型设备达到工作温度时,熔体传送喷嘴在套管部分上滑动以适应热膨胀。
    • 27. 发明授权
    • Cross-over nozzle system for stack molds
    • 堆叠模具的交叉喷嘴系统
    • US07427197B2
    • 2008-09-23
    • US11836650
    • 2007-08-09
    • Vince CicconeJohn M. PlutPetrica Maran
    • Vince CicconeJohn M. PlutPetrica Maran
    • B29C45/23
    • B29C45/322
    • A crossover nozzle system for transferring molten plastic from an inlet at the center of the stationary platen of an injection machine to the main manifold of the molding chambers of the stack molds of the injection molding machine. The nozzle system has a sprue bar, a sprue bar extension adjustably connected with the sprue bar, the sprue bar extension having a transfer chamber. The nozzle system also has symmetrically placed inlet apertures located in the sprue bar, the apertures are configured to be in fluid communication centrally with the transfer chamber in the sprue bar extension, and a shut-off surface configured to seal the transfer chamber from the inlet apertures.
    • 一种用于将熔融塑料从注塑机的固定压板的中心的入口转移到注射成型机的堆叠模具的模腔的主歧管的交叉喷嘴系统。 喷嘴系统具有浇道棒,可与浇道棒可调节地连接的浇道棒延伸部,浇口棒延伸部具有传送室。 喷嘴系统还具有位于浇道棒中的对称放置的入口孔,孔被构造成与浇道杆延伸部中的传送室中心地流体连通,并且被配置为将传送室与入口密封的关闭表面 孔。
    • 28. 发明申请
    • Hotrunner Interface Adaptor, Mold Carrier and Method of Disassembly and Cleaning Thereof
    • Hotrunner接口适配器,模具架及其拆卸和清洁方法
    • US20080193585A1
    • 2008-08-14
    • US11673268
    • 2007-02-09
    • Pierre GLAESENERArnold MAI
    • Pierre GLAESENERArnold MAI
    • B29C45/24B29C45/17
    • B29C45/2725B22D17/2272B29C45/322B29C2045/2793
    • To facilitate cleaning of melt channels in a runner system (102) in a centre-section carrier (20) or the like, a multi-piece interface adaptor (114, 116, 118) is detailed in FIG. 4. A male portion (114) of the interface adaptor (112) is securely coupled to the runner system (102) to extend the melt channel (63) thereof. The male portion (114) preferably includes a branching feature (124) that splits melt flow into opposing directions to feed distinct nozzles (60, 62). A female portion (116) of the interface adaptor includes bores (140, 142) that align with the branching feature (124, 134, 136) and support the mounting of nozzles (60, 62) therein. The female portion (116) is fixedly secured within the carrier (20). The male portion (114) and the female portion (116) are slidably engageable with one another along sealing surfaces (130, 220). At system operating temperatures, effective operational sealing occurs as a result of relative thermal expansion between the male portion (114) and the female portion (116). At lower temperatures, pulling of the runner system (102) along an axis aligned with its melt channel (63) permits the male portion (114) to be separated from the female portion (116) by disengaging the sealing surfaces (130, 220), thereby granting easy access to the melt channels and the branching feature (124) when the runner system (102) is removed from the carrier (20).
    • 为了便于在中心部分载体(20)等中的流道系统(102)中清洗熔体通道,在图1中详细描述了多件式接口适配器(114,116,118)。 4。 接口适配器(112)的阳部分(114)牢固地联接到流道系统(102)以延伸其熔体通道(63)。 阳部分(114)优选地包括分支特征(124),其将熔体流分解成相反的方向以输送不同的喷嘴(60,62)。 接口适配器的阴部分(116)包括与分支特征(124,134,136)对准并且支撑其中的喷嘴(60,62)的安装的孔(140,142)。 阴部分(116)固定地固定在载体(20)内。 阳部分(114)和阴部分(116)可沿着密封表面(130,220)彼此可滑动地接合。 在系统操作温度下,由于阳部分(114)和阴部分(116)之间的相对热膨胀,发生有效的操作密封。 在较低温度下,沿与其熔体通道(63)对准的轴线拉动流道系统(102)允许阳部分(114)通过使密封表面(130,220)脱离而与阴部分(116)分离, 从而当流道系统(102)从载体(20)移除时,允许容易地进入熔体通道和分支特征(124)。
    • 29. 发明授权
    • Nozzle and apparatus for injection molding
    • 喷嘴和注塑设备
    • US07329118B2
    • 2008-02-12
    • US11271084
    • 2005-11-12
    • Trevor PrudenFred Steil
    • Trevor PrudenFred Steil
    • B29C45/22
    • B29C45/322
    • An expansion nozzle for conducting melt from a floating manifold to a mold assembly comprises a bushing having a bushing flange and spigot having a passage therethrough joining a nozzle inlet and an outlet, a head having a seating surface and a bore through the head slidably receiving the spigot so that the spigot is movable relative to the head over a range from abutting contact of opposing surfaces of the head and bushing flange to a limit of axial separation of the opposing surfaces, axial separation of opposing surfaces of the head and bushing flange being maintained throughout an operating temperature range. Springs maintain sealing contact of a seating surface of the head with a mating surface of the mold assembly. Advantageously, a locating ring provides a reaction surface for the springs and supports the head to resist moments arising from axial misalignment of the expansion nozzle and mold assembly.
    • 用于将熔体从浮动歧管传导到模具组件的膨胀喷嘴包括具有衬套凸缘和插口的衬套,所述套管凸缘具有穿过其的连接喷嘴入口和出口的通道,具有就座表面的头部和通过头部的孔,其可滑动地接收 插头使得插头在头部和衬套凸缘的相对表面的邻接接触到相对表面的轴向间隔的极限的范围内相对于头部可移动,保持头部和衬套凸缘的相对表面的轴向间隔 在整个工作温度范围内。 弹簧保持头部的座面与模具组件的配合表面的密封接触。 有利地,定位环提供用于弹簧的反作用表面并支撑头以抵抗由膨胀喷嘴和模具组件的轴向未对准产生的力矩。
    • 30. 发明申请
    • Modular injection mold and manifold arrangement
    • 模块化注塑模具和歧管装置
    • US20080026096A1
    • 2008-01-31
    • US11881042
    • 2007-07-25
    • Henry RozemaRobert RickAntonio Morrone
    • Henry RozemaRobert RickAntonio Morrone
    • B29C45/17
    • B29C45/2673B29C45/32B29C45/322
    • A molding arrangement is provided for multi-level stack molds wherein mold sets and runners are made up of modular sections interchangeable individually or as larger assemblies for exchanging molds for one part for those for different parts or exchanging runners between hot tip and valve gate designs to accommodate different molding arrangements. The arrangement has discrete melt paths for each mold level, at least some of which extend around rather than through the mold levels and which incorporate readily separable connectors. This enables one set of molds and possibly as well the runners for one mold level to be interchanged without interfering with the mold and runner arrangement for an adjacent level.
    • 为多层堆叠模具提供模制装置,其中模具组和浇道由可单独互换的模块部件或更大的组件组成,用于为热部件和阀门设计之间的不同零件或交换流道的模具更换模具, 适应不同的成型布置。 该装置具有用于每个模具级别的离散的熔体路径,其至少一些延伸围绕而不是通过模具水平并且容纳可分离的连接器。 这使得一组模具和可能的一个模具水平的流道可以互换而不会干扰相邻水平面的模具和流道装置。