会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 51. 发明授权
    • Injection molding machine with melt distributing platen
    • 注塑机具有熔体分布压板
    • US08123516B1
    • 2012-02-28
    • US11551860
    • 2006-10-23
    • Ray Horton Morton
    • Ray Horton Morton
    • B29C45/00
    • B29C45/322
    • An injection molding machine is provided that allows the use of two conventional molds. The injection molding machine utilizes an injection material distributing platen having a first mold mounting surface and a second opposing mold mounting surface. A conventional mold may be mounted to each mold mounting surface. To provide injection material to the molds, an injection unit may provide injection material to an internal passageway within the distributing platen between the first and second mold mounting surfaces. The injection material may be selectively distributed to molds attached in the first and second mold mounting surfaces. To reduce the overall size of the machine, the injection unit may be a vertical injection unit that is disposed above the distributing platen.
    • 提供了一种允许使用两个常规模具的注塑机。 注射成型机使用具有第一模具安装表面和第二相对模具安装表面的注射材料分配压板。 常规的模具可以安装到每个模具安装表面。 为了向模具提供注射材料,注射单元可以向第一和第二模具安装表面之间的分配压板内的内部通道提供注射材料。 注射材料可以选择性地分配到附接在第一和第二模具安装表面中的模具。 为了减小机器的整体尺寸,注射单元可以是设置在分配台板上方的垂直注射单元。
    • 53. 发明授权
    • Injection moulding device comprising needle valve nozzles in a back-to-back arrangement
    • 注射成型装置,其包括背对背布置的针阀喷嘴
    • US07854605B2
    • 2010-12-21
    • US12311556
    • 2007-08-18
    • Herbert Gunther
    • Herbert Gunther
    • B29C45/23
    • B29C45/322B29C45/281B29C2033/023
    • The present invention relates to injection molding apparatus (10) comprising a main manifold plate (16) fitted with at least several flow ducts (18), further at least two auxiliary manifold plates (22) fitted with several flow ducts (24), said auxiliary manifold plates being configured above and underneath the main manifold plate (16), the flow ducts (24) of the particular auxiliary manifold plates (22) fluidly communicating with those of the main manifold plate (16), further with needle valve nozzles (26) configured in mutually opposite and back-to-back manner and fluidly communicating with the flow ducts (24) of the auxiliary manifold plates (22), where the needle valve nozzles (26) each comprise one valve needle (28) to open/close a nozzle outlet aperture, and further pneumatically or hydraulically actuated plunger units (units (30; 71) driving the valve needles (28), said plunger units being received in at least one separate receiving plate (32; 70) configured between the auxiliary manifold plates (22), and further means cooling and/or thermally insulating the minimum of one receiving plate (32; 70).
    • 本发明涉及一种注射成型设备(10),其包括装配有至少几个流动管道(18)的主歧管板(16),另外至少两个装有几个流动管道(24)的辅助歧管板(22) 辅助歧管板被配置在主歧管板(16)的上方和下方,特定辅助歧管板(22)的流动管道(24)与主歧管板(16)的流道连通,还有针阀喷嘴 26),其配置成相互相对和背靠背的方式并且与辅助歧管板(22)的流动管道(24)流体连通,其中针阀喷嘴(26)各自包括一个阀针(28)以打开 /关闭喷嘴出口孔,以及进一步气动或液压致动的柱塞单元(驱动阀针(28)的单元(30; 71)),所述柱塞单元被容纳在至少一个单独的接收板(32; 70)中, 辅助 歧管板(22),并且还意味着冷却和/或热绝缘一个接收板(32; 70)。
    • 54. 发明授权
    • Sprue bar shutoff method
    • 浇口酒吧关闭方式
    • US07850895B2
    • 2010-12-14
    • US12702398
    • 2010-02-09
    • Panos Trakas
    • Panos Trakas
    • B29C45/20B29C45/38
    • B29C45/322B29C45/28
    • A method for connecting and disconnecting an injection molding machine to and from a shutoff assembly includes the steps of mating a nozzle of the injection molding machine to a seat in an exterior wall of a chamber of the shutoff assembly, advancing an elongate stem through a first opening into the chamber, and flowing molten polymer into the chamber and out a second opening in the chamber and on to a mold or sprue bar. The mold may be decompressed by maintaining a movable body disposed in the chamber in a forward position with the elongate stem and allowing the molten polymer to flow out the first opening. The injection molding machine may be disconnected from the shutoff assembly by withdrawing the stem of the nozzle from the chamber through the first opening, allowing molten polymer downstream of the movable body to push the movable body into engagement with a sealing surface of a interior entry wall of the chamber, and disconnecting the nozzle from the seat.
    • 一种用于将注射成型机连接到切断组件和从关闭组件分离的方法包括以下步骤:将注射成型机的喷嘴与关闭组件的腔室的外壁中的座位相配合,使细长茎杆穿过第一 通入室内,并将熔融的聚合物流入室中,并在室中排出第二个开口,并且流到模具或浇道条上。 可以通过将设置在腔室中的可移动体保持在与细长杆向前的位置并允许熔融聚合物流出第一开口而减压模具。 注射成型机可以通过从腔室通过第一开口抽出喷嘴的杆而从关闭组件脱离,允许可移动体下游的熔融聚合物推动可移动体与内部入口壁的密封表面接合 并且将喷嘴与座椅断开连接。
    • 55. 发明授权
    • Sprue bar shutoff device
    • 浇口酒吧关闭装置
    • US07775789B2
    • 2010-08-17
    • US12343064
    • 2008-12-23
    • Panos Trakas
    • Panos Trakas
    • B29C45/46
    • B29C45/322B29C45/28
    • An injection molding shutoff assembly that includes a chamber containing a movable body movable between rear and forward positions. In the rear position, the movable body provides a seal and prevents flow of molten plastic out the chamber inlet, called drool. When the movable body is in the forward position, one or more passages permit flow of the molten plastic around the movable body and to an exit in the chamber, leading to one or more molds. In an alternate embodiment, the apparatus also includes an elongate stem that maintains the movable body in the forward position allowing the injection molding system to decompress, thereby eliminating drool and decreasing downtime.
    • 一种注射关闭组件,其包括容纳可在后部和前部位置之间移动的可移动体的腔室。 在后部位置,可移动体提供密封并防止熔融塑料流出腔室入口,称为流口水。 当可移动体处于向前位置时,一个或多个通道允许熔融塑料围绕可移动体流动并流到腔室中的出口,从而导致一个或多个模具。 在替代实施例中,该装置还包括细长杆,其将可移动体保持在向前位置,从而允许注塑系统减压,从而消除流出并减少停机时间。
    • 57. 发明授权
    • Mold carrier plate
    • 模具托盘
    • US07510393B2
    • 2009-03-31
    • US11673268
    • 2007-02-09
    • Pierre GlaesenerArnold Mai
    • Pierre GlaesenerArnold Mai
    • B29C45/20
    • 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 (144, 146) 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)。 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(144,146)。 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)。
    • 59. 发明申请
    • Apparatus for injection molding
    • 注塑成型设备
    • US20080145473A1
    • 2008-06-19
    • US11640049
    • 2006-12-15
    • Frank J. EiglerDonald BrohlDoug Hugo
    • Frank J. EiglerDonald BrohlDoug Hugo
    • B29C45/04
    • B29C45/322B29C2045/2717
    • An apparatus for conducting melt in stack mold arrangements comprises at least one tubular body having a passage there through for conveying melt, an interface member mounted to at least one tubular body at a terminus of the passage for conducting melt between the tubular body and a mating mold member engaged by the interface member, and a length adjusting device interposed between the interface member and the tubular body and having a wedge member and means for setting the transverse position of the wedge member relative to the longitudinal axis of the tubular body whereby the overall length of the combined tubular body and interface member is established. A sprue bar assembly comprises a sprue bar segment, a nozzle and a length adjusting device interposed between the nozzle and the sprue bar segment having an adjustable wedge member for establishing the overall length of the sprue bar assembly.
    • 用于在堆叠模具装置中引导熔体的装置包括至少一个管状体,其具有用于输送熔体的通道,所述管状体在通道的末端安装到至少一个管状体,用于在管状体和配合 模具构件与接口构件接合,以及长度调节装置,其插入在接口构件和管状体之间并且具有楔形构件和用于设定楔形构件相对于管状体的纵向轴线的横向位置的装置,由此整体 建立了组合管体和界面构件的长度。 浇道杆组件包括浇道棒段,喷嘴和插入在喷嘴和浇道棒段之间的长度调节装置,其具有用于建立浇道棒组件的总长度的可调楔形构件。
    • 60. 发明授权
    • Multiple-level stack mold apparatus
    • 多级堆叠模具装置
    • US07361012B2
    • 2008-04-22
    • US10966296
    • 2004-10-15
    • John DiSimone
    • John DiSimone
    • B29C45/00
    • B29C45/322
    • The present invention is a multiple-level stack mold for balancing the injection of molten plastic from an injection molding machine to a plurality of cavities, at least one cavity on each level of the multiple-level stack mold, for producing plastic parts facing in the same direction. Cavity plates are assembled in the multiple-level stack mold all facing in a first direction, and either core plates or plates having inserts thereon are assembled in the multiple-level stack mold all facing in a second direction. The clamping mechanism simultaneously moves the cavity plates and the core plates into engagement. Molten plastic is then evenly and simultaneously injected and distributed through a plurality of channels and passages, such that the flow of molten plastic is balanced throughout the system. Thereafter, the cavity plates and the core plates are simultaneously separated, thereby allowing removal of the resulting plastic parts, which are all facing in the same direction.
    • 本发明是一种用于平衡从注射成型机注入熔融塑料到多层空腔的多层堆叠模具,多级模具的每层上的至少一个空腔,用于生产面向 同方向 腔板组装在多层堆叠模具中,全部面向第一方向,并且其中具有插入件的芯板或板组装在多层堆叠模具中,全部面向第二方向。 夹紧机构同时使空腔板和芯板移动成啮合。 熔融塑料然后被均匀地同时注入并分布通过多个通道和通道,使得熔融塑料的流动在整个系统中平衡。 此后,腔板和芯板同时分离,从而允许去除所有塑料部件,这些塑料部件都面向相同的方向。