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    • 71. 发明授权
    • Pin-less drool prevention system
    • 无针入口预防系统
    • US5458843A
    • 1995-10-17
    • US334837
    • 1994-11-04
    • David BrownNick Travaglini
    • David BrownNick Travaglini
    • B29C45/27B29C45/32
    • B29C45/322B29C45/2758
    • A multi-level stacked mold having at least two and as many as four levels of cavities has a stock distribution mold block centred axially of the stacked mold blocks, the axially extending stock inlet passage to the distribution block connecting with radially off-set stock transfer passages that cross the axially openable mold block interfaces, into the adjoining mold blocks. These openable stock transfer passages, are each provided at their respective, non-encapsulated, radially off-set, opening interfaces with a valveless anti-drool arrangement. The mold flow passage system is subject to continual, extreme, thermal cycling and cyclical mechanical loading, during the repeated opening-and-closing cycles of the mold. Each separable anti-drool sealing interface has a relatively axially displaceable portion extending to bridge the initial gap opening between adjacent mold blocks and serving as an expansible piston means. This extension of the displaceable "expansible piston means" portion is pressure responsive and serves to increase the internal volume of the adjacent transfer passage, while permitting equalizing the pressure of stock in the passage to atmospheric pressure, thus reducing the likelihood of the drooling of liquid plastic into the opening interspace, or the induction of atmospheric air into the flow passages.
    • 具有至少两个且多达四个等级的空腔的多层堆叠模具具有沿着堆叠的模块的轴向定位的坯料分配模块,通向分配块的轴向延伸的料料入口通道与径向偏移的原料转移 穿过可轴向打开的模块接口的通道进入相邻的模具块。 这些可开启的库存传送通道分别以其无密封的防流离子排列设置在它们各自的未封装的径向离开的开口界面处。 在模具的重复打开和关闭循环期间,模具流动通道系统经受持续,极端,热循环和循环机械负载。 每个可分离的防液口密封界面具有相对轴向移动的部分,其延伸以桥接相邻模块之间的初始间隙开口并用作可膨胀的活塞装置。 可移动的“可膨胀活塞装置”部分的这种延伸是压力响应的,并且用于增加相邻输送通道的内部容积,同时允许通道中的库存压力达到大气压力,从而降低液体流出的可能性 塑料进入开口间隙,或将大气进入到流动通道中。
    • 75. 发明授权
    • Stack injection molding melt transfer system
    • 堆注射熔融转移系统
    • US4244909A
    • 1981-01-13
    • US79096
    • 1979-09-26
    • Jobst U. Gellert
    • Jobst U. Gellert
    • B29C45/28B29C45/32B29F1/03
    • B29C45/322B29C45/2806B29C2045/2834
    • This invention relates to injection molding and particularly to a melt transfer system for stack molding. According to the invention, a novel combination of known melt flow control valve units are arranged and operated to control the flow of pressurized melt from the stationary platen adjacent the molding machine to a manifold in the center moving platen. One control valve unit is located in the stationary platen in alignment with another control valve unit located in the moving platen. When the moving platen is in the closed position adjacent the stationary platen, the gates of the two control valve units abut and when the valve pins of the two control valve units are actuated to the open position, pressurized melt will flow through the gates from the stationary platen to the moving platen. The hot runner passage extends from the molding machine through the control valve unit located in the stationary platen. Through the gates into the control valve unit located in the moving platen, and then through the manifold system to the cavities located on opposing faces of the moving platen. In a second embodiment, a first cavity is located between the above two gates, and a third control valve unit is located in the moving platen in abutting alignment with the second control valve unit and its gate extends to a second cavity of the opposite face of the moving platen.
    • 本发明涉及注射成型,特别涉及用于堆叠成型的熔体传递系统。 根据本发明,已知熔体流动控制阀单元的新颖组合被布置和操作以控制加压熔体从邻近成型机的固定压板流到中心移动压板中的歧管。 一个控制阀单元位于固定压板中,与位于移动压板中的另一个控制阀单元对准。 当移动的压板处于与固定压板相邻的关闭位置时,两个控制阀单元的浇口邻接并且当两个控制阀单元的阀销被致动到打开位置时,加压熔体将从 固定压板移动到压板上。 热流道通道从成型机通过位于固定压板中的控制阀单元延伸。 通过进入位于移动压板中的控制阀单元的门,然后通过歧管系统到位于移动压板的相对面上的空腔。 在第二实施例中,第一腔位于上述两个门之间,并且第三控制阀单元位于移动压板中,与第二控制阀单元邻接对准,并且其门延伸到相对面的第二腔 动板。
    • 77. 发明授权
    • Synthetic resin injection molding apparatus
    • 合成树脂注塑成型设备
    • US3663145A
    • 1972-05-16
    • US3663145D
    • 1968-12-26
    • TERAOKA SHOICHI
    • TERAOKA SHOICHI
    • B29C45/32B29F1/00
    • B29C45/322B29C45/32
    • An injection molding apparatus comprising mold supporting plates to support molds on both sides, a group of molds having passages for plasticized material leading to cavities arranged on said fixed mold supporting plates, a clamping device provided with a movable mold platen to open and close said molds, and an injection device which may advance and retreat in the direction meeting at right angles with the opening and closing direction of said molds, in which plasticized material is injected into cavities, passing through said runner between said head and said molds and into said mold runner and T gate to said cavities.
    • 一种注射成型设备,包括用于在两侧支撑模具的模具支撑板,一组模具,其具有用于塑性材料的通道,导致设置在所述固定模具支撑板上的空腔;夹紧装置,设置有可移动的模板以打开和关闭所述模具 以及可以沿与所述模具的打开和关闭方向成直角相交的方向前进和后退的注射装置,其中将塑化材料注入空腔中,穿过所述头部和所述模具之间的所述流道并进入所述模具 跑步者和T门到所述腔。
    • 78. 发明申请
    • MOLDING METHOD OF LIQUID ELASTOMER
    • 液体弹性体成型方法
    • US20160288391A1
    • 2016-10-06
    • US14778008
    • 2014-03-20
    • NOK CORPORATION
    • Shotaro Koga
    • B29C45/32B29C45/14B29C33/00
    • B29C45/322B29C33/0066B29C33/0088B29C45/14336B29C45/32B29C2045/2712B29K2021/006B29L2031/265B29L2031/3468H01M8/0284H01M8/0286Y02P70/56
    • A molding method of a liquid elastomer can reduce an amount of disposal of a molding material, and can prevent a metal mold from being enlarged in size on a plane when a plurality of molded articles are simultaneously molded by using the metal mold, thereby achieving a good manufacturing efficiency. The molding method of the liquid elastomer molds a molded article constructed by a liquid elastomer by using a metal mold, the metal mold is a metal mold for an injection molding, a plurality of product cavity spaces are provided side by side in a mold clamping and mold opening direction of the metal mold, and a plurality of molded articles are simultaneously molded by using the metal mold. The metal mold has a sprue, runners and gates which are communicated with a plurality of product cavity spaces. The runners have orthogonal runner portions and parallel runner portions.
    • 液体弹性体的成型方法可以减少模塑材料的处理量,并且通过使用金属模具同时模制多个模制品时,可以防止金属模在尺寸上扩大,从而实现 制造效率好 液体弹性体的成型方法通过使用金属模具模制由液体弹性体构成的模制品,金属模具是用于注塑的金属模具,在模具夹紧中并排设置多个产品空腔, 通过使用金属模具同时模制金属模具的开模方向和多个模制品。 金属模具具有与多个产品空腔连通的浇道,浇道和浇口。 跑道具有正交的流道部分和平行的流道部分。
    • 79. 发明申请
    • Self-Balancing Hot Runner with Independent Flow and Pressure Control
    • 具有独立流量和压力控制的自平衡热流道
    • US20130266680A1
    • 2013-10-10
    • US13845613
    • 2013-03-18
    • Meiban International Pte. Ltd.
    • Pierre Louis TodescoCarol Goh Su LinJohn Lim Chee Beng
    • B29C45/23
    • 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, utilising 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。