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    • 1. 发明授权
    • Metering apparatus having a screw member
    • 具有螺纹构件的计量装置
    • US5609275A
    • 1997-03-11
    • US422746
    • 1995-04-14
    • Robert L. BrownWilliam H. MillerDavid E. Baxter
    • Robert L. BrownWilliam H. MillerDavid E. Baxter
    • B05C11/10B29C47/38G01F11/20
    • B29C47/38B05C11/1002B29C47/003
    • A metering apparatus 10 for continuously supplying a specified amount of fluid material F to a desired surface. The apparatus 10 includes a reservoir 14 for maintaining a supply of fluid material, a housing 16 having a central bore 22 therethrough, a receiving opening 24 for receiving fluid material from the reservoir 14 to central bore 22, and an exit opening 26 through which fluid material exits the housing 16. A rotatable screw member 28 is provided engaged through the housing 16 within said central bore 22, and a driver 37 engaged with the screw member for rotating the screw member within the bore at between approximately 1 rpm to 2,700 rpm, and preferably approximately 1,750 rpm, in order to continuously supply fluid to the exit opening 26. At this operating level, fluid material is provided from the exit opening 26 at a flow rate of between approximately 1 to 23 grams/min, and in a thickness of approximately 0.001 to 8 mils. The reservoir 14 includes a tank 50 for the fluid material, and a motor 68 for agitating the fluid during operation of the apparatus 10. The housing 16 is secured adjacent the tank 50 to provide the fluid material from the tank to the receiving opening 24.
    • 用于将特定量的流体材料F连续地供给到期望的表面的计量装置10。 设备10包括用于维持流体材料供应的储存器14,具有穿过其中的中心孔22的壳体16,用于将流体材料从储存器14接收到中心孔22的接收开口24和流体 材料离开壳体16.通过壳体16在所述中心孔22内接合的可旋转的螺纹构件28和与螺钉构件接合的驱动器37,用于在大约1rpm至2,700rpm之间旋转孔内的螺杆构件, 并且优选地为约1,750rpm,以便将流体连续地供应到出口26。在该操作水平下,流体材料以约1至23克/分钟之间的流速从出口26提供,并且以厚度 约0.001至8密耳。 储存器14包括用于流体材料的罐50和用于在装置10的操作期间搅拌流体的马达68.壳体16被固定在罐50附近,以将流体材料从罐提供到接收开口24。
    • 3. 发明授权
    • Apparatus for injection into a self-clamping mold
    • 用于注射到自夹紧模具中的装置
    • US5286186A
    • 1994-02-15
    • US971743
    • 1992-11-04
    • Robert L. BrownDavid E. Baxter
    • Robert L. BrownDavid E. Baxter
    • B29C35/02B29C45/00B29C45/04
    • B29C45/0084B29C35/0277B29C45/0416B29C45/06
    • An apparatus for injecting molding material into a self-clamping mole. The apparatus includes a support frame with spaced plates and support bars interconnecting the plates, and a C-shaped opening formed in the plates. An injector is included for injecting molding material into the self-clamping mold under pressure, and an extruder for providing molding material to the injector. Temperature controllers are also provided for controlling the temperature of the molding material within the injector and extruder. A lift mechanism supported on the frame provides clamped engagement between the self-clamping mold and the frame. During the injection operation wherein the injector is engaged with the mold, the lift mechanism clamps the mold to resist internal mold forces resulting from the injection of molding material.
    • 将成型材料注入自夹紧痣的装置。 该装置包括具有间隔板的支撑框架和互连板的支撑杆以及形成在板中的C形开口。 包括用于在压力下将成型材料注入到自夹紧模具中的注射器,以及用于向注射器提供模制材料的挤出机。 还提供温度控制器来控制注射器和挤出机内的成型材料的温度。 支撑在框架上的提升机构提供自夹紧模具和框架之间的夹紧接合。 在注射器与模具接合的注射操作期间,提升机构夹持模具以抵抗由注射成型材料产生的内部模具力。
    • 6. 发明授权
    • Self-centering molding apparatus
    • 自定心成型装置
    • US5449282A
    • 1995-09-12
    • US146846
    • 1993-11-01
    • Robert L. BrownDavid E. BaxterDaniel L. GoodellTodd A. England
    • Robert L. BrownDavid E. BaxterDaniel L. GoodellTodd A. England
    • B29C45/04
    • B29C45/0416
    • A self-centering molding apparatus 10 for forming molded products including a first mold portion 14 and a second mold portion 15 together forming a mold cavity 16 for receiving molding material forming the molded product M. The first mold portion 14 has an alignment member 18 in fluid communication with the mold cavity 16 and for alignment and engagement with an injection press P for injecting molding material into the apparatus 10. The first mold portion 14 is adapted for self-centering, mating engagement with the second mold portion 15. The second mold portion 15 has a multi-section mold assembly 22, a support plate 24 and an operating assembly 26. The multi-section mold assembly 22 is adapted for self-centering, mating engagement with the first mold portion 14 and the operating assembly 26, and is supported on and engaged with the support plate 24 for opening and closing the multi-section mold assembly for accessing a molded product M supported within the mold cavity 16 . The support plate 24 is engaged with the operating assembly 26 and movable with respect to the second mold portion 15 to open the multi-section mold assembly 22 for accessing the molded product M within the mold cavity 16.
    • 一种用于形成包括第一模具部分14和第二模具部分15的模制产品的自定心成型装置10一起形成用于接收形成模制品M的模制材料的模具腔16.第一模具部分14具有对准构件18 与模具腔16流体连通并且用于与用于将模制材料注入到装置10中的注射压机P对准和接合。第一模具部分14适于自动定心,与第二模具部分15配合。第二模具 部分15具有多段模具组件22,支撑板24和操作组件26.多段模具组件22适于自动对中,与第一模具部分14和操作组件26配合接合,以及 支撑在支撑板24上,用于打开和关闭多段模具组件以接近支撑在模具腔16内的模制产品M. 支撑板24与操作组件26接合并且可相对于第二模具部分15移动,以打开用于进入模腔16内的模制产品M的多段模具组件22。
    • 7. 发明授权
    • Self-clamping mold assembly
    • 自锁模具总成
    • US5256056A
    • 1993-10-26
    • US751015
    • 1991-08-28
    • Robert L. BrownMichael K. ParrentDavid E. BaxterJohn C. White
    • Robert L. BrownMichael K. ParrentDavid E. BaxterJohn C. White
    • B22D17/26B29C33/20B29C35/02B29C45/00B29C45/04B29C45/64B29C45/70B29C45/66
    • B29C35/0277B29C33/202B29C45/0084B29C45/0433B29C45/641
    • A self-clamping mold assembly for injection molding articles from material cured by the application of temperature and pressure. The assembly includes a mold body and a lock mechanism housed within the body. The body has aligned, independent plates, each having a mold cavity and a lock bore portion with a central axis. The lock mechanism includes a tie rod assembly for engagement with one of the independent plates, and a force generator assembly for engagement with another of the independent plates. The tie rod and force generator assemblies are engaged with the lock bore portion of the plates. The tie rod assembly includes a tie rod adapted for rotatable engagement within the mold assembly, and the force generator assembly includes a lock shaft adapted for locking engagement with the tie rod and a spring biased member retained with respect to the lock shaft. Upon locking engagement of the tie rod with the lock shaft compressing the spring biased member, the independent plates are maintained in clamped condition for the injection of molding material.
    • 用于通过施加温度和压力固化的材料注射成型制品的自夹紧模具组件。 组件包括容纳在主体内的模具本体和锁定机构。 主体具有对准的独立板,每个板具有模腔和具有中心轴的锁孔部分。 锁定机构包括用于与独立板中的一个接合的拉杆组件和用于与另一个独立板接合的力发生器组件。 拉杆和力发生器组件与板的锁孔部分接合。 拉杆组件包括适于在模具组件内可旋转接合的拉杆,并且力产生器组件包括适于与拉杆锁定接合的锁定轴和相对于锁定轴保持的弹簧偏置构件。 当拉杆与锁定轴的锁定接合压缩弹簧偏置构件时,独立板保持在夹紧状态以注射模制材料。
    • 9. 发明授权
    • Method for continuous molding and apparatus therefor
    • 连续成型方法及其设备
    • US5830390A
    • 1998-11-03
    • US877349
    • 1992-04-30
    • Robert L. BrownMichael K. ParrentDavid E. Baxter
    • Robert L. BrownMichael K. ParrentDavid E. Baxter
    • B29C33/30B29C35/02B29C45/00B29C45/04B29C45/17B29C45/76B29C45/400
    • B29C45/0084B29C35/0277B29C45/0433Y10S425/201Y10S425/247
    • A method and apparatus for a nonsynchronous system for continuously molding articles from a material cured by the control of temperature and pressure. The apparatus includes a multi-section self-clamping mold, a controller system, a material injector, a transfer system, a curing apparatus for curing the articles, and a mold separator-assembler. The method comprises pre-treating and then assembling the mold in a clamped condition. Under the control of the controller system, the mold is then injected with material from the injector, and moved by the transfer system through the curing apparatus to cure the material within the mold. Once cured, the controller system moves the mold to the mold separator-assembler via the transfer system. The mold is then disassembled into sections, the molded article is removed, and the sections are pre-treated and reassembled, for the next injection operation.
    • 一种用于通过控制温度和压力固化的材料连续地模制制品的非同步系统的方法和装置。 该装置包括多部分自夹紧模具,控制器系统,材料注入器,转移系统,用于固化物品的固化设备和模具分离器组装器。 该方法包括在夹紧状态下预处理和组装模具。 在控制器系统的控制下,模具然后从注射器注入材料,并通过传送系统通过固化设备移动,以固化模具内的材料。 一旦固化,控制器系统通过传输系统将模具移动到模具分离器 - 组装器。 然后将模具分解成部分,将模制品移除,并且将部分进行预处理和重新组装,用于下一次注射操作。