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    • 13. 发明授权
    • Injection molding apparatus for shoe or sole using thermoplastic resin and thereby shoes
    • 用于鞋或鞋底的注塑设备使用热塑性树脂,从而鞋子
    • US08662875B2
    • 2014-03-04
    • US12816057
    • 2010-06-15
    • Byoung Mun LimJang Sik YangSi Hyeok LeeIn Chul Choi
    • Byoung Mun LimJang Sik YangSi Hyeok LeeIn Chul Choi
    • B29C45/14B29C45/16B29C45/32B29C44/04
    • B29C44/0469B29C44/08B29D35/04B29D35/148
    • Disclosed herein are an injection foam molding apparatus for manufacturing one-piece shoes or soles and one-piece shoes manufactured using the same. A thermoplastic resin is injected into top and bottom molds in a state in which the top and bottom molds are coupled with a middle mold and is then pressed to form the upper and lower parts of a shoe, the middle mold is separated therefrom, and then the top mold and bottom mold, including the upper part and lower part of the shoe, respectively, are pressed, thereby forming the upper part and lower part of the shoe into one body. The injection foam molding apparatus is advantageous in that, since functional one-piece shoes or soles, having various colors, hardnesses and specific gravities, and having excellent feeling and durability, can be manufactured using different materials by one apparatus, working time is decreased, and productivity can be increased.
    • 本文公开了一种用于制造一体式鞋或鞋底的注射发泡成型装置和使用其制造的一件式鞋。 将热塑性树脂注射到顶模和底模中,其中上模和下模与中模结合,然后被压制以形成鞋的上部和下部,中间模与其分离,然后 分别包括鞋的上部和下部的顶部模具和底部模具被压制,从而将鞋子的上部和下部部分形成为一体。 注射发泡成型装置的优点在于,由于可以通过一种装置使用不同的材料制造具有各种颜色,硬度和比重,并且具有优异的感觉和耐久性的功能性单件鞋或鞋底,工作时间减少, 并且可以提高生产率。
    • 15. 发明授权
    • Device for the injection moulding of moulded bodies made from plastic
    • 塑料成型体注塑成型装置
    • US07192269B2
    • 2007-03-20
    • US10511776
    • 2002-04-17
    • Christoph Jaroschek
    • Christoph Jaroschek
    • B29C45/32
    • B29C45/12B29C45/32B29C45/322
    • A device for the injection moulding of moulded bodies made from plastic is disclosed, comprising an injection moulding unit (1) and a tool (2) dedicated thereto. At least two cavities (11, 12), corresponding to the dimensions of the moulded body for production are provided on the tool (2) and the tool comprises at least three pieces (4, 5, 6), which move relative to each other and which lie adjacent to each other on separating planes (9, 10). Each separating plane (9, 10) runs through at least one cavity (11, 12). At least one channel (13) for the introduction of molten plastic is provided in the tool (2), which terminates at one end in the cavities (11, 12) and at the other end thereof at an inlet (14) on the surface of the tool (2), which is connected to the injection moulding unit (1) in the working position. In order to increase the number of moulded bodies produced per unit time, a channel (13) is provided in the tool (2), reaching from the inlet (14) to a first separating plane (9) and further leading to the second separation plane (10).
    • 公开了一种用于由塑料制成的成型体注模的装置,包括注射成型单元(1)和专用于其的工具(2)。 至少两个对应于用于生产的成型体的尺寸的空腔(11,12)设置在工具(2)上,并且工具包括至少三个相对于彼此移动的块(4,5,6) 并且在分离平面(9,10)上彼此相邻。 每个分离平面(9,10)穿过至少一个空腔(11,12)。 用于引入熔融塑料的至少一个通道(13)设置在工具(2)中,该工具(2)中的一端终止在空腔(11,12)中,并且其另一端在表面上的入口(14)处终止 在工作位置连接到注射成型单元(1)的工具(2)。 为了增加每单位时间产生的成型体的数量,在工具(2)中设置有从入口(14)到达第一分离平面(9)并进一步导致第二分离的通道(13) 平面(10)。
    • 16. 发明授权
    • Three level stack mold machine
    • 三层堆叠模具机
    • US07128565B2
    • 2006-10-31
    • US10966463
    • 2004-10-15
    • John DiSimonePierre Glaesener
    • John DiSimonePierre Glaesener
    • B29C45/32B29C45/73
    • B29C33/0083B29C45/32
    • A three level stack mold machine comprising a machine frame, a fixed platen mounted on the frame, guide rails mounted on the frame, a movable platen mounted on the guide rails and two carriages mounted on the guide rails between the fixed platen and the movable platen. A hot runner plate is mounted on the fixed platen and water manifolds are mounted on each carriage assembly. Each manifold has water connectors extending upwardly therefrom. A hot runner plate is mounted on each manifold and connected to a first group of the water connectors. A core plate is mounted on the movable platen and connected to water connectors extending upwardly from a water manifold attached to the movable platen. Core plates are mounted on the hot runner plates on the carriage assemblies. The core plates have water connectors on a bottom surface thereof connected to a second group of the water connectors. Cavity plates are mounted on the hot runner plates and connected to hot runner nozzles extending out of the hot runner plates. The cavity plates are orientated in a uniform direction. Air connectors are provided at a top surface of the core plates and electrical connectors at a top surface of the hot runners.
    • 一种三层堆叠模具机,包括机架,安装在框架上的固定压板,安装在框架上的导轨,安装在导轨上的可动压板和安装在固定压板和可动压板之间的导轨上的两个滑架 。 热流道板安装在固定的压板上,水歧管安装在每个支架组件上。 每个歧管都有从其向上延伸的水连接器。 热流道板安装在每个歧管上并连接到第一组水连接器。 芯板安装在可移动压板上并连接到从连接到可动压板的水歧管向上延伸的水连接器。 芯板安装在滑架组件上的热流道板上。 芯板在其底表面上具有连接到第二组水连接器的水连接器。 腔板安装在热流道板上并连接到从热流道板延伸出的热流道喷嘴。 空腔板沿均匀的方向定向。 空气连接器设置在芯板的顶表面和热流道的顶表面处的电连接器。
    • 19. 发明授权
    • Stack mold centering system
    • 堆叠模具定心系统
    • US6106265A
    • 2000-08-22
    • US112617
    • 1998-07-09
    • John W. Von Holdt
    • John W. Von Holdt
    • B29C45/32B29C45/66B29C45/84
    • B29C45/32
    • A molding apparatus comprises a first mold plate positioned between a pair of second mold plates for opening and closing pairs of mold halves. The mold plates carry leader pins which are connected with each other in both the open and the closed position of the molding apparatus, for lateral support of the central first mold plate. Also or alternatively, a mold plate centering system is provided, comprising threaded rods carried by the first, central mold plate and pointing toward the second plates. Internally threaded sleeves are carried by the second plates, with at least a portion of each threaded rod occupying at least a portion of the bore of the internally threaded sleeve and screw threaded relation. Specifically, the threaded rods are joined together and freely rotatable, with the result that the position of the first, central plate is controlled as the respective plates are opened and closed by a moving platen of an injection mold. By this invention, a second sleeve prevents exposure of the threaded rods, to avoid accident and jamming of the system with debris.
    • 成型设备包括位于一对第二模板之间的第一模板,用于打开和关闭成对的半模。 模板承载在成型设备的打开和关闭位置彼此连接的引导销,用于中心第一模具板的横向支撑。 还可选地,提供了一种模板定心系统,包括由第一中心模板承载并指向第二板的螺纹杆。 内螺纹套筒由第二板承载,每个螺杆的至少一部分占据内螺纹套筒的孔的至少一部分和螺纹关系。 具体来说,螺杆连接在一起并且可自由旋转,结果是当注射模的移动压板打开和关闭相应的板时,第一中心板的位置被控制。 通过本发明,第二套筒防止螺杆的暴露,以避免系统有碎片的事故和卡住。
    • 20. 发明授权
    • Sprue bar assembly for use in a stack mold
    • 用于堆叠模具的浇道杆组件
    • US5968562A
    • 1999-10-19
    • US141588
    • 1998-08-28
    • Robert D. SchadBruce CatoenZbigniew RomanskiHarold Godwin
    • Robert D. SchadBruce CatoenZbigniew RomanskiHarold Godwin
    • B29C45/12B29C45/32
    • B29C45/12B29C45/322
    • A sprue bar assembly for a melt transfer system for stack molds comprises a sprue bar and a sprue bar sleeve, a sprue bar and drool restrictor and sleeve or a sprue bar and drool restrictor. For the assemblies with the sleeve, when the stack mold is opened, the sprue bar slides inside the sprue bar sleeve which captures any leakage therefrom. When the mold is closed, the sprue bar sweeps captured leakage out of the sleeve to an area outside the mold. As the busing at the end of the sprue bar can contact the nozzle of the injection machine at a point very close to the edge of the fixed platen, the resulting minimum length of the sprue bar is reduced, reducing pressure losses through the sprue bar and reducing the cost of the sprue bar. The sprue bar sleeve can be fabricated from an insulating material to enhance the thermal characteristics of the sprue bar assembly and a scraper can be provided on the sprue bar to improve removal of captured material from the sprue bar sleeve. If a drool restrictor is provided within the bushing, the amount of drool from the sprue bar when the bushing is not in engagement with the nozzle of the injection machine can also be reduced and, in some circumstances, can eliminate the need for the sleeve.
    • 用于堆叠模具的熔体传输系统的浇道棒组件包括浇道棒和浇道棒套筒,浇道棒和浇口限流器以及套管或浇道棒和浇口限流器。 对于具有套筒的组件,当堆叠模具打开时,浇道棒在浇道杆套筒内滑动,从而捕获任何泄漏。 当模具关闭时,浇道将捕获的泄漏物从套筒中扫出到模具外部的区域。 由于浇注棒端部的冲击可以在非常接近固定压板边缘的点处接触注塑机的喷嘴,导致浇注棒的最小长度减小,从而降低通过浇注棒的压力损失和 降低浇道条的成本。 浇道棒套筒可以由绝缘材料制成,以增强浇道棒组件的热特性,并且可以在浇道棒上设置刮刀,以改善从浇道棒套筒中取出捕获的材料。 如果在套管内设置流出口限流器,则也可以减少当衬套不与注射机的喷嘴接合时来自浇道棒的流出量,并且在一些情况下可以消除对套筒的需要。