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    • 15. 发明授权
    • Vacuum extrusion system
    • 真空挤压系统
    • US6036468A
    • 2000-03-14
    • US916185
    • 1997-08-21
    • Robert L. Sadinski
    • Robert L. Sadinski
    • B29C47/00B29C44/34B29C47/90
    • B29C44/3407B29C44/3403B29C47/0019B29C47/0023B29C47/8895B29C47/90B29C47/905B29C2791/006B29C47/0033B29C47/904
    • A vacuum extrusion line of the horizontal barometric leg type includes a vacuum chamber having an extrusion die at one end and a water baffle immersion cooler at the other end for extracting the extrudate to atmosphere, extrudate shaping and sizing equipment downstream of the die, a large diameter fixed bulkhead at the die, and first and second large diameter movable sections surrounding the shaping and sizing equipment, a smaller fixed section of the chamber. The first section sealing against the second section and the fixed section and telescoping over the fixed section to form a gap with the second section being movable within the limits of the gap. The second section also seals against the large diameter fixed bulkhead. In this manner the downstream equipment can be fully exposed by movement of one or both movable sections and adequate volume and spatial working environment is provided for large through-put. A simplified lock mechanism facilitates the quick opening and closing of the chamber.
    • 水平气压腿型的真空挤压生产线包括:一端具有挤压模的真空室和另一端的水挡板浸入式冷却器,用于将挤出物提取到大气中,挤出成型和上模设备在模具下游, 在模具处具有直径固定的隔板,围绕成形和尺寸设备的第一和第二大直径可动部分,室的较小的固定部分。 密封第二部分和固定部分的第一部分并且在固定部分上伸缩以与第二部分形成间隙,以在间隙的限度内是可移动的。 第二部分还密封大直径的固定隔板。 以这种方式,下游设备可以通过一个或两个可移动部分的移动而被完全暴露,并且为大通量提供足够的体积和空间工作环境。 简化的锁定机构有助于室的快速打开和关闭。
    • 17. 发明授权
    • Laminated roofing shingle having staggered shadow lines and method of
making the same
    • 具有交错阴影线的层压屋面瓦片及其制造方法
    • US6014847A
    • 2000-01-18
    • US143897
    • 1998-08-31
    • John D. Phillips
    • John D. Phillips
    • E04D1/26E04D1/28
    • E04D1/26E04D2001/005
    • A laminated roofing shingle having staggered shadow lines comprises an underlay and an overlay attached to an underside of the overlay. The overlay has a plurality of spaced-apart tabs. An opening is defined between each one of the tabs. Portions of the underlay are exposed through the openings between the tabs. A layer of granules is disposed on the tabs and the underlay. The layer of granules on a lower portion of the overlay and on an upper portion of the overlay are substantially uniform in color and darker in color than the granules the remainder of the tabs and the underlay. The darker layers of granules produce staggered shadow lines which enhance the three-dimensional appearance of a roof surface upon which the shingles are applied. A method for making the laminated shingles comprises the steps of providing a base material, coating the base material, applying layers of granules to produce the shadow lines, cutting the fiberglass mat, and attaching the overlays and the underlays together to produce the staggered shadow lines.
    • 具有交错阴影线的层压屋面瓦片包括附着在覆盖层下侧的底层和覆盖层。 覆盖层具有多个间隔开的突片。 在每个标签之间定义一个开口。 底板的一部分通过突片之间的开口露出。 一层颗粒设置在突片和底层上。 在覆盖层的下部和覆盖层的上部上的颗粒层基本上是均匀的颜色,并且颜色比颗粒的剩余部分和底层要大得多。 较暗的颗粒层产生交错的阴影线,这增强了屋顶表面的三维外观,在该屋顶表面上应用带状疱。 制造层压木瓦的方法包括以下步骤:提供基材,涂覆基材,施加颗粒层以产生阴影线,切割玻璃纤维垫,并将覆盖物和底层附着在一起以产生交错的阴影线 。
    • 18. 发明授权
    • Advanced fin positioner
    • 高级定位器
    • US06000116A
    • 1999-12-14
    • US108615
    • 1998-07-01
    • Robert Harvey Prange
    • Robert Harvey Prange
    • C03B37/02B21D39/00
    • C03B37/0209C03B37/0203Y10T29/49881
    • An advanced fin positioner for operatively mounting a finshield assembly having cantilevered therefrom a plurality of cooling fins and for facilitating selective positioning of the finshield assembly with respect to a bushing tip plate of a glass fiber forming apparatus. The advanced fin positioner including a body member, nut block and compound lead screw. The body member is releasably attached to a mounting bracket connected to a bushing frame of the glass fiber forming apparatus and has slidably attached thereto at least one slide arm including a vertically extending slot. The nut block is operatively attached to the finshield assembly and to the at least one slide arm and constrained for vertical movement by the slot along the body member. The compound lead screw is operatively connected to the body member and the nut block such that by rotating the compound lead screw, the body member and the nut block act against each other causing the nut block and the finshield assembly to move.
    • 一种用于可操作地安装翅片组件的先进的翅片定位器,其具有多个散热片悬臂,并且用于促进翅片组件相对于玻璃纤维成形设备的衬套顶板的选择性定位。 先进的翅片定位器包括主体部件,螺母块和复合丝杠。 主体构件可释放地附接到连接到玻璃纤维成形装置的衬套框架的安装支架,并且可滑动地附接至至少一个包括垂直延伸槽的滑动臂。 螺母块可操作地附接到翼片组件和至少一个滑动臂并且被限制为沿着主体构件的槽的垂直运动。 复合丝杠可操作地连接到本体构件和螺母块,使得通过旋转复合丝杠,本体构件和螺母块相互作用使得螺母块和翅片组件移动。
    • 20. 发明授权
    • Vacuum packaged batt
    • 真空包装絮垫
    • US5987833A
    • 1999-11-23
    • US880822
    • 1997-06-24
    • Michael T. HeffelfingerRoy E. Shaffer
    • Michael T. HeffelfingerRoy E. Shaffer
    • E04B1/76E04B1/78E06B3/16E04B1/62E04B1/74E04G9/10
    • E06B3/163E04B1/767E04B1/78Y10T428/231Y10T428/237Y10T428/239
    • A vacuum packaged conformable insulation assembly may be installed in a cavity before the vacuum in the insulation assembly is released. The insulation assembly includes a compressible batt of mineral fibers such as fibrous glass wool. During manufacture, the batt is encased in a gas-impervious envelope. The envelope is vacuum-sealed to retain the batt in a compressed state. The envelope may be provided with opening structures for selectively releasing the vacuum in the envelope. The envelope is sufficiently large to permit the batt contained therein to fully recover when the vacuum is released. According to a method of the present invention, the envelope is placed in a cavity to be insulated, and then the envelope is ruptured to allow the batt to expand to cause the insulation assembly to conform to the cavity.
    • 绝缘组件中的真空被释放之前,真空包装的适形绝缘组件可以安装在空腔中。 绝缘组件包括可压缩的矿物纤维絮垫,例如纤维状玻璃棉。 在制造过程中,絮垫被封装在不透气的信封中。 将信封真空密封以将絮垫保持在压缩状态。 外壳可以设置有用于选择性地释放外壳中的真空的开口结构。 当真空释放时,外壳足够大以允许其中包含的毛细管完全恢复。 根据本发明的方法,将外壳放置在要被绝缘的空腔中,然后将外壳破裂,以允许絮垫膨胀以使绝缘组件符合空腔。