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    • 2. 发明授权
    • Telescopic mine roof support
    • 望远镜矿顶支撑
    • US09347316B2
    • 2016-05-24
    • US14508032
    • 2014-10-07
    • BURRELL MINING PRODUCTS, INC.
    • Michael T. ShookCharles C. Lash
    • E21D15/18E21D15/14E21D15/00E21D15/44E21D15/48
    • E21D15/14E21D15/00E21D15/18E21D15/44E21D15/486
    • A longitudinally yieldable support for underground roof support includes a first support section with a first elongate outer shell filed with a solid compressible filler material and a second support section filled with a second solid compressible filler material with a second elongate outer shell extending above the first elongate outer shell. The second support section has density that is greater than a density of the first solid compressible filler material. A pair of attachment members are coupled to the second elongate outer shell and are configured for lifting the second elongate outer shell relative to the first elongate outer shell and for securing the second elongate outer shell relative to the first elongate outer shell once lifted.
    • 用于地下屋顶支撑件的纵向可屈服支撑件包括具有第一细长外壳的第一支撑部分,其具有固体可压缩填充材料,第二支撑部分填充有第二固体可压缩填料,第二固体可压缩填充材料具有在第一细长 外壳。 第二支撑部分的密度大于第一固体可压缩填充材料的密度。 一对附接构件联接到第二细长外壳并且被构造成用于相对于第一细长外壳提升第二细长外壳并且用于在提起时相对于第一细长外壳固定第二细长外壳。
    • 4. 发明申请
    • TELESCOPIC MINE ROOF SUPPORT
    • TELESCOPIC矿山屋顶支持
    • US20150184512A1
    • 2015-07-02
    • US14659086
    • 2015-03-16
    • BURRELL MINING PRODUCTS, INC.
    • Michael T. ShookCharles C. Lash
    • E21D15/14E21D15/51
    • E21D15/18E21D15/48E21D15/523
    • A longitudinally yieldable support for underground roof support includes a first support section with a first elongate outer shell filled with a solid compressible filler material and a second support section filled with a second solid compressible filler material with a second elongate outer shell extending above the first elongate outer shell. The second support section has density that is greater than a density of the first solid compressible filler material. A pair of attachment members are coupled to the second elongate outer shell and are configured for lifting the second elongate outer shell relative to the first elongate outer shell and for securing the second elongate outer shell relative to the first elongate outer shell once lifted.
    • 用于地下屋顶支撑件的纵向可屈服的支撑件包括具有填充有固体可压缩填充材料的第一细长外壳的第一支撑部分和填充有第二固体可压缩填充材料的第二支撑部分,第二细长外壳在第一细长 外壳。 第二支撑部分的密度大于第一固体可压缩填充材料的密度。 一对附接构件联接到第二细长外壳并且被构造成用于相对于第一细长外壳提升第二细长外壳并且用于在提起时相对于第一细长外壳固定第二细长外壳。
    • 5. 发明授权
    • Telescopic mine roof support
    • 望远镜矿顶支撑
    • US08851805B2
    • 2014-10-07
    • US13599428
    • 2012-08-30
    • Michael T. ShookCharles C. Lash
    • Michael T. ShookCharles C. Lash
    • E21D15/18
    • E21D15/14E21D15/00E21D15/18E21D15/44E21D15/486
    • A longitudinally yieldable support for underground roof support includes a first support section with a first elongate outer shell filled with a solid compressible filler material and a second support section filled with a second solid compressible filler material with a second elongate outer shell extending above the first elongate outer shell. The second support section has density that is greater than a density of the first solid compressible filler material. A pair of attachment members are coupled to the second elongate outer shell and are configured for lifting the second elongate outer shell relative to the first elongate outer shell and for securing the second elongate outer shell relative to the first elongate outer shell once lifted.
    • 用于地下屋顶支撑件的纵向可屈服的支撑件包括具有填充有固体可压缩填充材料的第一细长外壳的第一支撑部分和填充有第二固体可压缩填充材料的第二支撑部分,第二细长外壳在第一细长 外壳。 第二支撑部分的密度大于第一固体可压缩填充材料的密度。 一对附接构件联接到第二细长外壳并且被构造成用于相对于第一细长外壳提升第二细长外壳并且用于在提起时相对于第一细长外壳固定第二细长外壳。
    • 8. 发明授权
    • Mine prop
    • 我的道具
    • US06910834B2
    • 2005-06-28
    • US10854356
    • 2004-05-26
    • William L. HarbaughCharles C. Lash
    • William L. HarbaughCharles C. Lash
    • E21D15/02E21D15/55E21D15/00E04G25/00
    • E21D15/55E21D15/02
    • A mine prop is comprised of an elongate tube having a slenderness ratio that would generally allow buckling or kneeling of the elongate tube when exposed to a sufficient axial force. A plurality of elongate support members having a length less than the elongate tube are attached to the tube to prevent buckling or kneeling of the elongate tube along the portion of the tube to which the elongate support members are attached. The portions of the tube that are unsupported by the elongate support members define one or more yieldable zones proximate at least one end of the tube. A compressible filler material is disposed within at least portion of the tube to support yielding in the yieldable zone.
    • 矿井支柱由细长管组成,细长管通常在暴露于足够的轴向力时允许细长管的屈曲或跪下。 具有小于细长管的长度的多个细长支撑构件附接到管,以防止细长管沿着细长支撑构件附接到的管的部分弯曲或跪下。 管未被细长支撑构件支撑的部分限定了在管的至少一端附近的一个或多个可屈服区。 可压缩填料材料设置在管的至少部分内以支撑在可屈服区域中的屈服。