会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Method and system for supporting a roof
    • 支撑屋顶的方法和系统
    • US4185940A
    • 1980-01-29
    • US850096
    • 1977-11-08
    • Klaus Spies
    • Klaus Spies
    • E21D15/02E21D15/18E21D23/04
    • E21D15/02E21D15/18
    • A plurality of hollow prop casings are provided which are each composed of at least two telescopable sections. These sections are erected by putting them upright and are then telescoped apart until they bear upon the roof to be supported. They are then temporarily arrested in this position and filled with a hardenable substance in flowable condition which, when it hardens, forms a solid column that is able to support the roof. Reinforcing bars or similar elements may be provided in the interior of the prop casings to become embedded in the hardenable substance. Measures may be taken for facilitating disassembly of the prop casings with the solid columns therein, under circumstances in which the casings are subjected to downward pressure by the roof.
    • 提供多个中空支撑壳体,每个中空支撑壳体由至少两个可伸缩部分组成。 这些部分通过将它们竖起来竖立,然后将其伸缩,直到它们承受屋顶被支撑为止。 然后将它们暂时停留在这个位置,并充满可流动状态的可硬化物质,当其变硬时,形成能够支撑屋顶的固体柱。 可以在支撑壳体的内部设置加强杆或类似元件以嵌入可硬化物质中。 在壳体受到屋顶的向下压力的情况下,可以采取措施以便于拆卸带有固体柱的支柱壳体。
    • 5. 发明授权
    • Prop for use in underground mining or tunnel construction
    • 支柱用于地下采矿或隧道施工
    • US5921718A
    • 1999-07-13
    • US875643
    • 1997-07-31
    • Theodor Kolk
    • Theodor Kolk
    • E21D15/18E21D15/28E21D15/32E21D15/44E21D15/14E21D23/04
    • E21D15/285E21D15/18E21D15/44
    • An extending prop for underground and tunnel construction, comprising, an outer tube having a closed bottom end, an inner tube telescopically slidable in the outer tube and having a closed top end, and a mechanical locking device adapted to fix the relative positions of the inner and outer tubes. A hydraulically actuated flying piston is arranged in the outer tube and is separated from the inner tube. The piston is adapted to extend the inner tube upon actuation by hydraulic pressure. The piston divides the prop into a bottom chamber enclosed by the outer tube and a top chamber enclosed by the inner tube. A first filling connection is arranged on the outer tube for filling the bottom chamber with a pressure medium for actuating the piston. A second filling connection is arranged on the inner tube for filling the top chamber. The prop is fillable with construction material through the second filling connection over its entire length by displacement of the piston toward the bottom end of the the outer tube.
    • PCT No.PCT / EP96 / 01634 Sec。 371日期1997年7月31日 102(e)1997年7月31日PCT PCT 1996年4月19日PCT公布。 公开号WO96 / 33336 日期1996年10月24日一种用于地下和隧道结构的延伸支架,包括:具有封闭底端的外管,可在外管中可伸缩滑动并具有封闭顶端的内管,以及适于固定 内管和外管的相对位置。 液压致动的飞行活塞布置在外管中并与内管分离。 活塞适于在通过液压致动时延伸内管。 活塞将支柱分成由外管包围的底部腔室和由内管包围的顶部腔室。 第一填充连接被布置在外管上,用于用用于致动活塞的压力介质填充底部室。 在内管上设置有用于填充顶部腔室的第二填充连接。 通过活塞朝向外管的底端的位移,支柱可以通过第二填充连接在整个长度上填充建筑材料。
    • 6. 发明授权
    • Support column
    • 支持栏
    • US5413436A
    • 1995-05-09
    • US157682
    • 1993-11-24
    • Volker Merz
    • Volker Merz
    • E21D15/18E21D15/14
    • E21D15/18
    • A support column for underground mining has a hollow lower column component and a hollow upper column component. The upper column component is slidingly mounted in the lower column component. The bottom of the upper column component is a plate member. The circumferential outer surface of the plate member and the inner surface of the lower column component form an annular gap through which air and water can penetrate, while a non-hardening filler introduced into the interior space of the lower column component through a filling unit cannot penetrate through the gap. The filler accumulating in the interior space of the lower column component causes the upper column component to be moved relative to the lower column component and the support column is clamped between the abutments. The support column can be removed by discharging filler through an outlet opening in the lower column component.
    • 用于地下采矿的支柱具有中空的下柱构件和中空的上柱构件。 上柱部件滑动地安装在下部柱部件中。 上柱部件的底部是板件。 板构件的周向外表面和下柱构件的内表面形成空气和水可以穿透的环形间隙,而通过填充单元引入下部柱构件的内部空间的非硬化填料不能 穿透间隙。 积聚在下部柱部件的内部空间中的填料使得上部柱部件相对于下部柱部件移动,并且支撑柱被夹紧在基台之间。 支撑柱可以通过将填料通过下部柱部件中的出口开口排出来除去。
    • 7. 发明授权
    • Support column
    • 支持栏
    • US5273378A
    • 1993-12-28
    • US934660
    • 1993-01-11
    • Volker MerzKurt Plaga
    • Volker MerzKurt Plaga
    • E21D15/16E21D15/18E21D15/14
    • E21D15/16E21D15/18
    • Support column for underground mining and tunnel construction, composed of a load-bearing outer shell and a core of a substance which is to be introduced in the flowable state and is capable of hardening. The upper column component can be slid out of the lower column component and is secured against being slid into the lower column component by a ring-shaped spring element. Active clamping forces can be introduced by means of clamping devices which can be mounted on the outside.
    • PCT No.PCT / DE92 / 00376 Sec。 371日期:1993年1月11日 102(e)日期1993年1月11日PCT提交1992年5月4日PCT公布。 WO92 / 20903 PCT出版物 日期:1992年11月26日。用于地下采矿和隧道施工的支柱,由承载外壳和物质的核心组成,其物质可以以可流动状态引入并且能够硬化。 上柱部件可以从下部柱部件滑出,并且被固定而不被一个环形弹簧元件滑入下部柱部件。 可以通过可以安装在外部的夹紧装置来引入主动夹紧力。
    • 8. 发明授权
    • Self adjusting structure support
    • 自调结构支持
    • US4726714A
    • 1988-02-23
    • US720369
    • 1985-04-05
    • Eugene D. MacArthur
    • Eugene D. MacArthur
    • E21D15/18E21D15/44
    • E21D15/18
    • A self-adjusting support or structure including a cylindrical column having a top portion attachable to the structure and having a bearing plate partly closing the bottom with the column nesting within a casing that stands on the ground, the column being adapted to receive sand in its hollow interior, the column having spacing projections around its lower portion and the casing having spacing projections around its upper portions so that sand can flow into the casing beneath the bearing plate when the casing settles to a lower elevation.
    • 一种自调节支撑件或结构,其包括具有可附接到所述结构的顶部的圆柱形柱体,并且具有部分地封闭底部的支承板,所述支撑板将柱嵌套在位于地面上的壳体内,所述柱适于在其中容纳沙子 中空的内部,柱具有围绕其下部的间隔突起,并且壳体具有围绕其上部的间隔突起,使得当壳体沉降到较低的高度时,砂可以在承载板下方流入壳体中。