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    • 1. 发明授权
    • Hydraulically operated mine prop with safety valve
    • 具有安全阀的液压矿用支柱
    • US4252476A
    • 1981-02-24
    • US72783
    • 1979-09-05
    • Manfred KoppersPeter Marr
    • Manfred KoppersPeter Marr
    • E21D15/51
    • E21D15/512Y10T137/7905
    • A mine prop provided with an overpressure valve of large flow-through section which opens when excessive forces suddenly act on the prop to discharge pressure fluid from the interior of the prop. The overpressure valve comprises a hollow cylindrical housing forming at one end a valve seat communicating with the fluid-filled inner space of the prop and a valve member axially guided in the housing for movement between a closed position engaging the valve seat and an open position. The fluid-filled space of the prop communicates with channels leading to the outside of the prop. The valve member is normally maintained in the closed position by a gas pillow under high pretension confined in a pressure space delimited peripherally by the wall of the valve housing and at opposite ends respectively by the valve member and a plug fluid tightly mounted in and closing the other end of the housing. The valve member and the plug are both formed from metal and are both provided at facing ends with annular slender sealing lips of triangular cross-section tapering toward each other, the outer surfaces of which are pressed into engagement with the inner peripheral surface of the housing by the pressure of the gas pillow.
    • 矿井提供了一个大流通部分的超压阀,当过大的力突然作用在支柱上时,该溢流阀在道路内部排出压力流体时打开。 超压阀包括中空圆柱形壳体,其一端形成有与支撑件的流体填充的内部空间连通的阀座和在壳体中轴向引导的阀构件,用于在接合阀座的关闭位置和打开位置之间移动。 支柱的流体填充空间与通向道路外部的通道相通。 阀构件通常由气枕保持在闭合位置,该气枕被限制在由阀壳体的外壁限定在外围的压力空间中,并且在相对端分别由阀构件和紧密地安装在其中并且关闭 住房的另一端 阀构件和塞子均由金属形成,并且两者均设置在相对端部处,其两侧面呈锥形的三角形横截面的环形细长的密封唇缘,其外表面被压入壳体的内周表面 通过气枕的压力。
    • 2. 发明授权
    • Roof prop apparatus and method for longwall mining
    • 用于长壁采矿的屋顶支撑装置和方法
    • US4094154A
    • 1978-06-13
    • US748912
    • 1976-12-09
    • Gunter BlumenthalKarlheinz BohnesPeter Marr
    • Gunter BlumenthalKarlheinz BohnesPeter Marr
    • E21D23/00E21D15/44
    • E21D23/0091
    • In longwall mining wherein a mine roof is normally supported by a succession of arches each in turn supported at one mine wall on a respective leg, a plurality of vertically expensible holders are pressed up against a plurality of respective adjacent arches with a common first beam, and legs of the thus-supported arches are removed so that the mine wall can be worked at this location. For advancing along the longwall all of the holders except the holder at one end of the row of holders are pressed upwardly against the respective arches with a second beam. The leg of the arch of the end holder is replaced and then the first beam is dropped down away from the row of holders. The end holder is then displaced to the opposite end of the row and the first beam is advanced toward this other end and the end holder is positioned under the arch immediately adjacent the other end. Then all of these holders including the end holder are pressed upwardly by the first beam against the respective arches and the second beam is dropped downward and displaced toward the other end. The leg of the newly supported arch can then be removed and the mine wall can be worked where this leg has been removed. Each of these beams is vertically displaceable relative to a lower beam by means of hydraulic cylinders and further hydraulic cylinders interconnect the lower beams for longitudinal stepping of the entire assembly.
    • 在长壁采矿中,其中矿顶通常由一系列拱形支撑,每个拱顶依次在相应的支脚上的一个矿井壁上支撑,多个垂直方向的支撑件被压靠在多个相应的相邻弓形拱顶上,共同的第一梁, 并且这样支撑的拱门的腿被移除,使得矿井可以在该位置被加工。 为了沿着长墙推进,除了保持架的一端的保持器之外的所有保持器的所有保持器都用第二梁向上压靠在相应的拱顶上。 更换端部支架的拱形腿,然后将第一个梁从支撑架上排下。 然后,端部保持器移动到行的相对端,并且第一梁朝向另一端前进,并且端部保持器定位在紧邻另一端的拱下。 然后,包括端部保持器的所有这些保持器被第一梁向上压靠在相应的拱顶上,并且第二梁向下落下并朝向另一端移位。 然后可以移除新支撑的拱的腿,并且可以在该腿被移除的地方工作矿井。 这些梁中的每一个通过液压缸相对于下梁垂直移动,并且另外的液压缸将下梁互连以便整个组件的纵向步进。
    • 3. 发明授权
    • Method and apparatus for advancing and supporting an underground mine
gallery
    • 推进和支持地下矿场的方法和装置
    • US4077670A
    • 1978-03-07
    • US793277
    • 1977-05-03
    • Klaus SpiesGunter BlumentalKarlheinz BohnesPeter Marr
    • Klaus SpiesGunter BlumentalKarlheinz BohnesPeter Marr
    • E21D9/00E21D9/10E21D11/22E21D9/08E21D11/18
    • E21D9/10E21D11/22E21D9/00
    • A method for advancing and supporting an underground mine gallery in which a groove following the outline of the cross-section of the mine gallery is formed in the mine face and simultaneously thereto a plurality of bore holes are drilled in the part of the mine face located inwardly of the groove, in which a support frame is then placed into the groove and braced against the surrounding rock, whereafter explosives placed in the bore holes are exploded to remove the part inwardly of the groove from the mine face, while the loose material formed during the preceding steps is transported away from the mine face; and a machine for carrying out the method which is advanced after the above-mentioned steps are performed, whereafter the above-mentioned steps are repeated to thus advance the underground mine gallery while properly supporting the same during such advance.
    • 一种用于推进和支撑地下矿井的方法,其中在矿井表面形成有沿着矿井的横截面轮廓的槽,同时在矿井的一部分钻出多个钻孔, 在凹槽的内部,其中支撑框架然后被放置在凹槽中并且支撑在周围的岩石上,然后放置在钻孔中的炸药被分解以从矿井面向内移除凹槽内部,同时形成松散材料 在上述步骤中,将其从矿井的表面运走; 并且执行在上述步骤之后进行的方法的机器,然后重复上述步骤,从而在这样的提前期间适当地支撑地下矿井,从而推进地下矿井。
    • 4. 发明授权
    • Pit prop assembly
    • 坑道组装
    • US4008578A
    • 1977-02-22
    • US685162
    • 1976-05-11
    • Gunter BlumenthalPeter Marr
    • Gunter BlumenthalPeter Marr
    • E21D23/04E21D23/10E21D15/44
    • E21D23/0409E21D23/10
    • A pit prop assembly for use in a mine having a floor, a roof, and a face, comprises a pair of pit props having parallel elongated floor-engaging bases on each of which is pivoted a roof-engaging arm which may be pressed against the roof by means of a hydraulic ram extending vertically between each base and the respective arm. A pair of telescoping elements extend longitudinally between these two bases and one of the elements is pivoted at its front and rear end on respective front and rear end of one of the bases and the other element pivoted at its front and rear end on the respective front and rear end of the other base. A longitudinal-displacement ram is provided between these telescoping elements so that the two pit props can be displaced longitudinally relative to each other. In addition a transverse ram forms the connection between the rear of one of the elements and the corresponding rear of the corresponding base so that transverse displacement or swiveling of the two pit props is also possible.
    • 用于具有地板,屋顶和面部的矿井中的坑道支架组件包括一对具有平行的细长地板接合基座的坑道,其中每个坑道可枢转,顶盖接合臂可压靠 通过在每个基座和相应的臂之间垂直延伸的液压柱塞来顶板。 一对伸缩元件在这两个基座之间纵向延伸,并且其中一个元件在其前端和后端在其中一个基座的相应前后端枢转,另一个元件在其前后端在相应的前端 和另一个底座的后端。 在这些伸缩元件之间设置有纵向位移拉杆,使得两个凹坑道具可相对于彼此纵向移位。 此外,横向拉杆形成了一个元件的后部和相应基座的相应后部之间的连接,使得两个凹坑道具的横向移位或旋转也是可能的。
    • 5. 发明授权
    • Breast roof support system for longwall mining
    • 用于长壁采矿的乳房屋顶支撑系统
    • US4094153A
    • 1978-06-13
    • US748911
    • 1976-12-09
    • Gunter BlumenthalKarlheinz BohnesPeter Marr
    • Gunter BlumenthalKarlheinz BohnesPeter Marr
    • E21D23/00E21D23/04E21D15/44
    • E21D23/0034E21D23/0454
    • In a longwall mining operation the roof of the breast extending laterally from a heading or gangway is supported by at least two pairs of pit props. Each pair is substantially identical, having an elongated upper part and an elongated lower part displaceable away from each other by hydraulic rams. In addition a shield is provided extending vertically between the upper and lower parts of each prop at the upstream end of the prop turned toward the stowage area. In addition the props furthest from the mine are substantially longer than the props closest to the mine and are provided at their ends turned toward the stowage area with side shields forming a closed chamber so as carefully to segregate the gob from the breast. The upper parts of the props are formed of several articulated sections so as to allow these upper parts to conform to the shape of the roof. In addition that prop closest to the mine is provided with laterally extending upwardly pivotal flaps usable to support the roof at the opening between the breast and the mine.
    • 在长壁采矿作业中,从舷梯或舷梯横向延伸的乳房的屋顶由至少两对坑道支撑。 每一对基本相同,具有细长的上部和通过液压柱塞可彼此远离的细长下部。 此外,在向支撑区域转向的支柱的上游端部处,在每个支柱的上部和下部之间垂直延伸的护罩被设置。 此外,距离矿山最远的道具远远大于距离矿井最远的道具,并且在其端部处设置成朝着装载区转动,侧壁形成封闭的室,以便小心地将物料从乳房分离。 道具的上部由几个铰接部分形成,以便允许这些上部部分符合屋顶的形状。 另外,靠近矿山的支柱设置有侧向延伸的向上枢转的翼片,可用于在乳房和矿井之间的开口处支撑屋顶。
    • 7. 发明授权
    • Auxiliary walking mine support
    • 辅助步行矿山支援
    • US4175891A
    • 1979-11-27
    • US950536
    • 1978-10-10
    • Gerhard von KlinggraffPeter MarrKarlheinz Bohnes
    • Gerhard von KlinggraffPeter MarrKarlheinz Bohnes
    • E21D23/00E21D15/44
    • E21D23/0091
    • A walking mine support unit has a pair of adjacent supporting frames each having a multi-partite sole plate and a multi-partite roof shield. The sole plate and roof shield of each frame are connected only at their respective leading and trailing ends, by hydraulic rams which permit the roof shields to be raised and lowered relative to the sole plates, and by four-bar linkages which permit length-wise displacement of the roof shields parallel and relative to the sole plates. A multi-section overshield is located above each of the roof shields and connected thereto by adjustable supports. An arrangement is provided for advancing the unit in stepwise manner.
    • 步行矿山支撑单元具有一对相邻的支撑框架,每个支撑框架具有多部分底板和多部分屋顶屏蔽。 每个框架的底板和屋顶护罩仅通过液压柱塞在其相应的前端和后端处连接,这些液压柱塞允许屋顶护罩相对于鞋底板升高和降低,并且通过四杆连杆,其允许纵向 顶盖的位移平行并相对于底板。 多部分遮光罩位于每个屋顶护罩的上方,并通过可调节的支撑件与其连接。 提供了一种以逐步方式推进该装置的装置。