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    • 1. 发明授权
    • Pressure measuring device
    • 压力测量装置
    • US4843886A
    • 1989-07-04
    • US193241
    • 1988-05-11
    • Manfred KoppersLothar SebastianKuno Guse
    • Manfred KoppersLothar SebastianKuno Guse
    • G01L9/00G01L9/14
    • G01L9/14G01L9/0029
    • The pressure measuring device has a housing in which a pressure chamber is located in a pin extending freely in the interior of the housing from a base. The pressure chamber wall is deformable elastically under an applied pressure. In the free end portion of the pin a magnetoresistive sensor is mounted which is moved with the chamber wall in a displacement occurring because of pressure changes in the chamber and thus is displaced relative to a permanent magnet. The magnet is mounted slightly transversely in the end portion of a compensating sleeve which surrounds the pin with wall contact. The change of the magnetic field at the sensor on displacement causes a proportional resistance change of the sensor so that an electrical signal proportional to the pressure change is generated which is a measure of the pressure. An amplifier for the signal from the magnetoresistive sensor can be mounted inside the housing adjacent the permanent magnet or the magnetoresistive sensor. Also advantageously the space between the housing and the compensating sleeve can be filled with insulation to further reduce temperature compensation requirements.
    • 压力测量装置具有壳体,其中压力室位于从壳体的内部自由延伸的销中。 压力室壁在施加的压力下弹性变形。 在销的自由端部安装有磁阻传感器,其随着腔室壁移动而发生位移,因为腔室中的压力变化,因此相对于永磁体移位。 该磁体稍微横向地安装在补偿套筒的端部,该补偿套筒围绕销与壁接触。 传感器在位移时的磁场变化导致传感器的电阻变化比例,从而产生与压力变化成比例的电信号,这是测量压力。 用于来自磁阻传感器的信号的放大器可以安装在与永磁体或磁阻传感器相邻的壳体内。 还有利地,壳体和补偿套筒之间的空间可以被填充绝缘体以进一步降低温度补偿要求。
    • 2. 发明授权
    • Method of controlling the movement of a longwall excavation front,
especially the face or breast of a coal seam
    • 控制长壁开挖前沿,特别是煤层面部或乳房运动的方法
    • US4887935A
    • 1989-12-19
    • US288408
    • 1988-12-21
    • Manfred KoppersLotar SebastianKuno Guse
    • Manfred KoppersLotar SebastianKuno Guse
    • E21C41/16E21C41/18E21D23/14
    • E21C41/16E21D23/144
    • The advance of a mining front in longwall mining is effected by a process in which sensors measure the displacement of displacement cylinders coupling the linked prop elements to the linked conveyor elements with their respective cutters. A computer generates a baseline represented by the actual prop line as a starting point and the conveyor elements and cutters are then advanced all along the mining front via the displacement cylinders. The sensors input the respective displacements into the computer so that an actual conveyor line is determined in the computer and serves as the baseline for after-drawing of the prop elements via the cylinders. The new prop line calculated by the computer then forms the baseline for further advance and the advance can be controlled to ultimately align the conveyor elements along the conveyor line corresponding to a setpoint line defined by the computer and parallel to the original baseline.
    • 采矿前沿在长壁采矿中的进展是通过一个过程实现的,其中传感器测量位移缸的位移,该位移缸通过其相应的切割器将连接的支撑元件联接到连接的输送机元件。 计算机生成由实际支柱线表示的基线作为起点,然后输送机元件和切割器通过位移圆柱体沿着采矿前端全部前进。 传感器将相应的位移输入到计算机中,使得在计算机中确定实际的输送线,并且用作通过气缸抽取支柱元件的基线。 由计算机计算出的新的支路线然后形成用于进一步前进的基线,并且可以控制进给以最终使输送机元件沿着与由计算机定义并与原始基线平行的设定线对应的输送线对准。
    • 4. 发明授权
    • Hydraulic mine prop
    • 液压矿山
    • US4142449A
    • 1979-03-06
    • US761017
    • 1977-01-21
    • Manfred KoppersOtto Dombrowski
    • Manfred KoppersOtto Dombrowski
    • E21D15/51E21D15/44F15B13/042
    • E21D15/512
    • A hydraulic mine prop comprises a cylindrical top ram portion and a bottom ram portion which is telescopically engageable in said top ram portion and has an upper piston portion in sliding sealing engagement with the interior of said top ram portion. A ram head closes the top of said ram portion and a valve seat body is disposed between the ram head at a spaced location therefrom adjacent the top of the top ram portion and defines a vent space therebetween. The valve seat body also encloses a pressure space between itself and the piston and a passage is defined through the valve body within a valve seat portion thereof which communicates the pressure space to the vent space. The passage is closed by a spring-biased valve which may open against the biasing force of the spring. The construction includes one or more passages extending through the valve seat and through various generally radially extending passages defined in the body from the pressure space to the vent space and additional passages which are defined outwardly from the vent space to the atmosphere. The construction also includes a ring around the top ram portion having an annular passage which is communicatable through a port or bore of the top ram portion cylinder to a pressure holding valve space which is closable by a rotatable globe valve.
    • 液压矿井支柱包括圆柱形顶部活塞部分和底部活塞部分,其可伸缩地接合在所述顶部活塞部分中,并且具有与所述顶部活塞部分的内部滑动密封接合的上部活塞部分。 冲压头封闭所述冲头部分的顶部,并且阀座主体设置在冲头头部之间的间隔位置处,邻近顶部压头部分的顶部并且在其之间限定通气空间。 阀座体还包围其本身与活塞之间的压力空间,并且在其阀座部分内通过阀体限定通道,该阀座部分将压力空间连通至通气空间。 通过弹簧偏压的阀门关闭通道,该阀门可以抵抗弹簧的偏压力而打开。 该结构包括一个或多个通道,其延伸穿过阀座并且通过限定在主体中的从压力空间到通气空间的各种大致径向延伸的通道以及从通气空间向大气限定的附加通道。 该结构还包括围绕顶部压头部分的环,其具有环形通道,该环形通道可通过顶部活塞部分气缸的端口或孔连通到可由可旋转球阀闭合的压力保持阀空间。
    • 5. 发明授权
    • Canopy and shield structure for supporting a shield in a seam-like mine
deposit
    • 用于在接缝状矿床中支撑盾构的盾构和盾构结构
    • US4089181A
    • 1978-05-16
    • US775197
    • 1977-03-07
    • Manfred Koppers
    • Manfred Koppers
    • E21D23/00E21D23/03E21D23/04E21F5/06
    • E21D23/0043E21D23/03E21D23/0463E21D23/0481
    • A canopy and shield structure for supporting a shield adjacent a working face in a seam-like mine deposit, comprises a floor skid which is connected through an extensible and retractable prop at the working face end to the working face, and of a canopy, which is adapted to be positioned in parallel relation to the roof strata. The working space is covered at the waste removal end by a shield which includes a lower portion pivotal on the floor skid, and an upper portion which is rigidly connected to the canopy at the opposite end of the canopy from the working face end. The shield is connectable to an extensible and retractable prop and a lemniscate guidance mechanism, so that the upper part of the shield may be moved upwardly and downwardly along its longitudinal axis. The upper part also carries an opening for the passage of a blast pipe which is supported on roller means carried by the canopy.
    • 用于在接缝状矿床中邻近工作面支撑护罩的罩盖和护罩结构包括通过工作面端部的可伸缩支撑件连接到工作面上的地板滑板以及顶篷 适于与屋顶层平行地定位。 工作空间被废物移走端覆盖,该屏蔽件包括在地板滑行板上枢转的下部,以及在工作面端部与顶盖相对的端部刚性地连接到顶篷的上部。 屏蔽件可连接到可伸缩的支架和收集的引导机构,使得护罩的上部可以沿其纵向轴线向上和向下移动。 上部还带有用于鼓风管通过的开口,该鼓风管支撑在由罩盖承载的辊装置上。
    • 6. 发明授权
    • Chain bucket conveyor
    • 链式输送机
    • US4437562A
    • 1984-03-20
    • US320716
    • 1981-11-12
    • Manfred KoppersKarlheinz BohnesHeinz Kunzer
    • Manfred KoppersKarlheinz BohnesHeinz Kunzer
    • B65G19/08
    • B65G19/08
    • A chain bucket conveyor for an underground excavation has a substantially U-shaped forward conveyor part at the side of the sole and open toward a roof, a return conveyor part at the side of backfilling and closed in a substantially channel-like manner, wherein the return conveyor part is normal to the forward conveyor part, and means for transporting the chain from one to the other of the conveyor parts and including actuating stations, a rotary chain wheel having chain pockets and arranged at the actuating stations rotatable about an axis which extends toward the roof and backfilling and is located in a vertical plane transverse to the longitudinal direction of the conveyor, and a conical surface narrowing toward the roof and having an axis coinciding with the axis of rotation of the chain wheel.
    • 用于地下挖掘的链斗式输送机在鞋底侧具有基本上U形的向前输送部分,并朝向屋顶开口,在回填一侧的返回传送部分以基本上为通道状的方式封闭,其中 返回传送部分与正向传送部分相对,以及用于将链条从一个传送到另一个传送部分并且包括致动站的装置,具有链槽的旋转链轮,并且布置在致动站周围可延伸的轴线可旋转 朝向屋顶并回填,并且位于横向于输送机纵向方向的垂直平面中,并且朝向屋顶变窄并且具有与链轮的旋转轴线重合的圆锥形表面。
    • 8. 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。