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    • 91. 发明申请
    • EXTRACTION INSTALLATION FOR MINERAL EXTRACTION
    • 矿物提取提取装置
    • WO2014075806A3
    • 2014-09-12
    • PCT/EP2013003439
    • 2013-11-14
    • CATERPILLAR GLOBAL MINING EUR
    • KLABISCH ADAMZIEGLER MANFRED
    • E21C29/14E21C27/34
    • E21C29/145E21C27/34
    • The present disclosure relates to an extraction machine (50) of an extraction installation (10) for mineral mining. The extraction machine (50) may comprise a first chain mount (8) configured to be connected to a first chain strand section (1A) of a chain (1), and a second chain mount (9) configured to be connected to the second chain strand section (1B) of the chain (1). The extraction machine (50) may further comprise a first pre-tensioning device (40) for building up a pre-tensioning force acting on the first chain mount (8) such that a pulling force acts on the first chain strand section (1A) in the direction of the second chain mount (9). Thereby, the operational behaviour of the extraction machine and/or the extraction installation may be improved.
    • 本公开涉及一种用于矿物开采的提取装置(10)的提取机(50)。 提取机(50)可以包括构造成连接到链条(1)的第一链条部分(1A)的第一链条安装件(8)和被配置为连接到第二链条部件 链(1)的链链段(1B)。 提取机(50)还可以包括用于建立作用在第一链条安装件(8)上的预张力的第一预张紧装置(40),使得牵引力作用在第一链条部分(1A)上, 在第二链条安装件(9)的方向上。 从而可以提高提取机和/或提取装置的操作性能。
    • 92. 发明申请
    • MINING PLOW
    • 采矿工程
    • WO2013143658A3
    • 2013-12-05
    • PCT/EP2013000804
    • 2013-03-15
    • CATERPILLAR GLOBAL MINING EUR
    • HESSE NORBERTSIEPENKORT GERHARDKLABISCH ADAM
    • E21C27/34
    • E21C27/34E21C35/08
    • A coal mining mining plow (1) comprising a plow base (4), two cutting bit carriers (7) pivotably supported on a respective pivot pin (8), a roof cutting bit carrier (12) attached to the plow base (4) in a height-adjustable manner, and an attachment member (20) settable on the plow base (4) is disclosed. The attachment member (20) may include ancillary cutting bit columns (21) provided with extraction cutting bits (22). Each ancillary cutting bit column (21) may be respectively positioned in its extraction position for a plow trip above a cutting bit carrier (7), and an intermediate member (30) may be disposed between the attachment member (20) and each ancillary cutting bit column (21). The intermediate member (30) may be foldable attached to the attachment member (20) and may be folded away into an installation position, in which the corresponding cutting bit carrier (7) is removable while the attachment member (20) and the intermediate part (30) remain installed.
    • 本发明涉及一种采煤采矿刨机(1),其包括犁座(4),可枢转地支撑在相应的枢轴销(8)上的两个切割钻头架(7),连接到犁座(4)的屋顶切割钻头载体(12) 以可调节高度的方式安装,以及可设置在犁座(4)上的安装构件(20)。 附接构件(20)可以包括设有抽取切割钻头(22)的辅助切割钻头柱(21)。 每个辅助切削钻头立柱(21)可以分别位于其拔出位置,用于在切削钻头载体(7)上方进行犁刀行程,并且中间构件(30)可以设置在附接构件(20)与每个辅助切削 (21)。 中间构件(30)可以可折叠地附接到附接构件(20)并且可以折叠到安装位置中,其中相应的切割钻头载体(7)可移除,而附接构件(20)和中间构件 (30)仍然安装。
    • 93. 发明申请
    • MINING PLOW
    • 采矿平台
    • WO2013143658A2
    • 2013-10-03
    • PCT/EP2013/000804
    • 2013-03-15
    • CATERPILLAR GLOBAL MINING EUROPE GMBH
    • HESSE, NorbertSIEPENKORT, GerhardKLABISCH, Adam
    • E21C27/34E21C35/08
    • A coal mining mining plow (1) comprising a plow base (4), two cutting bit carriers (7) pivotably supported on a respective pivot pin (8), a roof cutting bit carrier (12) attached to the plow base (4) in a height-adjustable manner, and an attachment member (20) settable on the plow base (4) is disclosed. The attachment member (20) may include ancillary cutting bit columns (21) provided with extraction cutting bits (22). Each ancillary cutting bit column (21) may be respectively positioned in its extraction position for a plow trip above a cutting bit carrier (7), and an intermediate member (30) may be disposed between the attachment member (20) and each ancillary cutting bit column (21). The intermediate member (30) may be foldable attached to the attachment member (20) and may be folded away into an installation position, in which the corresponding cutting bit carrier (7) is removable while the attachment member (20) and the intermediate part (30) remain installed.
    • 1.一种采矿开采犁(1),包括犁基座(4),可枢转地支撑在相应的枢销(8)上的两个切割钻头承载件(7),附接到犁基座(4)的顶切割钻头(12) 公开了一种高度可调的方式,以及可设置在犁座(4)上的安装构件(20)。 附接构件(20)可以包括具有提取切割钻头(22)的辅助切割钻头柱(21)。 每个辅助切割钻头柱(21)可以分别位于其提取位置,用于在切割刀架(7)之上的犁切行程,并且中间构件(30)可以设置在附接构件(20)和每个辅助切割 位列(21)。 中间构件(30)可以可折叠地附接到附接构件(20),并且可以折叠到安装位置,在该安装位置中相应的切割钻头承载件(7)可移除,而附接构件(20)和中间部件 (30)保持安装。
    • 94. 发明申请
    • ROOF CUTTER HOLDER ADJUSTMENT DEVICE AND SECURING ELEMENT THEREFOR
    • FIRSTMEISSELTRÄGERVERSTELLUNG和这里的保险丝元件
    • WO2009087078A3
    • 2009-09-24
    • PCT/EP2009000012
    • 2009-01-05
    • BUCYRUS DBT EUROPE GMBHKLABISCH ADAMSIEPENKORT GERHARDDUHNKE KLAUSHESSE NORBERT
    • KLABISCH ADAMSIEPENKORT GERHARDDUHNKE KLAUSHESSE NORBERT
    • E21C27/34E21C31/08
    • E21C27/34E21C31/08Y10T74/18792
    • The invention relates to an adjustment device for a roof cutter holder arranged height-adjustably on the plough body of a winning plough, with a worm wheel (6) for interacting with a rack-like toothing on the roof cutter holder, with an input shaft (8) for actuating the worm wheel, preferably with a gear unit (9) interposed between the input shaft and the worm wheel, and with a head plate (1) which has a passage (18) for the input shaft and which can be fastened or is fastened fixedly in terms of rotation on the plough body (1). To make it possible to mount and release the roof cutter holder adjustment device in a simple manner, the head plate (1) comprises at least one fastening device to which a securing element (21), which can be plugged onto the free end of the input shaft, can be fastened fixedly in terms of rotation in the mounted state.
    • 本发明涉及一种设置在一个成功的犁屋顶刀架犁体的高度,可调节一个顶刨刀支座调节装置,具有一个蜗轮(6),用于与在屋顶上刀座机架状齿合作,包括:输入轴,用于致动所述蜗轮(8),优选地具有在输入轴和蜗轮之间 中间齿轮箱(9),并与(1),具有用于所述输入轴和所述犁体(1)不可转动地附接或附接的切口(18),一个头板。 为了能够安装和释放顶刨刀支座调整的一个简单的方法,所述头板(1)至少一个固定装置,在其上在组装状态下插入到所述输入轴固定件(21)的自由端部可旋转地固定是。
    • 95. 发明申请
    • ZUGSCHLITTEN FÜR GEWINNUNGSHOBEL
    • 雪橇于获得平面
    • WO2009059724A1
    • 2009-05-14
    • PCT/EP2008/009207
    • 2008-10-31
    • BUCYRUS DBT EUROPE GMBHKLABISCH, AdamHESSE, NorbertSIEPENKORT, GerhardDUHNKE, KlausBETTERMANN, Diedrich
    • KLABISCH, AdamHESSE, NorbertSIEPENKORT, GerhardDUHNKE, KlausBETTERMANN, Diedrich
    • E21C27/34
    • E21C27/34
    • Die Erfindung betrifft einen Zugschlitten für einen untertägigen Gewinnungshobel, mit einem in eine Ausnehmung in einem Hobelkörper einsetzbaren Zugschlittenkörper, der rückseitig einer Führungsaussparung 17 ein Vorderteil 11 aufweist, dessen in Fahrtrichtung weisenden Enden Anschlagflächen 12 zum Zusammenwirken mit Gegenanschlagflächen in der Ausnehmung des Hobelkörpers bilden. Erfindungsgemäß ist in den Vorderteil 11 des Zugschlittens 10 eine in beiden Fahrtrichtungen dämpfend wirkende Dämpfungseinrichtung 20 integriert. Um eine wartungsarme und eine günstigere Kraftübertragung zwischen der Anschlagfläche am Zugschlitten und der Gegenanschlagfläche am Hobelkörper ermöglichende Dämpfungseinrichtung zu schaffen, ist das Kupplungsstück 14 relativ zu den Anschlagflächen 12 gegen die Rückstellkraft eines zwischen den Anschlagflächen 12 angeordneten Dämpfungssystems der Dämpfungseinrichtung 20 beweglich.
    • 本发明涉及一种牵引滑座用于地下采矿犁,与在平面体牵引滑座的凹部的可插入,该17包括在背面的导向凹部的前部11,其面向前的端部形式的停止面12,用于在犁体的空腔与止器表面相互作用。 在旅行阻尼根据本发明装置20的两个方向的阻尼效果被集成到牵引滑座10的前部11 为了提供一个低维护,和对牵引滑座和所述犁体使所述缓冲装置的止器表面上的止动表面之间的力的更有利的传输中,连接件14是相对于止动可动表面12抵靠恢复力被布置阻尼减振装置20的系统中的止挡面12之间
    • 97. 发明授权
    • Method for controlling a cutting extraction machine
    • 切割机的控制方法
    • US08469455B2
    • 2013-06-25
    • US12449187
    • 2008-07-28
    • Bernhard HackelboergerFiona MavroudisReik WinkelKarl Nienhaus
    • Bernhard HackelboergerFiona MavroudisReik WinkelKarl Nienhaus
    • E21C35/08
    • E21C35/08E21C27/34E21C41/18
    • The invention relates to a method for controlling a cutting extraction machine, which can be moved along a working front in longwall mining, in which method the heat emission of the working face (4) newly exposed by the extraction machine, in each instance, is observed using an infrared camera (10), and control data for the subsequent extraction run are generated on the basis of this observation. In order to make this method problem-free and more useful for practical situations, the invention proposes that observation of the heat radiation takes place perpendicular to the working face (4) and at a minimum distance from the cutting tools of the extraction machine, that a key bed package (X) having a characteristic sequence of border surfaces between layers of different heat conductivity is determined, that at the end of each extraction run, the progression of this key bed package (X) is determined, with reference to the delimitation surfaces of the longwall, on the basis of the heat images, and that the control data for the next extraction run of the extraction machine are generated on the basis of this progression of the key bed package.
    • 本发明涉及一种用于控制切割提取机的方法,其可以在长壁采矿中沿着工作前沿移动,其中在每种情况下,由提取机新露出的工作面(4)的散热为 使用红外线照相机(10)观察,并且基于该观察生成用于随后的提取运行的控制数据。 为了使该方法无问题并且对于实际情况更有用,本发明提出,垂直于工作面(4)并且距提取机的切割工具的最小距离观察热辐射,该 确定具有不同导热性层之间的边界表面的特征序列的键床包装(X),在每次提取运行结束时,确定该密钥床包装(X)的进度,参考定界 基于加热图像的长壁的表面,并且基于钥匙床包装的进行生成提取机的下一次提取运行的控制数据。
    • 98. 发明授权
    • Planing device and method for activating a planning device
    • 用于激活计划装置的刨削装置和方法
    • US07393059B2
    • 2008-07-01
    • US11412534
    • 2006-04-27
    • Erwin HaeseManfred Ziegler
    • Erwin HaeseManfred Ziegler
    • E21C29/04E21C35/04
    • E21C27/34
    • A planing device and a method for activating a planing device, with a mining planer reversibly moveable by means of a planer chain, with at least two chain drives having variable-speed drive motors, with a planer travel measurement system and with a motor control device which, for example by position control, delivers activation parameters for a change in rotational speed of the drive motors for changing the planing speed and which is assigned a control module 12 with automatic load compensation regulation between the drive motors. A monitoring module is provided, which, for example by position control, switches off the control module for load compensation regulation or modifies its operating mode and delivers different activation parameters to the drive motors.
    • 一种刨削装置和一种用于激活刨削装置的方法,其中采矿刨床可通过平面链可逆地移动,具有至少两个具有变速驱动电机的链条驱动器,具有平面行进测量系统和电动机控制装置 其例如通过位置控制,提供用于改变驱动电动机的转速的变化的激活参数,用于改变刨削速度,并且在驱动电动机之间指定具有自动负载补偿调节的控制模块12。 提供监控模块,例如通过位置控制,关闭控制模块进行负载补偿调节或修改其工作模式,并向驱动电机传递不同的启动参数。
    • 99. 发明授权
    • Plow guide for a chain-pulled plow
    • 牵引犁耕犁指南
    • US07188441B2
    • 2007-03-13
    • US10839484
    • 2004-05-05
    • Gerhard MertenAdam KlabischKlaus DuhnkeNorbert HesseGerhard SiepenkortUwe TillessenHans Meya
    • Gerhard MertenAdam KlabischKlaus DuhnkeNorbert HesseGerhard SiepenkortUwe TillessenHans Meya
    • E21C27/34E21C35/20
    • E21C35/12E21C27/34
    • The subject matter of the present invention relates to a plow guide for a chain-pulled plow for use in underground mining operations, with plow guide troughs 20 and 50 having multiple parts and being connectable to one another by means of coupling elements so as to be tension-proof and angularly movable. Each plow guide trough has a center piece 21 and 51 with superposed chain guide channels 10C, 10B, 10D, to both sides of which center piece an end piece, 22,23 and 52,53 is joined by welding, which end piece is a single-piece casting with superposed chain channel sections that are separated by a sliding spacer piece that is cast on. To make available a high-performance Gleithobel system with a high tool life, cast-on holding pockets 24,25 and 54, 55—which are open on the working face side—for toggle connections with toggles 1 as coupling organs are disposed on end pieces 22,23 and 52, 53. (FIG. 2)
    • 本发明的主题涉及一种用于地下采矿作业的拉链犁耕犁引导装置,犁引导槽20和50具有多个部件,并且可通过联接元件彼此连接成为 防张力和角度可动。 每个犁引导槽具有中心件21和51,其具有叠置的链条导向通道10C,10B,10D,其中心件的两侧端部件22,23和52,53通过焊接连接,该端部 片是具有叠置的链通道部分的单件式铸件,其由铸造的滑动间隔件分隔开。 为了提供具有高刀具寿命的高性能Gleithobel系统,在工作面上打开的铸造保持口24,25和54,55,用于与切换1的切换连接,因为联接器具被设置在末端 第22,23和52,53。 (图2)
    • 100. 发明授权
    • Chain guide arrangement on a mining machine
    • 采矿机上的导轨布置
    • US07055913B2
    • 2006-06-06
    • US11038742
    • 2005-01-20
    • Reiner EickelmannUwe TillessenNorbert HesseGerhard SiepenkortKlaus DuhnkeAdam Klabisch
    • Reiner EickelmannUwe TillessenNorbert HesseGerhard SiepenkortKlaus DuhnkeAdam Klabisch
    • E21C27/34E21C29/14
    • E21C27/34E21C29/10
    • Chain guide arrangement for a mining machine, in particular for an extraction plough. The chain guide arrangement comprises a first chain passage for a load strand and a second chain passage for a return strand of a drive chain of the mining machine. At the end areas of the chain passages there are provided a drive station and a return station for the drive chain. At least at one of the chain passages a chain guide for the load strand and/or for the return strand of the drive chain is provided in a transition area to the drive station/s and/or the return station. According to the invention, the chain guide comprises a retaining pocket being open towards the drive chain and at an end face thereof being bounded by a hinge pin arranged to be transverse to a direction of movement of the chain. The chain guide further comprises a hold-down device comprising a pin seating on at least its one end face which pin seating matches with the hinge pin and is open on one side, and a locking arrangement. The hold-down device comprises a pressure face adjoining against the drive chain when the hold-down device is in a state in which it is retained in the retaining pocket and locked.
    • 用于采矿机的链导轨装置,特别是用于提取犁。 链条引导装置包括用于负载线束的第一链条通道和用于采矿机械的驱动链条的返回链条的第二链条通道。 在链条通道的末端区域设置有用于驱动链条的驱动站和返回站。 至少在一个链条通道处,在驱动站和/或返回站的过渡区域中设置用于负载线和/或驱动链的返回线的链条引导件。 根据本发明,链条引导件包括朝向驱动链打开的保持袋,并且在其端面处由布置成横向于链条的运动方向的铰链销限定。 链条引导件还包括压紧装置,该压紧装置包括至少在其一个端面上设置的销,该销的销座与铰链销匹配并且在一侧开口,以及锁定装置。 压紧装置包括当压紧装置处于其保持在保持口中并被锁定的状态时与压力链相邻的压力面。