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    • 2. 发明申请
    • SYSTEM FOR CONTROLLING SPEED OF TRAVEL IN A LONGWALL SHEARER
    • 用于控制长时间剪刀行驶速度的系统
    • WO2015148668A3
    • 2015-12-30
    • PCT/US2015022495
    • 2015-03-25
    • CATERPILLAR GLOBAL MINING EUR
    • SAIKIA SIDDHARTHAKIRKHOPE EUANTEINER MARTINWLEKLIK JÖRGSCHÖNEWEISS NICOLAS
    • E21C35/24
    • E21C35/24E21C27/02E21C27/32E21C35/12
    • A shearer system (100) for removing material along a mineable distance relative to a mining environment (102) includes a rail assembly (114) to support movement of a shearer carriage (104) thereon. The system (100) further includes a haulage motor (112) structured and arranged to move the shearer carriage (104) along the rail assembly (114). The system (100) has a rotatably driven cutter (106) that is positionable relative to the shearer carriage (104). The system (100) further includes an actuator (108) supported by the shearer carriage (104) for changing a cutting height of the cutter (106). The system (100) further includes a controller (120) that can control a velocity of the shearer carriage (104) based on a translation speed of the cutter (106), a maximum speed of the shearer carriage (104), a current cutter height, and a desired cutter height. Optionally, the controller (120) can further control the velocity of the shearer carriage (104) based on a predetermined stopping distance of the shearer carriage (104).
    • 用于相对于采矿环境(102)沿着可挖掘的距离去除材料的采煤机系统(100)包括用于支撑其上的采煤机托架(104)的运动的轨道组件(114)。 系统(100)还包括构造和布置成沿着导轨组件(114)移动所述采煤机托架(104)的运输马达(112)。 系统(100)具有可旋转地驱动的切割器(106),其相对于采煤机托架(104)可定位。 所述系统(100)还包括由所述采煤机托架(104)支撑的用于改变所述切割器(106)的切割高度的致动器(108)。 系统(100)还包括控制器(120),其可以基于切割器(106)的平移速度,采煤机滑架(104)的最大速度,当前切割器 高度和所需的刀具高度。 可选地,控制器(120)可以基于采煤机托架(104)的预定停止距离进一步控制采煤机托架(104)的速度。
    • 4. 发明申请
    • MODULAR CUTTING HEAD
    • 模块化切割头
    • WO2014194978A3
    • 2015-07-23
    • PCT/EP2014001287
    • 2014-05-13
    • CATERPILLAR GLOBAL MINING EUR
    • RASCHIKA JOACHIMBERGER STEFANROHWER JANKORTMANN OLIVER
    • E21C27/24
    • E21C27/22E21C27/24E21D9/1006
    • The present disclosure relates to a cutting head (10) for hard rock mining applications. The cutting head (10) may comprise a base member (20) having a rotational axis (12) and a center bore (30; 130) extending along the rotational axis (12; 112), a drive bushing (31, 131) disposed within the center bore (30; 130) and configured to transmit torque from a driving device to the base member (20; 120), a plurality of tool supports (40) concentrically disposed about the rotational axis (12) in a releasable manner, and a plurality of cutting bit carriers (50) attached to each of the plurality of tool supports (40). When at least one of the plurality of cutting bits (60) is worn, the tool support (40) including worn cutting bits (60) may be replaced by a new tool support (40) including new cutting bits (60).
    • 本公开涉及一种用于硬岩开采应用的切割头(10)。 切割头(10)可以包括具有旋转轴线(12)和沿旋转轴线(12; 112)延伸的中心孔(30; 130)的基座构件(20),设置有驱动套管(31,131) 在所述中心孔(30; 130)内并且构造成将扭矩从驱动装置传递到所述基座构件(20; 120);多个工具支撑件(40),其以可释放的方式围绕所述旋转轴线(12) 以及附接到所述多个工具支撑件(40)中的每一个的多个切割钻头支架(50)。 当多个切削钻头(60)中的至少一个被磨损时,包括磨损的切削钻头(60)的刀具支撑件(40)可以由包括新的切削刀头(60)的新的刀具支撑件(40)代替。
    • 5. 发明申请
    • MILLING DEVICE
    • 铣削设备
    • WO2014183855A3
    • 2015-06-18
    • PCT/EP2014001251
    • 2014-05-09
    • CATERPILLAR GLOBAL MINING EUR
    • RASCHKA JOACHIMBECHEM ULRICHSTEINBERG JENS
    • E21C27/22E01C23/09E21D9/10
    • E21C25/08E01C23/088E01C23/09E21C25/10E21C27/22E21D9/1013
    • The present disclosure generally relates to a milling device (10). Said milling device (10) may comprise a shaft (14) having a shaft axis (A) and a spindle drum (12) rotatably mounted relative to the shaft axis (A) and rotatable about a spindle drum axis (B) coaxial to the shaft axis (A). The milling device (10) may further comprise a plurality of tool spindles (16, 18) rotatably mounted in the spindle drum (12) and rotatable about tool spindle axes (D) parallely arranged spaced apart from the shaft axis (A), and a plurality of machining tools (20, 22) carried by the tool spindles (16, 18). At least two of the plurality of machining tools (20, 22) may be positioned displaced from one another in the direction of the shaft axis (A) which may allow deep and wide cuts, for example, in road milling and mining applications.
    • 本公开一般涉及铣削装置(10)。 所述铣削装置(10)可以包括具有轴线(A)的轴(14)和相对于轴线(A)可旋转地安装并且可围绕与该轴线(A)同轴的主轴鼓轴线(B)旋转的心轴鼓 轴轴(A)。 铣削装置(10)还可以包括可旋转地安装在主轴滚筒(12)中的多个工具主轴(16,18),并且可绕与轴线(A)间隔开并列布置的工具主轴轴线(D)旋转, 由所述工具主轴(16,18)承载的多个加工工具(20,22)。 多个加工工具(20,22)中的至少两个可以在轴线(A)的方向上彼此位移,这可以允许例如在道路铣削和采矿应用中的深切割和宽切割。
    • 8. 发明申请
    • TENSIBLE RETURN UNIT FOR APRON CONVEYOR
    • 用于APRON输送机的紧急返回单元
    • WO2014067618A3
    • 2015-05-07
    • PCT/EP2013003096
    • 2013-10-15
    • CATERPILLAR GLOBAL MINING EUR
    • VOIGT ROBERT
    • B65G23/44
    • B65G23/44B65G17/066B65G17/12B65G17/34B65G19/06E21C35/12E21F13/06
    • The present disclosure directs to a reversing station (10) of an apron conveyor for mined or extracted ground material. The reversing station (10) may comprise a machine frame (14) including a base (8), a slide construction (20) movable relative to the machine frame (14) by means of an adjusting device (30) and having a guide base (22) displaceably guided in a recess (16) in the base (8), a chain wheel (11) fastened to the slide construction (20), guide elements (24) fastened to the guide base (22) and cooperating with guide rails (41) fixedly fastened to the base (8), and a fixing device mountable to the slide construction (20) lockable in different displacement positions by means of the fixing device. The chain wheel (11) may be disposed on the slide construction (20) in a middle portion between a stop (21) for the adjusting device (30) and the guide base (22) of the slide construction (20).
    • 本公开涉及用于开采或提取的研磨材料的围裙输送机的换向站(10)。 换向站(10)可以包括机架(14),其包括底座(8),通过调节装置(30)可相对于机架(14)移动的滑动结构(20),并具有导向底座 (22),可移动地引导到所述基座(8)中的凹部(16)中,固定到所述滑动结构(20)的链轮(11),紧固到所述引导基座(22)并与导向件 固定在基座(8)上的导轨(41)和可安装到滑动结构(20)的固定装置,该固定装置通过固定装置可锁定在不同的位移位置。 链轮(11)可以在用于调节装置(30)的止动件(21)和滑动结构(20)的导向架(22)之间的中间部分中设置在滑动构件(20)上。
    • 9. 发明申请
    • SUPPORT STRUCTURE FOR REVERSING STATION IN AN UNDERGROUND MINING CONVEYOR
    • 地下采矿输送机逆转站的支撑结构
    • WO2014012674A3
    • 2014-06-26
    • PCT/EP2013002151
    • 2013-07-19
    • CATERPILLAR GLOBAL MINING EUR
    • BAIER EUGENSCHMIDT SIEGFRIED
    • E21F13/06B65G41/00B66F7/00
    • E21F13/068
    • A support structure (14) for drive or reversing stations of conveyor or extraction devices in underground mining is described. The support structure (14) has a substructure and an articulated support which may be configured to be vertically adjustable relative thereto by means of a lifting device. At least one spacer element is provided which is configured to be installed between the substructure and the articulated support. A lifting device (18) has two pairs (21A, 21B) of lifting cylinders (21) whose lifting cylinders are arranged diagonally opposite one another in corner areas of the articulated support (17) and can be actuated in pairs, and that as the spacer element (20) for a lifting stage at least four, preferably six, distance members (23) are provided of which two in each case are placeable in pairs underneath the pair (21A, 21B) of lifting cylinders (21) which is not loaded during a lifting process.
    • 描述了用于在地下采矿中驱动或换向输送机或提取装置的站的支撑结构(14)。 支撑结构(14)具有子结构和铰接支撑件,该支撑结构可以被构造成借助于提升装置可相对于其垂直地调节。 提供至少一个间隔元件,其构造成安装在子结构和铰接支撑件之间。 提升装置(18)具有两对升降气缸(21),它们的提升气缸在关节支撑件(17)的拐角区域中彼此对角地布置,并且可以成对地致动, 提供用于提升台的间隔元件(20)至少有四个,优选六个距离构件(23),其中每个壳体中的两个在每个壳体中成对放置在不是的提升缸(21)的对(21A,21B)的下方 在提升过程中加载。