MINERAL WINNING MACHINE AND SYSTEM
    1.
    发明授权
    MINERAL WINNING MACHINE AND SYSTEM 失效
    矿山机械和系统

    公开(公告)号:EP0057711B1

    公开(公告)日:1985-03-20

    申请号:EP81902282.3

    申请日:1981-08-11

    IPC分类号: E21C29/22 E21C29/10 E21C27/02

    CPC分类号: E21C29/02 E21C27/02 E21C29/10

    摘要: An "in-web" mineral winning machine (1) and mineral winning system, comprises an elongate machine body (2) adapted, in use, to be located beyond the face side sidewall (15) of an armoured conveyor (17) extending along the mineral face, at least one canopy (19) extending rearwardly from the machine body (2) and adapted, in use, to overlie the conveyor (17), and the or each canopy (19) housing a machine haulage unit (20).

    Captivated block and strap link chain.
    2.
    发明公开
    Captivated block and strap link chain. 失效
    镶边,其由块和凸耳链的。

    公开(公告)号:EP0206610A1

    公开(公告)日:1986-12-30

    申请号:EP86304378

    申请日:1986-06-09

    摘要: @ A flexible track (10) is held captive in an armoured face conveyor and comprises a plurality of blocks (14) arranged in longitudinally spaced relation with a pair of links (15) at opposed transverse sides of each adjacent two blocks interconnecting said blocks and forming apertures (18) between adjacent blocks. The blocks (14) have side projections (16) and the links (15) have corresponding apertures which are of slightly greater dimensions longitudinally to permit a small amount of longitudinal movement (end-float) of each block (14) relative to its two pairs of links (15). Each block has a vertical aperture (22) through its body, the apertures (22, 18) in the blocks and between the end faces (20, 21) of adjacent blocks being adapted to receive a tooth (25) of a toothed wheel (26) mounted on a machine movable along the conveyor. The aperture (22) in the block (14) has end faces (23, 24) and the profile of said end faces (23, 24) and of the end faces (20, 21) of the block where the teeth of the driving wheel engage an aperture (18) are of involute form and mirror image reversible. The armoured face conveyor is formed of a longitudinal series of line pans - (30) connected end to end and having a furnishing which includes a longitudinal channel to guide and locate the mining machine relative to the armoured face conveyor. The channel holds the flexible track - (10) captive for engagement by the drive sprocket wheel (26).

    Vorrichtung zum Anleiten der Zahnstange eines trumlosen Vorschubgetriebes
    3.
    发明公开
    Vorrichtung zum Anleiten der Zahnstange eines trumlosen Vorschubgetriebes 失效
    装置,用于引导所述齿条trumlosen的进料传输。

    公开(公告)号:EP0029902A1

    公开(公告)日:1981-06-10

    申请号:EP80106272.0

    申请日:1980-10-15

    IPC分类号: E21C29/22 B61C11/04 F16H19/00

    CPC分类号: F16H19/04 B61C11/04 E21C29/02

    摘要: Diese Vorrichtung dient zum Anleiten der Zahnstange (3) eines trumlosen Vorschubgetriebes zum Zusammenarbeiten mit dem Treibrad (2) der Zugmaschine einer Bergwerksmaschine.
    Zwecks Sicherstellung des einwandfreien Zusammenarbeitens desTreibrads (2) der Zugmaschine mitdergelenkartig und ausschwenkbar an der Trasse des Förderers befestigten Zahnstange (3) mit Bolzen (8) und oberen und unteren Leisten (11,12) weist ein Führungsstück (1) einen Außengleitschuh (6) und einen Innengleitschuh (7) auf, wobei der Abstand zwischen den Gleitschuhen (6, 7) angenähert gleich dem Durchmesser der Bolzen (8) der Zahnstange (3) und deren Höhe angenähert gleich dem Abstand zwischen der oberen Leiste (11) und der unteren Leiste (12) der Zahnstange (3) ist.
    Der Innengleitschuh (7) des Führungsstücks 1 ist unmittelbar an dem Gehäuse (15) der Zugmaschine (16) zu beiden Seiten des Treibrads (2) befestigt. Der Außengleitschuh (6) ist an dem Gehäuse (13) des Führungsstücks 1 befestigt, welches Gehäuse (13) an dem Gehäuse (15) der Zugmaschine (16) mittels Bolzen (17) befestigt ist.

    摘要翻译: 此装置用于引导trumlosen进给齿轮的齿条(3)用于与所述驱动轮(2)的拖拉机的采矿机的合作。 为了确保正确的工作一起驱动轮的目的(2)与拖拉机的铰接和转动固定到所述输送机机架(3)用螺栓的路线(8)和上部和下部凸缘(11,12)包括引导件(1)einenAußengleitschuh( 6)和lnnengleitschuh(7),其中,所述鞋(6之间的距离,7)是大约等于销的直径(8)的机架(3)和其高度大约等于所述顶杆(11之间的距离)和 机架的底杆(12)(3)。 引导片1的Innengleitschuh(7)是直接在牵引车(16)向驱动车轮(2)的两侧的所述壳体(15)。 所述Außengleitschuh(6)被固定到引导片1的壳体(13),所述壳体(13)通过螺栓的牵引车(16)的壳体(15)(17)上附着。

    Rotary rock and trench-cutting saw
    5.
    发明公开
    Rotary rock and trench-cutting saw 失效
    旋转岩石和旋转切割锯旋转岩和旋转切割锯

    公开(公告)号:EP0269172A3

    公开(公告)日:1988-10-26

    申请号:EP87202204

    申请日:1985-05-24

    发明人: Marten, Edward N.

    IPC分类号: E21C29/22 E02F05/08 E21C25/16

    摘要: A rotary trench cutting or rock milling saw (12) unit is supported on a head (18) for movement about two mutually perpendicular axes (50,62). The head is adapted for pivotal mouting on a backhoe boom (20) or similar positioning structure. Rotary rock cutting wheels are driven by a hydraulic motor and a support vehicle (24) for the saw unit includes a hydrostatic drive system with a variable displacement hydraulic pump driving variable displacement track drive motors which may be set in a slow speed operating mode for trench cutting operations or a high speed mode for tramming between work sites. A constant rate of power input to the saw unit is maintained by sensing saw drive motor supply pressure and adjusting tract drive motor supply pump displace­ment to maintain a constant feed or rock cutting rate. The apparatus includes hydraulically operated actuators for rotating the saw unit and its support boom about a vertical axis (40) with respect to the apparatus undercarriage, elevating the boom with respect to the undercarriage, and moving the saw unit about three mutually perpen­dicular axes (40,50,62) with respect to the support boom. Each of the actuators includes a control valve which may be selectively positioned to operate the actuators in reverse directions, lock the actuators in a predetermined position, or permit the actuators to oscillate or rotate the saw unit with respect to the various positioning axes of rotation when the saw unit is confined in a trench.

    Rotary rock and trench-cutting saw
    7.
    发明公开
    Rotary rock and trench-cutting saw 失效
    旋转式岩石和切沟锯

    公开(公告)号:EP0269172A2

    公开(公告)日:1988-06-01

    申请号:EP87202204.1

    申请日:1985-05-24

    发明人: Marten, Edward N.

    IPC分类号: E21C29/22 E02F5/08 E21C25/16

    摘要: A rotary trench cutting or rock milling saw (12) unit is supported on a head (18) for movement about two mutually perpendicular axes (50,62). The head is adapted for pivotal mouting on a backhoe boom (20) or similar positioning structure. Rotary rock cutting wheels are driven by a hydraulic motor and a support vehicle (24) for the saw unit includes a hydrostatic drive system with a variable displacement hydraulic pump driving variable displacement track drive motors which may be set in a slow speed operating mode for trench cutting operations or a high speed mode for tramming between work sites. A constant rate of power input to the saw unit is maintained by sensing saw drive motor supply pressure and adjusting tract drive motor supply pump displace­ment to maintain a constant feed or rock cutting rate. The apparatus includes hydraulically operated actuators for rotating the saw unit and its support boom about a vertical axis (40) with respect to the apparatus undercarriage, elevating the boom with respect to the undercarriage, and moving the saw unit about three mutually perpen­dicular axes (40,50,62) with respect to the support boom. Each of the actuators includes a control valve which may be selectively positioned to operate the actuators in reverse directions, lock the actuators in a predetermined position, or permit the actuators to oscillate or rotate the saw unit with respect to the various positioning axes of rotation when the saw unit is confined in a trench.

    摘要翻译: 旋转式沟槽切割或岩石切割锯(12)单元支撑在头部(18)上,用于围绕两个相互垂直的轴(50,62)移动。 该头部适用于反铲起重臂(20)或类似定位结构上的枢转安装。 旋转式岩石切割轮由液压马达驱动,并且锯单元的支撑车辆(24)包括具有可变排量液压泵的静液压驱动系统,所述可变排量液压泵驱动可变排量履带驱动马达,所述可变排量履带驱动马达可以设置为用于沟槽的低速操作模式 切割作业或工作现场之间的高速模式。 通过检测锯驱动马达供应压力和调节管道驱动马达供应泵排量以维持恒定的进给量或岩石切割速率来维持锯单元的恒定功率输入。 该设备包括液压操作的致动器,用于相对于设备底盘围绕竖直轴线(40)旋转锯单元及其支撑吊杆,相对于底架提升吊杆,并且围绕三个相互垂直的轴线(40 ,50,62)相对于支撑臂。 每个致动器包括控制阀,该控制阀可以被选择性地定位成以相反方向操作致动器,将致动器锁定在预定位置中,或者当致动器相对于各旋转定位旋转轴允许致动器摆动或旋转锯单元时 锯单元被限制在沟槽中。