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    • 21. 发明授权
    • Positioning control system for rock drill support apparatus
    • 凿岩机支架设备定位控制系统
    • US4484637A
    • 1984-11-27
    • US4957
    • 1979-01-19
    • James R. Mayer
    • James R. Mayer
    • E21B19/24E21B7/02E21B15/00E21B15/04E21B19/08E21C1/00F15B15/00
    • E21B7/025E21B7/022Y10T137/86606
    • In a pivotally mounted rock drill boom and feed bar apparatus, the pivots of the boom and the feed bar positioner include angle sensors comprising cam actuated fluid pressure regulating valves. The pressure regulating valves are disposed in a control circuit which includes a pilot pressure fluid actuated control valve which senses an unbalanced pressure signal generated by the sensor connected to the boom pivot in response to movement of the boom about said pivot. The control valve responds to the unbalanced pressure condition by valving fluid to the feed bar positioner actuator to maintain the feed bar in a predetermined directional attitude. The angle sensor mounted on the boom pivot may be adjusted independent of movement of the boom to cause a change in the directional attitude of the feed bar as desired.
    • 在枢转安装的凿岩机和进料棒装置中,悬臂和进料杆定位器的枢轴包括角度传感器,其包括凸轮致动的流体压力调节阀。 压力调节阀设置在包括先导压力流体致动控制阀的控制回路中,该先导压力流体致动控制阀响应于围绕所述枢轴的动臂的移动而感测由连接到悬臂枢轴的传感器产生的不平衡压力信号。 控制阀通过将流体阀定向到进给杆定位器致动器来响应不平衡的压力状态,以将进给杆保持在预定的方向姿态。 安装在动臂枢轴上的角度传感器可以独立于动臂的运动进行调节,以根据需要引起进给杆的定向姿态的变化。
    • 22. 发明授权
    • Drilling sampling/testing equipment
    • 钻取样/检测设备
    • US4043407A
    • 1977-08-23
    • US655982
    • 1976-02-06
    • John William Wilkins
    • John William Wilkins
    • E21B20060101E21B49/02E21B7/12E21C1/00
    • E21B7/124E21B49/02
    • Equipment for drilling and obtaining samples from, and/or testing at, locations where the soil being investigated is unstable, or where access to the equipment is difficult during drilling, for example underwater. Samples can be obtained, or tests carried out, at several depths in one bore hole by the employment of equipment, including a drill, a plurality of sample receivers and a testing means mounted to enter a bore with the drill and including a first means for operating the sample receiver, a second means to operate the testing means, and a third means arranged to be actuated in dependence upon the sample receiver.
    • 在被调查的土壤不稳定的地方钻探和获取样品和/或测试的设备,或者在钻井期间(例如水下)难以进入设备的设备。 通过使用设备,包括钻头,多个样品接收器和安装成与钻具进入孔的测试装置,可以在一个钻孔中的几个深度处获得样品或进行的测试,并且包括第一装置 操作样品接收器,用于操作测试装置的第二装置,以及布置成根据样品接收器被致动的第三装置。
    • 23. 发明授权
    • Apparatus for continuous mining
    • 连续采矿设备
    • US3997216A
    • 1976-12-14
    • US191387
    • 1971-10-21
    • John D. Russell
    • John D. Russell
    • E21C27/20E21C35/20E21C1/00B65G65/06
    • E21C35/20E21C27/20
    • Material is continuously dislodged by a pair of conical cutters and displaced outwardly toward the ribs of the room as the mining machine advances. The dislodged material is picked up by a transversely extending spiral conveyor and conveyed inwardly from the ribs onto the bottom strand of a flexible belt. The flexible belt has one end portion coiled on a lower rotatable spindle at a fixed discharge station adjacent the room entry. The other end portion of the flexible belt is coiled on an upper rotatable spindle positioned above the lower rotatable spindle. The intermediate portion of the flexible belt forms a lower conveying strand portion extending from the lower coil around a cylindrical idler or turn around pulley and an upper strand portion extending from the upper spindle to the turn around pulley. The upper strand portion extends between a pair of driven compression rollers to pull the upper strand toward the mining machine from the upper spindle.
    • 当采矿机前进时,材料被一对锥形切割器连续地移开,并向外朝向房间的肋部移位。 移动的材料由横向延伸的螺旋输送机拾起并从肋向内输送到柔性带的底部股线上。 柔性带具有一个端部,该端部在与房间入口相邻的固定放电站处卷绕在下部可旋转主轴上。 柔性带的另一端部卷绕在位于下部可旋转主轴上方的上部可旋转主轴上。 柔性带的中间部分形成从下部线圈围绕圆筒形惰轮或转向滑轮延伸的下部输送线股部分,以及从上部心轴延伸到滑轮周围的上部股线部分。 上股部分在一对从动压缩辊之间延伸,以将上股线从上主轴向采矿机拉出。
    • 24. 发明授权
    • Earth drilling apparatus and method
    • 地球钻孔设备和方法
    • US3835940A
    • 1974-09-17
    • US34435773
    • 1973-03-23
    • SMITH INTERNATIONAL
    • WINTER H
    • E21B7/02E21B15/00E21B19/084E21B19/20E21B19/14E21B3/00E21C1/00
    • E21B7/02E21B19/084E21B19/20
    • Earth drilling apparatus of the generally conventional type comprising a wheel supported vehicle having a pivoted derrick or mast which is moveable between a substantially horizontal transport position above the vehicle and a substantially vertical drilling position adjacent the rear end of the vehicle, the mast having a rectilinearly moveable carriage supporting a drilling head. It is characterized by a longitudinal drill pipe storage compartment adjacent one side of the vehicle, a pivoted boom at the top of the mast for transferring a drill pipe from the storage compartment to a temporary vertical holding position, the drilling head being pivotally mounted to its carriage for movement above the upper end of the holding position at which the pipe is connected to the drilling head, the drilling head and its attached pipe then being moveable to drilling position, this procedure continuing until the drilling reaches a desired depth. In the removal of the pipe string, the drilling head is moved to an inoperative clearing position laterally of the drill pipe axis and a traveling hoist block, moveable along such axis, is attached to the uppermost pipe of the string. The string is then elevated one pipe increment, the uppermost pipe disconnected from the string therebelow, and the hoist block lowered. At or near the commencement of lowering, the lower end of the disconnected pipe is manually guided into the rear end of the storage compartment and as the traveling hoist block lowers, it slides forwardly into the storage compartment to its original position therein.
    • 一般常规类型的地球钻井装置包括具有枢转井架或桅杆的车轮支撑车辆,其可在车辆上方的基本上水平的运输位置与邻近车辆后端的基本垂直的钻孔位置之间移动,所述桅杆具有直线 支撑钻头的可移动支架。 其特征在于,邻近车辆一侧的纵向钻杆储存室,在桅杆顶部的枢转吊杆,用于将钻杆从储藏室传送到暂时的垂直保持位置,钻头枢转地安装在其上 用于在管道连接到钻头头的保持位置的上端上方移动的支架,钻头及其附接的管道然后可移动到钻孔位置,该过程持续到钻探达到期望的深度。 在拆卸管柱时,钻头被移动到钻杆轴线的横向不能操作的清除位置,并且沿着这个轴线移动的行进的提升块被附接到绳的最上部管道。 然后,柱子升高一个管道增量,最上面的管道与其下方的管柱断开,并且起重机块下降。 在降落开始时或接近开始,断开的管道的下端被手动引导到储藏室的后端,并且随着行进的升降机块的下降,它向前滑入储存室到其原始位置。
    • 25. 发明授权
    • Method for drilling a well
    • 钻井方法
    • US3722607A
    • 1973-03-27
    • US3722607D
    • 1971-04-08
    • TENNECO OIL CO
    • RAY J
    • E21B7/00E21C1/00E21C5/00
    • E21B7/00
    • A method for drilling an oil or gas well or the like which does not utilize a conventional derrick and rig which requires several operators and extensive moving equipment and the like, but rather the drilling is carried out with a minimum of simplified equipment. The invention contemplates mounting a generally up and down travelling rotary table over a well bore site. It includes the step of suspending a drill string from the rotary table and holding the drill string therein against downward movement relative thereto, with the drill string having drill collars and a drill bit on the lower end thereof. The rotary table is simultaneously rotated and lowered to effect drilling of the well bore while flowing a drilling fluid through the drill string. Thereafter, rotation of the rotary table is terminated and the rotary table disengaged from the drill string while supporting the drill string at a point below the rotary table. The drill string is held against rotational and downward movement during this supporting step. An additional section of pipe is placed in the rotary table and held therein against rotational and downward movement relative thereto. The lower end of the additional section of pipe is connected with the drill string by lowering and rotating the rotary table. Thereafter, the drilling operation is resumed by rotating and lowering the rotary table. In certain instances, the drill string may be held against both up and down movement while being supported at the position below the rotary table and likewise may be supported against both up and down movements relative to the rotary table at certain times.