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    • 11. 发明申请
    • MEASURING DEVICE
    • 测量工具
    • US20120103083A1
    • 2012-05-03
    • US13287834
    • 2011-11-02
    • Simone TrevisaniAlessandro DitilloMarco Casadei
    • Simone TrevisaniAlessandro DitilloMarco Casadei
    • E21B44/00
    • G01L3/1478G01L5/0042G01L5/0061
    • A device for measuring the torque or force exerted by a drilling machine during a rotation, driving or lifting of a tool. The measuring device includes an engaging device with a drilling battery or with a shaft of at least a drilling equipment or rotary of the machine the engaging device is susceptible of symmetrically or axial-symmetrically locking the drilling battery or the shaft preventing the rotation and/or the axial displacement in a position in correspondence to the tool. The engaging device is associated with at least a transducer for the detection of at least a maximum torque or of at least a maximum force exerted by the machine; and the measuring device is fixedly constrained to the drilling battery or to the shaft.
    • 一种用于测量在旋转,驱动或提升工具期间由钻孔机施加的扭矩或力的装置。 测量装置包括具有钻井电池或具有至少钻机的轴的接合装置,所述接合装置易于对称或轴对称地锁定钻井电池或轴,以防止旋转和/或 在与工具相对应的位置处的轴向位移。 接合装置与至少一个用于检测至少最大扭矩或至少由机器施加的最大力的换能器相关联; 并且测量装置被固定地约束到钻井电池或轴。
    • 12. 发明申请
    • JET GROUTING EQUIPMENT
    • 喷气设备
    • US20110311316A1
    • 2011-12-22
    • US13148630
    • 2009-02-20
    • Alessandro DitilloMaurizio Siepi
    • Alessandro DitilloMaurizio Siepi
    • E02D5/62E02D3/00
    • E02D3/12E02D5/46
    • Equipment serves to form consolidated soil columns having a non-circular cross-section, and includes a mast (2, 8), a rotary (3) which is rotatable and translatable along an axis parallel to the mast, a series of hollow rods (4) temporarily unlockable from the rotary (3), and a device to vary the rotational rate of the rotary in one or more prefixed angular ranges. A rotor (21) is directly secured to one of the rods of the string and operatively coupled to a device (20) generating control signals to vary the rotational speed of the rotary in response to the rotor angular position. A through clamp (10) is mounted to the rotatable mandrel of the rotary and is provided with locking members which can be activated to clamp a rod and make it integral to the rotary, and which can be deactivated to release the rod so as to allow the rotary to move relative to the rod.
    • 设备用于形成具有非圆形横截面的固结土柱,并且包括桅杆(2,8),可沿着平行于桅杆的轴线旋转和平移的旋转体(3),一系列中空杆 4)可以从旋转体(3)临时解锁,以及用于在一个或多个预定角度范围内改变旋转体的旋转速度的装置。 转子(21)被直接固定到弦的一个杆上并且可操作地联接到产生控制信号的装置(20),以响应于转子角位置改变旋转体的旋转速度。 通过夹具(10)安装到旋转体的可旋转心轴上并且设置有锁定构件,其可以被启动以夹紧杆并使其与旋转体成一体,并且其可以被去活以释放杆,从而允许 旋转件相对于杆移动。
    • 13. 发明申请
    • KELLY FOR THE REALIZATION OF BORED PILES
    • 凯利实现镗孔
    • US20110290564A1
    • 2011-12-01
    • US13114925
    • 2011-05-24
    • Luciano Agostini
    • Luciano Agostini
    • E21B3/00
    • E21B17/07E21B7/021E21B19/084
    • A kelly for the realization of bored piles, has a battery of rods (7, 19) displaceably inserted the one into the other and wherein the most inner one (9) supports an excavation tool (5); a rotary table (1), vertically sliding along the drilling mast (2) of the operating machine (3) which bears the kelly, is provided with a rotator (8a) adapted for putting into rotation the battery of rods (7, 19) around its longitudinal axis; a device (10) adapted for displacing and recompacting the rods of the battery and a motor(6) adapted for exerting a traction and a thrust on the rods during the excavation are also provided At least part of the rods (19) of the battery is entirely positioned under the rotary table (1) by which it is put in rotation.
    • 用于实现钻孔桩的凯利具有一个可移动地插入另一个的杆的电池(7,19),并且其中最内侧(9)支撑挖掘工具(5); 旋转工作台(1)沿着承载着凯利的操作机(3)的钻井桅杆(2)上下滑动,设置有适于使电池棒(7,19)旋转的旋转器(8a) 围绕其纵轴; 还设置适于移动和重新连接电池杆的装置(10)和适于在挖掘期间在杆上施加牵引力和推力的电机(6)。电池的至少一部分(19) 完全位于旋转台(1)下面,旋转台被旋转。
    • 15. 发明申请
    • ELECTRONIC CONTROL SYSTEM FOR DRILLING DEVICES
    • 用于钻孔设备的电子控制系统
    • US20110050453A1
    • 2011-03-03
    • US12870553
    • 2010-08-27
    • Pietro FontanaAlberto Antonelli
    • Pietro FontanaAlberto Antonelli
    • G01V3/00
    • G05B19/0421E21B44/00G05B2219/14132G05B2219/24189
    • An electronic control system for drilling devices, includes at least one pair of data-processing units (2a, 2b); a plurality of data-exchange lines, connected to the data-processing units (2a, 2b) for transmission of signals from and to control devices (4a-4c) of the drilling device; and accessories or sensors (5, 9) proper to the drilling device. Each of the data-processing units (2a, 2b) is redundated by the others with one and the same level of hierarchy, and all the data-processing units (2a, 2b) are connected to all the control devices (4a-4c) and to the accessories or sensors (5, 9) proper to the drilling device through the electronic data-exchange lines redundated in a number equal to the multiplicity of the data-processing units (2a, 2b).
    • 一种用于钻孔装置的电子控制系统,包括至少一对数据处理单元(2a,2b); 多个数据交换线,连接到数据处理单元(2a,2b),用于从钻井设备的控制设备(4a-4c)传输信号; 以及适用于钻井装置的附件或传感器(5,9)。 每个数据处理单元(2a,2b)被具有同一层次的其他数据处理单元(2a,2b)冗余,并且所有数据处理单元(2a,2b)连接到所有控制设备(4a-4c) 以及通过冗余数量等于数据处理单元(2a,2b)的数量的电子数据交换线路,适用于钻孔装置的附件或传感器(5,9)。
    • 17. 发明申请
    • Method and equipment for making an impermeable diaphragm of secant piles
    • 用于制造切割防渗透膜的方法和设备
    • US20070105405A1
    • 2007-05-10
    • US11540135
    • 2006-09-28
    • Ezio BisernaMaurizio Siepi
    • Ezio BisernaMaurizio Siepi
    • H01R29/00
    • E02D13/04
    • Described herein is a method and equipment for making an impermeable diaphragm of secant piles, based upon the execution of parallel holes with constant distances between centres, said method and equipment being of the type that uses a drill rod (5) equipped, at the bottom end, with a bit (16) for making adjacent holes (1, 1′, 2) of substantially circular cross section, in which the equipment is constituted by a guide (6, 7), constrained to the drill rod (5), and made up of two elements shaped so as to press against the walls of two adjacent holes (1, 2); the two elements are connected to one another through a slider (20) passing through a vertical opening (21) made between the two holes (1, 2).
    • 这里描述的是一种基于执行中心之间恒定距离的平行孔的方法和设备,该方法和设备用于制造正切桩的不透水隔膜,所述方法和设备是使用在底部配备的钻杆(5)的类型 (16),用于制造基本圆形横截面的相邻孔(1,1'和2),其中设备由限制到钻杆(5)的引导件(6,7)构成, 并且由两个元件构成,以便压靠两个相邻孔(1,2)的壁; 两个元件通过穿过在两个孔(1,2)之间形成的垂直开口(21)的滑块(20)彼此连接。