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    • 5. 发明申请
    • METHOD AND SYSTEM FOR INTEGRATING SENSORS ON AN AUTONOMOUS MINING DRILLING RIG
    • 在自动采矿钻机上集成传感器的方法和系统
    • WO2010129944A3
    • 2011-03-10
    • PCT/US2010034216
    • 2010-05-10
    • SANDVIK MINING & CONSTR OYFIELD GRANT
    • FIELD GRANT
    • E21B3/02E21B3/04E21B15/00
    • E21B7/022E21B44/00
    • An autonomous drilling rig (200), including a carriage including a mast (204), a rotary head (202) configured to traverse up and down the mast (204), and a wireless transmission system. The wireless transmission system includes a wireless transmitter (208) mounted on the rotary head (202) and configured to send a wireless signal to a wireless receiver (210). The wireless transmitter (210) includes a first connector (209) configured to engage with a first sensor, wherein the sensor measures at least one operating parameter. The wireless transmission system further includes the wireless receiver (210) configured to receive the wireless signal from the wireless transmitter (208), wherein the wireless signal comprises the at least one measured operating parameter, and a display unit (610) operatively connected to the wireless receiver (210) and configured to display the measured operating parameter.
    • 一种自主钻机(200),包括具有桅杆(204)的滑架,配置成横跨上下桅杆(204)的旋转头(202)和无线传输系统。 无线传输系统包括安装在旋转磁头(202)上并被配置为向无线接收机(210)发送无线信号的无线发射机(208)。 无线发射机(210)包括配置成与第一传感器接合的第一连接器(209),其中传感器测量至少一个操作参数。 无线传输系统还包括被配置为从无线发射机(208)接收无线信号的无线接收机(210),其中所述无线信号包括所述至少一个测量的操作参数;以及显示单元(610),可操作地连接到所述无线发射机 无线接收器(210)并且被配置为显示所测量的操作参数。
    • 7. 发明申请
    • TORQUE TRANSMISSION SYSTEM FOR HELICAL DRILLING TOOLS
    • 用于螺旋钻孔工具的扭矩传动系统
    • WO01025652A2
    • 2001-04-12
    • PCT/BR2000/000115
    • 2000-10-03
    • E21B3/04E21B7/00E21B17/22F16H
    • E21B17/22E21B3/04E21B3/045E21B7/005
    • The application refers to equipment for soil engineering, to a system that makes easy the procedures of soil drilling by helical tools, increasing the performance of the machines, speeding up its operation and improving its performance, being based on the introduction of notches (2) in the blades of the helix (3), disposed to 120th degrees one of the other ones and aligned along the helix (3) for insert in cotters (4), diametrically disposed in a central axis (5) inside the rotator (6) through gearing (7, 8), powered by electric or hydraulic motor; being still, the notches (2) are aligned consisting on one, two or more rows, as it is necessary to resist to the torque of the rotator.
    • 本发明涉及用于土壤工程的设备,并且涉及一种有助于使用螺旋工具进行地面钻探程序的系统,其增加了机器性能,提高了操作速度。 并提高了产量。 这些工具的特征在于凹口的形成(2)在所述螺旋桨(3)的叶片,彼此配置在120℃和对准沿着螺旋桨(3),以便被插入 通过直径设置在旋转装置(6)内的中心轴线(5)上的键(4)。 中心轴(5)通过由电动或液压马达致动的一组齿轮(7和8)在旋转装置(6)内旋转。 根据旋转装置的转矩阻力,凹口(2)对齐以形成一排,两排或更多排。
    • 8. 发明申请
    • ROTATING DRILLING HEAD
    • 旋转钻头
    • WO99018323A1
    • 1999-04-15
    • PCT/US1998/020297
    • 1998-09-29
    • E21B33/08E21B3/04
    • E21B33/085
    • A drilling head (11) has a body (21, 23) which lands in an external housing (13). The body is removably secured to the housing with an annular split ring (17) which is moveable in response to a cam member (18). The body has an outer body (21) and a rotatable inner body (23) within an axial bore. An annulus (41) extends between the inner and outer bodies. Inlet (43) and outlet (45, 47) ports communicate hydraulic fluid to the annulus which is sealed. The inner body (23) has a gripping member (51) with inner (53) and outer (55) portions. The inner portion (53) has a solid annular elastomer (57) which is free to slide radially relative to the inner body (23). The outer diameter of the inner portion (53) abuts the outer portion (55). The outer portion (55) has an energizable elastomer (61) with an annular cavity (63). The cavity communicates with the annulus (41) through a passage (67). A primary seal (71) extends from a lower end of the inner body (23). The seal (71) has a conical elastomer (73) and reinforcement webs (75a) to give the elastomer greater rigidity in the upward direction.
    • 钻头(11)具有一个主体(21,23),其位于外壳(13)中。 主体可拆卸地固定到壳体上,并具有可响应于凸轮构件(18)移动的环形开口环(17)。 主体在轴向孔内具有外主体(21)和可旋转内体(23)。 环(41)在内体和外体之间延伸。 入口(43)和出口(45,47)端口将液压流体连通到密封的环形空间。 内体(23)具有内(53)和外(55)部分的夹持构件(51)。 内部部分(53)具有固体环形弹性体(57),其相对于内体(23)径向自由地滑动。 内部部分53的外径与外部部分55相接触。 外部(55)具有带有环形腔(63)的可激发弹性体(61)。 空腔通过通道(67)与环形空间(41)连通。 主密封件(71)从内体(23)的下端延伸。 密封件(71)具有锥形弹性体(73)和加强网(75a),以使弹性体在向上方向上具有更大的刚性。
    • 10. 发明申请
    • ASSEMBLY FOR MOVING EXCAVATION OR DRILLING EQUIPMENT AND ACTUATING METHOD THEREFOR
    • WO2019142091A1
    • 2019-07-25
    • PCT/IB2019/050288
    • 2019-01-15
    • SOILMEC S.P.A
    • MACORI, FabrizioAMADORI, MatteoDITILLO, Alessandro
    • E02F3/06B62D55/06E02F5/04E21B3/04E21B7/02
    • Assembly for driving excavating equipment (10, 12) for an excavating machine (100), the assembly comprising: a drive assembly (110, 900), adapted to slide along a mast (5) of a machine (100), for driving the drilling equipment (10, 12); and at least one actuator (23, 13). The drive assembly (110, 900) comprising: a first structure (90, 111), comprising guide members (92, 116, 115) to allow the sliding thereof along the mast (5); and a second support structure (80, 112) adapted to support the drilling equipment (10, 12). The first structure (90, 111) and the second support structure (80, 112) are mutually movable. The drive assembly (110, 900) being capable of taking at least two operating configurations, so that at least two excavation centre-to- centre distances (il, i2) can be set. In the at least two operating configurations of the drive assembly (110, 900), the first structure (90,110) and the second support structure (80,112) are mutually constrained in a rigid and direct manner. While switching between the different operating configurations, the first structure (90, 111) and the second support structure (80, 112) are always directly constrained to each other through at least one mechanical constraint. The actuator (23, 13) is adapted to control the movement between the first structure (90, 111) and the second support structure (80, 112) and also to carry out further operative functions for driving parts of an excavating machine (100) or of the drilling equipment (10, 12).