会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • ENHANCED VIBRATIONAL OR HAMMERING APPARATUS
    • 增强振动或锤击装置
    • WO2011149363A1
    • 2011-12-01
    • PCT/NZ2011/000084
    • 2011-05-24
    • GREENWOOD, RolandPOWELL, Peter, EvanFLEXIDRILL LIMITED
    • GREENWOOD, RolandPOWELL, Peter, Evan
    • E21B7/24E21B4/16E21B6/08E21B1/22
    • B25D11/00B06B1/04E21B4/10E21B7/24
    • Vibrational apparatus to direct stress waves (eg. to a bit 2 or other downhole tool) by generating vibrations as a consequence of shuttling responsive to relative rotational movement between magnetic arrays (4,5) and wherein there is, or can be, a use of a system (6,7) (whether rebound, recoil, spring, pneumatic, magnetic or not) able at least in part to return acquired potential energy in addition to any acquired at the same time by the interacting magnetic arrays. A free travel distance can be provided for one of said components prior to the onset of any substantial collection of energy from the movement (relative) of that component in a direction (eg, uphole) for use in return travel (eg, downhole) preferably synchronized, or synchronizable, to enhance the return travel causing forces of any repulsive and/or attractive forces generated otherwise than by the said magnetic arrays.
    • 振动装置通过响应于磁性阵列(4,5)之间的相对旋转运动而产生作为穿梭的结果的振动来引导应力波(例如,到位2或其它井下工具),并且其中存在或可以是使用 系统(6,7)(无论是回弹,反冲,弹簧,气动,磁性还是不能)能够至少部分地通过相互作用的磁阵列同时获得任何获得的势能来返回获得的势能。 在从所述部件的运动(相对))的方向(例如,井上)的任何大量收集能量开始之前,可以为所述部件之一提供自由行程距离,以用于返回行程(例如井下),优选地 同步或同步,以增强返回行程,导致不是由所述磁性阵列产生的任何斥力和/或吸引力的力。
    • 2. 发明申请
    • INDEXING HYDRAULIC DTH ROCK DRILL BY INTERMITTENT PRESSURE
    • 通过间接压力指示液压钻石钻头
    • WO2016003351A1
    • 2016-01-07
    • PCT/SE2015/050639
    • 2015-06-02
    • LKAB WASSARA AB
    • EGERSTRÖM, Fredrik
    • E21B4/16E21B6/08
    • E21B4/16E21B4/14E21B6/08
    • The present invention concerns a down-the-hole drill that is driven via a drill string by a flow of fluid. It comprises a housing with an impact mechanism, a drill bit that is mounted such that it can be axially displaced in a driver chuck that is mounted in bearings in the housing such that it can be rotated, the impact mechanism being arranged with a hammer piston with a piston surface arranged to impact onto a neck at the drill bit, and a valve to control the hammer piston backwards and forwards between an initial position and an end position, whereby the valve of the hammer piston alternately places under pressure and removes the pressure from a pressure chamber that drives the hammer piston forwards when placed under pressure, the housing further comprising a fluid-driven rotation motor of vane motor type comprising pressure chambers with vanes that rotate the drill bit when placed under pressure. A flow pathway for the flow to the pressure chambers of the rotation motor is opened by the valve of the hammer piston when the valve closes the flow pathway to the pressure chambers of the hammer piston.
    • 本发明涉及一种钻孔钻头,其通过流体流动经钻柱驱动。 它包括具有冲击机构的壳体,钻头被安装成使得其可以在安装在壳体中的轴承中的驱动器卡盘中轴向移位,使得其可旋转,冲击机构布置有锤式活塞 活塞表面布置成撞击钻头上的颈部,以及阀,用于在初始位置和终止位置之间向前和向后控制锤活塞,由此锤式活塞的阀交替地置于压力下并去除压力 当压力室处于压力下时,该压力室向前驱动锤活塞,该壳体还包括一个包括具有叶片的叶片电动机类型的流体驱动的旋转马达,该压力室具有当放置在压力下时使钻头旋转的叶片。 当阀关闭到锤式活塞的压力室的流动路径时,用于通过锤式活塞的阀打开用于流向旋转马达的压力室的流动路径。
    • 4. 发明申请
    • DAMPING DEVICE FOR A FLUID-DRIVEN DOWN-THE-HOLE DRILL AND A FLUID-DRIVEN DOWN-THE-HOLE DRILL COMPRISING SUCH A DAMPING DEVICE
    • 用于流体驱动的下钻孔的阻尼装置和包括这种阻尼装置的流体驱动下方的钻孔机
    • WO2016178614A1
    • 2016-11-10
    • PCT/SE2016/050351
    • 2016-04-21
    • LKAB WASSARA AB
    • EGERSTRÖM, Fredrik
    • E21B44/06B25D17/24E21B4/16E21B6/08
    • E21B4/16B25D9/145B25D17/245
    • The invention concerns a damping device for a fluid-driven down-the-hole drill for the damping of the recoil from a drill bit (5A) connected to the machine, comprising a machine housing (2), an impact mechanism (3) driven by pressurised-fluid with a reciprocating hammer piston (8) that is arranged to give impacts onto a rear end, known as the "neck" (5B), of the drill bit, a chuck in which the drill bit (5A) is attached in a manner that allows rotation and axial reciprocating motion, means (4) to achieve rotation of the drill bit (5A), and a recoil damper. According to the invention, the means (4) for rotation of the drill bit (5A) is connected for direct operation of the neck (5B) of the drill bit, whereby the drill bit is mounted in bearings at the said chuck (37) fastening in a manner that allows rotation in the forward end of the machine housing, that the recoil damping device comprises a chamber (48, 49) filled with fluid under pressure, that a pressurised fluid cushion enclosed within the chamber is arranged to form axial bearings (41) for the drill bit during its rotation, and which pressurised fluid cushion is located in front of the means (4) for rotation of the drill bit.
    • 本发明涉及一种用于从连接到机器的钻头(5A)阻尼反冲的流体驱动的下钻孔的阻尼装置,包括机壳(2),冲击机构(3)被驱动 通过加压流体与往复式锤式活塞(8)相配合,所述往复式锤式活塞(8)被布置成对所述钻头(称为“颈部”(5B))的后端(即钻头(5A))附接的卡盘 以允许旋转和轴向往复运动的方式,实现钻头(5A)的旋转的装置(4)和反冲阻尼器。 根据本发明,用于钻头(5A)的旋转的装置(4)被连接用于钻头的颈部(5B)的直接操作,由此钻头安装在所述卡盘(37)的轴承中, 紧固以允许在机器壳体的前端旋转的方式,反冲阻尼装置包括在压力下填充有流体的腔室(48,49),包围在腔室内的加压流体缓冲器被布置成形成轴向轴承 (41),以及哪个加压流体垫位于装置(4)的前面,用于钻头的旋转。
    • 6. 发明申请
    • PERCUSSIVE HAMMERING ASSEMBLY
    • 令人惊叹的组装
    • WO2016148575A1
    • 2016-09-22
    • PCT/NO2016/050040
    • 2016-03-08
    • RESONATOR AS
    • HESTEVIK, SveinDAHL-JACOBSEN, André
    • E21B1/00B25D9/04B25D9/14B25D9/26E21B4/14E21B6/04E21B6/08
    • E21B4/14
    • A percussive hammering assembly comprises a tool assembly (24, 25). The tool assembly (24, 25) is arranged to be oscillated in a direction (P) within a casing. An impact piston (27) is arranged slideably in a housing (28), together with a control valve (29) forming an impact assembly. An optional rotation module (37) is connected to the tool assembly (24, 25) to index the tool head (24) in contact with material to be removed. A drive assembly comprises a hydraulic pump (35) and a drive means (36), supplying pressure to a closed- loop hydraulic circuit. Constant liquid volume accumulators (30a, 30b) are arranged between a high pressure line (HP) and low pressure line (LP) within the closed-loop hydraulic circuit. A differential pressure compensator (38) is arranged between the LP line of the closed-loop hydraulic circuit and environmental pressure. The respective components are all accommodated within a liquid- filled casing.
    • 冲击锤击组件包括工具组件(24,25)。 工具组件(24,25)被布置成在壳体内沿方向(P)摆动。 撞击活塞(27)与形成冲击组件的控制阀(29)一起可滑动地布置在壳体(28)中。 可选的旋转模块(37)连接到工具组件(24,25)上,以使工具头(24)与待移除的材料接触。 驱动组件包括液压泵(35)和驱动装置(36),向闭环液压回路供应压力。 恒定液体积蓄器(30a,30b)设置在闭环液压回路内的高压管线(HP)和低压管线(LP)之间。 差压补偿器(38)设置在闭环液压回路的LP管路与环境压力之间。 相应的部件都容纳在液体填充的壳体内。
    • 7. 发明申请
    • ENHANCED VIBRATIONAL OR HAMMERING APPARATUS
    • 增强振动或锤击装置
    • WO2011149363A4
    • 2012-01-19
    • PCT/NZ2011000084
    • 2011-05-24
    • GREENWOOD ROLANDPOWELL PETER EVANFLEXIDRILL LTD
    • GREENWOOD ROLANDPOWELL PETER EVAN
    • E21B7/24E21B1/22E21B4/16E21B6/08
    • B25D11/00B06B1/04E21B4/10E21B7/24
    • Vibrational apparatus to direct stress waves (eg. to a bit 2 or other downhole tool) by generating vibrations as a consequence of shuttling responsive to relative rotational movement between magnetic arrays (4,5) and wherein there is, or can be, a use of a system (6,7) (whether rebound, recoil, spring, pneumatic, magnetic or not) able at least in part to return acquired potential energy in addition to any acquired at the same time by the interacting magnetic arrays. A free travel distance can be provided for one of said components prior to the onset of any substantial collection of energy from the movement (relative) of that component in a direction (eg, uphole) for use in return travel (eg, downhole) preferably synchronized, or synchronizable, to enhance the return travel causing forces of any repulsive and/or attractive forces generated otherwise than by the said magnetic arrays.
    • 振动装置通过响应于磁性阵列(4,5)之间的相对旋转运动而产生作为穿梭的结果的振动来引导应力波(例如,到位2或其它井下工具),并且其中存在或可以是使用 系统(6,7)(无论是回弹,反冲,弹簧,气动,磁性还是不能)能够至少部分地通过相互作用的磁阵列同时获得任何获得的势能来返回获得的势能。 在从所述部件的运动(相对))的方向(例如,井上)的任何大量收集能量开始之前,可以为所述部件之一提供自由行程距离,以用于返回行程(例如井下),优选地 同步或同步,以增强返回行程,导致不是由所述磁性阵列产生的任何斥力和/或吸引力的力。
    • 8. 发明申请
    • LIQUID DRIVEN DOWNHOLE DRILLING MACHINE
    • 液体驱动钻孔机
    • WO2003064805A1
    • 2003-08-07
    • PCT/SE2002/002105
    • 2002-11-20
    • WASSARA ABEGERSTRÖM, Fredrik
    • EGERSTRÖM, Fredrik
    • E21B6/08
    • E21B6/08
    • In a liquid downhole drilling machine, the guiding bushing (31) for the drill bit is rotatably journaled in the housing (11, 12) and, via a one-way coupling (29), coupled to a turning sleeve (22) that has axial ridges (24) that bound a number of chambers (25, 26, 27) and form turning pistons for turning the turnable sleeve to and fro. A number of these chambers are coupled to be pressurised and depressurised simultaneously with said pressure chamber (47) with the piston area (46) for urging the piston hammer (30) forwards. As a result, the drill bit (13) will be indexed a defined angle between each impact so that the button inserts of the drill bit will change contact points with the rock between every impact and fragment the rock efficiently. The drill tube is not rotated.
    • 在液体井下钻孔机中,用于钻头的引导衬套(31)可旋转地轴颈支撑在壳体(11,12)中,并且经由单向联接器(29)联接到具有 轴向脊(24),其限定多个室(25,26,27)并且形成用于使可转动套筒来回转动的转动活塞。 这些室中的多个联接成与所述压力室(47)同时加压和减压,同时活塞区域(46)用于向前推动活塞锤(30)。 因此,钻头(13)将在每个冲击之间被分度一个确定的角度,使得钻头的按钮插入件将在每次冲击之间改变与岩石的接触点,并有效地使岩石碎裂。 钻杆不旋转。