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    • 1. 发明申请
    • ROTARY DRILL BIT AIR/WATER SEPARATOR
    • 旋转钻头空气/水分离器
    • US20160160569A1
    • 2016-06-09
    • US14561670
    • 2014-12-05
    • ATLAS COPCO SECOROC LLC
    • Gregory Wayne PetersonSrinidni Bangalore GopalakrishnaAusten Morgan Schwend
    • E21B10/23
    • E21B10/23B01D45/06E21B21/002
    • An air/water separator including a first hollow member configured to receive a flow including an air and water mixture and a second hollow member configured to receive the flow from the first hollow member. An exit of the first hollow member extends into an opening of the second hollow member such that the exit of the first hollow member axially overlaps the opening of the second hollow member, thereby creating a first flow path from the interior of the first hollow member to the outside of the second hollow member including two turns about the exit of the first hollow member and opening of the second hollow member, and a second flow path from the first hollow member through the second hollow member.
    • 一种空气/水分离器,包括构造成接收包括空气和水混合物的流的第一中空构件和构造成接收来自第一中空构件的流的第二中空构件。 第一中空构件的出口延伸到第二中空构件的开口中,使得第一中空构件的出口轴向地与第二中空构件的开口重叠,从而形成从第一中空构件的内部到第一空心构件的内部的第一流动路径 所述第二中空构件的外部包括围绕所述第一中空构件的出口的二匝和所述第二中空构件的打开,以及从所述第一中空构件通过所述第二中空构件的第二流动路径。
    • 4. 发明申请
    • ROTARY DRILL BIT
    • 旋转钻头
    • US20150322724A1
    • 2015-11-12
    • US14652280
    • 2012-12-14
    • ATLAS COPCO SECOROC LLC
    • Gregory Wayne PETERSONSrinidhi Bangalore GopalakrishnaJames Wilson Langford
    • E21B10/22
    • E21B10/22E21B10/23
    • An air-cooled earth-boring drill bit including a plurality of lugs. Each lug includes a pin flange. A first roller race is distal to the pin flange. A thrust flange is distal to the first roller race. At least one pin flange vent slot is arranged in a surface of the pin flange opposite the first roller race. The at least one pin flange vent slot opens in a direction of a load side of a bearing. At least one thrust flange vent slot is arranged in a surface of the thrust flange facing the first rollers. The at least one thrust flange vent slot opens in the direction of the load side of the bearing. A plurality of flow passages are arranged within the lug to supply fluid to the at least one pin flange vent slot and the at least one thrust flange vent slot.
    • 一种包括多个凸耳的风冷钻孔钻头。 每个凸耳包括一个销凸缘。 第一个滚子比较靠近销法兰。 推力凸缘位于第一滚子的远端。 至少一个销法兰通风槽布置在与第一滚子座相对的销凸缘的表面中。 至少一个销凸缘通气孔在轴承的负载侧的方向上开口。 至少一个推力凸缘通气孔布置在面向第一辊的推力凸缘的表面中。 至少一个推力凸缘通气孔在轴承的负载侧的方向上开口。 多个流动通道布置在凸耳内以将流体供应到至少一个销凸缘通气孔和至少一个推力凸缘通气孔。
    • 6. 发明申请
    • DEVICE FOR CHANNELING SOLIDS AND FLUIDS WITHIN A REVERSE CIRCULATION DRILL
    • 用于在反循环钻机中通道固体和流体的装置
    • WO2008035215A3
    • 2008-06-26
    • PCT/IB2007003546
    • 2007-06-06
    • ATLAS COPCO SECOROC LLCLAY WARREN T
    • LAY WARREN T
    • E21B21/10E21B1/00E21B49/02
    • E21B1/00E21B4/14E21B21/103E21B49/02
    • A device is for channeling solids and fluids within a reverse circulating, fluid operated drill (1) that has first and second ends (1a, 1b), an axis extending between the ends, a casing (2) and a piston (3). The casing (2) has a bore (2a) extending between the drill ends and drive (Cd) and valve (Cv) chambers defined within the bore, the piston being movably disposed within the bore. The channeling device includes an elongated body (12) disposeable within the casing bore so as to extend along the casing axis and through the piston. The body has a longitudinal axis, a first end (12a) locatable proximal to the drill first end, and a second end (12b) spaced from the first end and locatable proximal to the drill second end. A material transport passages (14) extends axially between the two body ends and provides a path for moving solid materials through the drill. A fluid passage (24) is configured to couple the valve and drive chambers.
    • 一种装置用于将固体和流体引导到具有第一和第二端(1a,1b)的反向循环的流体操作的钻头(1)中,在端部之间延伸的轴线,壳体(2)和活塞(3)。 壳体(2)具有在钻头之间延伸的孔(2a)和限定在孔内的驱动(Cd)和阀(Cv)腔室,活塞可移动地设置在孔内。 引导装置包括细长主体(12),其可以在壳体孔内布置,以沿壳体轴线延伸并穿过活塞。 主体具有纵向轴线,靠近钻头第一端定位的第一端部(12a)和与第一端部间隔开并位于钻头第二端部附近的第二端部(12b)。 材料输送通道(14)在两个主体端之间轴向延伸并且提供用于通过钻头移动固体材料的路径。 流体通道(24)构造成联接阀门和驱动室。
    • 8. 发明申请
    • A DOWN HOLE DRILL ASSEMBLY AND A METHOD OF OPERATING A DOWN HOLE DRILL ASSEMBLY
    • 下钻孔组件和操作下钻孔组件的方法
    • WO2010129675A2
    • 2010-11-11
    • PCT/US2010033733
    • 2010-05-05
    • ATLAS COPCO SECOROC LLCPLUNKETT TIMOTHY JWOLFER DALE RCAMPBELL PAUL
    • PLUNKETT TIMOTHY JWOLFER DALE RCAMPBELL PAUL
    • E21B4/14
    • E21B4/14
    • A down hole drill, includes a drill bit (40), a reciprocating piston (75) operable to deliver an impact load to the drill bit, and means for changing the frequency with which the piston delivers impact loading to the drill bit, also resulting in a change in overall power of the drill. The means for changing frequency and overall power may operate during continuous operation of the drill. The means for changing the frequency and overall power may include a valve (130) for selectively changing the effective volume of a drive or return chamber, an actuator ()140 for changing the timing of placing the drive (25) or return chamber (30) in communication with exhaust (95), or a system for changing the frequency in response to sensing an predetermined operating parameter of the drill, such as pressure or piston position.
    • 钻孔钻头包括钻头(40),可操作以将冲击载荷传递到钻头的往复活塞(75),以及用于改变活塞将冲击载荷传递到钻头的频率的装置,还产生 在演练的整体力量的变化。 用于改变频率和总体功率的方法可以在钻头的连续操作期间操作。 用于改变频率和整体功率的装置可以包括用于选择性地改变驱动或返回室的有效体积的阀(130),用于改变放置驱动器(25)或返回室(30)的定时的致动器()140 )或用于响应于感测钻头的预定操作参数(例如压力或活塞位置)而改变频率的系统。