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    • 1. 发明授权
    • Component mounting method and apparatus for a percussion tool
    • 打击乐器的组件安装方法和装置
    • US06637520B1
    • 2003-10-28
    • US09720211
    • 2001-03-21
    • Joseph M. Purcell
    • Joseph M. Purcell
    • B25D1100
    • B25D17/06
    • There is provided a hammer assembly (10) comprising a hammer casing (11) having a bore (12) therethrough and a drive sub (13) and retainer (15) supporting a drill bit (14). A piston (16) has a hammer end (17) adapted to strike an anvil end (20) of the drill bit (14). A porting body (21) is located in the bore (12) by expandable mounting member (22) frictionally engaged with the bore (12) by a tapered portion of the porting body (21) being urged by a top sub (23) into a tapered bore in the mounting member (22). The porting body (21) supports a non-return valve (24) in a flushing fluid path communicating with the bit face. The mounting member (22) has a small annular flange (40) adapted to engage a shoulder (41) in the casing (11) and opposed axial slots (42) extending from port apertures (43) to the upper rim (44) of the mounting member (22). The porting body (21) comprises an annular manifold (45) for pressurized fluid supplied via top sub bore (46), non return valve chamber (47) and passages (50). A compressible spacer (52) is located on a shoulder (53) on the porting body (21) to be compressed by a corresponding shoulder (54) on the top sub (23), the progression of which is limited by a top sub flange (55) bearing on the end (56) of the casing (11).
    • 提供了一种锤组件(10),其包括具有穿过其中的孔(12)的锤壳体(11)和支撑钻头(14)的驱动副(13)和保持器(15)。 活塞(16)具有适于撞击钻头(14)的砧端(20)的锤头(17)。 端口主体(21)通过可移动的安装构件(22)位于孔(12)中,可膨胀的安装构件(22)通过端部主体(21)的锥形部分与孔(12)摩擦接合, 安装构件(22)中的锥形孔。 移动体(21)在与钻头面相通的冲洗流体路径中支撑止回阀(24)。 安装构件(22)具有适于接合壳体(11)中的肩部(41)的小环形凸缘(40)和从端口孔(43)延伸到上边缘(44)的相对的轴向狭槽(42) 安装构件(22)。 移动体(21)包括用于经由顶部子孔(46),止回阀室(47)和通道(50)供应的加压流体的环形歧管(45)。 可压缩间隔件(52)位于移动体(21)上的肩部(53)上,以被顶部副(23)上的对应的肩部(54)压缩,其进展受顶部副凸缘 (55)支承在壳体(11)的端部(56)上。
    • 3. 发明授权
    • Pneumatic piston percussive mechanism with a hollow percussion piston
    • 气动活塞冲击机构采用空心冲击活塞
    • US06568484B1
    • 2003-05-27
    • US10018590
    • 2001-12-12
    • Wolfgang SchmidMirko LysekRudolf Berger
    • Wolfgang SchmidMirko LysekRudolf Berger
    • B25D1100
    • B25D17/06B25D11/04
    • The invention relates to a pneumatic percussive mechanism for a percussion drill and/or a drill hammer. The inventive mechanism comprises, housed in the housing of the percussive mechanism, an axially reciprocating percussion piston. A drive piston is axially reciprocated in a guide cylinder of said percussion piston. The guide cylinder is provided on its inner face with one or more air compensation pockets. At least one idle opening extends through the guide cylinder. In the percussive action, the idle opening does not communicate with the ambience while in the idle mode the idle opening can be displaced via an idle channel that leads to the ambience and thus connects a cavity that receives a pneumatic piston with the ambience by way of the idle opening. The air compensation pockets and the idle openings allow and optimization of the piston return behavior and of the idle operation of the percussive mechanism.
    • 本发明涉及一种用于冲击钻和/或钻锤的气动冲击机构。 本发明的机构包括容纳在冲击机构的壳体中的轴向往复冲击活塞。 驱动活塞在所述冲击活塞的引导筒中轴向往复运动。 引导筒在其内表面上设置有一个或多个空气补偿袋。 至少一个空闲开口延伸穿过引导筒。 在打击式动作中,空闲开口在空闲模式下不与环境通信,空闲开口可以通过导致环境的空闲通道移位,从而将接收气动活塞的空腔与气氛通过 空闲的开放。 空气补偿袋和空闲开口允许并优化活塞返回的行为和冲击机构的空转操作。
    • 7. 发明授权
    • Electric machine tool
    • 电动机床
    • US06199640B1
    • 2001-03-13
    • US09242599
    • 1999-05-06
    • Joachim Hecht
    • Joachim Hecht
    • B25D1100
    • B25D16/00B25D2211/064
    • An electric machine tool for tools which operate by percussion, the electric machine tool having a machine housing; a rotatingly drivable work spindle seated in the machine housing; a tool receiver provided for receiving a tool and driven by the work spindle; a mechanical striking mechanism having a beater accelerated in an axial direction and actuating a shaft of the tool in the axial direction by blows; a driver unit which derives an acceleration of the beater from rotational movement, the driver unit having an axially displaceably arranged scanning member which rotates synchronously with the work spindle; two circular-shaped curved paths which guide the scanning member and are fixed in the housing, said circular-shaped curved paths having elevations and depressions, each of the elevations pointing in an axial direction of the work spindle in a direction of the scanning member.
    • 一种用于通过敲击操作的工具的电动机床,所述电动机床具有机器壳体; 坐在机器壳体中的可旋转驱动的工作主轴; 工具接收器,用于接收工具并由工作主轴驱动; 机械打击机构,其具有沿轴向加速的打浆器,并通过吹动来致动所述工具的轴向轴向; 驱动单元,其从旋转运动导出搅拌器的加速度,所述驱动单元具有与所述工作主轴同步旋转的轴向移位布置的扫描构件; 引导扫描构件并固定在壳体中的两个圆形弯曲路径,所述圆形弯曲路径具有凸起和凹陷,每个高度沿扫描构件的方向指向工作主轴的轴向。
    • 8. 发明授权
    • Downhole vibrator
    • 井下振动器
    • US06474421B1
    • 2002-11-05
    • US09585240
    • 2000-05-31
    • Carl W. Stoesz
    • Carl W. Stoesz
    • B25D1100
    • E21B31/1135
    • A vibratory impact tool for loosening downhole stuck objects in oil or gas wells, utilizing an internal piston spring which is repeatedly compressed by hydraulic pressure, and repeatedly released by lifting a dart valve from a valve seat on a flow-through piston. When the dart valve is lifted from the valve seat by a tripping spring, flow resumes through the piston, quickly lowering hydraulic pressure above the piston, allowing the piston spring to sharply drive the piston against the housing. The dart valve is then reseated on the valve seat, causing the piston to again be driven against the piston spring, rapidly repeating the process.
    • 一种振动冲击工具,用于通过利用液压重复压缩的内部活塞弹簧松动油井或气井中的井下卡住物体,并通过从流动活塞上的阀座提升落滴阀来重复释放。 当飞镖阀通过跳闸弹簧从阀座提升时,流动通过活塞恢复,快速降低活塞上方的液压,允许活塞弹簧将活塞急剧地驱动抵靠壳体。 然后将蝶阀重新放在阀座上,使得活塞再次被驱动抵靠活塞弹簧,迅速重复该过程。
    • 9. 发明授权
    • Impact machine
    • 冲击机
    • US06454021B1
    • 2002-09-24
    • US09555655
    • 2000-06-01
    • Hideshi Watanabe
    • Hideshi Watanabe
    • B25D1100
    • B25D11/064
    • The invention provides an impacting device capable of , crushing or drilling work with reduced noise or vibration, with high crushing efficiency, high energy efficiency, increased output and prolonged durability A super magnetostrictive material (1) is arranged in the center of an exciting coil (4) to which a pulse voltage is applied, a rod (12) is arranged in tight contact with the front end of the super magnetostrictive material (1), a reaction-receiving plate (3) is provided in tight contact with the other end of the super magnetostrictive material (1), and a power unit (6) is provided for repeatedly applying a pulse voltage to the exciting coil (4).
    • 本发明提供一种冲击装置,其能够以较低的噪音或振动进行破碎或钻孔作业,具有高破碎效率,高能量效率,增加的输出和延长的耐久性。超磁致伸缩材料(1)布置在励磁线圈(4)的中心 ),杆(12)与超磁致伸缩材料(1)的前端紧密接触地设置,反作用力接收板(3)设置成与另一端紧密接触 提供超磁致伸缩材料(1)和动力单元(6),用于向励磁线圈(4)反复施加脉冲电压。
    • 10. 发明授权
    • Structure for enhancing torque output of electric drill
    • 增加电钻转矩输出的结构
    • US06435285B1
    • 2002-08-20
    • US10035142
    • 2002-01-04
    • Feng-Chun Tsai
    • Feng-Chun Tsai
    • B25D1100
    • B25F5/001B25B21/00
    • A structure for enhancing torque output of an electric drill includes a torque output unit mounted in an inner housing of a torque control unit. The torque output unit includes an intermediate washer located between an internal gear and a locating gear ring to isolate other components behind it from any backward transmitted reaction force that is generated when the electric drill operates, making it possible to use economical plastic instead of expensive powder metallurgic locating gear ring and pinions, and to snap-fit instead of screwing a motor bedplate to a rear end of the inner housing. The locating gear ring is provided with stop lugs to engage with open recesses provided on the inner housing and the internal gear, preventing slippage of the torque output unit in the inner housing even at a large torque output.
    • 一种用于增强电钻的扭矩输出的结构包括安装在扭矩控制单元的内壳中的扭矩输出单元。 扭矩输出单元包括位于内齿轮和定位齿圈之间的中间垫圈,以将其后面的其他部件与电钻操作时产生的任何向后传递的反作用力隔离,使得可以使用经济的塑料代替昂贵的粉末 冶金定位齿圈和小齿轮,并且卡扣配合而不是将电动机底板拧到内壳体的后端。 定位齿圈设置有止动凸耳,以与设置在内壳体和内齿轮上的开口凹部接合,即使在大的扭矩输出时也防止扭矩输出单元在内壳体中滑动。