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    • 1. 发明申请
    • FRICTION BOLT
    • WO2019119048A1
    • 2019-06-27
    • PCT/AU2018/051370
    • 2018-12-20
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITED
    • COLLIS, AdamWITTER, PatEVANS, David William
    • E21D21/00
    • The present disclosure relates to a friction bolt (100,200) comprising: a generally tubular friction bolt (110) body having a central longitudinal axis and longitudinally extending between a friction bolt body leading end (111) and a friction bolt body trailing end (112), said friction bolt body defining a cavity (113) longitudinally extending through said friction bolt body and having a split (114) longitudinally extending along said friction bolt body to said friction bolt body leading end; and a collar (130,230) fixed to, and extending about, said friction bolt body adjacent said friction bolt trailing end, said collar having a collar leading end (131, 231) wall projecting radially beyond said friction bolt body and defining an annular shoulder (132,232) for engaging a plate washer to be mounted on said friction bolt body, a collar radially outer side wall (133, 233), a collar radially inner side wall (134, 234) and a collar trailing end wall (135, 235); wherein said collar radially inner side wall and said collar radially outer side wall each define a substantially right cylindrical surface.
    • 3. 发明申请
    • FRICTION BOLT ASSEMBLY
    • 摩擦螺栓组件
    • WO2017100818A1
    • 2017-06-22
    • PCT/AU2016/000392
    • 2016-12-09
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITED
    • EVANS, David William
    • E21D21/00E21D20/00F16B13/06
    • E21D21/0033F16B13/045F16B13/066
    • A friction bolt assembly (100) has a longitudinally extending generally tubular friction bolt body (110) defining a cavity (113) and having a split longitudinally extending along the friction bolt body (110). A rod (120) longitudinally extends through the cavity (113). An expansion element (130) is mounted on, or integrally formed with, the rod (120) at or adjacent the rod leading end (121). The expansion element (130) has an engagement surface (136) tapering toward the rod trailing end (122). A sleeve ( 180) is mounted on the expansion element (130) adjacent the friction bolt body leading end (111). A drive head (140) is mounted on, or integrally formed with, the rod (120) at or adjacent the rod trailing end (122). The rod (120) is actuatable by rotation of the drive head (140) to draw the expansion element (130) toward the friction bolt body trailing end (112) such that the sleeve trailing end (182) abuts the friction bolt body leading end (111) and the engagement surface (136) engages the sleeve interior surface (185), radially outwardly deforming the sleeve (180).
    • 摩擦螺栓组件(100)具有纵向延伸的大致管状的摩擦螺栓主体(110),其限定了空腔(113)并且具有沿着摩擦螺栓主体(110)纵向延伸的裂口。 杆(120)纵向延伸穿过空腔(113)。 膨胀元件(130)安装在杆(120)上或与杆前端(121)相邻的位置上或与杆整体形成。 膨胀元件(130)具有朝向杆后端(122)渐缩的接合表面(136)。 膨胀元件(130)上邻近摩擦螺栓主体前端(111)安装套筒(180)。 驱动头(140)安装在杆(120)上或与杆后端(122)相邻的位置上,或者与杆一体形成。 杆120可通过驱动头140的旋转而致动,以将膨胀元件130拉向摩擦栓本体尾端112,使得套筒尾端182邻接摩擦栓本体前端112。 (111)并且接合表面(136)接合套筒内表面(185),使套筒(180)径向向外变形。
    • 4. 发明申请
    • FRICTION BOLT ASSEMBLY
    • 摩擦螺栓组件
    • WO2015013743A1
    • 2015-02-05
    • PCT/AU2014/000757
    • 2014-07-29
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITED
    • EVANS, David, WilliamHIRD, Derek, Colin
    • E21B21/00E21D20/00F16B13/00
    • E21D21/004E21D20/003E21D21/0033E21D21/008F16B13/063F16B13/065F16B13/0858
    • A friction bolt assembly having a generally tubular bolt defining a cavity longitudinally extending through the bolt and having a split longitudinally extending along the bolt. A rod longitudinally extends through the cavity. An expansion element is mounted on, or integrally formed with, the rod at or toward the rod leading end and protrudes through the bolt leading end. The expansion element has an engagement surface tapering toward the rod trailing end. A drive head is mounted on, or integrally formed with, the rod at or adjacent the rod trailing end. The rod is actuatable by rotation of the drive head to draw the expansion element toward the bolt trailing end such that the engagement surface engages the bolt, radially outwardly deforming the bolt at the leading end. The friction bolt assembly may comprise means for at least substantially preventing rotation of the expansion element relative to the bolt.
    • 一种摩擦螺栓组件,其具有大致管状的螺栓,其限定纵向延伸穿过螺栓的腔,并具有沿着螺栓纵向延伸的开口。 杆纵向延伸穿过空腔。 膨胀元件安装在杆的前端或朝向杆引导端或与杆一体形成,并且突出穿过螺栓前端。 膨胀元件具有朝向杆尾端逐渐变细的接合表面。 驱动头安装在杆上或与棒尾端相邻的一体地形成。 杆可通过驱动头的旋转而致动,以将膨胀元件拉向螺栓后端,使得接合表面接合螺栓,使螺栓在前端径向向外变形。 摩擦螺栓组件可以包括用于至少基本上防止膨胀元件相对于螺栓旋转的装置。
    • 5. 发明申请
    • APPARATUS FOR INSTALLATION OF ROCK BOLTS
    • 用于安装岩栓的装置
    • WO2003102373A1
    • 2003-12-11
    • PCT/AU2003/000655
    • 2003-05-29
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITEDARNALL, Peter, DouglasRATAJ, Mieczyslaw, Stanislaw
    • ARNALL, Peter, DouglasRATAJ, Mieczyslaw, Stanislaw
    • E21D20/00
    • E21D20/00E21B17/046
    • A rock bolt installation tool (1) has a longitudinally extending tool body (2) with a cavity (3) extending between first and second ends (2a, 2b) of the tool body (2). A shaft (14) is disposed within the tool body cavity (3). The second end (14b) of the shaft (14) extends from the tool body second end (2b) and is engageable by a rotational driver for rotationally driving the shaft (14). The shaft (14) is rotationally fixed and longitudinally displaceable with respect to the tool body (2). A bolt drive means (18) is provided on the shaft first end (14a) and engages a complimentary drive means (102) provided on the end of the rock bolt (101) for rotationally driving the bolt (101). A nut drive socket (7) is defined by the cavity (3) of the tool body first end (2a) and is adapted to engage a nut (100) threaded onto the rock bolt (101) for rotationally driving the nut (100). The nut retaining means (9, 11) are provided to retain the nut (100) within the nut drive socket (7).
    • 岩石螺栓安装工具(1)具有纵向延伸的工具主体(2),其具有在工具主体(2)的第一和第二端(2a,2b)之间延伸的空腔(3)。 轴(14)设置在工具体腔(3)内。 轴(14)的第二端(14b)从工具主体的第二端(2b)延伸,并且可由用于旋转地驱动轴(14)的旋转驱动器接合。 轴(14)可旋转地固定并相对于工具主体(2)纵向移位。 螺栓驱动装置(18)设置在轴的第一端(14a)上并且与设置在岩石螺栓(101)的端部上的互补的驱动装置(102)接合,用于旋转地驱动螺栓(101)。 螺母驱动器插座(7)由工具主体第一端(2a)的空腔(3)限定,并且适于接合螺纹连接到岩石螺栓(101)上以用于旋转地驱动螺母(100)的螺母(100) 。 螺母保持装置(9,11)设置成将螺母(100)保持在螺母驱动器插座(7)内。
    • 6. 发明申请
    • A CABLE BOLT ASSEMBLY
    • 电缆螺栓总成
    • WO2014028966A1
    • 2014-02-27
    • PCT/AU2013/000923
    • 2013-08-20
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITED
    • EVANS, David WilliamEATHER, NoelWORRALL, Simon Ross
    • E21D20/02E21D21/00
    • E21D20/02E21D21/0026E21D21/006
    • A cable bolt assembly (100) comprises a cable (110) longitudinally extending between a cable leading end (110a) and a cable trailing end (110b). The cable (100) comprises a longitudinally extending breather tube (111) defining a breather passage (114) and at least one set of wires (112, 113) helically wound about the breather tube (111), a tensioning assembly (130) mounted on the cable adjacent the cable trailing end (110b), and a breather bulb (160) formed in the cable (110) between the tensioning assembly (130) and the cable leading end (110a). A plurality of openings (161) is defined by spaces between wires (112, 113) of the cable (110) within the breather bulb (111), the openings (161) communicating with the breather passage (114). An annular sealing sleeve (150) extends about the cable (110) and extends from the tensioning assembly (130) towards the cable leading end (110a). The sleeve (150) is configured to sealingly engage the wall of a bore hole (10) into which the cable bolt assembly (100) is to be installed, about a periphery of the sleeve (150). The tensioning assembly (130) is adapted to tension the cable (110) and defines a grout delivery passage communicating an exterior of the tensioning assembly (130) and the interior of the sleeve (150) to facilitate the pumping of grout into an annular cavity defined, in use, between the cable (110) and the wall of the bore hole (10).
    • 电缆螺栓组件(100)包括在电缆前端(110a)和电缆尾端(110b)之间纵向延伸的电缆(110)。 电缆(100)包括限定通气通道(114)的纵向延伸的通气管(111)和围绕通气管(110)螺旋缠绕的至少一组电线(112,113),安装在所述通气管 在电缆尾端(110b)附近的电缆上,以及形成在拉紧组件(130)和电缆引导端(110a)之间的电缆(110)中的通气灯泡(160)。 多个开口(161)由通气灯泡(111)内的电缆(110)的电线(112,113)之间的空间限定,开口(161)与通气通道(114)连通。 环形密封套(150)围绕电缆(110)延伸并且从张紧组件(130)朝向电缆引导端(110a)延伸。 套筒(150)构造成围绕套筒(150)的周边密封地接合要安装缆索螺栓组件(100)的钻孔(10)的壁。 张紧组件(130)适于拉紧电缆(110)并且限定将张紧组件(130)的外部和套筒(150)的内部连通的灌浆输送通道,以便于将浆料泵送到环形空腔 在使用中限定了电缆(110)和钻孔(10)的壁之间。
    • 7. 发明申请
    • A TENSIONABLE CABLE BOLT ASSEMBLY
    • 可伸缩电缆螺栓总成
    • WO2013033760A1
    • 2013-03-14
    • PCT/AU2012/001044
    • 2012-09-04
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITEDWORRALL, Simon RossMACKAWAY, Steven MaxwellEVANS, David WilliamEATHER, Noel
    • WORRALL, Simon RossMACKAWAY, Steven MaxwellEVANS, David WilliamEATHER, Noel
    • E21D20/00E21D20/02E21D21/00
    • E21D21/008E21D21/006
    • A tensionable cable bolt assembly (100) has a cable (110) longitudinally extending between a cable leading end (111) and a cable trailing end (112). A tensioning member (120) is mounted on the cable (110) toward the cable trailing end (112). The tensioning member (120) comprises an externally threaded, leading tubular element (121) and a trailing drive head (122) fixed in relation to the tubular element (121). The tensioning member (120) has a cable aperture (123) extending through the tubular element (121) and the drive head (122). The cable (110) extends through the cable aperture (123). A washer (130) is mounted on the tubular element (121). The washer (130) has a washer trailing face (132) and a washer leading face (131) adapted to engage a rim of a mine plate through which the cable (110) extends in use. The washer (130) has an internally threaded washer aperture (133) threadingly engaging the tubular element (121). A barrel and wedge assembly (150) is mounted on the cable (110) between the drive head (122) and the cable trailing end (112). The cable (110) is freely rotatable relative to the washer (130) and freely rotatable relative to the tensioning member (120), at least upon application of a predetermined torque.
    • 可张紧的电缆螺栓组件(100)具有在电缆引出端(111)和电缆尾端(112)之间纵向延伸的电缆(110)。 张紧构件(120)朝向电缆尾端(112)安装在电缆(110)上。 张紧构件(120)包括相对于管状元件(121)固定的外螺纹的前导管状元件(121)和拖后驱动头(122)。 张紧构件(120)具有延伸穿过管状元件(121)和驱动头(122)的电缆孔(123)。 电缆(110)延伸穿过电缆孔(123)。 垫圈(130)安装在管状元件(121)上。 垫圈(130)具有垫圈后表面(132)和垫圈引导面(131),适于与使用中电缆(110)延伸穿过的矿井的边缘接合。 垫圈(130)具有螺纹接合管状元件(121)的内螺纹垫圈孔(133)。 桶和楔组件(150)安装在驱动头(122)和电缆尾端(112)之间的电缆(110)上。 至少在施加预定扭矩时,电缆(110)可相对于垫圈(130)自由旋转并相对于张紧构件(120)可自由转动。
    • 8. 发明申请
    • DYNAMIC DROP TESTING APPARATUS
    • WO2021212182A1
    • 2021-10-28
    • PCT/AU2021/050368
    • 2021-04-23
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITED
    • EVANS, David WilliamAMOS, Adam
    • G01N3/303G01M7/08G01M3/04G01M3/06
    • A system (100) for dynamically testing a ground support element (102) for use in strata control in civil engineering and mining operations, the system including: a buffer (104); a frame (114) to be moved in a direction towards the buffer (104) from a first position, in which the frame (114) is spaced from the buffer (104), to a second position, in which the frame (114) is in contact with the buffer (104) so that movement of the frame (114) in the direction is at least slowed by the buffer (104), the frame (114) having an attachment portion (158) to be coupled to the element (102) so that the element (102) is movable with the frame (114); and a load mass (172) arranged for relative movement with respect to the frame (114) and operatively associated with the element (102) such that contact between the buffer (104) and the frame (114) causes the load mass (172) to move in the direction of movement relative to the frame (114) to load the element (102) thereby causing displacement of a portion of the element (102) in the direction of movement as the movement of the frame (114) is at least slowed, wherein the frame (114) has an end portion (148) to contact the buffer (104), with the load mass (172) spaced further from the buffer (104) in the direction of movement than the end portion (148), prior to contact between the end portion (148) and the buffer (104), such that the load mass (172) continues to move toward the buffer (104) in the direction of movement after the contact between the end portion (148) and the buffer (104).
    • 10. 发明申请
    • AN APPARATUS FOR POST-GROUTING A CABLE BOLT, CABLE BOLT ASSEMBLY AND METHOD OF INSTALLING A CABLE BOLT
    • 用于后处理电缆螺栓的装置,电缆螺栓组件和安装电缆螺栓的方法
    • WO2012000016A1
    • 2012-01-05
    • PCT/AU2011/000697
    • 2011-06-03
    • DYWIDAG-SYSTEMS INTERNATIONAL PTY LIMITEDEVANS, David, William
    • EVANS, David, William
    • E21D20/02E21D21/00
    • E21D20/028
    • A cable bolt assembly (400) including a cable (410) extending along the longitudinal axis L. The assembly (400) further includes a post-grouting apparatus (411) comprising (a) a load bearing grout delivery fitting (413) having a leading face (424) and a trailing face (430), a longitudinally extending grout receiving cavity (421) extending inwardly of the fitting from the leading face, a longitudinally extending passage (423) extending inwardly of the fitting from the trailing face and extending to the cavity, a grout delivery port (422) communicating with the cavity to provide for the delivery of grout thereto, and (b) a seal (427) mounted in the fitting and surrounding the passage to sealingly engage the cable that is to extend longitudinally through the fitting via the cavity and passage.
    • 包括沿着纵向轴线L延伸的电缆(410)的电缆螺栓组件(400)。组件(400)还包括后灌浆设备(411),其包括(a)承载水泥浆输送配件(413),其具有 引导面(424)和后表面(430);纵向延伸的灌浆接收腔(421),其从所述引导面向内延伸到所述配件的内部;纵向延伸的通道(423),其从所述后表面向内延伸, 与所述空腔连接的灌浆输送口(422)与所述空腔连通以提供其中的浆料的输送,和(b)安装在所述配件中并围绕所述通道的密封件(427),以密封地接合所述电缆延伸 通过空腔和通道纵向穿过配件。