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    • 1. 发明申请
    • SIDE SHIFT RAISE CLIMBING SYSTEM
    • 侧移升降系统
    • WO2009033275A1
    • 2009-03-19
    • PCT/CA2008/001602
    • 2008-09-12
    • J.S. REDPATH LIMITEDGRENON, Randy E.
    • GRENON, Randy E.
    • E21F13/04
    • E21D3/00E21F13/04E21F13/06
    • A side-shift raise climbing system is provided that utilizes a side-cut excavated into the wall of the access drift for a raise in a mine. A transfer section is incorporated into the existing length of rail servicing the raise. The transfer section includes a laterally transferable rail that can be detached from the existing rail and shifted along a set of monorails that extend into the side-cut. The transfer section enables a raise climber, when parked thereon, to be shifted out of the access drift without requiring additional access drifts or parking/nesting areas to accommodate the use of muck removal equipment.
    • 提供了一种侧移式升降系统,该系统利用挖掘进入入口的墙壁的侧切来提高矿井。 转运部分纳入现有的铁路服务时间。 转印部分包括横向可转移的轨道,该轨道可以从现有的轨道上拆下并沿着延伸到侧面切割的一组单轨道移动。 转运部分使得登山者在停放时可以从出入口漂移中移出,而不需要额外的进入漂移或停车/嵌套区域以适应废渣清除设备的使用。
    • 2. 发明申请
    • DEVICE FOR RAISE BORING
    • 升级镗孔装置
    • WO01092679A1
    • 2001-12-06
    • PCT/SE2001/001105
    • 2001-05-18
    • E21B7/28E21B17/06E21D3/00E21B17/00
    • E21B7/28E21B17/06E21D3/00
    • Device for raise boring comprising a rotation device (1), a drill string (2) and a reaming head (5). The reaming head (5) comprises a connection part (6) with a spring biased first body (7) which is displaceable between two end positions. The tube (3) being closest to the reaming head (5) in the drill string (2) comprises a second body (9) about which a connection means (10) is displaceable between a first position (fig 3) where the connection means (10) is unturnable relative to the second body (9) and a second position (fig 4) where the connection means (10) is turnable relative to the second body (9). Through this a safety device is achieved which prevents the reaming head (5) from falling if the joint between the reaming head (5) and the drill string (2) should break.
    • 用于升高钻孔的装置,包括旋转装置(1),钻柱(2)和铰孔头(5)。 铰接头(5)包括具有弹簧偏压的第一主体(7)的连接部分(6),其可在两个端部位置之间移动。 在钻柱(2)中最靠近铰接头(5)的管(3)包括第二主体(9),连接装置(10)可在第二主体(9)之间在第一位置(图3)之间移动,在第一位置 (10)相对于第二主体(9)不可转动,第二位置(图4),其中连接装置(10)相对于第二主体(9)可转动。 通过这样一种安全装置,如果扩孔头(5)和钻柱(2)之间的接头应该断裂,则可以防止铰孔头(5)掉落。
    • 3. 发明申请
    • ROCK DRILLING CONFIGURATION AND METHOD FOR LATERAL POSITIONING OF A DRILLING ARRANGEMENT
    • 用于钻井装置的横向定位的岩石钻孔配置和方法
    • WO2014133445A3
    • 2015-04-02
    • PCT/SE2014050245
    • 2014-02-28
    • ATLAS COPCO ROCK DRILLS AB
    • JORMVIK FREDRIK
    • E21B7/02E21B7/28E21D3/00
    • E21B7/024E21B7/28E21D3/00
    • The present invention relates to a method for positioning a drilling arrangement (7), wherein said drilling arrangement (7) is a raise boring arrangement, comprising a rotational centre (29). The method comprises to provide said drilling arrangement (7) carried by a positioning device (21, 31) connected to a carrier means (1) to transport the drilling arrangement (7) to a designated position for drilling by means of said carrier means (1), and positioning said rotational centre (29) of said drilling arrangement (7) beside a relatively the carrier means (1) defined centre line (CL) with the positioning device (21, 31). The invention also relates to a rock drilling configuration comprising said positioning device (21, 31) and said drilling arrangement (7) and a computer program product comprising program code for an electronic control unit associated with the rock drilling configuration for performing the method.
    • 本发明涉及一种用于定位钻孔装置(7)的方法,其中所述钻孔装置(7)是包括旋转中心(29)的升高钻孔装置。 该方法包括提供由连接到承载装置(1)的定位装置(21,31)承载的所述钻孔装置(7),以将钻探装置(7)运送到借助于所述载体装置进行钻孔的指定位置 将所述钻孔装置(7)的所述旋转中心(29)定位在与所述定位装置(21,31)相对的所述载体装置(1)限定的中心线(CL)上。 本发明还涉及包括所述定位装置(21,31)和所述钻孔装置(7)的岩石钻孔配置,以及包括与用于执行所述方法的岩石钻孔配置相关联的电子控制单元的程序代码的计算机程序产品。
    • 5. 发明申请
    • EXCAVATING HEAD
    • 排除头
    • WO2016142908A1
    • 2016-09-15
    • PCT/IB2016/051385
    • 2016-03-11
    • PALMIERI S.P.A.
    • PALMIERI, Silvano
    • E21B7/28E21D9/00E21B10/08
    • E21B7/28E21B10/08E21D3/00
    • The excavating head (1) comprises: an attachment element (8) to a driving machine to place the head (1) in rotation; a plate-shaped body (2) connected to the attachment element (8) and having a first main face (3) and a second main face (4) opposite to each other, the first main face (3) being facing to the excavation front; and an excavation tool (17) associated with the plate-shaped body (2) so as to protrude at least in part from the first main face (3); at least a through opening (20) and crossing the plate-shaped body (2) between the first main face (3) and the second main face (4), the excavation tool (17) being at least partially housed within the latter.
    • 挖掘头(1)包括:安装元件(8)到驱动机器以使头部(1)旋转; 连接到所述附接元件(8)并且具有彼此相对的第一主面(3)和第二主面(4)的板状体(2),所述第一主面(3)面向所述挖掘 面前; 以及与所述板状体(2)相关联地从所述第一主面(3)至少部分地突出的挖掘工具(17)。 至少一个贯穿开口(20)并且在第一主面(3)和第二主面(4)之间穿过板状体(2),挖掘工具(17)至少部分地容纳在其中。
    • 6. 发明申请
    • INTEGRATED INSPECTION AND MAINTENANCE RAISE BORING METHOD AND AN ASSOCIATED DRILL STRING ARRANGEMENT
    • 综合检查和维护提升钻孔方法和相关钻孔装置
    • WO2015025299A1
    • 2015-02-26
    • PCT/IB2014/064019
    • 2014-08-22
    • MASTER DRILLING SOUTH AFRICA (PTY) LTD.
    • JORDAAN, Barend, Jacobus
    • E21D3/00
    • E21D3/00E21B7/28E21B17/003E21B47/00E21B47/0002
    • A raise boring method is disclosed including the steps of cutting a raise with a raise boring arrangement comprising a surface-mounted drilling unit from which a hollow drill string, comprising a plurality of hollow drill pipes fitted together, extends downwardly through a pre-drilled pilot hole, with a reamer head to cut the raise being fitted to the end of the drill string; stopping the cutting process; lowering a cable through the hollow drill string towards the bottom of the raise; fitting an inspection device at the bottom of the raise to the cable extending through the hollow drill string, the inspection device comprising a controller to receive data obtained by the inspection device; operating the inspection device so as to inspect the side wall below where the reamer head is cutting; communicating the data obtained by the inspection device to an inspection station; and determining whether maintenance is required on the side wall.
    • 公开了一种提升钻孔方法,其包括以下步骤:用包括表面安装的钻井单元的提升钻孔装置切割升高的步骤,包括多个安装在一起的空心钻杆的空心钻柱从该钻孔单元向下延伸穿过预钻孔飞行员 孔,用铰刀头切割装配到钻柱末端的凸起; 停止切割过程; 通过空心钻柱将电缆降低到升高的底部; 将升起的底部的检查装置装配到延伸穿过中空钻柱的电缆,检查装置包括控制器,用于接收由检查装置获得的数据; 操作检查装置,以检查铰刀头正在切割的下方的侧壁; 将由检查装置获得的数据传送到检查站; 并确定在侧壁是否需要维护。
    • 7. 发明申请
    • ROCK DRILLING CONFIGURATION AND METHOD FOR LATERAL POSITIONING OF A DRILLING ARRANGEMENT
    • 用于钻井装置的横向定位的岩石钻孔配置和方法
    • WO2014133445A2
    • 2014-09-04
    • PCT/SE2014/050245
    • 2014-02-28
    • ATLAS COPCO ROCK DRILLS AB
    • JORMVIK, Fredrik
    • E21B7/024E21B7/28E21D3/00
    • The present invention relates to a method for positioning a drilling arrangement (7), wherein said drilling arrangement (7) is a raise boring arrangement, comprising a rotational centre (29). The method comprises to provide said drilling arrangement (7) carried by a positioning device (21, 31) connected to a carrier means (1) to transport the drilling arrangement (7) to a designated position for drilling by means of said carrier means (1), and positioning said rotational centre (29) of said drilling arrangement (7) beside a relatively the carrier means (1) defined centre line (CL) with the positioning device (21, 31). The invention also relates to a rock drilling configuration comprising said positioning device (21, 31) and said drilling arrangement (7) and a computer program product comprising program code for an electronic control unit associated with the rock drilling configuration for performing the method.
    • 本发明涉及一种用于定位钻孔装置(7)的方法,其中所述钻孔装置(7)是包括旋转中心(29)的升高钻孔装置。 该方法包括提供由连接到承载装置(1)的定位装置(21,31)承载的所述钻孔装置(7),以将钻探装置(7)运送到借助于所述载体装置进行钻孔的指定位置 将所述钻孔装置(7)的所述旋转中心(29)定位在与所述定位装置(21,31)相对的所述载体装置(1)限定的中心线(CL)上。 本发明还涉及包括所述定位装置(21,31)和所述钻孔装置(7)的岩石钻孔配置,以及包括与用于执行所述方法的岩石钻孔配置相关联的电子控制单元的程序代码的计算机程序产品。
    • 9. 发明申请
    • SECURING ARRANGEMENT FOR REAMERS IN RAISE BORING
    • 保护安全装置的安全
    • WO2003102356A1
    • 2003-12-11
    • PCT/SE2003/000849
    • 2003-05-26
    • ATLAS COPCO SECOROC ABBRÄNNSTRÖM, Stig
    • BRÄNNSTRÖM, Stig
    • E21B17/00
    • E21B17/04E21D3/00
    • The present invention relates to a safety arrangement which pertains to drill bits for reamer drilling and which is intended to prevent the drill bit (1) from falling freely down the hole in the event of a breakage in an element (3) that connects the drill bit (1) with an overlying rotatable carrier element, said element forming part of a drill string that carries the drill bit (1), wherein the element (3) includes a longitudinal hole (6) that extends internally along at least a part of the length of said element (3), and wherein the hole has disposed therein a safety device (5) which functions to capture the element and therewith also the drill bit (1) should the element (3) break, said capture being achieved by virtue of the safety device (5) being connected to a threaded part (4) of the overlying element (3) and also to a part of said element (3) located at a distance from said threaded part (4) of the element.
    • 本发明涉及一种涉及用于铰刀钻孔的钻头的安全装置,其目的在于防止钻头(1)在连接钻头的元件(3)中断裂的情况下自由地向下落下 (1)具有上覆的可旋转承载元件,所述元件形成承载钻头(1)的钻柱的一部分,其中元件(3)包括纵向孔(6),其沿着至少一部分 所述元件(3)的长度,并且其中所述孔已经设置有安全装置(5),所述安全装置用于捕获所述元件,并且还有所述元件(3)破裂时所述钻头(1),所述捕获由 安全装置(5)的优点是连接到上覆元件(3)的螺纹部分(4),并且还连接到与元件的所述螺纹部分(4)相距一定距离的所述元件(3)的一部分。
    • 10. 发明申请
    • ORE PASS INSPECTION SYSTEM
    • ORE PASS检查系统
    • WO01023710A1
    • 2001-04-05
    • PCT/US2000/021354
    • 2000-08-04
    • E21C35/24E21C41/16E21C41/22E21D3/00
    • E21C35/24E21C41/16E21D3/00
    • The apparatus includes: a platform (20) movable along generally a longitudinal direction of an ore pass; a controllable propulsion unit (30) capable of propelling the platform within the ore pass and to the location of the hang-up; an imaging unit (40) capable of generating an image of the ore pass as the apparatus is moved through the ore pass, wherein the image is transmittable to a remote viewer, extensible, remotely controllable immobilizing units (50) affixed to the platform; and a remotely controllable unit (160) for clearing the ore pass hang-up. Once in place the apparatus is used to break up or clear the hang-up. Techniques for clearing the hang-up include, for example, directing blows to the hang-up, directing blows to the hang-up, directing high pressure fluids to the hang-up, and using an explosive charge (164). The present system allows an operator located at a remote and safe distance from the ore pass to place the apparatus in the proper position relative to the hang-up and to clear the hang-up.
    • 该装置包括:沿着矿石通道的大致纵向方向移动的平台(20); 一个能够推进矿石通道内的平台和吊挂位置的可控推进装置(30); 所述成像单元能够在所述装置移动通过所述矿石通道时产生所述矿石通道的图像,其中所述图像可透射到附接到所述平台的远程观察者,可扩展的可远程控制的固定单元(50); 以及用于清除矿石通道的远程可控单元(160)。 一旦到位,该设备用于分解或清除挂断。 用于清除挂断的技术包括例如将打击引向挂断,引导打击挂机,将高压流体引导到挂断以及使用爆炸物(164)。 本系统允许位于远离矿石的远程和安全距离的操作者将装置放置在相对于挂起物的适当位置并清除挂断。