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    • 2. 发明申请
    • ANBAUFRÄSSYSTEM MIT SCHNEIDKÖPFEN UND FRÄSKETTE
    • 与切割头和刀具链ANBAUFRÄSSYSTEM
    • WO2010028953A1
    • 2010-03-18
    • PCT/EP2009/061036
    • 2009-08-27
    • ERTMER, Klaus
    • ERTMER, Klaus
    • E02F3/10E02F3/20E21C27/24E21D9/10
    • E02F3/205E02F3/085E02F3/10E21C27/24E21D9/1026
    • Die Erfindung betrifft ein Anbaufrässystem mit einer Anbaukonsole (02) zum Anbau an einen beweglichen Trägerarm eines Trägergerätes. Das Anbaufrässystem umfasst mindestens einen Motor (11) und zwei von diesem rotierend angetriebene Schneidköpfe (03), die beidseitig der Längsachse der Anbaukonsole (02) angebracht sind und zahlreiche Fräsmeißel (04) tragen. Weiterhin ist eine umlaufende Fräskette (01) mit zahlreichen Fräsmeißeln (04) vorgesehen, deren Laufrichtung parallel zur Längsachse der Anbaukonsole (02) verläuft und die sich zwischen den beiden Schneidköpfen (03) erstreckt, wobei die vordere Umkehrlinie der Fräskette (01) im Wesentlichen in einer die Fräsmantelflächen der beiden Schneidköpfe (03) tangierenden Ebene liegt, und wobei der die Schneidköpfe (03) antreibende Motor (11) auch die Fräskette (01) antreibt.
    • 本发明涉及一种与Anbaufrässystem用于附接至载体装置的可移动支撑臂的安装托架(02)。 所述Anbaufrässystem包括至少一个电动机(11)和两个从该被安装在所述安装支架(02)的纵向轴线的两侧,并且携带大量切削齿(04),该旋转驱动刀头(03)。 此外,提供了一种周向切割链(01)与许多凿子(04),运行的方向是平行于所述附连支架(02)和两个切割头之间延伸(03)的纵向轴线延伸,其中所述前扭转切割链的线(01)是基本上 在两个切割头(03)切平面的Fräsmantelflächen,并且其中驱动所述切割头(03)的驱动电动机(11)和切割器链(01)。
    • 3. 发明申请
    • MINING MACHINE AND METHOD OF MINING
    • 采矿机及采矿方法
    • WO2009146467A1
    • 2009-12-03
    • PCT/ZA2009/000046
    • 2009-05-26
    • 9DOT SOLUTIONS (PTY) LTDVAN ZYL, Petrus, Johannes, AdriaanSCHOEMAN, Pieter, ConradDU TOIT, ChrisBEUKES, Anton
    • VAN ZYL, Petrus, Johannes, AdriaanSCHOEMAN, Pieter, ConradDU TOIT, ChrisBEUKES, Anton
    • E21C27/24
    • E21D9/1026E21C27/24
    • The invention provides a mining machine (10) and a method of mining. The mining machine (10) includes a body (12), an arm (14) mounted on the body (12) for angular displacement relative to the body (12), a mining head (16) mounted on an end region (14,1 ) of the arm (14) for rotation relative to the end region (14,1 ) of the arm (14), drive means (18) for driving the mining head (16) to rotate relative to the end region (14,1 ) of the arm (14) while the mining head (16) is in abutment with a mining face, and drive means (18) for driving the arm (14) to displace angularly relative to the body (12), such that, in use, the arm (14) can be driven to displace angularly relative to the body (12) to sweep the mining head (16) across a mining face while the mining head (16) is driven to rotate and in abutment with the mining face, thereby to mine the mining face.
    • 本发明提供一种采矿机(10)和采矿方法。 采矿机(10)包括主体(12),安装在主体(12)上的相对于主体(12)进行角位移的臂(14),安装在端部区域(14)上的采矿头(16) 相对于臂(14)的端部区域(14,1)旋转的臂(14)的驱动装置(18),用于驱动采矿头(16)相对于端部区域(14)旋转的驱动装置(18) (16)与挖掘面邻接的驱动装置(18),用于驱动臂(14)相对于主体(12)成角度地移动,以及驱动装置(18) 在使用中,可以驱动臂(14)相对于主体(12)成角度地移动,以在采矿头(16)被驱动旋转并与采矿相邻时跨越采矿面扫掠采矿头(16) 面,从而挖矿面。
    • 5. 发明申请
    • STONE HEAD TO BE MOUNTED ON EXCAVATOR ARMS
    • 石头连接不良清淤
    • WO00075488A1
    • 2000-12-14
    • PCT/AT2000/000159
    • 2000-06-06
    • E02F3/20E21D9/10
    • E21D9/1086E02F3/205E21D9/1026
    • The invention relates to a stone head to be mounted on the arms of tools, for example excavator arms (1). Said stone head comprises a hydraulic engine (5) and a transmission for driving exchangeable cutting drums or disks or cutting heads (2). The inventive stone head can be optionally provided with cutting heads (2, 2') of different diameters. A lubricant is supplied to the transmission from a lubricant sump in any orientation of the stone cutter heads. The drive of the inventive device comprises a hydraulic engine (5) that is arranged in the arm (1) and a bevel gear drive with a bevel pinion (8) that has a substantially parallel or coaxial axis (18) with respect to the axis of the excavator arm (1) and a bevel gear (14) that is coaxial with respect to the drive axis of the cutter heads (2). A reduction gear is optionally interposed between the drive engine (5) and the bevel pinion (8) or between the bevel gear (14) and the drive shaft (15) for the cutter heads (2).
    • 在岩头用于连接来实现支撑臂,如 挖掘机臂(1),与液压马达(5)和用于驱动可更换的铣削鼓或盘或切割头传动装置(2),其中任选地所述切割头(2,2“)可被安装在不同直径和润滑剂从润滑剂积存 beliebligerGesteinschrämköpfe的取向被供给到齿轮,驱动在支撑臂布置一(1)液压马达(5)和一个伞齿轮包括一锥齿轮(8)与所述挖掘机臂的轴线(1)基本上平行或同轴轴线(18)和 用于该切削头(2)同轴伞齿轮的驱动轴(14)。 任选所述驱动马达(5)和小锥齿轮之间的Reducktionsgetriebe(8)或所述锥齿轮(14)和输出轴(15)用于切割头(2)之间。
    • 9. 发明申请
    • APPARATUS FOR THE MILLING CUTTING OF ROCK, MINERALS OR OTHER MATERIALS
    • 用于铣削,矿物或其他材料的切割的装置
    • WO2012156841A3
    • 2013-06-06
    • PCT/IB2012052053
    • 2012-04-24
    • CATERPILLAR GLOBAL MINING EURSTEINBERG JENSRASCHKA JOACHIMHERRMANN FRANKSCHREITER CHRISTIAN
    • STEINBERG JENSRASCHKA JOACHIMHERRMANN FRANKSCHREITER CHRISTIAN
    • E21C27/22E21C35/12
    • E21C27/24E21C25/06E21C27/22E21C35/12E21D9/1026
    • The apparatus according to the invention for the milling cutting of rock, minerals or other, in particular hard, materials, which preferably can be used on a part-face heading machine (10) in underground mining, has two tool drums (17), which are arranged rotatably mounted side by side in twin arrangement on a drum carrier (13) and which are respectively provided with a plurality of tool carriers (19) which support cutting tools (20) arranged distributed over the periphery of the tool drums and which can be rotatingly driven and the shaft axes (21) of which run substantially transversely to the drum axle (16). According to the invention, the arrangement is made such that the shaft axes of the tool carriers of the first tool drum span a first conical surface (23) about the drum axis and the shaft axes of the tool carriers of the second tool drum span a second conical surface (24) about the drum axis, wherein the conical surfaces are open to opposite sides and are preferably oriented such that they are mutually inclined in O-arrangement.
    • 根据本发明的用于铣削切削岩石,矿物或其它尤其是硬质材料的设备,其优选地可以用于地下采矿中的部件面镦锻机(10)上,具有两个工具滚筒(17), 它们以双重布置的方式并排可旋转地安装在鼓架(13)上,并且分别设置有多个工具架(19),所述多个工具架(19)支撑分布在工具滚筒周边上的切割工具(20),并且 可以旋转驱动,并且其轴线(21)基本上横向于鼓轴(16)延伸。 根据本发明,该装置被制成使得第一工具鼓的工具架的轴线跨过鼓轴线的第一锥形表面(23),并且第二工具鼓的工具架的轴线跨越 第二圆锥形表面(24)围绕鼓轴线,其中锥形表面向相对侧开口,并且优选地定向成使得它们相互倾斜成O形排列。