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    • 3. 发明申请
    • EXCAVATION DEVICE
    • 开挖设备
    • WO2008061383A2
    • 2008-05-29
    • PCT/CH2007000568
    • 2007-11-13
    • MUELLER AG MASCHINELLER GELEISJAEGER HEINZ
    • JAEGER HEINZ
    • E02F3/24E02F7/02
    • E02F3/241E02F7/02
    • The invention relates to a device for excavating and transporting material, especially earth, said device comprising an excavation appliance that can be rotated about a rotational axis (y) in a rotational direction (u), and a longitudinal conveyor (18) for transporting the excavated material (41). The excavation appliance comprises an impeller (12, 14) having a conically extending guide surface (20) arranged around the rotational axis (y) in a rotationally symmetrical manner, and guide vanes (22) which radially protrude from the conical guide surface (20) and form an acute angle in relation to the rotational axis (y).
    • 一种用于挖掘和材料排出装置,特别是土壤材料制成,包括一绕旋转轴线(Y)可转动的挖掘作业装置和一个纵向传送装置(18),用于在旋转方向(u)的去除挖掘材料(41)的。 挖掘设备包括布置成与旋转对称的围绕旋转轴线(Y),锥形路由区域(20)和锥形LEIT(20)和相对于所述旋转轴线(Y)的径向凸出表面的叶轮(12,14)以锐角形成 导向叶片(22)。
    • 4. 发明申请
    • OPTIMIZED KINETIC ENERGY MACHINE FOR EXCAVATING UNDERWATER ROCK
    • 优化水力发电机动力能源机
    • WO2005019540A2
    • 2005-03-03
    • PCT/US2004025921
    • 2004-08-11
    • TURNER THOMAS M
    • TURNER THOMAS M
    • E02F20060101E02F3/18E02F3/24E21C25/10E02F
    • E02F3/241E02F3/9231E02F9/2866
    • A machine for improved excavation of underwater rock that eliminates failures due to over-stressed cutting teeth 3 by positioning each hardened tooth for optimized Kinetic Energy. It has a plurality of blades 7 each connected between a back ring 6 and a forward rim 5, with a plurality of spokes 4 connecting rim 5 to a hub 1. Teeth 3 are mounted on the leading edge of each blade 7 approximately equidistant from the cutter axis of rotation 2, allowing each tooth 3 to have the proper combination of velocity and cutting force required to shatter massive, hard rock. As a result, all teeth 3 in the present invention have approximately the same peripheral velocity; have adequate Kinetic Energy to shatter rock upon impact, and are subject to approximately the same maximum stress during rock excavation.
    • 一种用于改善水下岩石开挖的机器,其通过将每个硬化齿定位成优化的动能来消除由于过度紧张的切割齿3引起的故障。 它具有多个叶片7,每个叶片7连接在后环6和前边缘5之间,其中多个轮辐4将边缘5连接到轮毂1.齿3安装在每个叶片7的前缘上,其大致等距离 刀具旋转轴线2,允许每个齿3具有粉碎大块坚硬岩石所需的速度和切割力的适当组合。 结果,本发明的所有齿3具有大致相同的圆周速度; 有足够的动能在撞击时破碎岩石,在岩石开挖过程中受到大致相同的最大应力。
    • 8. 发明申请
    • A BUCKET FOR USE IN A RECLAIMER
    • 一个用于回收者的贝壳
    • WO2016189081A1
    • 2016-12-01
    • PCT/EP2016/061891
    • 2016-05-26
    • FLSMIDTH A/S
    • PEDERSEN, Henrik Strøm
    • E02F3/08B65G17/12B65G17/36E02F3/12E02F3/14E02F3/18E02F3/60
    • E02F3/144B65G17/126B65G17/365E02F3/08E02F3/141E02F3/241E02F3/248E02F7/02
    • A bucket (501) for a reclaimer having a first end (502a) and a second end (502b), the bucket comprising two side walls (502) extending from the first end (502a) to the second end (502b); a bucket portion (503) disposed between the two side walls (502) in the second end (502b), the bucket portion (503) having a first lateral edge (503a) and a second lateral edge (503b), the second lateral edge (503b) of the bucket portion (503) arranged further towards the second end (502b) than the first lateral edge (503a) so that at least part of the bucket portion (503) has an inclination with respect to a reclaiming surface (520); wherein the two side walls (502) extend past the first lateral edge (502a) of the bucket portion (503) towards the first end (502a) so that the distance (D2) between the first end (502a) and the second lateral edge (503b) is greater than the distance (D1) between the first end (502a) and the first lateral edge (503a). Also disclosed is a reclaimer apparatus incorporating the same and a method for reclaiming material from a stockpile using such an arrangement with a cleaning device.
    • 一种用于具有第一端(502a)和第二端(502b)的回收机的桶(501),所述桶包括从所述第一端(502a)延伸到所述第二端(502b)的两个侧壁(502) 设置在第二端(502b)中的两个侧壁(502)之间的铲斗部分(503),铲斗部分(503)具有第一侧边缘(503a)和第二横向边缘(503b),第二横向边缘 (503b)比所述第一侧边缘(503a)更靠近所述第二端(502b)布置的所述铲斗部分(503)的所述第二部分(503b),使得所述铲斗部分(503)的至少一部分相对于回收表面 ); 其中所述两个侧壁(502)朝向所述第一端(502a)延伸超过所述铲斗部分(503)的所述第一横向边缘(502a),使得所述第一端(502a)和所述第二侧边缘 (503b)大于第一端(502a)和第一侧边缘(503a)之间的距离(D1)。 还公开了一种包括其的回收装置以及使用这种具有清洁装置的装置从库存回收材料的方法。
    • 9. 发明申请
    • BUCKET WHEEL FOR REMOVING MATERIALS FROM A MATERIAL COMPOSITE, PARTICULARLY OF HIGH HARDNESS
    • 桨材料的从材料协会特别是高密度的拆除
    • WO2014139927A3
    • 2014-11-20
    • PCT/EP2014054547
    • 2014-03-10
    • THYSSENKRUPP IND SOLUTIONS AG
    • RAAZ VIKTORGEESMANN FRANZ-OTTOBUTTERBACH EDELTRAUDHOFMANN BASTIANGRUSZIEN CHRISTIAN
    • E02F3/24E02F9/28
    • E02F9/2866E02F3/241E02F3/248
    • The present invention relates to a bucket wheel (1) for removing materials from a material composite (25), particularly of high hardness, comprising a main body (10), which extends around a bucket wheel rotational axis (11) and on which a plurality of buckets (12) having bucket cutters (13) are accommodated, said buckets being distributed on the circumference of the main body, wherein a plurality of cutting teeth (14) are arranged on each bucket cutter (13), the cutting teeth being movable on respective circular orbits (15, 16) by rotation of the main body (10) about the bucket wheel rotational axis (11). According to the invention, the cutting teeth (14) that are accommodated on adjacent bucket cutters (13) are arranged offset from one another, at least in part, such that the cutting teeth are movable on circular orbits (15, 16) offset in the direction of the bucket wheel rotational axis (11).
    • 本发明涉及一种叶轮(1)的(25)的材料协会的材料提取,特别是高硬度,具有围绕Schaufelradrotationsachse延伸的基体(10)(11)和其上的多个分布在圆周上的叶片(12 )加入桨式叶片(13),并且其中的多个切割齿(14)设置在每个刀片刀(13),其(通过围绕Schaufelradrotationsachse(11)上相应的圆形轨道(15基体10)旋转,16)是可移动的。 根据本发明,它提供了该被记录在相互邻接的叶片的叶片(13)的切削齿(14)被布置成至少部分地使得它们朝向Schaufelradrotationsachse偏移上彼此偏移(11)的环形路径(15,16)是可移动的。
    • 10. 发明申请
    • DREDGING CUTTING WHEEL
    • 干燥切割轮
    • WO2014171823A1
    • 2014-10-23
    • PCT/NL2014/050238
    • 2014-04-16
    • IHC HOLLAND IE B.V.
    • VAN DER NEUT, Cornelis AlbertTOET, Vincent Leonard
    • E02F3/24E02F3/88E02F3/92E02F3/96E02F3/90
    • E02F3/9237E02F3/241E02F3/246E02F3/8841E02F3/905E02F3/968
    • Cutting wheel system (1) for a dredging device, comprising a cutting wheel (2) and a cutting wheel drive system (8), whereby the cutting wheel comprises at least two cutting element rings (3), which rings are positioned at a distance from each other in parallel planes whereby the cutting element rings have coaxial rotation axes (12,13), whereby a suction tube (7) can be positioned between the two cutting element rings (3), whereby the cutting wheel drive system is arranged to rotate the cutting wheel about the coaxial rotation axes, wherein the cutting wheel system further comprises connecting arms (9) for mounting the cutting wheel in a rotatable manner to the dredging device, wherein the connecting arms are moveable with respect to each other between a closed position wherein the connecting arms engage the cutting wheel from opposite sides of the cutting wheel, and an open position wherein the cutting wheel is released from the connecting arms.
    • 一种用于疏浚装置的切割轮系统(1),包括切割轮(2)和切割轮驱动系统(8),由此所述切割轮包括至少两个切割元件环(3),所述至少两个切割元件环 彼此在平行的平面中,由此切割元件环具有同轴旋转轴线(12,13),由此吸入管(7)可以位于两个切割元件环(3)之间,由此切割轮驱动系统被布置成 围绕同轴旋转轴旋转切割轮,其中切割轮系统还包括用于将切割轮以可旋转的方式安装到疏浚装置的连接臂(9),其中连接臂可相对于彼此在封闭 位置,其中连接臂从切割轮的相对侧接合切割轮,以及打开位置,其中切割轮从连接臂释放。