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    • 1. 发明授权
    • Cutting roller for a continuously operating surface miner
    • 用于连续操作的矿用挖掘机的切割辊
    • US06948779B2
    • 2005-09-27
    • US10671125
    • 2003-09-25
    • Alexander EhlerGünter KunzeVolkmar SchraderBurkhard PetackKlaus Potenberg
    • Alexander EhlerGünter KunzeVolkmar SchraderBurkhard PetackKlaus Potenberg
    • E21C47/02E02F3/24E21C25/10E21C25/16
    • E21C25/10E02F3/241E21C25/16
    • A mining member designed as a cutting roller for a continuously operating surface miner for mining mineral raw materials of high strength. The roller body is equipped for this purpose with mini-disk bits of identical design. Since different conditions occur over the entire width of the roller during the separation of the material from the soil, the roller body is designed correspondingly, and the arrangement of the mini-disk bits is adapted to these conditions. The mini-disk bits in the edge areas are placed at a greater density than are the mini-disk bits (7) in the middle area. In addition, mini-disk bits are directed obliquely toward the outside as free-cutting bits at the two outer edges of the cutting roller. The height of the mini-disk bits is selected to be such that their individual virtual rolling paths together form a virtual cutting roller body, which comprises a middle cylinder, which is joined on both sides by outwardly tapering frusta. This solution is associated with the advantages that more mini-disk bits are available per unit area in the critical edge areas for separating the material and for cutting the roller free, and the cutting height HSchn is smaller there.
    • 一种采矿构件,设计为用于开采高强度矿物原料的连续操作的矿用矿机的切割辊。 为了这个目的,滚筒体配备了相同设计的微型盘。 由于在材料与土壤分离期间在辊的整个宽度上出现不同的条件,相应地设计了辊体,并且微型盘钻头的布置适应于这些条件。 边缘区域中的微型磁盘位置比中间区域的微型磁盘位(7)的密度更高。 此外,在切割辊的两个外边缘处,微型盘钻头倾斜地朝向外侧定向为可切削钻头。 微型磁盘钻头的高度被选择为使得它们各自的虚拟滚动路径一起形成虚拟切割滚筒主体,该虚拟切割滚筒主体包括中间圆筒,该中间圆柱体通过向外逐渐变细的截头圆锥体而被连接在一起。 该解决方案与在临界边缘区域中每单位面积可获得更多的微型盘位的优点相关联,用于分离材料和切割无辊,并且切割高度H n在那里更小 。
    • 2. 发明授权
    • Mini disk bit
    • 迷你磁盘位
    • US06935443B2
    • 2005-08-30
    • US10306700
    • 2002-11-27
    • Alexander EhlerGünter KunzeVolkmar Schrader
    • Alexander EhlerGünter KunzeVolkmar Schrader
    • E21C35/19E01H5/09E21B10/12E21C25/18E21C47/00E21D9/10E21B10/22
    • F16C19/49E21C25/18F16C21/00F16C33/6614F16C43/06
    • A small sized disk bit includes a bit holder accommodated in a bearing journal on its side (overhangingly), and a disk body with asymmetrically designed wedge flanks mounted rotatably thereon. To enable the disk body to absorb high radial and axial strong forces encountered during the engagement of the disk on a solid rock, the disk body is designed as a one-part disk body with a blind hole with its surface and the bearing journal surface being designed as components of the bearing. The bearing involves the combination of a radial and thrust bearing each, where the thrust bearing is milled into the track of the radial bearing. A ball bearing is used as the axial bearing and a needle roller bearing, a cylindrical roller bearing or a slide bearing is used as the radial bearing. The diameter of the ball bearing is larger than the diameter of the needle rollers, or the cylindrical rollers or the thickness of the sliding bush of the slide bearing.
    • 一个小尺寸的盘钻头包括容纳在其侧面(突出地)的轴承轴颈中的钻头座,以及可旋转地安装在其上的具有不对称设计的楔形侧面的盘体。 为了使盘体能够吸收在固体岩石接合期间遇到的高径向和轴向强力,盘体被设计为具有盲孔的单组件盘体,其表面和轴承轴颈表面为 设计为轴承的组件。 轴承包括各自的径向和推力轴承的组合,其中推力轴承被铣削到径向轴承的轨道中。 滚珠轴承用作轴向轴承,滚针轴承,圆柱滚子轴承或滑动轴承用作径向轴承。 滚珠轴承的直径大于滚针或圆柱滚子的直径或滑动轴承的滑动衬套的厚度。