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    • 1. 发明公开
    • VIBRATORY SAND RECLAIMING APPARATUS HAVING NORMAL AND REJECT MODES
    • 具有正态和反向模式的振动砂回收装置
    • EP1536893A2
    • 2005-06-08
    • EP03731056.2
    • 2003-04-30
    • General Kinematics Corporation
    • MUSSCHOOT, PaulGUPTAIL, William, G.WEICHMANN, Steve, C.
    • B02C19/16B02C25/00
    • B22C5/0481B02C19/16B02C25/00B22C5/085Y10S241/10
    • An attrition mill (10) for reclaiming foundry sand from deposited material having lumps of used foundry sand and included material includes a housing (12) defining a chamber (14) for receiving the lumps of used foundry sand and included material. A base (20) is disposed within the housing (12) and has an elevated end (22) defining a reject outlet adjacent a reject end of the mill (10) and a lower end (24), and a discharge wall (26) is positioned adjacent the base lower end (24) to define a sand outlet adjacent a sand end of the mill. A resilient support (32) is attached to the housing, and a vibratory drive (34) is attached to the housing (12) and includes first and second eccentrically loaded motors (36, 38). The vibratory drive (34) is selectively operable in a normal mode, in which the first and second motors (36, 38) are rotated to generate a vibratory force in a first direction that advances the deposited material generally toward the sand outlet, and a reject mode, in which at least one of the first and second motors (36, 38) is operated to generate a vibratory force in a second direction that advances the deposited material generally toward the reject outlet.
    • 一种用于从沉积材料中回收铸造砂的磨碎机(10),所述沉积材料具有使用过的铸造砂块和所包含的材料,包括限定用于接收所使用的铸造用砂块和所包括的材料的腔室(14)的壳体(12)。 底座(20)设置在壳体(12)内,并具有限定与研磨机(10)的排出端相邻的排出口和下端(24)以及排出壁(26)的升高端(22) 定位在基部下端(24)附近以限定与磨机的砂端相邻的砂出口。 弹性支撑件(32)附接到壳体,并且振动驱动器(34)附接到壳体(12)并且包括第一和第二偏心加载马达(36,38)。 振动驱动器(34)可选择性地在正常模式下操作,其中第一和第二电动机(36,38)被旋转以在第一方向上产生振动力,该第一方向将沉积材料大致朝向砂出口推进, 其中第一和第二马达(36,38)中的至少一个被操作以在第二方向上产生振动力,该第二方向将沉积材料大体朝向拒绝出口推进。
    • 5. 发明公开
    • The device for vibratory reclamation of used up foundry sand
    • 用于铸造用砂的振动回收装置
    • EP2689868A2
    • 2014-01-29
    • EP13460038.6
    • 2013-06-24
    • Akademia Górniczo-hutnicza Im. Stanis Awa Staszica
    • Danko, JózefHoltzer, MariuszDanko, RafalHoltzer, GrzegorzKuzmin, JerzyMatuszewski, KrzysztofPrzybyla, Karol
    • B22C5/04B22C5/06B22C5/08
    • B02C23/02B02C19/0056B02C23/14B22C5/0481B22C5/06B22C5/085
    • The device consists of the serially connected: vibratory reclaimer and pneumatic classifier (21). The reclaimer has got pipe-cylindrical vertical column (2), ended at the top by the batch tank (3). Inside, there are built up, at intervals, from the top to the bottom: the crusher grid (4), two horizontal sieves: upper (5) and central (6), as well as the lower conical sieve (7). The space of the conical sieve (7) behind the screening side surface is closed off by the bottom ring (8), over which in the side wall there is the pour-out hole (9), led to the transport trough (16). The transport trough (16) is rigidly mounted to the column (2) and rises in spiral fashion along its side surface. At the top end, it is swept externally through the channel (19) led to the feeding screw (20), which through the pour-out is connected to the upper section of the pneumatic cascade classifier (21). Below the conical sieve (7), over the column bottom (11), there is the buffer chamber (10) with the placed crushing-abrasive elements (13) in the form of metal balls. Tangentially to the column (2), below the bottom, there are mounted two generators of vibrations in the form of the rotodynamic motors (14), through their axes of rotation, situated in planes parallel to the column axis and askew to that axis, in perpendicular projection. The transport trough (16) throughout its height is covered externally by the pipe shield (17), which is provided with the connection piece (18), connected with the exhausting installation, preferably, of the cascade classifier (21).
    • 该设备由串联的振动回收机和气动分级机(21)组成。 取料机有管式圆柱形立柱(2),顶部由批罐(3)结束。 在内部,从顶部到底部每隔一段时间建立起来:破碎机网格(4),两个水平筛:上部(5)和中部(6)以及下部锥形筛(7)。 在筛分侧表面后面的锥形筛(7)的空间被底部环(8)封闭,其中在侧壁上具有通向输送槽(16)的排出孔(9) 。 运输槽(16)刚性地安装到柱(2)上并沿着其侧表面螺旋升起。 在顶端,它通过导向进给螺杆(20)的通道(19)从外部扫过,进给螺杆(20)通过排出口连接到气动级联分级器(21)的上部。 在锥形筛(7)的下方,在塔底(11)上方,存在缓冲室(10),其中放置有金属球形式的破碎研磨元件(13)。 与塔(2)相切,在塔底下方安装有两个旋转发生器,这些发生器以旋转动力学马达(14)的形式,通过它们的旋转轴线,位于平行于塔轴线的平面内并且倾斜于该轴线, 在垂直投影。 运输槽(16)在其整个高度上由设有连接件(18)的管罩(17)从外部覆盖,连接件优选与级联分级器(21)的排气装置连接。