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    • 7. 发明申请
    • DEVICE AND METHOD FOR FEEDING METAL MATERIAL INTO A MELTING PLANT
    • 将金属材料送入熔炼厂的装置和方法
    • US20120234649A1
    • 2012-09-20
    • US13513189
    • 2010-12-01
    • Gianpietro BenedettiAlfredo Poloni
    • Gianpietro BenedettiAlfredo Poloni
    • B65G47/42B65G15/48B65G11/14B65G35/00B65G27/00
    • F27B3/186C21C5/527C21C7/0025C21C2300/02F27B3/06F27D3/10Y02P10/216
    • Device for feeding metal into melting plant, in particular into melting furnace including hearth and lateral aperture. Device includes means to feed metal terminally associated with a connection conveyor including a loading plane and cooperating with translation and positioning means. Connection conveyor able to assume first position during continuous loading step, wherein its front terminal end is located substantially flush with the furnace internal wall through the aperture, to introduce metal inside the furnace; a second position distanced from the furnace wall during the step of tapping liquid metal from the furnace; and a third position while first loading the furnace, with the furnace switched off, wherein its loading plane front end is inside the furnace volume to be disposed in proximity to the distal internal wall opposite the furnace proximal internal wall, to unload and distribute a charge to cover at least part of the furnace bottom surface.
    • 将金属进料到熔化装置中的装置,特别是包括炉底和侧向孔的熔炉中。 装置包括用于馈送金属末端的装置,该金属终端与包括装载平面的连接输送机相关联,并与平移和定位装置配合。 连续输送机能够在连续加载步骤期间呈现第一位置,其中其前端终端通过孔与炉内壁基本齐平,以将金属引入炉内; 在从熔炉排出液态金属的步骤期间与炉壁隔开的第二位置; 以及在炉子关闭的同时首先装载炉子的第三位置,其中其装载平面前端位于炉体内部,以被设置在靠近与炉子近壁内壁相对的远侧内壁附近,以卸载和分配装料 以覆盖炉底表面的至少一部分。
    • 9. 发明授权
    • Collating apparatus
    • 整理装置
    • US4193490A
    • 1980-03-18
    • US908402
    • 1978-05-22
    • Jack S. Cooley
    • Jack S. Cooley
    • B65G47/42B65G47/04
    • B65G47/88
    • Collating apparatus for inserting cubes (C) into a moving row of cylindrical articles (A) for subsequent packaging of groups of the collated articles comprises a screw conveyor (1) having a thread pitch arranged to increase the spacing of cylindrical articles in the direction of movement, an auxiliary conveyor (5) arranged to feed a continuous supply of cubes to the screw conveyor so as to insert the cubes sequentially into the spaces (S) formed between predetermined cylindrical articles together with a rotatable cam (8) having a clearance passage (15) through which cubes from the auxiliary conveyor (5) may move into the line of cylindrical articles, the cam (8) being constructed with a holding portion (12) for preventing movement of a succeeding cube along the auxiliary conveyor during passage of a preceding article through the clearance passage (15) in the cam together with a guide portion (13) for guiding an article from the auxiliary conveyor into a space (S) formed between articles on the screw conveyor (1).
    • 用于将立方体(C)插入到一列圆柱形物品(A)中以用于随后包装整理的物品的组的整理装置包括螺旋传送器(1),螺旋传送器(1)具有螺纹间距,螺纹传送器(1) 移动,辅助输送机(5),其布置成将连续的立方体供应到螺旋输送机,以便将立方体顺序地插入到形成在预定圆柱形物品之间的空间(S)中,其中可旋转凸轮(8)具有间隙通道 (15),来自辅助输送机(5)的立方体可以通过其移动到圆柱形物品的线中,凸轮(8)构造有保持部分(12),用于在通过期间防止随后的立方体沿着辅助输送机的运动 通过凸轮中的间隙通道(15)的前一制品与用于将制品从辅助输送机引导到形成在物品之间的空间(S)的引导部分(13) 在螺旋输送机(1)上。
    • 10. 发明授权
    • Combined vibratory feeder drive unit, vibratory feeder bowl, and parts
separator
    • 组合式振动给料器驱动单元,振动给料器碗和部件分离器
    • US3966040A
    • 1976-06-29
    • US555451
    • 1975-03-05
    • John E. Hazelwood
    • John E. Hazelwood
    • B65G47/14B65G47/42
    • B65G47/1421
    • A combined vibratory feeder drive unit, vibratory feeder bowl, and parts separator receives springs and spring-like parts in bulk, unoriented, and tangled condition and untangles the springs and other parts and feeds them to an operator or automatic parts placing device. The parts separator is supported in a central opening in the bowl by a column arranged passing through the drive unit. Parts are fed from the separator into a pocket formed in the track of the vibratory bowl to prevent the parts from being retangled with other parts already on the track, while parts still tangled when fed from the separator will eventually be fed back into the separator until they become untangled and can be properly oriented by the track of the vibratory bowl.
    • 组合的振动给料器驱动单元,振动给料器碗和部件分离器以体积,无方向和缠结的状态接收弹簧和弹簧状部件,并使弹簧和其他部件脱钩,并将其馈送到操作者或自动部件放置装置。 部件分离器通过布置成通过驱动单元的柱支撑在碗中的中心开口中。 部件从分离器进入形成在振动碗的轨道中的凹槽中,以防止部件与已经在轨道上的其它部件重新缠结,而从分离器供给的部分仍然缠结最终将被反馈到分离器中直到 它们变得无缝,可以通过振动碗的轨道适当地定向。