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    • 1. 发明申请
    • CAN TRANSFER ROTATING PLATE SYSTEM
    • 可转换旋转板系统
    • WO0068121A9
    • 2002-06-13
    • PCT/US0012195
    • 2000-05-04
    • SEQUA CORP
    • WILLIAMS ROBERTDI DONATO RUSSELL
    • B65G15/58B05C13/02B41F17/22B65G29/00B65G37/00B65G47/84B65G47/86
    • B41F17/22
    • The output end of a very high speed continuous motion cylindrical can decorator is provided with unloading apparatus in the form of a continuously moving closed loop suction belt (103) supplied by first and second continuously rotating, parallel axis, suction applying conveyor wheels (27). Cans (16) held on the second wheel are on two concentric circular tracks (151, 152) and are transferred by suction to the belt. The first wheel (27) carries cans along a single row circular path (p). In a region where the first and second wheels overlap partially, alternate cans on the path are delivered to one track of the second wheel and the remaining alternate cans on the path are delivered to the other track of the second wheel. Alternate cans supported on the first wheel may be moved radially so that the cans on the first wheel are in two rows which intersect the two tracks on the second wheel at respective common tangents of each row and the respective track.
    • 非常高速连续运动的圆柱形罐装饰器的输出端设置有由第一和第二连续旋转的平行轴线,抽吸输送轮(27)提供的连续运动的闭环抽吸带(103)形式的卸载装置, 。 保持在第二轮上的罐(16)位于两个同心的圆形轨道(151,152)上,并通过抽吸传送到带上。 第一轮(27)沿着单行圆形路径(p)运送罐。 在第一和第二轮部分重叠的区域中,路径上的交替罐被输送到第二轮的一个轨道,并且路径上的剩余交替罐被输送到第二轮的另一个轨道。 支撑在第一轮上的可替换的罐可以径向移动,使得第一轮上的罐在每行的相应公切线和相应的轨道上分别与第二轮上的两个轨道相交两行。
    • 2. 发明申请
    • MANDREL CARRIER FOR HIGH SPEED CAN DECORATORS
    • MANDREL CARRIER高速CAN装饰机
    • WO0047415A9
    • 2001-10-18
    • PCT/US0002590
    • 2000-02-01
    • SEQUA CORP
    • WILLIAMS ROBERTCHROBOCINSKI CHESTER
    • B41F17/00B41F17/22B41F17/08
    • B41F17/22
    • A continuous motion can decorator includes a plurality of mandrel subassemblies (40) mounted on a rotating carrier (18) with equal spacings between adjacent subassemblies (40). The assemblies (40) reciprocate radially with respect to the carrier axis (80) as a center. Each subassembly (40) includes a radially extending support arm (41) that mounts a radially extending mono rail (51) which extends through guide bearing units (90) on the carrier (18). An eccentric type mounting is provided for the mandrel axle on the reciprocating arm (41) so that there is an individually operated means to adjust spacing between the carrier rotational axis and the mandrel axis. Vacuum and pressurized air are fed selectively to each mandrel subassembly (40) through a flexible hose (83) having a single loop that is formed by curving virtually the entire length of the hose (83).
    • 连续运动的装饰器包括安装在相邻的子组件(40)之间具有相等间隔的旋转载体(18)上的多个心轴子组件(40)。 组件40以相对于载体轴线80作为中心的径向往复运动。 每个子组件(40)包括径向延伸的支撑臂(41),其安装径向延伸的单轨(51),其延伸穿过载体(18)上的导向轴承单元(90)。 为往复臂(41)上的心轴提供了一种偏心式安装件,使得存在一个单独操作的装置来调节托架旋转轴线和心轴之间的间距。 真空和加压空气通过具有单个环的柔性软管(83)选择性地进给到每个心轴子组件(40),所述单个环通过几乎弯曲软管(83)的整个长度而形成。
    • 7. 发明专利
    • Apparatus for decorating cylindrical articles
    • CZ293542B6
    • 2004-05-12
    • CZ55798
    • 1996-08-20
    • SEQUA CORP SEQUA CORP
    • SIRVET ENN SIRVET ENN
    • B41F17/08B41F17/22
    • The present invention relates to an apparatus for decorating cylindrical articles including a plurality of mandrel assemblies (40) mounted on a carrier (18) that rotates continuously on its main axis (19). Each assembly includes a base (41) and a cantilevered mandrel (20) pivotally mounted to the base (41) on a mandrel pivot that is parallel to the main axis (19). For each revolution of the carrier (18), a decorator engages an article on the mandrel (20) and applies a decoration to such article. Engagement between the article and decorator produces a reaction force that tends to tile the free end of the mandrel (20) radially inward. A bracing device is provided to resist tilting of the mandrel (20). One form of such bracing device includes a supporting track (207) and a supporting roller (206) that is mounted on the base (41) and rides on the supporting track (207). The supporting tracks (207) are fixedly mounted on the carrier (18) and are disposed generally in a common plane at right angles to the main axis (19).