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    • 1. 发明申请
    • -CONVEYOR SIDE FRAME SHAFT CAPTURING DEVICE AND METHOD FOR USING SAME
    • - 侧框架轴承捕获装置及其使用方法
    • US20020100662A1
    • 2002-08-01
    • US09773683
    • 2001-01-31
    • Kalm Systems, Inc.
    • W. Scott Kalm
    • B65G047/00
    • B65G13/11B65G39/12
    • A shaft capturing device useful for reconditioning worn roller conveyor side frame openings has a shape tapered to narrow in its depth dimension from a base portion toward a flange portion. An opening in the flange portion is sized to receive a roller conveyor shaft. Amounting opening located in the base portion accepts a mounting screw that when tightened pushes against and engages the roller conveyor side frame causing the base portion to move away from the side frame and the opening in the flange portion to close in size to tighten around the received shaft. As an enhancement, a slot may be included passing through the flange portion shaft receiving opening to define a pair of clamping tangs. An opening extending through the tangs accepts a screw that when tightened pulls the tangs together to clamp the flange portion around the received shaft. The mounting screw may then be tightened to further tighten the shaft and engage the roller conveyor side frame. In the event that multiple adjacent side frame openings are in need of repair, the device may include multiple shaft receiving openings spaced apart with a pitch substantially matching that of the side frame openings.
    • 用于修复磨损的输送机侧框架开口的轴捕获装置具有从基部朝向凸缘部分在其深度尺寸上变窄的形状。 凸缘部分中的开口的尺寸被设计成容纳辊式输送机轴。 位于基座部分的开口部接受安装螺钉,该安装螺钉在紧固时推动并接合滚子输送机侧框架,使得基部部分离开侧框架和凸缘部分中的开口移动以使其收紧 轴。 作为增强,可以包括穿过凸缘部分轴接收开口以限定一对夹紧柄的槽。 延伸穿过柄脚的开口接受一个螺钉,当拧紧时,把柄脚拉在一起,将凸缘部分夹紧在接受的轴上。 然后可以拧紧安装螺钉以进一步拧紧轴并与辊式输送机侧框架接合。 在多个相邻的侧框架开口需要修理的情况下,该装置可以包括以基本上与侧框架开口相同的间距间隔开的多个轴接收开口。
    • 4. 发明申请
    • Automated cell for handling of workpieces
    • 用于处理工件的自动电池
    • US20020108836A1
    • 2002-08-15
    • US10047714
    • 2002-01-15
    • Helmut F. Jaeger
    • B65G047/00
    • B23Q7/1426B23Q1/012B23Q5/28B23Q7/04B23Q39/04
    • An automated cell for the handling of workpieces is disclosed that comprises a working space within which a two-dimensional gantry that comprises a first and a second linear axis which are coupled to each other. A first gripping device is movable across the working space horizontally and also vertically. A gantry extends above the working space and protrudes towards a machine tool. Along the gantry a second gripping device is displaceable for moving workpieces between the working space of the automated cell and the machine tool. Both linear axes of the two-dimensional gantry are driven by linear motor drives, to allow a fast movement of workpieces and also to allow the performing of supplementary functions without slowing down the machine tool supplied by the automated cell.
    • 公开了一种用于处理工件的自动化单元,其包括工作空间,在该工作空间中,包括彼此联接的第一和第二直线轴的二维机架。 第一夹持装置可水平且垂直于工作空间移动。 龙门架在工作空间上方延伸并向机床突出。 沿着机架,第二夹持装置可移动,用于在自动化单元的工作空间和机床之间移动工件。 二维龙门架的两个直线轴由直线电机驱动驱动,以允许工件的快速移动,并且还允许执行补充功能,而不会减慢由自动化单元提供的机床。
    • 6. 发明申请
    • Chain conveying apparatus for spouts or bags with spouts
    • 用于喷口的链条输送设备或带喷口的袋子
    • US20030178287A1
    • 2003-09-25
    • US10392260
    • 2003-03-19
    • Toyo Jidoki Co., Ltd.
    • Shinichi HiramotoShoji Tsutsui
    • B65G047/00
    • B65G37/005
    • A chain conveying apparatus for spouts or bags having spouts, including a pair of annular chains. The attachment plates are provided on the respective oppositely-rotating annular chains so that the attachment plates have play in a vertical direction. Centering guide members are disposed so as to be close to the axial portions of the spouts so as to regulate the movements of the spouts in the direction perpendicular to the attachment plates' moving direction; upper-side guide members and lower-side guide members are disposed above and below the attachment plates so as to regulate the height position of the attachment plates; and flange regulating members are disposed so as to be above the flanges of the spouts, which is being conveyed, with a narrow gap between the flange regulating members and the flanges so as to regulate an upward movement of the spouts.
    • 一种用于具有出口的出口或袋子的链条输送装置,包括一对环形链条。 附接板设置在各自相对旋转的环形链上,使得附接板在垂直方向上发挥作用。 定心引导构件设置成靠近喷口的轴向部分,以便调节喷口在垂直于安装板移动方向的方向上的运动; 上侧引导构件和下侧引导构件设置在安装板的上方和下方,以便调节安装板的高度位置; 并且凸缘调节构件被布置成在法兰调节构件和凸缘之间具有窄间隙的位于被输送的出口的凸缘的上方,以便调节出口的向上运动。
    • 8. 发明申请
    • Method and apparatus for buffering a flow of objects
    • 用于缓冲物体流的方法和装置
    • US20020189201A1
    • 2002-12-19
    • US10143860
    • 2002-05-14
    • Colin R. HartKenneth M. Welborn
    • B65B001/00B65G047/00
    • B65B5/10B65B5/101B65B5/106B65B25/065B65B35/04B65B35/50B65G47/902B65G57/03B65G57/035B65G2201/0202B65G2201/0205
    • A buffer device for buffering a flow of stacks of discrete objects between a stacking machine and a packaging machine is disclosed which buffer includes a plurality of individual trays mounted on carriers which carriers are mounted on a frame and driven about the periphery of the frame by a drive. A first number of stacks of objects is placed on a first number of carriers on a first side of the frame and a second number of stacks are removed from a second number of carriers on a second side of the frame where the first number can be greater than, less than or equal to the first number. The carriers clamp onto a continuously moving drive belt in a manner that allow the drive belt to slip through the carrier clamps when motion of the carriers is obstructed. A method of using the buffer device is also disclosed.
    • 公开了一种缓冲装置,用于在堆叠机和包装机之间缓冲离散物体的堆叠流,其中缓冲器包括安装在载体上的多个单独的托盘,载​​体安装在框架上并通过一个 驾驶。 物体堆叠的第一数量被放置在帧的第一侧上的第一数量的载体上,并且第二数量的堆叠从帧的第二侧上的第二数量的载波移除,其中第一数量可以更大 小于或等于第一个数字。 载体夹紧到连续移动的传动带上,当载体的运动被阻挡时,允许驱动带滑过载体夹具。 还公开了一种使用该缓冲装置的方法。
    • 10. 发明申请
    • Method and apparatus for automatically transporting and precisely positioning work pieces at processing stations
    • 在加工站自动运送和精确定位工件的方法和装置
    • US20020088685A1
    • 2002-07-11
    • US09755099
    • 2001-01-08
    • W. Thomas Novak
    • B65G047/00
    • B23Q7/04B23Q1/621B23Q16/02
    • In a system and method for automatically transporting and precisely positioning a work piece at a station for processing, a relatively low precision transport mechanism is utilized to transfer a chuck that holds the work piece to and from the processing station. Notwithstanding the use of the low precision transport mechanism, the chuck can be precisely positioned at the processing station by using a quasi-kinematic coupling. More specifically, the chuck is precisely located at the coupling by engaging pre-defined indexing notches at the coupling. The chuck is securely held against the coupling at the processing station by suction. The coupling may be supported on a precision stage, which is configured to further position the chuck with the work piece thereon with high precision for processing at the processing station. In another aspect of the invention, the chuck is configured to securely hold a smooth surface of the work piece by suction. In a further aspect of the invention, the transport mechanism may be configured to transfer the chuck between multiple processing stations. Each processing station has a similar quasi-kinematic coupling. The coupling may be supported on a single precision stage, which further positions the chuck with relatively high precision with respect to the processing apparatus.
    • 在用于在工位进行自动运送和精确定位工件以进行处理的系统和方法中,使用相对低精度的传送机构来传送将工件保持在加工站和从处理站的卡盘。 尽管使用了低精度的传送机构,但卡盘可以通过使用准运动学耦合精确地定位在处理站。 更具体地,卡盘通过在联轴器处接合预定义的分度凹槽来精确地位于联接器处。 卡盘通过抽吸牢固地固定在处理站处的联接器上。 联轴器可以被支撑在精密台上,该精密台被配置为进一步将卡盘与其上的工件以高精度进一步放置在处理站处进行处理。 在本发明的另一方面,卡盘构造成通过抽吸可靠地保持工件的光滑表面。 在本发明的另一方面,传送机构可以被配置成在多个处理站之间传送卡盘。 每个处理站具有类似的准运动学耦合。 联接器可以被支撑在单个精密平台上,这进一步相对于处理装置以相对较高的精度来定位卡盘。