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    • 21. 发明授权
    • In-line conveyor accumulator system and method
    • 在线输送机蓄能器系统及方法
    • US06193050B1
    • 2001-02-27
    • US09235971
    • 1999-01-22
    • Paul B. SvejkovskyPaul A. Svejkovsky
    • Paul B. SvejkovskyPaul A. Svejkovsky
    • B65G100
    • B65G47/5195
    • A conveyor system 10, 60 for transporting goods from upstream equipment to downstream equipment and for temporarily storing goods when the operation of the downstream equipment is temporarily interrupted includes a conveyor tray 12, 62 and a drive mechanism 24 cyclically acting on the conveyor tray to move goods along the tray floor 14. An accumulator ramp 40, 65 includes an inclined ramp floor 46, 66 having a lower end mating with the tray floor and secured thereto to cyclically move with the conveyor tray in response to the drive mechanism. According to the method of the invention, goods are moved along the conveyor tray and are pushed up the accumulator ramp when the operation of the downstream equipment is interrupted.
    • 用于将货物从上游设备运输到下游设备并且当下游设备的操作暂时中断时临时存放货物的输送机系统10,60包括循环地作用在输送机托盘上的输送机托盘12,62和驱动机构24以移动 货物沿着托盘底板14.蓄压器斜面40,65包括倾斜的斜坡地板46,66,其具有与托盘底板配合的下端并固定到其上以响应于驱动机构与输送机托盘循环移动。 根据本发明的方法,当下游设备的操作被中断时,货物沿着输送机托盘移动并被向上推到蓄能器斜坡上。
    • 22. 发明授权
    • Automatic store
    • 自动商店
    • US06805526B2
    • 2004-10-19
    • US10215240
    • 2002-08-09
    • Franco Stefani
    • Franco Stefani
    • B65G100
    • B65G1/04
    • At least one vertical structure is constituted by plurality of planes, set one upon another, each of which can house at least one container. A lift truck is able to transport at least one of the containers and can move in a vertical direction in a vertical work space parallel to the vertical surface on which the planes are aligned. The lift truck on command can be positioned facing one of the planes, and can interact with the planes in order to remove or insert a single container. The invention comprises a plurality of the vertical structures which are arranged parallel and afford a plurality of the work spaces for movement of the lift truck and are conformed to enable transfer of the lift truck at least from one of the work spaces to another of the work spaces. Means are provided to operate a transfer of the lift truck from one of the work spaces to another as well as to displace of the lift truck at least in a vertical direction along a single work space.
    • 至少一个垂直结构由多个平面组成,一个彼此分开,每个平面可容纳至少一个容器。 起重车能够运输至少一个容器,并且可以在与平面对准的垂直表面平行的垂直工作空间中沿垂直方向移动。 起重机指令可以面向其中一个平面定位,并且可以与平面相互作用,以便移除或插入单个容器。 本发明包括多个垂直结构,其平行设置并提供多个用于起重车移动的工作空间,并且符合能够使起重车至少从一个工作空间传递到另一个工作 空格 提供了用于操作将起重车从其中一个工作空间传递到另一工作空间的装置,以及至少沿着垂直方向沿着单个工作空间移动起重车。
    • 23. 发明授权
    • Semi-conductor wafer cassettes modular stocker
    • 半导体晶片盒模块化储料器
    • US06773220B1
    • 2004-08-10
    • US09845538
    • 2001-04-30
    • Paul S. Whalen
    • Paul S. Whalen
    • B65G100
    • H01L21/67769B65G1/0407B65G2207/30Y10S414/14
    • A modular stocker for storage and retrieval of semi-conductor wafer cassettes that minimizes system down time for repair of replacement of components. The modular stocker is comprised of a rectangular or half cylindrical enclosure formed by vertical beams secured by a plurality of horizontal joists. A pick up and transfer device for storing and retrieving semi-conductor wafer cassettes in the stocker has a linear arm and a paddle or gripper for picking up the cassettes. The linear arm and paddle or gripper are driven vertically, horizontally, and rotationally by a plurality of servo motors which are mounted on a detachable chassis that forms one side of the stocker. Quick disconnect fasteners at the corners of the chassis and bottom mounted casters allow the entire chassis with the pick up and transfer device to be disconnected and rolled out of the stocker for repair or replacement. The stocker electronics are mounted on removable panels that slide in or out of the stocker on rails. The modular construction of the stocker allows quick and efficient repair or replacement of the pick up and transfer device or system electronics to restore a stocker to service with minimum down time.
    • 用于存储和取出半导体晶片盒的模块化储料器,可最大限度地减少系统停机时间,以修复组件更换。 模块化储料器由矩形或半圆柱形外壳构成,该外壳由多个水平托梁固定的垂直梁形成。 用于在储料器中存储和取回半导体晶片盒的拾取和转移装置具有用于拾取盒的线性臂和桨或夹持器。 线性臂和桨或夹具由安装在形成储料器一侧的可拆卸底盘上的多个伺服马达垂直,水平和旋转地驱动。 在底盘和底部安装的脚轮的拐角处快速断开紧固件,允许整个机箱与拾取和传送装置断开连接并从储盘器中滚出来进行维修或更换。 储料器电子器件安装在可滑动的面板上,滑轨进入或离开储料架。 储料器的模块化结构允许快速有效地修理或更换拾取和转移装置或系统电子装置,以便以最小的停机时间恢复储存器的服务。
    • 28. 发明授权
    • Conveyor system with a funnel for flowable bulk material
    • 输送系统带有可流动散装材料的漏斗
    • US06340279B1
    • 2002-01-22
    • US09479325
    • 2000-01-06
    • Heinz Wipf
    • Heinz Wipf
    • B65G100
    • B65D88/28
    • A conveyor system for moving flowable bulk material is equipped with a funnel (12) that has a circular funnel inlet (13) formed by a cylindrical wall section (16′) and an orthogonal funnel outlet (14) formed by eight funnel walls (18; 17, 17A; 17′, 17″) connected at one end to the cylindrical wall section (16′) and forming at the opposite end the orthogonal funnel outlet (14). Four walls (17, 17A; 17′, 17″) of the eight funnel walls are flat or plane and form funnel side or lateral walls. The remaining four four walls (18) have a curved cross-section and form funnel corner walls which interconnect the funnel lateral plane walls. The eight funnel walls are substantially longer in the axial direction than the cylindrical wall section (16′). The corner walls (18) and the lateral plane walls have approximately the same axial length (H≈H′). The eight funnel walls cooperate in avoiding clogging of the bulk material as it flows through the funnel.
    • 用于移动可流动的散装材料的输送机系统配备有漏斗(12),漏斗(12)具有由圆柱形壁部分(16')形成的圆锥形入口(13)和由八个漏斗壁(18)形成的正交漏斗出口(14) ; 17,177; 17',17“),其一端连接到圆筒形壁部分(16'),并在相对端形成正交漏斗出口(14)。 八个漏斗壁的四个壁(17,177,17',17“)是平的或平面的,并形成漏斗侧或侧壁。 剩余的四个四个壁(18)具有弯曲的横截面,并形成将漏斗侧面壁相互连接的漏斗角壁。 八个漏斗壁在轴向方向上比圆柱形壁部分(16')大得多。 角壁(18)和侧面壁具有大致相同的轴向长度(H≈H')。 八个漏斗壁配合以避免散装材料流过漏斗时堵塞。
    • 29. 发明授权
    • Device for handling face cutting products
    • 用于处理面切割产品的装置
    • US06334524B1
    • 2002-01-01
    • US09571404
    • 2000-05-15
    • Gerhard Meyer
    • Gerhard Meyer
    • B65G100
    • B65G47/5104B65G47/086Y10T83/2092
    • In a device for handling face cutting products, in particular a buffer, arranged between a face cutting device (1) and a further processing device (4), with a table (6) that receives layers (7) comprised of sequential rows (2), a forward feed device (10, 11) that incrementally advances the layer (7), a take-off device (17) that takes the respective foremost row (2) of the layer (7) from the forward feed device and places it against a transverse stop (12) running transverse to the take-off device, and an evacuating device (13) allocated to the transverse stop (12) for removing the row (2) placed against the transverse stop, a high operational reliability and gentle mode of operation can be achieved by virtue of the fact that a gap is provided between the table (6) and transverse stop (12), which accommodates the take-off device (17), which exhibits a plate arrangement moveable in and against the take-off direction, comprised of a front take-off plate (18) proceeding coplanar to the table (6) and a follower plate (19) hinged to the latter so that it can freely move vertically to the surface plane of the table, wherein the take-off plate (18) travels under the transverse stop (12), and snugly abuts a table projection (31) in the back end position, and wherein the follower plate (19) on which the table projection (31) lies and which is routed under the table projection (31) in its back end position, can be lifted at least with its front edge from its level lying below table level to a level flush with the take-off plate (18) and vice versa during the forward feed motion.
    • 在用于处理面部切割产品(特别是缓冲器)的装置中,其布置在面切割装置(1)和另外的处理装置(4)之间,具有接纳由顺序行(2)构成的层(7)的工作台(6) ),一个向上推进层(7)的前进进给装置(10,11),从前进进料装置取出层(7)的相应最前排(2)的取出装置(17) 它抵靠横向于取出装置的横向止动件(12),以及分配给横向止动件(12)的排放装置(13),用于移除放置在横向止动件上的排(2),高的操作可靠性和 可以通过在容纳起飞装置(17)的工作台(6)和横向止动件(12)之间设置间隙的事实来实现温和的操作模式,其具有能够抵抗 起飞方向,包括与翼片共面延伸的前起飞板(18) e(6)和从动板(19)铰接到后板上,使得其可以自由地垂直移动到工作台的表面平面,其中,取出板(18)在横向止动件(12)下行进,并且紧密地 在后端位置处邻接台面突起(31),并且其中台面突起(31)所在的跟随板(19)在其后端位置处在台架突起(31)下方布置,可以被提升 至少其前边缘从其水平位于台面下方到达起飞板(18)的水平面,反之亦然。