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    • 31. 发明申请
    • Wind Safety Device for Cranes
    • 起重机风安全装置
    • US20090120890A1
    • 2009-05-14
    • US11664758
    • 2006-02-08
    • Joachim KröllHermann FranzenJannis Moutsokapad
    • Joachim KröllHermann FranzenJannis Moutsokapad
    • B66C15/00B66C23/72
    • B66C9/18B66C15/00
    • The invention concerns a wind safety device for at least two outdoor cranes (2a, 2b), able to move by traveling gears (6) on a jointly shared crane track (1), especially track-mounted fill gantry cranes, with holding devices engaging at or in the region of the crane track (1) to prevent the cranes (2a, 2b) from lifting up and being pulled away when certain wind speeds are exceeded, and it being possible to join together at least two neighboring cranes (2a, 2b) in the region of the traveling gears (6).In order to achieve greater safety against the lifting up and pulling away of cranes (2a, 2b) taken out of operation due to high wind speeds prevailing, it is proposed that impact elements (10a, 10b) be arranged above the coupling on the at least two neighboring cranes (2a, 2b), lying against each other when the at least two neighboring cranes (2a, 2b) are coupled together.
    • 本发明涉及一种用于至少两个室外起重机(2a,2b)的风力安全装置,其能够通过共同共享的起重机轨道(1)上的行进齿轮(6)移动,特别是轨道安装的填充龙门起重机,其中保持装置接合 在起重机轨道(1)的区域中或在起重机轨道(1)的区域中,以防止起重机(2a,2b)在超过某些风速时提升并被拉开,并且可以将至少两个相邻的起重机(2a, 2b)在行进齿轮(6)的区域中。 为了获得更大的安全性,因为由于高风速主流而使起重机(2a,2b)脱离运行而不起吊(2a,2b),因此建议将冲击元件(10a,10b)布置在联轴器上方 至少两个邻近的起重机(2a,2b),当所述至少两个相邻的起重机(2a,2b)联接在一起时彼此相对。
    • 32. 发明授权
    • Lifting device for containers
    • 集装箱起重装置
    • US07350840B2
    • 2008-04-01
    • US10526795
    • 2003-08-28
    • Hermann FranzenJoachim Kröll
    • Hermann FranzenJoachim Kröll
    • B66C1/10
    • B66C19/007
    • A lifting device for containers comprises at least one hydraulic cylinder arranged on a support frame with a piston and piston rod and at least two, spaced-apart horizontal guiding cross-bars. Lengthwise displacement of the piston rod is transformed into a synchronous upward and downward movement by at least one angle lever pivoted on the support frame. The at least one angle lever comprises two lever arms, one of the lever arms being connected to the piston rod and the other of the lever arms being connected to one of the guiding cross-bars. The guiding cross-bars are connected to a load receiving device for the container and are guided on vertical support pillars of the support frame at both ends for lifting and lowering the container.
    • 用于容器的提升装置包括布置在具有活塞和活塞杆的支撑框架上的至少一个液压缸和至少两个间隔开的水平引导横杆。 通过枢转在支撑框架上的至少一个角度杆将活塞杆的纵向位移转变成同步的向上和向下运动。 所述至少一个角度杆包括两个杠杆臂,所述杠杆臂中的一个连接到所述活塞杆,并且所述杠杆臂中的另一个连接到所述引导横杆之一。 引导横杆连接到用于容器的负载接收装置,并且在两端的支撑框架的垂直支撑柱上被引导以提升和降低容器。
    • 34. 发明授权
    • Apparatus for the automated handling of loads
    • 用于自动处理负载的装置
    • US06431379B1
    • 2002-08-13
    • US09716347
    • 2000-11-20
    • Joachim KröllJürgen BreitfeldHermann FranzenJannis Moutsokapas
    • Joachim KröllJürgen BreitfeldHermann FranzenJannis Moutsokapas
    • B66C110
    • B66C1/101
    • An automated load handling apparatus is provided for handling loads fastened to a spreader having corners and a load suspension mechanism. The load handling apparatus includes a lifting yoke having a horizontal supporting framework that may be suspended at its comers to the spreader, four axially displaceable pendulum supports arranged between the lifting yoke and the spreader for supporting the lifting yoke, a rigid load guide including a lifting mechanism having ropes corresponding to comers of the lifting yoke that may be fastened to the load suspension mechanism of the spreader, and a cylinder pair 7.1, 7.2 arranged toward an end of the lifting yoke. The cylinder pair 7.1, 7.2 provides torque support to the lifting yoke relative to the load guide and is capable of displacing and/or pivoting the lifting yoke relative to the load guide. A sensor mechanism is arranged in the cylinder pair for detecting relative orientation of the lifting yoke relative to the spreader and/or the load guide. Further cylinder pairs may be provided to act as dampers when the spreader is set down on the container.
    • 提供一种自动装载处理装置,用于处理紧固到具有拐角的吊具和负载悬挂机构的载荷。 负载处理装置包括提升轭,其具有水平支撑框架,该水平支撑框架可以悬挂在其角落到吊具上,四个可轴向移动的摆动支撑件,其布置在提升轭和用于支撑提升轭架的吊架之间;刚性载荷导向器, 具有对应于可以固定到吊具的负载悬挂机构的提升叉的角的绳索的机构以及朝向提升架的端部设置的气缸对7.1,7.2。 气缸对7.1,7.2为起重轭相对于负载引导件提供扭矩支撑,并且能够相对于负载引导件移动和/或枢转起重轭。 传感器机构布置在气缸对中,用于检测提升轭相对于吊具和/或负载引导件的相对定向。 当吊具向下放置在容器上时,可以提供另外的气缸对作为阻尼器。
    • 35. 发明授权
    • Lifting device
    • 提升装置
    • US6030168A
    • 2000-02-29
    • US828177
    • 1997-03-18
    • Joachim KrollHermann Franzen
    • Joachim KrollHermann Franzen
    • B66C13/06B66C19/00B65G1/00
    • B66C19/002B66C13/06
    • A lifting device constructed as a frame or gantry vehicle which is supported on four movable vertical supports. The gantry vehicle further comprises a crane trolley which is horizontally movable along a frame on a plurality of rails. Two vertically arranged lifting cylinders are rigidly fastened at the trolley in a plane parallel to the vertical longitudinal center planes of the load carrying means and trolley trolley such that at least their synchronously telescoping piston rods project into the space below the trolley and support a load carrying arrangement at their free ends.
    • 一种构造为框架或龙门架车辆的提升装置,其被支撑在四个可移动的垂直支撑件上。 龙门架车还包括可沿着多个轨道上的框架水平移动的起重机手推车。 两个垂直布置的提升缸在平行于载重装置和手推车的垂直纵向中心平面的平面上在手推车上刚性地紧固,使得至少它们的同步伸缩的活塞杆伸入手推车下方的空间中并支撑承载 在他们的自由端安排。
    • 39. 发明申请
    • HANDLING SYSTEM FOR CONTAINERS
    • 集装箱处理系统
    • US20130236279A1
    • 2013-09-12
    • US13884855
    • 2011-11-09
    • Hermann FranzenArmin WieschemannJannis Moutsokapas
    • Hermann FranzenArmin WieschemannJannis Moutsokapas
    • B60P1/64B65G67/02
    • B60P1/6418B65G63/004B65G67/02G05D1/0061G05D2201/0205
    • A handling system for containers includes an automated zone in which floor-bound, rubber-tired and driverless container transport vehicles are used which transport containers between container bridges and a container storage facility. A non-automated zone is provided in which floor-bound, rubber-tired and manned container transport vehicles are used, the container transport vehicles being optionally operable in a driverless or manned mode and thus being optionally transportable in the automated zone or the non-automated zone. A corresponding container transport vehicle which can be connected to an auxiliary device for control in the manned mode is characterized in that the auxiliary device comprises a driver's cab that is equipped with a control system for steering, motion control and braking in the manned mode, the container transport vehicle having a detachable fastening possibility for the driver's cab at the front face of the vehicle.
    • 用于集装箱的处理系统包括自动化区域,在该区域中,使用地板绑定的,橡胶制的和无驾驶的集装箱运输车辆,其在集装箱桥和容器储存设施之间运输集装箱。 提供了一种非自动化区域,其中使用了地板,橡皮和载人的集装箱运输车辆,集装箱运输车辆可任选地以无人驾驶或有人驾驶的方式操作,并因此可选地在自动区域或非自动区域中运输, 自动化区域。 可以连接到辅助装置以用于在载人模式下进行控制的相应的集装箱运输车辆的特征在于,辅助装置包括驾驶室,驾驶室配备有用于驾驶模式的转向,运动控制和制动的控制系统, 集装箱运输车辆在车辆前面具有用于驾驶室的可拆卸的紧固可能性。