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    • 5. 发明申请
    • CONVEYANCE SYSTEM FOR OBJECT TO BE CONVEYED AND CONVEYANCE METHOD
    • 用于输送和输送方法的输送系统
    • US20160236881A1
    • 2016-08-18
    • US15027363
    • 2013-11-22
    • TOYOTA STEEL CENTER CO., LTD.
    • Nobuaki ITOManabu MATSUMOTO
    • B65G69/24B65G67/24B65G69/00B65G67/20
    • B65G69/24B65G67/04B65G67/20B65G67/24B65G69/006
    • Provided is a conveyance system for an object and for conveying the object to a container mounted on a chassis of a trailer. The conveyance system includes a jack device that lifts the chassis from below, and a stage device arranged behind the jack device. The stage device includes a conveyance body on which the object is placed and conveyed, a stage on which the conveyance body travels, a mobile body supporting the stage and capable of movement in a front-back direction of the chassis, and a jack mechanism provided to the mobile body and that raises the stage from below to lift or lower the stage. The mobile body moves forward and the jack mechanism lowers the stage while the jack device raises the chassis, and the conveyance body travels on floor faces of the stage and the container in this state to convey the object to the container.
    • 提供了一种用于物体的输送系统,用于将物体输送到安装在拖车底盘上的容器。 输送系统包括从下方提升底盘的千斤顶装置和布置在千斤顶装置后面的台装置。 舞台装置包括传送体,物体被放置和传送到该传送体上,传送体行进的台阶,支撑台架的移动体能够沿着机架的前后方向移动;以及千斤顶机构, 到移动体,从下面升起或降低舞台。 移动体向前移动,并且千斤顶装置升起底盘时,千斤顶机构降低台架,并且在该状态下,输送体在台架和容器的地板面上行进,以将物体传送到容器。
    • 6. 发明授权
    • Flatbed loading system with self-aligning platforms
    • 带自对准平台的平板加载系统
    • US08985274B2
    • 2015-03-24
    • US13606875
    • 2012-09-07
    • Kaiwen SunRay CookMark Anthony PerkinsJames Thomas Mays
    • Kaiwen SunRay CookMark Anthony PerkinsJames Thomas Mays
    • E04G3/00E04G3/28E04G1/22E04G1/24
    • E04G1/22B65G69/22B65G69/24E04G1/24E04G3/28
    • A mobile platform has a separate and independent linear actuator pivotally connected near each opposite end of the platform where there is a contact limit switch that when triggered by contact with the side of a flatbed, stops movement of the actuator, and thus stops movement of the platform, toward the side of the flatbed. Because each of the two actuators is pivotally connected to its respective end of the platform and moves independently of the other, each end of the platform can stop moving toward the flatbed before or after, depending on how the flatbed is misaligned, the other end of the platform stops moving toward the flatbed. In this way the platform self-aligns to the alignment of the flatbed and avoids the need to reposition a flatbed that is not precisely aligned parallel to the central axis of the loading bay.
    • 移动平台具有独立且独立的线性致动器,其在平台的每个相对端附近枢转地连接,其中存在接触限位开关,当通过与平板的侧面接触而触发时,停止致动器的运动,并因此停止 平台,朝向平板的一侧。 由于两个致动器中的每个致动器枢转地连接到其平台的相应端部并且独立于另一个致动,平台的每个端部可以在前后移动朝向平板,取决于平板不对准,另一端 平台停止朝平板移动。 以这种方式,平台与平板的对准自对准,并避免需要重新定位不平行于装载舱的中心轴线精确对准的平板。
    • 8. 发明申请
    • FLATBED LOADING SYSTEM WITH SELF-ALIGNING PLATFORMS
    • 具有自调平台的平面加载系统
    • US20140041961A1
    • 2014-02-13
    • US13606875
    • 2012-09-07
    • Kaiwen SUNRay COOKMark Anthony PERKINSJames Thomas MAYS
    • Kaiwen SUNRay COOKMark Anthony PERKINSJames Thomas MAYS
    • E04G1/24E04G1/22
    • E04G1/22B65G69/22B65G69/24E04G1/24E04G3/28
    • A mobile platform has a separate and independent linear actuator pivotally connected near each opposite end of the platform where there is a contact limit switch that when triggered by contact with the side of a flatbed, stops movement of the actuator, and thus stops movement of the platform, toward the side of the flatbed. Because each of the two actuators is pivotally connected to its respective end of the platform and moves independently of the other, each end of the platform can stop moving toward the flatbed before or after, depending on how the flatbed is misaligned, the other end of the platform stops moving toward the flatbed. In this way the platform self-aligns to the alignment of the flatbed and avoids the need to reposition a flatbed that is not precisely aligned parallel to the central axis of the loading bay.
    • 移动平台具有独立且独立的线性致动器,其在平台的每个相对端附近枢转地连接,其中存在接触限位开关,当通过与平板的侧面接触而触发时,停止致动器的运动,并因此停止 平台,朝向平板的一侧。 由于两个致动器中的每个致动器枢转地连接到其平台的相应端部并且独立于另一个致动,平台的每个端部可以在平板之前或之后停止朝平板移动,这取决于平板不对准,另一端 平台停止朝平板移动。 以这种方式,平台与平板的对准自对准,并避免需要重新定位不平行于装载舱的中心轴线精确对准的平板。
    • 9. 发明申请
    • Freight loading system
    • 货运系统
    • US20090226291A1
    • 2009-09-10
    • US11919933
    • 2006-02-15
    • Willi Kranz
    • Willi Kranz
    • B60P1/52
    • B64D9/00B65G69/24
    • Freight loading system in an aeroplane or another transportation vehicle, with floor-conveying elements (6) which are capable of rotating items of freight about an axis perpendicular to the loading surface (12), with floor-conveying elements (6, L1, L2, L3, xL1, xL2, xL3, T1, T2) which are arranged in the loading surface and have fixedly oriented, bi-directional conveying capability, and a control device which, in order to rotate the items of freight, activates floor-conveying elements which are arranged essentially on a curved track.
    • 在飞机或其他运输车辆中的货物装载系统,具有能够围绕垂直于装载表面(12)的轴线旋转货物的地板输送元件(6),地板输送元件(6,L1,L2 ,L3,xL1,xL2,xL3,T1,T2),其布置在装载表面中并且具有固定的双向输送能力,以及控制装置,为了旋转货物物品,启动地板输送 基本上布置在弯曲轨道上的元件。
    • 10. 发明申请
    • Apparatus and method for loading and unloading aircraft cargo
    • 装载和卸载飞机货物的装置和方法
    • US20040115034A1
    • 2004-06-17
    • US10700874
    • 2003-11-04
    • Seppo ArijokiFred HornerGottfried Reymann
    • B60P001/02
    • B65G69/24B64F1/32
    • A method for loading an aircraft comprises receiving a load onto a first loading platform and lifting the load by raising this loading platform, subsequently transferring the load from this loading platform onto a second lowered loading platform, and finally lifting the load by raising this platform so that the load may finally be transferred from the second loading platform into the aircraft hold. The unloading procedure is the reverse of this procedure. An associated mobile aircraft loading device is provided with a vertically displaceable platform to receive the load, as well as hoisting mechanisms for the platform. The upper surface of the loading platform, in its uppermost position, is coplanar with the load level of an aircraft, and in its lowermost position, is coplanar with the load level of a raised platform of another loading device. Aircrafts with a very high load level may be simply loaded and unloaded using such a procedure.
    • 一种用于装载飞行器的方法包括:通过升高该装载平台将负载接收到第一装载平台上并提升载荷,随后将载荷从该装载平台传递到第二降载装载平台上,并且最后通过将该平台升高来提升载荷 负载可能最终从第二装载平台传送到飞机搁架。 卸载程序与本程序相反。 相关联的移动飞行器装载装置设置有可垂直移动的平台以接收负载,以及用于平台的起重机构。 装载平台的上表面在其最上位置与飞行器的载荷水平共面,并且在其最下位置与另一装载装置的升高的平台的载荷水平共面。 具有非常高负载水平的飞机可以使用这样的程序简单地装载和卸载。