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    • 5. 发明申请
    • SATELLITE-BASED AUTOMATIC STEERING SYSTEM
    • 基于卫星的自动转向系统
    • WO2012009793A1
    • 2012-01-26
    • PCT/CA2011/000827
    • 2011-07-19
    • KIM, DonghyunBOND, Jason
    • KIM, DonghyunBOND, Jason
    • G01S19/40B60W30/00B66C13/48B66C17/00G01S19/12G01S19/46G01S19/44
    • G01S19/55B60W2550/402B66C13/48B66C19/007G01S19/04G01S19/05
    • Methods, systems, and machine-interpretable coding for causing a processor of a vehicle controller installed in a vehicle such as a rubber-tired gantry (RTG) to generate, using known position associated with a base station and signals received from a Global Navigation Satellite System (GNSS) receiver located at the base station, a satellite observation error estimate; generate, using the satellite observation error estimate and a position of vehicle determined using signals received from a GNSS receiver mounted on the vehicle, at least one control signal representing a navigation command executable by at least one control device of the vehicle; and to output the control signal for execution by the control device. Generation of control signals can include use of synchronous and asynchronous processing, ambiguity resolution processes, and as fuzzy logic and PID and other control feedback loops.
    • 方法,系统和机器可解释编码,用于使安装在诸如橡胶轮架(RTG)的车辆中的车辆控制器的处理器使用与基站相关联的已知位置和从全球导航卫星 位于基站的系统(GNSS)接收机,卫星观测误差估计; 使用所述卫星观测误差估计和使用从安装在所述车辆上的GNSS接收器接收的信号确定的车辆的位置生成表示可由所述车辆的至少一个控制装置执行的导航命令的至少一个控制信号; 并输出控制信号以供控制装置执行。 控制信号的产生可以包括使用同步和异步处理,歧义解析过程,以及模糊逻辑和PID等控制反馈回路。
    • 6. 发明申请
    • LOAD TRANSFER DEVICE
    • 负载传输装置
    • WO2004080879A1
    • 2004-09-23
    • PCT/SE2004/000298
    • 2004-03-04
    • KAHLMAN PRODUKTER ABKAHLMAN, StureOLSSON, Johan
    • KAHLMAN, StureOLSSON, Johan
    • B66C17/00
    • B25J9/026B25J9/104B66C11/16B66C17/00
    • This invention relates to a load transfer device (1) comprising a traverse device and a load carrying device (52), wherein said load carrying device (52) is movable in a three-dimensional space. The traverse device comprises support elements (5, 6), for supporting a traveling bridge (4) arranged to travel along said support elements (5, 6), and a carriage (3) arranged to travel back and forth on said traveling bridge (4). Lateral movement of said load carrying device (52) is effected by a driving device, said driving device is controlled by a control unit. The driving device comprises at least two motors secured to said carriage (3) and is provided with driving wheels (15, 16) and two drag elements (21, 21') secured at its end portions to opposite end portions of said support elements (5, 6) and crossing at said traveling bridge (4). The drag elements (21, 21") crossing each other at said carriage (3) are arranged such that a first driving wheel unit (15) works in contact with one drag element (21) and a second driving wheel unit (16) works in contact with another drag element (21'), thereby moving the carriage (3) and hence the load carrying device (52) in the lateral direction during operation.
    • 本发明涉及一种包括横动装置和载重装置(52)的载荷传递装置(1),其中所述载荷装置(52)可在三维空间中移动。 横动装置包括用于支撑布置成沿着所述支撑元件(5,6)行进的行进桥(4)的支撑元件(5,6)和布置成在所述行进桥上前后移动的托架(3) 4)。 所述承载装置(52)的横向移动由驱动装置实现,所述驱动装置由控制单元控制。 驱动装置包括固定到所述托架(3)上的至少两个马达,并且设置有驱动轮(15,16)和两个阻力元件(21,21'),该拖拉元件的端部固定在所述支撑元件的相对端部 5),并在所述行进桥(4)处交叉。 在所述滑架(3)处彼此交叉的牵引元件(21,21“)被布置成使得第一驱动轮单元(15)与一个拖动元件(21)接触并且第二驱动轮单元(16)工作 与另一个拖曳元件(21')接触,从而在操作期间沿着横向方向移动托架(3),从而移动承载装置(52)。
    • 7. 发明申请
    • CRANE APPARATUS
    • 起重机
    • WO99028230A1
    • 1999-06-10
    • PCT/JP1998/005448
    • 1998-12-03
    • B66C13/06B66C13/08B66C19/00B66C11/16B66C5/02B66C17/00
    • B66C19/002B66C13/06B66C13/08
    • A crane apparatus for suspending for transportation a suspended load through a length of wire rope from a body frame of portal construction, comprising first and second wire ropes for fixing the suspended load on right and left upper portions of the body frame, means for taking up the first and second wire ropes, means for paying out the first and second wire ropes, the both means being linked to each other, and means for winding the first and second wire ropes in opposite directions and in the same direction to take up and pay out the ropes. Further, the above means can be integrated together by using loop-system first and second wire ropes to move a running block relative to the means for taking up and paying out the ropes, or move the means themselves, arranging a driving unit horizontally or overhead, and adjusting the number of and positions of connection points or sheaves for the suspended load directly or through a hoisting accessory. Further, the above means can be provided in the form of a tapered drum by drawing the first and second wire ropes in parallel to each other, providing a size changing mechanism, and providing a double hoisting accessory to permit the suspended load to swing minutely.
    • 一种起重机装置,用于悬挂通过一定长度的钢丝绳从门架结构的车架运输悬挂载荷,包括用于将悬挂载荷固定在车身框架的右上部和左上部的第一和第二钢丝绳,用于卷起的装置 第一和第二钢丝绳,用于支付第一和第二钢丝绳的装置,两个装置彼此连接,以及用于沿相反方向和相同方向缠绕第一和第二钢丝绳以收取和支付的装置 拉绳子 此外,通过使用回路系统的第一和第二钢丝绳相对于用于卷取和支付绳索的装置移动运行块,或者移动装置本身,可以将上述装置集成在一起,将驱动单元水平地或架空 ,并直接或通过提升附件调整悬挂载荷的连接点或滑轮的数量和位置。 此外,上述装置可以通过将第一和第二钢丝绳彼此平行地拉伸而形成锥形滚筒的形式,提供尺寸改变机构,并且提供双重提升附件以允许悬挂载荷微小地摆动。
    • 8. 发明申请
    • BRIDGE ERECTION SYSTEM
    • 桥式排除系统
    • WO99001371A1
    • 1999-01-14
    • PCT/US1998/013864
    • 1998-07-02
    • B66C17/00B66C23/50B66C5/02
    • B66C17/00B66C23/50
    • A mobile crane (48) including a wheeled carriage (50), support members (77, 78) having distal ends (88) mounted to the carriage (50) and extendable laterally therefrom between two positions including a retracted position with the distal ends (88) adjacent the carriage (50) and an extended positions with the distal ends (88) separated from the carriage (50), first and second glide beams (110) coupled to the distal ends (88) for movement along a movement axis perpendicular thereto, at least one support beam (111) connected to the tops of the glide beams (110), and a hoist trolley (56, 58) coupled to the support beam (111). The components operate together to provide a fully supported gantry crane having a variable width useful in lifting and transporting various items, including items which are wider than the carriage (50).
    • 一种移动式起重机(48),包括轮式滑架(50),支撑构件(77,78),其具有安装到滑架(50)的远端(88),并且在两个位置之间横向延伸,包括具有远端的缩回位置 (88)与托架(50)分离的延伸位置,联接到远端(88)的第一和第二滑动梁(110),以沿着运动轴垂直运动 连接到滑动梁(110)的顶部的至少一个支撑梁(111)和联接到支撑梁(111)的起重推车(56,58)。 这些部件一起工作以提供具有可变宽度的完全支撑的龙门式起重机,其可用于提升和运输各种物品,包括比托架(50)宽的物品。