会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • SYSTEM AND COUPLING DEVICE FOR AUTOMATICALLY COUPLING A MOBILE MACHINE, IN PARTICULAR A CONTAINER-STACKING CRANE, TO A MOBILE CONSUMER SUPPLY SYSTEM, AND A COUPLING THEREFOR
    • 用于自动联接移动机器,特别是集装箱起重机,移动消费者供应系统及其耦合的系统和联接装置
    • US20160347586A1
    • 2016-12-01
    • US15116747
    • 2015-02-04
    • IGUS GMBH
    • Andreas HermeyDominik BARTENPhilip HOWOLD
    • B66C13/12B60L11/18B66C19/00
    • B66C13/12B60L11/1801B60L2200/40B66C19/00B66C19/007
    • A system (10) for automatically docking a container stacker crane (11), in particular a RTG, to a movable supply, having a docking device (14) with a transverse advancer unit (16) and an extendable extension arm (20) of which an end portion (22) can be advanced transversely to the movable supply and connects thereto.According to the invention, an energy guiding chain (12) with an entrainment member (24) serves as a movable supply. A mechanical coupling is proposed with a coupling piece (26) on the end portion (22) and a coupling counterpart (28) on the entrainment member (24). The entrainment member (24) floatingly supports (34) the coupling counterpart (28) with transverse play. A plug connector (30) on said end portion (22) cooperates with a socket (32) on the entrainment member (24). The mechanical coupling has a coupling piece (26) configured as a funnel (40) and a cooperating coupling counterpart (28) configured as coupling head (42). The coupling head (42) includes at least one extension (44), which cooperates with the funnel (40) and/or a locking bolt (46) for securing perpendicular to the longitudinal direction. The locking bolt (46) cooperates with the extension (44) for securing in the longitudinal direction, and for securing the coupling head (42) in a fixed position.
    • 根据本发明,具有夹带构件(24)的能量引导链(12)用作可动电源。 提出了在端部部分(22)上的联接件(26)和夹带件(24)上的联接件(28)的机械联接。 夹带构件(24)以横向游隙浮动地支撑(34)联接对应物(28)。 所述端部(22)上的插头连接器(30)与所述夹带构件(24)上的插座(32)配合。 机械联接器具有构造为漏斗(40)的联接件(26)和构造为联接头(42)的配合联接件(28)。 联接头(42)包括至少一个与漏斗(40)配合的延伸部(44)和/或用于垂直于纵向方向固定的锁定螺栓(46)。 锁定螺栓(46)与延伸部(44)配合,用于沿纵向方向固定,并将联接头(42)固定在固定位置。
    • 2. 发明授权
    • Telescopic boom
    • 伸缩臂
    • US09452913B2
    • 2016-09-27
    • US14653949
    • 2013-12-17
    • CNH Industrial America LLC
    • Pietro Dell'Aquila
    • B66C23/06B66C23/70B66F9/08B66F11/04B66C13/12
    • B66C23/703B66C13/12B66C23/701B66C23/705B66F9/08B66F11/046
    • A telescopic boom extending along a longitudinal axis includes a base section intended to be connected to a frame of a machine for lifting loads, a plurality of movable sections, a hydraulic cylinder connecting the base section to a first movable section of said plurality for extending the first movable section relative to the base section, at least one extension chain between the base section and a second movable section for extending the second movable section relative to the first movable section, at least one further extension chain interposed between the first movable section and a third movable section for extending the third movable section relative to the second movable section, the extension chain and the further extension chain located at opposite sides of the longitudinal axis.
    • 沿着纵向轴线延伸的伸缩臂包括:用于连接到用于提升负载的机器的框架的基部;多个可移动部分;液压缸,其将所述基部连接到所述多个的第一可移动部分, 相对于基部的第一可移动部分,在基部与第二可移动部分之间的至少一个延伸链,用于相对于第一可移动部分延伸第二可移动部分,至少一个延伸链,其插入在第一可移动部分和第二可移动部分之间, 第三可移动部分,用于相对于第二可移动部分延伸第三可移动部分,延伸链和延伸链位于纵向轴线的相对侧。
    • 3. 发明申请
    • EMERGENCY POWER SUPPLY METHOD FOR CONTAINER TERMINAL AND CONTAINER TERMINAL
    • 集装箱终端和集装箱终端的紧急供电方法
    • US20140346869A1
    • 2014-11-27
    • US14366962
    • 2012-12-20
    • MITSUI ENGINEERING & SHIPBUILDING CO., LTD.
    • Hiroshi KasaiNobuya Kayasuga
    • H02J3/38B66C13/00H02J3/40
    • H02J3/381B66C13/00B66C13/12H02J3/40H02J9/062H02J2003/001Y10T307/313Y10T307/336
    • Provided are an emergency power supply method for a container terminal and a container terminal, which supply emergency electric power by using a cargo handling machine as a power source in an emergency situation due to electric outage of the container terminal, or the like. In an emergency where an incoming panel (2) of the container terminal (1) cannot supply electric power, yard cranes (11a) to (11c) (cargo handling machines) configured to operate in the container terminal (1) are used as power sources, in which one (the yard crane (11a)) of the plurality of yard cranes (11a) to (11c) (cargo handling machines) is used as a reference power source, and power conditioning units are included which configured to match phases of electric powers of the remaining yard cranes (11b) and (11c) to a phase of electric power of the reference power source, such that electric power is supplied from the plurality of yard cranes (11a) to (11c) to the incoming panel (2).
    • 提供一种用于容器终端和集装箱终端的紧急供电方法,其通过使用货物处理机作为紧急情况下的货物处理机作为电源,由于集装箱终端的电力停电等而提供应急电力。 在容器端子(1)的进入面板(2)不能供电的紧急情况下,被配置为在集装箱终端(1)中操作的码头起重机(11a)至(11c)(货物处理机)被用作电力 将多个院子用起重机(11a)〜(11c)(货物装卸机)中的一个(码头起重机(11a))(货物处理机)用作参考电源的来源,并且包括配置为匹配相位的功率调节单元 剩余的起重机(11b)和(11c)的电力与参考动力源的电力的相位相关联,使得从多个起重机(11a)到(11c)的电力供应到进入的板 (2)。
    • 4. 发明申请
    • CONSTRUCTION MACHINE
    • 建筑机械
    • US20140007566A1
    • 2014-01-09
    • US13934881
    • 2013-07-03
    • KOBELCO CRANES CO., LTD.
    • Tomohiko ASAKAGEHironori TAKENAKA
    • F04C14/02
    • F04C14/02B66C13/12B66C23/84E02F9/08
    • Provided is a construction machine, wherein an upper slewing body comprises a slewing frame and first and second power units, and wherein the second power unit comprises a second engine, a second controller to control driving of the second engine, a second hydraulic oil tank, a second hydraulic pump configured to be driven by the second engine to thereby suck hydraulic oil from the second hydraulic oil tank and discharge the hydraulic oil toward a hydraulic actuator, a second fuel tank configured to store fuel, and a second support member supporting the second engine, the second hydraulic oil tank, the second hydraulic pump and the second fuel tank, and wherein the second support member is configured to be attachable and detachable with respect to the slewing frame independently of a first support member of the first power unit, and the second hydraulic pump is detachably connected to the hydraulic actuator.
    • 本发明提供一种建筑机械,其特征在于,上述回转支承体包括回转支架和第一和第二动力单元,其中,所述第二动力单元包括第二发动机,第二控制器,用于控制所述第二发动机的驱动,第二液压油箱, 第二液压泵,其被构造成由所述第二发动机驱动,从而从所述第二液压油箱吸入液压油,并将所述液压油朝向液压致动器排出;第二燃料箱,被配置为储存燃料;以及第二支撑构件, 发动机,第二液压油箱,第二液压泵和第二燃料箱,并且其中第二支撑构件被构造成独立于第一动力单元的第一支撑构件相对于回转框架可拆卸;以及 第二液压泵可拆卸地连接到液压致动器。
    • 5. 发明授权
    • Power supply system for crane
    • 起重机供电系统
    • US08499911B2
    • 2013-08-06
    • US13254352
    • 2010-03-05
    • Kinya Ichimura
    • Kinya Ichimura
    • B66C13/12
    • B66C13/12
    • Provided is a power supply system including a crane and a power supply truck. In the power supply system, a linkage mechanism efficiently transmits a force in a travel direction x to the power supply truck, while not transmitting any force in a transverse direction y or a twisting direction, and has a highly durable configuration. In a power supply system 1 for a crane in which a crane 2 for loading and unloading a container for marine transportation is linked to a power supply truck 3 for supplying power while following the crane 2, with a linkage mechanism 4, the linkage mechanism 4 includes a receiving member 10 disposed on the power supply truck 3, and a pushing member 11 disposed on the crane 2. The power supply system 1 includes the linkage mechanism 4 configured in a manner that, when the crane 2 moves in a travel direction x, the pushing member 11 comes into contact with the receiving member 10, to transmit a force of the crane 2 moving in the travel direction x to the power supply truck 3, and when the crane 2 moves in a transverse direction y intersecting the travel direction x, the receiving member 10 does not disturb move of the pushing member 11 and a force of the crane 2 moving in the transverse direction y is not transmitted to the power supply truck 3.
    • 提供了一种包括起重机和电源卡车的电源系统。 在电力供给系统中,连动机构在不向横向方向y或扭转方向不传递任何力的同时,有效地将行驶方向x上的力传递给供电车,并具有高度耐用的结构。 在用于装卸用于海运的集装箱的起重机2的起重机的供电系统1与用于在跟随起重机2时供电的供电车3连接,具有连杆机构4,连杆机构4 包括设置在供电车3上的接收构件10和设置在起重机2上的推动构件11.电源系统1包括连杆机构4,其构造成当起重机2沿行驶方向x移动时 推动构件11与接收构件10接触,将起重机2沿行进方向x移动的力传递给供电车3,并且当起重机2沿与行进方向交叉的横向y移动时 x,接收构件10不会妨碍推动构件11的移动,并且起重机2沿横向移动的力y不传递到电动车辆3。
    • 6. 发明申请
    • Rubber-tyred gantry crane using city electric supply as a power source
    • 橡胶轮龙门起重机采用城市供电为动力源
    • US20070227998A1
    • 2007-10-04
    • US11709310
    • 2007-02-21
    • Gang HeJunjie TangQing Gao
    • Gang HeJunjie TangQing Gao
    • B66C19/00
    • B66C19/007B66C13/12
    • The present invention discloses a rubber-tyred gantry crane using city electric supply as its power source, comprising a gantry, a feed circuit and a plurality of electromotors, said plurality of electromotors being provided at appropriate positions of the gantry and being powered by the feed circuit, wherein the feed circuit is connected with the city electric supply via a cable. The RTG further comprises a cable reel disposed on one side of the gantry, and said cable is wound around the cable reel, with one end of the cable being connected to the feed circuit of the RTG and the other end of the cable going into a cable socket on the ground through a cable lead disposed on a saddle girder of the gantry under the cable reel, and extending along the cable socket to be connected with a joint box for city electric supply disposed at an end terminal of the cable socket. When the RTG travels, the cable reel pulls up and takes off the cable according to the distance between the RTG and the joint box. The RTG according to the present invention use city electric supply as its power source, thus making the rubber-tyred gantry crane has effects of high efficiency, economy and environmental protection.
    • 本发明公开了一种使用城市电源作为其动力源的橡胶轮式龙门起重机,其包括台架,进料回路和多个电动机,所述多个电动机设置在机架的适当位置并由进料 电路,其中馈电电路经由电缆与城市电源连接。 RTG还包括设置在台架的一侧的电缆卷盘,所述电缆缠绕在电缆卷盘上,电缆的一端连接到RTG的馈电电路,电缆的另一端进入 通过设置在电缆卷轴下方的机架的鞍座上的电缆引线在地面上的电缆插座,并且沿着电缆插座延伸以与设置在电缆插座的端子端处的用于城市供电的接线盒连接。 当RTG行进时,电缆卷盘拉起并根据RTG和接头盒之间的距离取下电缆。 根据本发明的RTG使用城市供电作为其动力源,从而使得橡胶轮式龙门起重机具有高效率,经济性和环境保护的效果。
    • 7. 发明申请
    • Extendible boom with removable hydraulic hose carrier
    • 带可拆卸液压软管的伸缩臂
    • US20030205547A1
    • 2003-11-06
    • US10428472
    • 2003-05-02
    • Clark Equipment Company
    • Henri R. M. DupreArnaud J. M. GuineeCyrille P. J. BoussaudBernard J. H. Poncet
    • B66C023/04
    • B66C23/701B66C13/12
    • A telescoping boom has a plurality of boom sections, and the boom sections nest together. The sections include an outer base section, intermediate sections, and an inner section that forms the outer end of the boom when extended. A hydraulic actuator and mechanical flexible links control the extension and retraction of the boom sections, and a hose carrier housing that is mounted as a subassembly carries hoses of sufficient length to carry hydraulic fluid under pressure from a base end of the boom to the outer end. The hose carrier housing supports the hoses folded into lengths in a zigzag form to provide sufficient length for boom extension. All connections to the hoses are accessible at the base end or at the outer end of the inner boom section. The entire hose carrier housing and the hoses are capable of being removed from and replaced into the boom as a unit.
    • 伸缩臂具有多个悬臂部分,并且悬臂部分嵌套在一起。 这些部分包括外部基部,中间部分和延伸时形成吊杆外端的内部部分。 液压致动器和机械柔性连杆控制悬臂部分的延伸和缩回,并且作为子组件安装的软管托架壳体承载足够长度的软管以将压力下的液压流体从悬臂的基端承载到外端 。 软管承载器支架将软管折叠成锯齿形的长度,以提供足够的长度用于吊杆延伸。 所有与软管的连接都可以在内部吊杆部分的基端或外端进入。 整个软管托架壳体和软管能够作为一个单元被移除并被替换到起重臂中。
    • 8. 发明授权
    • Guide channel structure
    • 引导渠道结构
    • US06536063B1
    • 2003-03-25
    • US09446745
    • 2000-04-18
    • Günter Blase
    • Günter Blase
    • E01D1500
    • B66C13/12F16G13/16H02G11/006
    • In a guide channel structure, for instance for an energy transmission chain, designed for fastening on a substructure which, as on a crane with pivotable jib, for example, displays a stationary section and a section pivotable about a first axis of rotation (8), a stationary structural element (6) for fastening on the stationary section of the substructure and a movable structural element (7) for fastening on the pivotable section of the substructure are provided, as well as an intermediate structural element (9) located between the two structural elements (6, 7), which is connected to the movable structural element (7) in a manner permitting pivoting about a second axis of rotation (10), where the parts are coupled by a control device in such a way that, when pivoting the substructure, the movable structural element (7) and the intermediate structural element (9) move past each other.
    • 在导向通道结构中,例如用于能量传输链,其被设计用于紧固在子结构上,其如在具有可枢转起重臂的起重机上,例如显示固定部分和围绕第一旋转轴线可枢转的部分(8) 设置用于紧固在子结构的固定部分上的固定结构元件(6)和用于紧固在所述子结构的可枢转部分上的可移动结构元件(7),以及位于所述底座结构之间的中间结构元件(9) 两个结构元件(6,7)以允许围绕第二旋转轴线(10)枢转的方式连接到可移动结构元件(7),其中所述部件通过控制装置联接, 当枢转下部结构时,可移动结构元件(7)和中间结构元件(9)彼此移动。
    • 9. 发明授权
    • Carrier track system for independent and/or synchronized operation of a
multi-section telescopic boom structure
    • 用于独立和/或同步操作多段伸缩臂结构的载体轨道系统
    • US5718345A
    • 1998-02-17
    • US692458
    • 1996-08-05
    • Donald C. Hade, Jr.
    • Donald C. Hade, Jr.
    • B66C13/12B66C23/687B66C23/697B66F9/06B66F9/08B66F9/22B66F11/04B06C23/06
    • B66C13/12B66F11/046
    • A carrier track system for a multi-section telescopic boom structure having a base section, a mid section and a fly section. A pair of flexible tracks carrying flexible hydraulic hoses and electrical cables are positioned within the base and fly sections and are respectively connected between the inner end of the mid section and the bottom wall of the base section; and the inner end of the mid section and the bottom wall of the fly section. A pair of spaced, longitudinally extending channels are positioned within the base and fly sections for guiding the flexible tracks, reinforcing the side walls of the base and fly sections, providing housing for fixed hydraulic and electrical conduits, and providing a support for the wear pads on the inner end of the mid section. A dual rod hydraulic cylinder is connected between the telescopic boom section so that each section can be selectively operated independently, or in a synchronized or proportional manner relative to each other.
    • 一种用于具有基部,中部和飞行部分的多部分伸缩臂结构的承载轨道系统。 一对带柔性液压软管和电缆的柔性轨道定位在基部和飞行部分内,分别连接在中间部分的内端和基部的底壁之间; 以及中段的内端和飞行部分的底壁。 一对间隔开的纵向延伸的通道定位在基部和飞行部分内,用于引导柔性轨道,加强基部和飞行部分的侧壁,为固定的液压和电气导管提供壳体,并为磨损垫提供支撑 在中段的内侧。 双杆液压缸连接在伸缩臂部分之间,使得每个部分可以独立地选择性地操作,或者相对于彼此以同步或成比例的方式操作。
    • 10. 发明授权
    • Cover belt for a duct
    • 管道盖带
    • US5556680A
    • 1996-09-17
    • US339117
    • 1994-11-14
    • Lars Hellman
    • Lars Hellman
    • B01J8/00B66C13/12C21B7/22F27D17/00H02G9/04B32B3/10B32B3/14B32B23/02F16G1/04
    • C21B7/22B01J8/003B66C13/12F27D17/008H02G9/04Y10T428/18Y10T428/187Y10T428/24132Y10T428/24612Y10T428/24785
    • A cover belt for a duct is presented, which can be swung up from a closed position by a deflecting device movable in the longitudinal direction of the duct and falls back in its closed position behind the deflecting device. The cover belt is made of a flexibly deformable material with metallic reinforcements. The cover belt is comprised of a securing strip, a joint strip and a cover strip. The securing strip is secured along the duct, the joint strip connects the securing strip flexibly to the cover strip, and the cover strip spans the duct and is supported on both sides of the duct. At least one belt-shaped textile reinforcement layer with essentially the same overall width as the cover belt is embedded in the flexibly deformable material in the area of the neutral plane of the cover belt. First oblong elements of the metallic reinforcement are arranged between the underside of the cover belt and the textile reinforcements so as to extend essentially at right angles to the longitudinal direction over the full width of the cover belt.
    • 提供用于管道的覆盖带,其可以通过可沿着管道的纵向方向移动的偏转装置从关闭位置向上摆动并且在偏转装置后面落回其关闭位置。 盖带由具有金属增强件的柔性可变形材料制成。 盖带由固定条,接合条和盖带组成。 固定条沿着管道固定,接头条将固定条柔性地连接到盖条上,并且盖条跨越管道并且被支撑在管道的两侧。 至少一个具有与覆盖带宽度基本上相同的带状织物加强层嵌入在带状物的中性平面区域中的柔性可变形材料中。 金属加强件的第一椭圆形元件布置在覆盖带的下侧和织物加强件之间,以便在盖带的整个宽度上基本上与纵向成直角地延伸。