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    • 4. 发明申请
    • TRANSPORT SYSTEM
    • 运输系统
    • US20160375796A1
    • 2016-12-29
    • US15190411
    • 2016-06-23
    • SIEMENS AKTIENGESELLSCHAFT
    • HASSO GEORG GRUENJES
    • B60M1/02B60M1/22B60L5/24B60M1/28
    • B60M1/02B60L5/00B60L5/24B60M1/22B60M1/28Y02T90/16
    • A transport system includes a non-rail-bound, electric or hybrid-electric vehicle, an overhead contact line system along a lane for providing electrical energy, and a pantograph on the vehicle feeding electrical energy through a sliding contactor to line system contact wires. A detection device on the vehicle detects a position-dependent contact wire height and has a position determination system for a current detection position of the vehicle and a sensor system above a wheel level determining a contact wire height above a roadway at the detection position. A monitoring center has a storage device storing position-dependent target ranges for non-critical contact wire heights. A communication device transmits data between the monitoring center and the vehicle and contact wire heights detected on the vehicle with detection positions to the monitoring center. Critical contact wire heights within the line system can thus be quickly and centrally identified.
    • 运输系统包括非轨道交通,电动或混合动力车辆,沿着用于提供电能的车道的架空接触线路系统,以及通过滑动接触器向线路系统接触线路馈送电能的车辆上的缩放仪。 车辆上的检测装置检测与位置相关的接触线高度,并且具有用于车辆的当前检测位置的位置确定系统以及确定在检测位置处的道路上方的接触线高度的车轮水平面上方的传感器系统。 监控中心具有存储装置,其存储用于非关键接触导线高度的位置相关目标范围。 通信装置在监视中心和车辆之间传输数据,并将检测到的车辆上检测到的线高度接触到监控中心。 因此,线系统内的临界接触线高度可以快速和集中地识别。
    • 5. 发明授权
    • Overhead electric traction system for railways
    • 铁路架空电力牵引系统
    • US4679672A
    • 1987-07-14
    • US824076
    • 1986-01-30
    • Alan E. SeddonJohn Doughty
    • Alan E. SeddonJohn Doughty
    • B60M1/20E04H12/24B60M1/22E04C3/02H02G7/20
    • B60M1/20E04H12/24
    • In an overhead electric traction system a simple and inexpensive mid-point anchor comprises a mast and, mounted on the upper part of the mast, a cantilever structure comprising a pair of rigid elongate members which lie in a common plane and extended transversely with respect to and lie spaced apart in a direction lengthwise of the track, and which at their ends nearer the track are connected to the mast by a third transversely extending elongate member inclined at an acute angle to the common plane. The ends of the members remote from the track are connected to opposite ends of a rigid bar which extends lengthwise of the track, which is pivotally connected to the mast about a vertical axis and which, at each of its end portions, is connected to the mast by a flexible tie. In the event of an unbalanced load on the catenary, pivotal movement of the cantilever structure about the vertical axis is prevented by one of the flexible ties and the out of balance load is transferred to the mast as a torsional load.
    • 在架空电力牵引系统中,简单且便宜的中点锚固件包括桅杆并且安装在桅杆的上部,悬臂结构包括一对刚性细长构件,其位于公共平面中并相对于 并且沿着轨道的纵向方向间隔开,并且在其靠近轨道的端部处通过与公共平面成锐角倾斜的第三横向延伸的细长构件连接到桅杆。 远离轨道的构件的端部连接到刚性杆的相对端部,该刚性杆沿着轨道纵向延伸,所述刚性杆沿垂直轴线枢转地连接到桅杆,并且在其每个端部处连接到 桅杆由灵活的领带。 在悬链线上的负载不平衡的情况下,悬臂结构围绕垂直轴线的枢转运动由柔性连接件之一阻止,并且不平衡负载作为扭转载荷传递到桅杆。
    • 6. 发明授权
    • Section insulator for catenary systems
    • 用于悬链系统的截面绝缘子
    • US4187934A
    • 1980-02-12
    • US869036
    • 1978-01-13
    • John W. Senften
    • John W. Senften
    • B60M1/18B60M1/22B60M1/225
    • B60M1/18
    • A section insulator for insulating adjacent sections of contact wire of overhead power supply systems for electrified railway lines and the like is disclosed. The section insulator is interposed between separated ends of adjacent sections of contact wire. Strain plates are secured to the opposed ends of the sections and a strain insulator is secured to the strain plates above the level of the contact wires to maintain the tension in the contact wires. Spaced runners supported by the strain insulator extend between the contact wires, there being air gaps between the ends of the contact wires and the runners. A pair of diverging glider arms is secured to each contact wire section adjacent its end. The glider arms extend toward each other beyond the ends of the contact wire sections and overlap the ends of the runners, there being transverse air gaps between the diverging glider arms and the runners. The system thus provides a smooth under run from one section of contact wire along the diverging glider arms to the runners, then to the other pair of diverging glider arms and to the other section of contact wire. The insulator is supported by members extending vertically from the strain plates to a messenger wire, bridle, or other appropriate support. The section insulators can be adapted to use in ordinary catenary systems, compound catenary systems, ordinary direct suspension trolley systems, and as phase breaks for alternating current systems.
    • 公开了一种绝缘子,用于绝缘用于电气化铁路线等的架空供电系统的接触线的相邻部分。 截面绝缘体介于接触线的相邻部分的分离端之间。 应变板被固定到部分的相对端部,并且应变绝缘体固定到接触线的高度以上的应变板以保持接触线中的张力。 由应变绝缘体支撑的间隔的延伸器在接触导线之间延伸,在接触线的端部和流道之间存在气隙。 一对分叉的滑翔机臂固定在靠近其端部的每个接触线部分。 滑翔机臂彼此相对延伸超过接触线段的端部并且与跑道的端部重叠,在分支的滑翔机臂和跑道之间存在横向气隙。 因此,该系统从接触线的一部分沿着分叉滑翔机臂到达跑道,然后提供到另一对分叉的滑翔机臂和接触线的另一部分。 绝缘体由从应变板垂直延伸到消息线,匝或其他适当支撑件的构件支撑。 剖面绝缘子可适用于普通悬链系统,复合悬链系统,普通直接悬架手推车系统以及交流系统的断相。
    • 10. 发明授权
    • Trolley wire suspension for use in overhead contact wire system of electric transport
    • 用于电动交通工具的电缆连接线系统
    • US3829630A
    • 1974-08-13
    • US32340373
    • 1973-01-15
    • BELYAEV I
    • BELYAEV I
    • B60M1/23B60M1/22
    • B60M1/23
    • The present invention relates to the art of electric transport with power supply from stationary power sources, and particularly to a trolley wire suspension for use in an overhead contact wire system of this particular type of electric transport. The essence of the invention resides in that rigidly secured to the messenger wire of a trolley wire suspension are links made, in one of the embodiments, in the form of rigid rods, are spaced apart along the length of the messenger wire, the adjacent links in a span being arranged on either side of the vertical plane passing through the messenger wire. Connected to the free end of each link are hangers wherefrom the contact element, conssting of one or more trolley wires, is suspended directly, through a supplementary L-shaped link, or a supplementary wire. As a result, the messenger wire is twisted, under the weight of the contact element, along its full length between each pair of adjacent links. Therewith, use is made of the elastic properties of the messenger wire, regarded here as a stretched string, as well as of its torsion. Besides, use is also made of its internal friction forces. The resulting trolley wire suspension features equal elasticity at any point in a span, which is essential for use in modern electric transport characterized by high speeds and power of the electric vehicles. Proper use made of the internal friction forces of the messenger wire contributes to mitigating selfinduced vibratios. vibrations.