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    • 4. 发明申请
    • HANDLING AND TRANSPORT SYSTEM
    • 处理和运输系统
    • WO2012102671A1
    • 2012-08-02
    • PCT/SG2011/000034
    • 2011-01-25
    • CHAN, Weng Seong
    • CHAN, Weng Seong
    • B62B3/10B65G41/02B28B15/00B60P3/00
    • B62B3/009B61B10/00B61B13/00B61C13/00B62B3/008B62B3/108B62B5/0063B62B2202/62B65G49/062
    • A slab handling device for facilitating movement of slabs around a facility is presented. The slab handling device includes a base frame disposed horizontally in parallel to a floor surface, wherein a first end of the base frame comprises a projection extending from the base frame. The base frame hosts a second frame disposed vertically on the base frame to form a viewing side and a stacking side. Pluralities of side wheels are coupled to the base frame, wherein the diameter of the plurality of track wheels is greater than the diameter of the plurality of side wheels. A first set of end stoppers are disposed on the base frame and configured to hold a slab in position on the viewing side and a second set of end stoppers are disposed on the base frame and configured to hold multiple slabs in place on the stacking side.
    • 提出了一种便于板坯围绕设施移动的板材处理装置。 板坯处理装置包括平行于地板表面水平设置的基架,其中基架的第一端包括从基架延伸的突起。 底座架托架在底架上垂直设置的第二框架,以形成观察侧和堆叠侧。 多个侧轮联接到基架,其中多个履带轮的直径大于多个侧轮的直径。 第一组端挡块设置在基座框架上,并被构造成将板块保持在观察侧的适当位置,并且第二组端挡块设置在基架上并构造成将多个板坯保持在堆叠侧的适当位置。
    • 6. 发明申请
    • LOCOMOTIVE FOR SHUNTING OF ROLLING STOCK
    • 滚动轴承的位置
    • WO2005039952A1
    • 2005-05-06
    • PCT/BG2004/000017
    • 2004-09-14
    • EXPRESS SERVICE OODKOLEV, Anastas, Tsonkov
    • KOLEV, Anastas, Tsonkov
    • B61J3/12
    • B61C17/04B61C13/00B61J3/12
    • The locomotive for shunting of rolling stock consists of bogie-frame 1 forming constructively the fuel tanks 5 and the air tanks 6, situated under it. The construction is compact and has dimensions twice smaller than the known locomotive. On the bogie-frame 1 are placed more than one engine 7 each with a transmission system, including hydrodynamic transmitter 8, interstitial reducer 9, elastic connector 10 and a cardan shaft 11 connected to wheeled pair reducer 12 fixed on the respective wheeled pair 3. The engines 7 together with their transmitting system form a separate power group that can function separately as well as simultaneously to provide the necessary traction. The locomotive is designed to have an on-board control deck 20. The control of the locomotive's operating modes is performed via the on-board control deck or a remote control deck.
    • 用于分岔机车的机车由转向架1构成,构成燃料箱5和位于其下方的空气罐6。 该结构紧凑,尺寸比已知机车小两倍。 在转向架1上放置多个发动机7,每个发动机7都具有传动系统,包括流体动力传动器8,间隙减速器9,弹性连接器10和连接到固定在相应的轮对3上的轮对减速器12的万向轴11。 发动机7与它们的传动系统一起形成一个单独的动力组,其能够单独地并且同时地起作用以提供必要的牵引力。 该机车设计为具有车载控制台20.机车的操作模式的控制通过机载控制台或遥控台进行。
    • 7. 发明申请
    • TRANSPORTATION SYSTEM AND DISPLACEMENT DEVICE THEREFOR
    • 运输系统及其位移装置
    • WO2014176694A1
    • 2014-11-06
    • PCT/CA2014/050408
    • 2014-04-30
    • MOBILITÉS MONDIALES INC.
    • ALLAIRE, Xavier
    • B61B13/00B61B3/02B61B5/00B61C11/00B61C13/04
    • B61C13/00B61B5/02B61B13/04B61B13/125E01B25/08E01B25/22Y02T30/40
    • A transportation system including a tubular rail assembly, a displacement device with at least one helical propulsion system located in a first position to be received in one rail and movable to a second position to be received in another rail, a switching mechanism engaged to each propulsion system for movement between the first and second positions, and a transportation device outside of the rail assembly and attached to the displacement device. Also, a displacement device with at least one pair of support members each supporting a helical propulsion system, and a biasing member circumferentially biasing the support member of each pair in opposite directions. Also, a displacement device with at least one tubular support member surrounding the body and circumferentially movable with respect thereto and supporting a set of angled wheels, and a switching mechanism engaged to each member for actuating the circumferential movement.
    • 一种运输系统,包括管状轨道组件,具有至少一个螺旋推进系统的位移装置,位于第一位置以被容纳在一个轨道中并可移动到第二位置以被接收在另一个轨道中,与每个推进器接合的切换机构 用于在第一和第二位置之间移动的系统,以及在轨道组件外部并附接到位移装置的运送装置。 此外,具有至少一对支撑构件的位移装置,每个支撑构件均支撑螺旋推进系统,并且偏置构件沿相反方向周向地偏置每对的支撑构件。 而且,具有至少一个管状支撑构件的位移装置,该至少一个管状支撑构件围绕主体并且可相对于其移动并支撑一组成角度的车轮;以及切换机构,其接合到每个构件以致动周向运动。
    • 9. 发明申请
    • OPTIMIZED CONTROL OF THE OPERATION OF ONE OR MORE TRACTION SYSTEMS OF A TRAIN FOR ENTERING AND EXITING FROM A COASTING CONDITION
    • 优化控制一个或多个跟踪系统的操作,用于进入和退出COASTING条件的火车
    • WO2014020542A2
    • 2014-02-06
    • PCT/IB2013056261
    • 2013-07-30
    • ANSALDOBREDA SPA
    • NAPPO CIROACCARDO LUIGIMUNGIGUERRA VINCENZOVOCCIA FABIONAVARRA GUGLIELMO
    • B60L15/02H02P21/00
    • B61C11/00B60L15/025B60L2200/26B60L2260/24B60L2260/26B61C13/00H02P21/0089Y02T10/643
    • The invention relates to a railway vehicle comprising a traction system, which includes an asynchronous electric motor or a synchronous electric DC motor operable by an inverter or chopper-type electronic drive system. Said railway vehicle also comprises an electronic control unit coupled to the traction system and configured to: receive signals/data/commands indicative of operating conditions of the railway vehicle and of the traction system; determine, on the basis of the received signals/data/commands, the occurrence of a coasting condition of the railway vehicle and the occurrence of an exit condition from the coasting condition of the railway vehicle (block 66); if it determines the occurrence of a coasting condition of the railway vehicle, control the operation of the electronic drive system so as to cause the electric motor to undergo a magnetic flux reduction (block 67), and, during, said magnetic flux reduction of the electric motor, monitor the magnetic flux of the electric motor (block 67), determine whether the magnetic flux of the electric motor decreases below a magnetic flux threshold (block 68), and, if it determines that the magnetic flux of. the electric motor has decreased below said magnetic flux threshold, switch off the electronic drive system (block 69); if it determines the occurrence of an exit condition from the coasting condition of the railway vehicle, determine whether the electronic drive system is on or off (block 44); if it determines the occurrence of an exit condition from the coasting condition of the railway vehicle and it determines also that the electronic drive system is on, causing the torque of the electric motor to start increasing (block 65); if it determines the occurrence of an exit condition from the coasting condition of the railway vehicle and it determines also that the electronic drive system is off, switch on the electronic drive system, control the operation of the electronic drive system so that the electric motor undergoes magnetic flux reduction (block 63), and, during said magnetic flux reduction of the electric motor, monitor the magnetic flux of the electric motor (block 63), determine whether the magnetic flux of the electric motor exceeds said magnetic flux threshold (block 64), and, if it determines that the magnetic flux of the electric motor has exceeded said magnetic flux threshold, cause the torque of the electric motor to start increasing (block 65).
    • 本发明涉及一种包括牵引系统的铁路车辆,牵引系统包括可由逆变器或斩波型电子驱动系统操作的异步电动机或同步电动DC电动机。 所述铁路车辆还包括耦合到牵引系统并被配置为:接收指示铁路车辆和牵引系统的操作条件的信号/数据/命令的电子控制单元; 基于接收到的信号/数据/命令,确定铁路车辆的滑行条件的发生和从铁路车辆的滑行状态出现的出口状况(方框66)。 如果确定铁路车辆的滑行状态的发生,则控制电子驱动系统的动作,使电动机进行磁通减少(方框67),在此期间, 电动机,监视电动机的磁通量(方框67),确定电动机的磁通量是否降低到低于磁通量阈值(方框68),并且如果确定电动机的磁通量。 电动机已经降低到低于所述磁通阈值,关闭电子驱动系统(框69); 如果确定从铁路车辆的滑行状态出现退出条件,则确定电子驱动系统是开或关(框44); 如果从铁路车辆的滑行状态确定出口条件的发生,并且还确定电子驱动系统接通,导致电动机的转矩开始增加(方框65)。 如果从铁路车辆的滑行条件确定出口条件的发生,并且还确定电子驱动系统关闭,则接通电子驱动系统,控制电子驱动系统的操作,使得电动机经历 减小磁通量(方框63),在电动机的磁通减少期间,监视电动机的磁通量(方框63),判定电动机的磁通量是否超过了磁通阈值(方框64 ),并且如果确定电动机的磁通量已经超过所述磁通阈值,则使得电动机的转矩开始增加(框65)。
    • 10. 发明申请
    • FLOOR TRANSPORT INSTALLATION WITH RAIL MOUNTED FLOOR TRANSPORT VEHICLES
    • 随着轨道导地线运输车辆的地面运输系统
    • WO1998028175A1
    • 1998-07-02
    • PCT/EP1997007013
    • 1997-12-13
    • AFT AUTOMATISIERUNGS- UND FÖRDERTECHNIK GMBH
    • AFT AUTOMATISIERUNGS- UND FÖRDERTECHNIK GMBHGENG, Manfred
    • B61C13/00
    • B60M1/34B60L5/40B60L2200/26B61C13/00B62D1/26
    • The invention relates to a floor level transport installation with a rail mounted ground transport vehicle with a groove travel path channel embedded in the floor or ground level for travel path guidance with a vehicle frame (7) which can move at floor or ground level on at least two running wheels (8) and at least one driving wheel (14), as well as with guide elements (10) that slide in the groove travel path channel (2) and with sliding current collectors (11), which are in active linkage with at least one driving unit (12) which is fixed to the vehicle frame (7) with at least one driven drive wheel (14). In the front area, the guide elements (10), which slide in the groove travel path channel (2), and the sliding current collectors (11) are comprised in a special assembly (B1), as a front guiding and current collector unit (E1) which can pivot around its steering axis (x), and, in the rear area, in respect of the direction of travel, a further rear assembly (B2) is fitted, which is equipped with guide elements (10) which glide in the groove travel path channel (2), which pivots around a swivelling axis (x1), and which can also contain sliding current collectors (11), at least one of the guiding and current collector units (E1/E2) being connected by electrical and mechanical steering linkage with a drive unit (12/12a).
    • 地板运输系统在走廊或地板平面,用于路线引导的槽径信道到车架嵌有轨道引导地板运输车辆(7)上的走廊或底平面的至少两个转动轮(8)和至少一个驱动轮(14),(P )是fortbewegbar以及与槽的路径中的信道(2)滑动导向构件(10)和集电体的滑块(11)与至少附接至(可操作地连接在车架7)的驱动单元(12)(与至少一个从动驱动轮14 ),其中,在所述前区中的(槽内径信道2)在一个特殊的模块(B1)作为滑动引导部件(10)和集电体载玻片(11)(关于其的转向轴x)可枢转的前引导和受电弓 单元(E1)相加,而在另一种与槽的路径中的信道的方向上的后方区域(2)滑动导向构件 配(10)围绕枢转轴线(X1)可转动的后部模块(B2)被布置,其还可以包括集流器载玻片(11),其中所述引导和集电器单元(E1 / E2)中的至少一个的每个的驱动单元 (12 / 12A)是在电气和机械转向连杆。