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    • 1. 发明公开
    • BOGIE FOR ROLLING STOCK AND ROLLING STOCK COMPRISING SAID BOGIE
    • BOGIE用于轧制库存和包含所述BOGIE的轧制库存
    • EP3176048A1
    • 2017-06-07
    • EP15827207.0
    • 2015-07-16
    • Nippon Steel & Sumitomo Metal Corporation
    • KIKKO, SatoshiSHIMOKAWA, YoshiyukiNAKAI, TakujiMIZUNO, Masaaki
    • B61F5/40B61F5/52B61H1/00
    • B61F5/40B61F5/52B61H1/00
    • A bogie for a railway vehicle has a first frame (10) including a right side beam (11), a second frame (20) including a left side beam (21), and primary suspensions including links (34A-34D) extending from respective axle boxes (33A-33D). The frames (10, 20) are connected together via an elastic component (30). The right front axle box (33A) is supported by a front end portion (11a) of the first frame (10), and the link (34A) is connected to an extending portion (23) of the second frame (20). The left front axle box (33B) is supported by a front end portion (21a) of the second frame (20), and the link (34B) is connected to an extending portion (13) of the first frame (10). The right rear axle box (33C) is supported by a rear end portion (11b) of the first frame (10), and the link (34C) is connected to the side beam (11) of the first frame (10). The left rear axle box (33D) is supported by the rear end portion (21b) of the second frame (20), and the link (34D) is connected to the side beam (21) of the second frame (20).
    • 一种用于铁路车辆的转向架具有包括右侧梁(11)的第一框架(10),包括左侧梁(21)的第二框架(20)以及包括从各自延伸的连杆(34A-34D)的主悬架 轴箱(33A-33D)。 框架(10,20)通过弹性部件(30)连接在一起。 右前轴箱33A由第一​​框架10的前端部11a支承,连杆34A与第二框架20的延伸部23连接。 左前轴箱33B由第二框架20的前端部21a支承,连杆34B与第一框架10的延伸部13连接。 右后轴箱33C由第一框架10的后端部11b支承,连杆34C与第一框架10的侧梁11连接。 左后轴箱33D由第二框架20的后端部21b支承,连杆34D与第二框架20的侧梁21连接。
    • 3. 发明公开
    • RAILWAY VEHICLE
    • 铁路车辆
    • EP3228518A1
    • 2017-10-11
    • EP15864720.6
    • 2015-12-02
    • Nippon Steel & Sumitomo Metal Corporation
    • KIKKO, SatoshiSHIMOKAWA, YoshiyukiNAKAI, TakujiHAGIO, Yoshinori
    • B61F5/10B60G99/00B61F5/22
    • B60G99/00B61F5/10B61F5/22B61F5/386
    • [OBJECT]
      To improve safety by suppressing a wheel load variation that occurs when a railway vehicle is stopped in a section with diminishing cant, for example.
      [MEANS]
      A railway vehicle having a front bogie 2a and a rear bogie 2b with left and right air springs 1a and 1b disposed in the left and right width direction of the railway vehicle and having a level controlling device 3 installed to track the height of the air springs 1a and 1b. The air springs 1a and 1b of the front bogie 2a and the rear bogie 2b are connected by an air pipe 6 in which is installed a left-right differential pressure regulating valve 5. The air springs 1a and 1a or 1b and 1b of the front bogie 2a and the rear bogie 2b are connected by an air pipe 8 in which is installed a front-rear differential pressure regulating valve 9. A choke valve 10 is installed in parallel with the front-rear differential pressure regulating valve 9. A differential pressure regulating valve 11 for front-rear imbalance is installed in series with the front-rear differential pressure regulating valve 9.
    • [目标]例如,为了提高安全性,例如,通过抑制在铁路车辆停止在倾斜减小的部分时发生的车轮载荷变化。 具有前部转向架2a和后部转向架2b的铁路车辆,其具有设置在铁路车辆的左右宽度方向上的左右空气弹簧1a和1b,并且具有水平控制装置3,水平控制装置3被安装用于跟踪 空气弹簧1a和1b。 前部转向架2a和后部转向架2b的空气弹簧1a和1b通过其中安装有左右差压调节阀5的空气管6连接。空气弹簧1a和1a或1b和1b的前部 转向架2a和后部转向架2b通过安装有前后差压调节阀9的空气管8连接。阻流阀10与前后差压调节阀9并联安装。压差 用于前后不平衡的调节阀11与前后差压调节阀9串联安装。
    • 5. 发明公开
    • RAILROAD VEHICLE CARRIAGE
    • SCHIENENFAHRZEUGWAGEN
    • EP3012172A1
    • 2016-04-27
    • EP14814492.6
    • 2014-06-19
    • Nippon Steel & Sumitomo Metal Corporation
    • HAGIO, YoshinoriSHIMOKAWA, YoshiyukiKIKKO, SatoshiNAKAI, Takuji
    • B61F5/30B60G17/052B60G99/00B61F5/10B61F5/22
    • B61F5/22B61F5/10B61F5/301
    • To reduce a decrease in a wheel load on the outer rail side of the front axle that occurs when traveling at low speed, particularly in an exit easement curve section.
      A bogie for a railway vehicle having a bogie frame 22 supported by axle springs 10 disposed on axle boxes 9 which rotatably support a wheel set 7, with air springs 4 disposed on both sides of the railway vehicle in a width direction of the bogie frame, each of the air springs 4 being provided with an automatic height adjusting device 6 for maintaining a constant height of a vehicle body 5 which is supported by the air springs 4.
      The axle boxes 9 are disposed at positions closer to the center side of the railway vehicle in the width direction than the wheels 7b attached to both sides of a shaft 7a which constitutes a wheel set 7, and a height detection position of the automatic height adjusting device 6 is detected at a position between an axial center of the air springs 4 and an axial center of the axle springs 10.
      It becomes possible to improve the ability to pass through exit easement curve sections.
    • 为了减少在低速行驶时出现的前桥外轨侧的车轮负荷的下降,特别是在出口安置曲线部分。 一种用于铁路车辆的转向架,具有转向架框架22,该转向架由布置在车轮箱9上的车轴弹簧10支撑,车轴箱9可旋转地支撑车轮组7,其中空气弹簧4设置在转向架框架的宽度方向上的两侧, 每个空气弹簧4设置有自动高度调节装置6,用于保持由空气弹簧4支撑的车身5的恒定高度。轴箱9设置在更靠近铁路中心侧的位置 在宽度方向上的车辆比安装在构成车轮组7的轴7a的两侧的车轮7b以及自动高度调节装置6的高度检测位置在空气弹簧4的轴心之间的位置处被检测 以及轴弹簧10的轴向中心。可以提高通过出口安置曲线部分的能力。
    • 6. 发明公开
    • RAILWAY VEHICLE STEERING TRUCK
    • EINSTELLBARES LENKGESTELLFÜREIN SCHIENENFAHRZEUG
    • EP2735490A1
    • 2014-05-28
    • EP12814633.9
    • 2012-07-17
    • Nippon Steel & Sumitomo Metal Corporation
    • SHIMOKAWA, YoshiyukiMIZUNO, MasaakiYAMANO, ToshiyoTERAMAE, Tomoki
    • B61F5/44
    • B61F5/38B61F5/44
    • In the event that a steering device is damaged, the damaged component is prevented from dropping onto a surface of a track or prevented from making contact with a surface of a track, even if a component to prevent dropping is not newly installed.
      A railway vehicle steering truck having a steering device 1 with a steering link 1b which is rotatably connected to an axle box 4 which supports a steering axle 2, and a connecting link 1c rotatably connected to a bolster 5, and these are each rotatably connected to a steering lever 1a which is rotatably connected to a truck frame 3. A length A1 or A2 from one center of rotation of the steering link 1b is shorter than a radius B of a wheel that has reached a wear limit.
    • 在转向装置损坏的情况下,即使不重新安装防止掉落的部件,也可以防止损坏的部件掉落到轨道的表面上或阻止其与轨道的表面接触。 一种具有转向装置1的转向装置1,该转向装置1具有可转动地连接到支撑转向轴2的轴箱4的转向连杆1b和可旋转地连接到摇枕5的连接连杆1c,并且它们可转动地连接到 转向杆1a,其可转动地连接到卡车车架3.来自转向连杆1b的一个旋转中心的长度A1或A2比已经达到磨损极限的车轮的半径B短。
    • 8. 发明公开
    • STEERING BOGIE FOR RAILWAY VEHICLE
    • LENKDREHGESTELLFÜRSCHIENENFAHRZEUG
    • EP2781423A1
    • 2014-09-24
    • EP12849933.2
    • 2012-09-20
    • Nippon Steel & Sumitomo Metal Corporation
    • SHIMOKAWA, Yoshiyuki
    • B61C15/08B61K3/02
    • B61F5/50B61F3/00B61F5/301B61F5/38B61F19/00
    • OBJECT
      To operate a tread surface cleaning system only when passing through a curved section. A steering truck 11 is designed to make it possible to steer a wheel axle 2 of a truck.
      MEANS
      A tread surface cleaning system having a cleaning element 12a mounted to a truck frame 1 of a steering truck 11 in a position facing a tread surface 2aa of a wheel 2a, the cleaning element 12a moving freely to come into contact with and to move away from the tread surface 2aa; a pressing-load application spring 12c which presses on the cleaning element 12a biased toward the tread surface 2aa; and a stopper 12d for restraining the cleaning element 12a from approaching the tread surface 2aa, which utilizes a forward and backward movement of a wheel axle 2 in the travel direction caused by steering, so that the cleaning element 12a makes contact only on the inner rail side toward which the tread surface 2aa of the wheel 2a approaches when passing through a curved section, whereas the cleaning element 12a does not make contact on the outer rail side from which the tread surface 2aa of the wheel 2a moves away when passing through a curved section and when traveling through a straight section. Wear on the cleaning element can be reduced, because only a cleaning element on the inner rail side toward which the wheel tread surface approaches comes into contact with the wheel tread surface when passing through a curved section.
    • 对象仅在通过弯曲部分时操作胎面表面清洁系统。 转向卡车11被设计成可以引导卡车的轮轴2。 方法一种胎面表面清洁系统,其具有安装到转向盘11的卡车框架1的面向轮2a的胎面表面2aa的位置的清洁元件12a,清洁元件12a自由移动以与之接触并移开 从胎面表面2aa; 按压负载施加弹簧12c,其压靠在朝向胎面2aa上的清扫体12a上; 以及用于限制清洁元件12a接近踏面2aa的止动件12d,其利用轮轴2在由转向引起的行进方向上的向前和向后运动,使得清洁元件12a仅在内侧轨道 在通过弯曲部分时,轮2a的胎面2aa接近的一侧,而清洁元件12a在外轮轨道侧没有接触,在外轨道侧,当车轮2a的胎面表面2aa通过弯曲 当穿过直线段时。 因为在通过弯曲部分时,只有轮胎胎面表面接近的内侧轨道侧上的清洁元件与轮胎胎面表面接触才能减少清洁元件上的磨损。
    • 9. 发明公开
    • RAILWAY VEHICLE STEERING TRUCK
    • 铁路车辆转向卡车
    • EP2735489A1
    • 2014-05-28
    • EP12814590.1
    • 2012-07-17
    • Nippon Steel & Sumitomo Metal Corporation
    • SHIMOKAWA, YoshiyukiMIZUNO, MasaakiYAMANO, ToshiyoTERAMAE, Tomoki
    • B61F5/44B61F5/30
    • B61F5/38B61F5/30B61F5/44
    • To prevent separation of a truck frame and a wheel axle and to continue supporting a vehicle, even if damage has occurred to a steering device of a steering truck in which front-back support of a steering axle is performed only by a steering mechanism.
      A railway vehicle steering truck 11 provided with an axle box suspension of a steering axle 2, which is designed to perform support in the front-back direction of an axle box 4 which rotatably supports the steering axle 2, by means of a steering device 3 having a steering link 2a which is rotatably connected to the axle box 4, and a connecting link 3c rotatably connected to a bolster 7, each of these being rotatably connected to a steering lever 3b which is rotatably connected to the a truck frame 6.
      A stopper 12 to which the axle box 4 comes in contact is installed both on a side where a wheelbase expands and on a side where the wheelbase contracts in the truck frame 6, when a front-back movement of the axle box exceeds a range of front-back movement at a time of maximum steering when the front-back movement of the axle box 4 passes through a minimum curve.
    • 为了防止车架和轮轴分离并继续支撑车辆,即使仅通过转向机构执行转向轴的前后支撑的转向架的转向装置发生损坏。 本发明提供一种铁道车辆用转向架11,该铁道车辆用转向架11具备转向轴2的轴箱悬架,该转向轴2通过转向装置3在可转动地支承转向轴2的轴箱4的前后方向上进行支承 具有可旋转地连接到轴箱4的转向连杆2a和可旋转地连接到摇枕7的连接连杆3c,连接连杆3c可转动地连接到可转动地连接到转向架框架6的转向杆3b。 当轴箱的前后移动超过前方范围时,轴箱4所接触的止动件12既安装在轴距扩大的一侧,也安装在卡车车架6中轴距收缩的一侧 当轴箱4的前后移动通过最小曲线时的最大转向时的后退运动。