Spring rail plate fasteners for direct railroad track fixation
    1.
    发明授权
    Spring rail plate fasteners for direct railroad track fixation 失效
    用于直接轨道固定的弹簧导轨板紧固件

    公开(公告)号:US3945566A

    公开(公告)日:1976-03-23

    申请号:US508149

    申请日:1974-09-23

    申请人: Charles J. Bush

    发明人: Charles J. Bush

    摘要: A railroad track fastener assembly consisting of a spring plate and a resilient seat for a railroad rail comprising a pad of resilient material positioned between the rail base and the base of a spring plate. The spring plate may be bolted to any type of cross tie or foundation of concrete, steel, or wood. The pad of resilient material is formed with a plurality of spaced vertical holes and is either bonded to the base of the spring plate and is freely positioned within the spring plate. The pad is retained within the spring plate by spring shoulder clips that are secured to the spring plate shoulders resiliently checking the upward motion of the rail under a heavy load. Guard rails and braces are provided for maintaining the wheels of rolling stock on the rails while rounding curves. Accordingly, the rail seat assembly of the subject invention is in effect a railroad track direct fixation spring plate fastener which is operative to achieve noise and vibration attenuation; resistance to rail wave action stress and tie twisting, and is also adaptable for variation in the gage of the rails.

    摘要翻译: 一种由弹簧板和用于铁路轨道的弹性座组成的铁路轨道紧固件组件,包括定位在轨道基座和弹簧板的基座之间的弹性材料垫。 弹簧板可以螺栓连接到任何类型的交叉连接或混凝土,钢或木材的基础。 弹性材料垫形成有多个间隔开的垂直孔,并且与弹簧板的基部接合并且自由地定位在弹簧板内。 垫通过弹簧肩夹固定在弹簧板内,弹簧肩夹固定到弹簧板的肩部,弹性地检查轨道在重负载下的向上运动。 提供防护栏和支架,用于在弯曲曲线时将轨道车轮保持在轨道上。 因此,本发明的轨道座椅组件实际上是实现噪声和振动衰减的铁路轨道直接固定弹簧板紧固件; 抵抗铁路波动作用力和拉力扭矩,也适用于轨道规的变化。

    Resilient rail fastener assembly for curved track
    2.
    发明授权
    Resilient rail fastener assembly for curved track 失效
    用于弯曲轨道的弹性轨道紧固件组件

    公开(公告)号:US4350290A

    公开(公告)日:1982-09-21

    申请号:US132895

    申请日:1980-03-24

    申请人: Charles J. Bush

    发明人: Charles J. Bush

    IPC分类号: E01B5/18 E01B9/60

    CPC分类号: E01B9/60 E01B5/18

    摘要: A resilient rail fastener assembly for curved tracks includes a unitary base plate adapted to receive a load carrying rail which includes a pair of planar brace plates for maintaining the rail in a vertical orientation and reducing noise and vibration. More particularly, the rail fastener assembly includes a unitary base plate having an upstanding shoulder disposed on one side thereof, and a pair of spaced, planar upstanding brace plates disposed on the other side thereof and formed integrally with the base plate. An elastomeric pad is positioned between the base plate and the bottom of the rail, with the brace plates being disposed transverse to the longitudinal axis of the rail. The upper portion of each brace plate is disposed in abutting relationship with the upper portion of the rail. By this arrangement, centrifugal forces imparted to the curved rail by the movement of rolling stock, are transferred from the rail, through the brace plates and the base plate, and into the road bed, thereby maintaining the rail in a vertical orientation and reducing unwanted noise and vibration. In an alternative embodiment of the subject invention, a parallel guard rail is mounted between the load carrying rail and the brace plates. In the latter embodiment, the rail fastener assembly further includes a wedge which is fixedly connected to the base plate and interposed between the brace plates and the guard rail, with the wedge abutting the upper portion of the guard rail. By this arrangement, the centrifugal forces imparted to the guard rail by the rolling stock are transferred from the guard rail through the wedge and brace plates into the ground thereby maintaining the guard rail in a vertical orientation.

    摘要翻译: 用于弯曲轨道的弹性导轨紧固件组件包括适合于承载承载轨道的整体基座,该承载轨道包括一对平面支撑板,用于将轨道保持在垂直方向并减少噪音和振动。 更具体地,轨道紧固件组件包括具有设置在其一侧上的直立肩部的一体基座板和设置在其另一侧并与基板一体形成的一对间隔开的平坦的直立支架板。 弹性体垫定位在基板和轨道的底部之间,其中支撑板横向于轨道的纵向轴线设置。 每个支撑板的上部设置成与轨道的上部邻接关系。 通过这种布置,通过机车车辆的运动赋予弯曲轨道的离心力从轨道传递通过支撑板和基板,并进入路床,从而将轨道保持在垂直方向并减少不必要的 噪音和振动。 在本发明的替代实施例中,平行护栏安装在承载轨道和支撑板之间。 在后一实施例中,轨道紧固件组件还包括楔形件,其固定地连接到基板并且插入在支撑板和护栏之间,楔形件抵靠护轨的上部。 通过这种布置,通过机车车辆施加到护栏的离心力从护栏通过楔形件和支撑板传递到地面中,从而将护栏保持在垂直方向。