首页> 外国专利> Improved Spring Buffers for Rolling Stock, specially applicable for 'Converting' 'Dead or Dumb' Buffered Vehicles into Spring Buffered Vehicles.

Improved Spring Buffers for Rolling Stock, specially applicable for 'Converting' 'Dead or Dumb' Buffered Vehicles into Spring Buffered Vehicles.

机译:改进的机车车辆弹簧缓冲器,特别适用于将“死或哑”缓冲车辆“转换”为弹簧缓冲车辆。

摘要

22,105. Gatwood, W., and Willians, G. H. Oct. 14. Buffers for converting dead - end vehicles. The buffer guides 3, Figs. 4 and 8, may be built up of plates a s described i n Specification No. 15,791, A.D. 1896, or may be cast. They may be riveted to plates for attachment to the buffer beam or may have hardwood backings 2, as shown. The buffing-spring D rests between the collar C of the buffer rod and the corrugated pressed steel socket E, which abuts on the framing. A recoil spring H is mounted between washers and secured by the cottar G as shown. The framing may be strengthened b y pressed steel brackets, as shown in Fig. 6, consisting of channelled angle-pieces to which the sockets E are riveted centrally, or to one side if the spring is to be in line with the buffer. In other forms, stiffening-ribs and flanged guiding-holes for the buffer rod are pressed in the plates. Double brackets for use at the centre of the vehicle are pressed from one or more plates with ribs and flanged holes 3, Fig. 13, for the spring sockets. The bolt-holes 1 are flanged to lessen the risk of shearing the bolts. In another form, the ribbed plate 4, Fig. 8, of the bracket is bent and is riveted to the longitudinal member N. For aligned springs and buffers, the brackets are sunk in the framing as shown. The springs may consist of an outer spring B, Fig. 9, and an inner light spring A, which takes up small loads. Under heavy loads, the cup C comes against the short heavy spring B, which then acts also, the combined action being helped by the contact of the inclined fares F of the two springs.
机译:22105。盖特伍德(Wat。)和威利安(Willians),G。H.,10月14日。缓冲引导件3,如图1和2所示。图4和8中所示的板可以由规范18,791,A.D。1896中描述的板构成,或者可以铸造而成。如图所示,它们可以被铆接到板上以附接到缓冲梁,或者可以具有硬木背衬2。抛光弹簧D放在缓冲杆的轴环C和紧靠框架的波纹状钢制承压座E之间。如图所示,反冲弹簧H安装在垫圈之间,并由架G固定。如图6所示,可通过压制钢托架来加强框架,钢托架由槽形角钢组成,承窝E中央铆接到该槽形角钢,如果弹簧要与缓冲器成一条直线,则可以向一侧固定。在其他形式中,用于缓冲杆的加强肋和带凸缘的导向孔被压在板上。从一个或多个带肋条和法兰孔3的板(用于弹簧座)上压下用于车辆中央的双托架。螺栓孔1带有法兰,以减少剪切螺栓的风险。在另一种形式中,将支架的带肋板4(图8)弯曲并铆接到纵向构件N。对于对齐的弹簧和缓冲器,如图所示,将支架沉入框架中。弹簧可以由一个外部弹簧B(图9)和一个内部轻弹簧A组成,后者承担小的负载。在重载荷下,杯形件C碰到短的重弹簧B,然后重弹簧B也起作用,这两个弹簧的倾斜票价F的接触有助于组合动作。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号