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    • 11. 发明授权
    • Arrangement for preventing energy absorbing material degradation on draft gears
    • 用于防止牵引齿轮上的能量吸收材料劣化的布置
    • US07258243B2
    • 2007-08-21
    • US10927912
    • 2004-08-27
    • Michael E. RingHoward Sommerfeld
    • Michael E. RingHoward Sommerfeld
    • B61G1/00
    • B61G9/24B61G9/06
    • A draft gear assembly includes a yoke and a coupler follower disposed within the yoke. A front compressible resilient member is disposed intermediate the yoke and the coupler follower. A rear compressible resilient member engages a back wall of the yoke at one end and engages a rear follower at a distal end. A center rod extends through the rear compressible resilient member and the rear follower and engages a shortening member. A plurality of stops members are attached to the back wall of the yoke for limiting compression of the rear compressible resilient member during buff travel. The stop members may be extended toward the coupler follower for limiting compression of the front compressible resilient member during draft travel. Alternatively, a center rod or elastomeric pads may be adapted for limiting compression of the resilient compressible members during buff and draft travel. Stops for limiting compression may be also attached to a center sill.
    • 牵引齿轮组件包括设置在轭内的轭和耦合器随动件。 前部可压缩弹性构件设置在轭和联接器跟随器的中间。 后可压缩弹性构件在一端接合轭的后壁并且在远端处接合后跟随器。 中心杆延伸穿过后部可压缩弹性构件和后部随动件并与缩短构件接合。 多个止动构件附接到轭的后壁,用于在抛光行程期间限制后部可压缩弹性构件的压缩。 止动构件可以朝向联接器从动件延伸以限制在可滑动弹性构件的牵伸行进期间的压缩。 或者,中心杆或弹性衬垫可以适于在抛光和牵伸行进期间限制弹性可压缩构件的压缩。 用于限制压缩的止挡件也可以附接到中心梁。
    • 14. 发明授权
    • Housing for long travel high capacity friction draft gear assembly
    • 长途旅行高容量摩擦牵引装置的外壳
    • US07264130B2
    • 2007-09-04
    • US10927911
    • 2004-08-27
    • Howard SommerfeldMichael E. Ring
    • Howard SommerfeldMichael E. Ring
    • B61G9/00
    • B61G9/22B61G9/10
    • A friction-type draft gear assembly includes a housing having an open front and a closed rear end with a first and second rear portions and a pair of ledge members disposed intermediate such first and second rear portions and enabling the draft gear assembly to fit into a draft gear pocket of a predetermined length. A first rear portion is adapted to receive a compressible cushioning element with a seating arrangement abutting one end thereof which extends longitudinally from the second portion of the closed rear end toward the open front portion. The open front end is adapted to receive a friction cushioning element which has a spring release mechanism for continuously urging the friction cushioning element outwardly from the compressible cushioning element thereby releasing such friction cushioning element after compression of such draft gear assembly. The open front end may incorporate additional side members for direct attachment to a coupler.
    • 摩擦式起落架组件包括具有开口前部和封闭后端的壳体,其具有第一和第二后部;以及一对凸缘构件,设置在第一和第二后部之间,并且使得牵引齿轮组件能够装配到 预定长度的牵引齿轮槽。 第一后部适于容纳可压缩的缓冲元件,其具有邻接其一端的座位装置,其从封闭的后端的第二部分朝向敞开的前部部分纵向延伸。 敞开的前端适于容纳摩擦缓冲元件,该摩擦缓冲元件具有用于从可压缩缓冲元件向外推动摩擦缓冲元件的弹簧释放机构,从而在压缩该牵引齿轮组件之后释放该摩擦缓冲元件。 敞开的前端可以包括用于直接附接到联接器的附加侧构件。
    • 17. 发明授权
    • Long travel high capacity friction draft gear assembly
    • 长行程大容量摩擦牵引装置
    • US07175036B2
    • 2007-02-13
    • US10927910
    • 2004-08-27
    • Howard SommerfeldMichael E. Ring
    • Howard SommerfeldMichael E. Ring
    • B61G9/00B61G11/00
    • B61G9/10
    • A friction clutch type draft gear assembly includes a housing having an open front end and a closed rear end forming a ledge for enabling a longer buff and draft travel while fitting into a 24.625 inch draft gear pocket. A friction clutch mechanism includes a pair of outer stationary plate members, a pair of movable plate members, a pair of inner stationary plate members having an inner surface which is tapered at an angle of approximately 4.5°, a pair of wedge shoe members having an upper surface which is tapered from a point disposed inwardly from the tapered outer surface inwardly toward and at an acute angle relative to a longitudinal axis of the friction clutch mechanism, and a center wedge member which includes a pair of correspondingly tapered surfaces frictionally engageable with the upper tapered surface of a respective one of the pair of wedge shoe members. The tapered upper surface of the pair of wedge shoe members is tapered at an angle of approximately 49.0°–50.0°. The pair of tapered surfaces of the center wedge is tapered at an angle of about 49.5°.
    • 一种摩擦离合器型式的牵引齿轮组件包括具有敞开的前端和闭合的后端的壳体,其形成凸缘,以便在安装到24.625英寸的牵引齿轮槽中时能够实现更长的抛光和平滑行进。 一种摩擦离合器机构包括一对外固定板构件,一对可移动板构件,一对具有以约4.5°的角度渐缩的内表面的内固定板构件,一对楔形鞋构件,其具有 上表面从从锥形外表面向内设置的点向内倾斜并相对于摩擦离合器机构的纵向轴线成锐角;以及中心楔形构件,其包括一对相应的锥形表面,其可与 所述一对楔形鞋构件中的相应一个的上锥形表面。 一对楔形鞋件的锥形上表面以约49.0°-50.0°的角度渐缩。 中心楔的一对锥形表面以约49.5°的角度渐缩。
    • 19. 发明授权
    • Method for installing a locking wedge and carrier plate assembly
    • 用于安装锁定楔和承载板组件的方法
    • US5979679A
    • 1999-11-09
    • US49519
    • 1998-03-27
    • Michael E. RingDavid W. Daugherty, Jr.Scott Natschke
    • Michael E. RingDavid W. Daugherty, Jr.Scott Natschke
    • B61G7/10B61G9/24B61G7/00
    • B61G7/10B61G9/24Y10T29/49826Y10T29/49902
    • A method of preassembling a slackless type drawbar assembly prior to installation into an end portion of a center sill member secured to a railway freight car. The method comprising the steps of providing a carrier plate member having a means for securing such carrier plate member to a flange portion of such center sill member. Securing a pair of radially opposed and axially aligned shaft support members to a top surface of the carrier plate member. Positioning a drawbar assembly on top of the shaft support members and securing in place. Positioning at least one crushable wedge support member on the top surface of such carrier plate member adjacent the shaft support members. Setting a pair of radially opposed locking wedge members on such at least one crushable support member. Securing the locking wedge members to such at least one crushable support member and the carrier plate member without distorting such at least one crushable support member. Then, positioning this assembly into such end portion of such center sill member and securing it thereto. Thereafter, tightening the locking wedge members in place until all slack has been removed from such slackless drawbar assembly thereby at least one of crushing and flattening the crushable support member.
    • 在安装到固定到铁路货车的中心梁构件的端部之前预先组装无松弛型牵引杆组件的方法。 该方法包括以下步骤:提供具有用于将这种承载板构件固定到该中心梁构件的凸缘部分的装置的承载板构件。 将一对径向对置且轴向对齐的轴支撑构件固定到承载板构件的顶表面。 将牵引杆组件定位在轴支撑构件的顶部并固定到位。 将至少一个可破碎的楔形支撑构件定位在该承载板构件的与轴支撑构件相邻的顶表面上。 在这种至少一个可压溃的支撑构件上设置一对径向相对的锁定楔形构件。 将锁定楔形构件固定到这种至少一个可压碎支撑构件和承载板构件上,而不使这种至少一个可压碎支撑构件变形。 然后,将该组件定位到这种中心轨道构件的这种端部并将其固定到其上。 此后,将锁定楔形构件紧固到位,直到所有的松弛已经从这种无松弛的牵引杆组件移除,从而将可压碎支撑构件的至少一个压碎和压平。