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    • 3. 发明申请
    • FRICTION/ELASTOMERIC DRAFT GEAR
    • 摩擦/弹塑性齿轮
    • WO2012036657A1
    • 2012-03-22
    • PCT/US2010/002537
    • 2010-09-17
    • MINER ENTERPRISES, INC.
    • WILT, Donald, E.SALIS, Keith, A.GALINDO, RosiePOKORSKI, Robert, J.JURASEK, Kris, C.O'DONNELL, William, P.
    • B61G9/06
    • B61G9/06
    • A friction/elastomeric draft gear having a housing, a spring assembly arranged within the housing, and a friction clutch assembly having a wedge member and defining first sliding friction surface disposed at an angle θ relative to a longitudinal axis of the draft gear and a second friction surface disposed at an angle β relative to a longitudinal axis of the draft gear. The spring assembly is designed in combination with the angles θ and β of the first and second friction sliding surfaces relative to the longitudinal axis such that the draft gear consistently and repeatedly withstands between about 100KJ and 130 KJ of energy imparted at less than three meganewtons over a range of travel of the wedge member in an inward axial direction relative to the draft gear housing not exceeding 120mm.
    • 具有壳体,布置在壳体内的弹簧组件和摩擦离合器组件的摩擦/弹性起落架具有楔形构件并限定以角度θ设置的第一滑动摩擦表面。 相对于牵伸齿轮的纵向轴线和相对于牵伸齿轮的纵向轴线成角度β设置的第二摩擦表面。 弹簧组件与角度相结合设计? 相对于纵向轴线的第一和第二摩擦滑动表面的ß,使得牵引齿轮一直重复地承受约0.5KJ至130KJ的能量,其在楔形构件的向内移动的范围内以小于3迈克 相对于牵引齿轮壳体的轴向方向不超过120mm。
    • 4. 发明申请
    • RAILCAR CONSTANT CONTACT SIDE BEARING ASSEMBLY
    • RAILCAR恒定接触侧面轴承组件
    • WO2011008237A1
    • 2011-01-20
    • PCT/US2010/001750
    • 2010-06-17
    • MINER ENTERPRISES, INC.
    • O'DONNELL, William, P.JENSEN, Erik, D.ASPENGREN, Paul, B.VAN MALDEGIAM, Michael, D.PERLONGO, Paul, A.STANEK, Mark, W.MERGES, Adam, J.
    • B61F3/00
    • B61F5/142
    • A constant contact side bearing assembly for a railcar including a housing with wall structure defining a central axis for the side bearing assembly and a multipiece cap. The cap is arranged in operable combination with the housing and includes a movable first member and a movable second member carried by the first member. A portion of the second member extends beyond the housing and defines a friction surface for the cap. A spring resiliently urges the friction surface of the cap into factional contact with railcar body structure. The cap members define cooperating angled surfaces therebetween for urging wall structure on the first member and wall structure on the second member into frictional engagement with the wall structure on said housing in response to a vertical load acting on the friction contacting surface on the cap.
    • 一种用于轨道车辆的恒定的接触侧轴承组件,包括具有限定用于侧面轴承组件的中心轴线的壁结构的壳体和多体盖。 帽与壳体可操作地组合并且包括可移动的第一构件和由第一构件承载的可移动的第二构件。 第二构件的一部分延伸超过壳体并且限定盖的摩擦表面。 弹簧弹性地促使盖子的摩擦表面与导轨车身结构相分离。 盖构件在其之间限定配合的成角度的表面,用于响应于作用在盖上的摩擦接触表面上的垂直载荷来促使第一构件上的壁结构和第二构件上的壁结构与所述壳体上的壁结构摩擦接合。
    • 5. 发明申请
    • RAILROAD CAR DRAFT GEAR
    • RAILROAD CAR DRAGE GEAR
    • WO2008153637A1
    • 2008-12-18
    • PCT/US2008/005800
    • 2008-05-06
    • MINER ENTERPRISES, INC.
    • PALERMO, Michael, R.CARLSTEDT, Richard, A.JURASEK, Kris, J.
    • B61G9/00B61G11/00
    • B61G9/06F16F1/376F16F1/40
    • A railroad car draft gear including a housing having an open end with a friction clutch assembly arranged in operable combination therewith. An elongated elastomeric spring assembly is disposed within the housing for storing energy during axial compression of the draft gear. A spring seat is arranged within the housing between the spring assembly and an end portion of each friction member forming part of the friction clutch assembly. The spring seat defines a surface, arranged in contacting relation with an end of the spring assembly, and defining at least one incongruity for allowing the elastomer of the spring assembly to combine therewith so as to establish a mechanical bond between the spring assembly and the spring seat.
    • 一种铁路车辆牵引齿轮,包括具有开口端的壳体,其具有布置成可操作地组合的摩擦离合器组件。 细长的弹性弹簧组件设置在壳体内,用于在牵引齿轮的轴向压缩期间储存能量。 在弹簧组件和构成摩擦离合器组件的一部分的每个摩擦构件的端部之间的壳体内布置弹簧座。 弹簧座限定了与弹簧组件的端部接触的表面,并且限定了至少一个不协调,以使弹簧组件的弹性体与其结合,从而在弹簧组件和弹簧之间建立机械结合 座位。
    • 6. 发明申请
    • BAR LOCK ASSEMBLY
    • 酒吧锁组装
    • WO2004072422A2
    • 2004-08-26
    • PCT/US2004/003328
    • 2004-02-04
    • MINER ENTERPRISES, INC.
    • SENN, Brian, A.
    • E06B
    • E05C19/002E05B17/0025E05B63/0052E05B83/02Y10S292/32Y10S292/71Y10T292/23Y10T292/31Y10T292/323Y10T292/327
    • A bar lock assembly for securing closed a swingably movable door relative to an opening in a body of a vehicle or container is disclosed. The bar lock assembly includes a one-piece member for selectively interconnecting a pair of axially spaced pivots fixedly secured to the body of the vehicle with the movable door whereby securing the door in the closed position. The one-piece member includes a mounting portion, a handle mounting portion, and a web portion. The mounting portion extends along one edge of the member for operable association with the pivots on the vehicle body whereby allowing the bar lock assembly to move between latched and unlatched conditions. The handle mounting portion of such one-piece member is provided at an opposed edge of the member for mounting a manually operated handle for movement in a plane extending generally parallel to an outer surface on the door. The web portion is formed integral with and extends between the mounting portion and the handle mounting portion.
    • 公开了一种用于固定关闭相对于车辆或容器的主体中的开口的可摆动移动门的杆锁组件。 杆锁组件包括一体式构件,用于选择性地将一对轴向间隔开的枢轴固定地固定到车辆本体与可动门,从而将门固定在关闭位置。 一体式构件包括安装部分,手柄安装部分和腹板部分。 安装部分沿着构件的一个边缘延伸,以与车身上的枢轴可操作地相关联,从而允许杆锁组件在锁定和非锁定状态之间移动。 这种单件构件的手柄安装部分设置在构件的相对边缘处,用于安装手动操作的手柄以在大致平行于门的外表面延伸的平面内运动。 腹板部分与安装部分和手柄安装部分一体形成并且在其之间延伸。
    • 10. 发明申请
    • RAILROAD FREIGHT CAR BRAKE BEAM ASSEMBLY
    • 铁路运输车制动梁组件
    • WO2010014133A1
    • 2010-02-04
    • PCT/US2009/003406
    • 2009-06-04
    • POWERBRACE CORPORATIONMINER ENTERPRISES, INC.
    • CENTENO, JosephFORTUAN, Rudolph, S.EKSTROM, Thomas, H.
    • B61H13/00
    • B61H13/36
    • A railroad freight car brake beam with a strut having a pair of generally parallel and joined side walls disposed to opposite sides of an axis of the strut and having a central hollow portion along with a longitudinally elongated slot adapted to be inclined a predetermined number of degrees from vertical for accommodating an elongated brake lever extending through the strut. Each side wall of the strut defines a bore opening to the hollow center portion and to an exterior of the strut. The bores defined by the strut are aligned relative to each other to accommodate at least a lengthwise portion of a brake lever pivot pin extending through the strut and serving to connect the brake lever to the strut. The aligned bores in the strut also define a pivot axis for the brake lever. The strut further includes a pair of bushings which journal the brake lever pivot pin. One bushing is accommodated in each bore defined by the strut. Cooperating instrumentalities inhibit inadvertent displacement of the brake pin bushings away from the axis of and relative to the strut thereby fixing the pivot axis of the brake lever relative to the strut.
    • 一种具有支柱的铁路货车制动梁,所述支柱具有一对大致平行且接合的侧壁,所述一对侧壁布置到所述支柱的轴线的相对侧,并且具有中央中空部分以及适于纵向延伸的狭槽 从垂直方向倾斜预定的度数以容纳延伸穿过支柱的细长制动杆。 支柱的每个侧壁限定通向中空中心部分和支柱外部的孔。 由支杆限定的孔相对于彼此对齐以至少容纳延伸穿过支杆并且用于将制动杆连接到支杆的制动杆枢轴销的纵向部分。 支柱中对齐的孔也限定了制动杆的枢轴。 支柱还包括一对衬套,其将制动杆枢轴销轴支承。 一个衬套容纳在由支柱限定的每个孔中。 合作的装置可以防止制动销轴套无意中偏离支柱的轴线并相对于支柱的位移,从而将制动杆的枢轴相对于支柱固定。