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    • 1. 发明授权
    • Tensioned cushioning lug for track-type vehicles
    • 轨道式车辆的张紧缓冲耳
    • US4150858A
    • 1979-04-24
    • US869561
    • 1978-01-16
    • Lawrence E. FoxEugene R. GroffPaul L. Wright
    • Lawrence E. FoxEugene R. GroffPaul L. Wright
    • B62D55/096B62D55/20
    • B62D55/096B62D55/202
    • An endless track assembly for a track-type vehicle comprises a plurality of track shoes secured to an articulated chain. The links of the chain are pivotally interconnected together by pin and bushing assemblies adapted to engage a drive sprocket of the vehicle. A cushioning lug is secured to each track shoe, intermediate each pair of adjacent pin and bushing assemblies, for attenuating the noise level of the track assembly upon engagement therewith with the drive sprocket. Each cushioning lug assembly comprises a resilient cushioning block composed of an elastomeric material, a cap mounted on the cushioning block and a tensioned cable secured between the cap and a respective one of the track shoes. A ball secured to the upper end of the cable may be connected to the cap by an annular retainer formed integrally with the cap, or by a separate member secured to the cap and covered by a plug.
    • {PG,1,用于轨道式车辆的环形轨道组件包括固定到铰接链条的多个履带板。 链条的连杆通过适于接合车辆的驱动链轮的销和衬套组件枢转地连接在一起。 缓冲凸耳固定到每个履带板,在每对相邻的销和衬套组件之间中间,用于在与驱动链轮啮合时减小履带组件的噪音水平。 每个缓冲凸耳组件包括由弹性体材料组成的弹性缓冲块,安装在缓冲块上的盖和固定在盖与相应的履带板之间的张紧绳索。 固定到电缆的上端的球可以通过与盖一体形成的环形保持器或通过固定到盖并被塞子覆盖的单独构件连接到盖。
    • 2. 发明授权
    • Material fracturing apparatus
    • 材料压裂装置
    • US4382634A
    • 1983-05-10
    • US275084
    • 1981-01-26
    • Lawrence E. FoxHarold L. ReinsmaAlbert L. Woody
    • Lawrence E. FoxHarold L. ReinsmaAlbert L. Woody
    • E02F5/32F16J3/02A01B35/00
    • E02F5/326F16J3/02
    • An impacting apparatus (10) for fracturing material includes a housing (14) and a fracturing shank (12) which is mounted adjacent the housing (14) so as to reciprocate about a pivot axis (24). The fracturing shank (12) has an impact receiving portion (28) and a sealing portion (26). The sealing portion (26) has a cylindrical sealing surface (26a) which is arranged about a longitudinal axis (26b). Such longitudinal axis (26b) is perpendicular to a radial line (33) extending from the pivot axis (24) and is inclined at a predetermined angle to a longitudinal axis (28b) extending through the impact receiving portion (28). An annular seal (16) is connected to the sealing surface (26a) and the housing (14) to obstruct the passage of material into and out of the housing (14). The seal (16) has a flexible portion (40) whose inner margin (46) lies along the radial line (33 ).
    • PCT No.PCT / US81 / 00117 Sec。 371日期1981年1月26日 102(e)日期1981年1月26日PCT提交1981年1月26日PCT公布。 出版物WO82 / 02468 日本1982年8月5日。压裂材料的冲击装置(10)包括壳体(14)和与所述壳体(14)相邻安装以围绕枢转轴线(24)往复运动的压裂柄(12)。 压裂柄(12)具有冲击接收部分(28)和密封部分(26)。 密封部分(26)具有围绕纵向轴线(26b)布置的圆柱形密封表面(26a)。 这种纵向轴线(26b)垂直于从枢转轴线(24)延伸的径向线(33),并且以延伸穿过冲击承受部分(28)的纵向轴线(28b)以预定角度倾斜。 环形密封件(16)连接到密封表面(26a)和壳体(14)以阻止材料进入和离开壳体(14)。 密封件(16)具有柔性部分(40),其内边缘(46)沿着径向线(33)设置。
    • 3. 发明授权
    • Constant strain boot seal
    • 恒应变靴密封
    • US4345772A
    • 1982-08-24
    • US273892
    • 1981-01-26
    • Albert L. WoodyLawrence E. FoxHarold L. Reinsma
    • Albert L. WoodyLawrence E. FoxHarold L. Reinsma
    • F16J3/04F16J15/52
    • F16J3/042F16J15/52Y10T403/31
    • An elastomeric seal apparatus (16) having an inner annular terminating portion (36) which is attachable to a first (12) member, an outer annular terminating portion (38) which is attachable to a second (14) member, and an annular convoluted flexible portion (40) which is disposed between the inner (36) and outer (38) terminating portions and has an inner (46) and an outer (48) margin which are respectively joined thereto. The thickness of the convoluted flexible portion (40) decreases from the relatively thicker inner margin (46) to the relatively thinner outer margin (48) in proportion to a radial distance (H) extending from the inner margin (46) to the flexible portion (40). A concentrically inner convolution (42) and a concentrically outer convolution (44) constitute the flexible portion (40) and have a relatively small (R.sub.1) and a relatively large (R.sub.2) radius of curvature. When the inner (36) and outer (38) terminating portions are relatively reciprocated with the first ( 12) and second (14) members about a longitudinal seal axis (16a), the tapered, convoluted structure of seal apparatus (16) exhibits extended life as a result of substantially equalizing the maximum uniform strains induced therein.
    • PCT No.PCT / US81 / 00118 Sec。 371日期1981年1月26日 一种弹性体密封装置(16),其具有可连接到第一(12)构件的内部环形终端部分(36),外部环形终端部分(16) (38),其可附接到第二(14)构件,以及环形卷曲的柔性部分(40),其设置在所述内部(36)和外部(38)端接部分之间,并且具有内部(46)和外部 48)边缘。 与从内边缘(46)延伸到柔性部分(46)的径向距离(H)成比例,卷曲柔性部分(40)的厚度从相对较厚的内边缘(46)减小到相对较薄的外边缘(48) (40)。 同心内圈(42)和同心外圈(44)构成柔性部分(40),并且具有相对较小的(R1)和相对较大(R2)的曲率半径。 当内部(36)和外部(38)端接部分围绕纵向密封轴线(16a)与第一(12)和第二(14)构件相对往复运动时,密封装置(16)的锥形,回旋结构呈现延伸 作为其中诱导的最大均一菌株基本均衡的结果。