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    • 75. 发明公开
    • Shock resistant bearing
    • Stossfestes Lager
    • EP0791761A2
    • 1997-08-27
    • EP96306081.9
    • 1996-08-20
    • QUANTUM CORPORATION
    • Cordova, JackieMills, Richard E.
    • F16C33/10F16C17/26
    • F16C33/103F16C2370/12G11B19/2009
    • A hydrodynamic bearing journaling a shaft (3) includes a rotatable bushing journaling the shaft (3) and thrust plates (4) on the shaft (3) at opposite ends of the bushing (7). The bushing (7) is encased in a cylindrical sleeve (6). Lubricant containing clearance spaces (11,18,19,21) are formed between the shaft (3), bushing (7), sleeve (6), and thrust plates (4). One or more internal helical passages (20) are formed between the bushing (7) and sleeve (6) and open into the axial ends thereof adjacent to the thrust plates (4). An internal radial chamber between the bushing (7) and sleeve (6) opens into the helical channel (20) through radial ports (14) for providing lubricant between the journal bearing and the shaft (3) and thrust plates (4).
    • 用于轴颈轴承的流体动力轴承包括支撑在套筒中并轴颈的衬套,以及在轴套的相对端处的轴上的止推板。 衬套,轴和止推板在它们之间限定了一个用于容纳润滑剂的间隙空间。 内衬螺旋通道限定在套管和套筒之间,并且在其轴向端部处开口到止推板和衬套之间的间隙。 通过衬套开口进入螺旋通道的端口提供润滑剂流过​​轴颈轴承和间隙空间。 衬套和套管限定了许多内部螺旋通道。
    • 78. 发明公开
    • Frame removal mechanism for token ring network
    • 在令牌环网络机制成帧
    • EP0778685A2
    • 1997-06-11
    • EP97200336.2
    • 1991-06-12
    • DIGITAL EQUIPMENT CORPORATION
    • Yang, Henry Sho-CheSpinney, BarryRamakrishan, K.K.
    • H04L12/42
    • H04L12/433
    • Frame processing apparatus, and a related method for its operation, for use in a station connected to a token ring network, to ensure rapid stripping of frames from the network without reference to source addresses in the frames, and in spite of the possible presence of extraneous no-owner frames on the network. The adverse effects of extraneous no-owner frames are avoided by any of three techniques. First, transmitted information frames are preceded by a start strip delimiter frame and followed by an end strip delimiter frame. The process strips all incoming frames (except tokens and ring initialization frames, which are specially handled), but does not count the stripped frames until the start strip delimiter frame is detected. Therefore, extraneous frames preceding the transmitted information frames will be stripped but not counted, and all of the transmitted frames will be stripped. In another approach, an estimated stripping time is used to terminate stripping. Frame counters are not then needed and extraneous frames will be stripped prior to the desired information frames. A third approach is to preset the transmitted frame count to some selected value, so that more frames will be stripped than were transmitted. Thus, preceding extraneous frames will be stripped, but the end strip delimiter will still terminate stripping and preclude overstripping.