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    • 81. 发明申请
    • 搬送車
    • WO2019146276A1
    • 2019-08-01
    • PCT/JP2018/045132
    • 2018-12-07
    • 村田機械株式会社
    • 小林 誠
    • B61B3/02B65G1/04H01L21/677
    • 駆動部(51)の駆動によって、FOUP(90)に接触する進出位置(P5)と、FOUPから離反する退避位置(P6)との間で、揺れ抑え部(70)を走行方向に移動させる移動機構(60)と、駆動部の駆動によって進出位置に移動された揺れ抑え部の、駆動部の駆動が停止した後における走行方向への移動を許容する緩衝機構(80)と、を備える。緩衝機構は、揺れ抑え部に接続されると共に揺れ抑え部の第二位置方向への移動量に応じた動作量の動きをする第一接続部(81)及び棒状部(82)と、揺れ抑え部がFOUPを押圧するように第一接続部及び棒状部を付勢する第一付勢部(84)と、第一接続部及び棒状部の動作量が所定量以上のときに第一接続部及び棒状部に作用して、揺れ抑え部がFOUPを押圧するように第一接続部及び棒状部を付勢する第二付勢部(85)と、を有する。
    • 86. 发明申请
    • 一种隔离密封装置
    • WO2019062161A1
    • 2019-04-04
    • PCT/CN2018/087727
    • 2018-05-21
    • 苏彬诚
    • 苏彬诚
    • B61B13/10
    • B61B13/10
    • 一种隔离密封装置,包括径向贯通设置有高速列车通道(11)的隔离球(1)、套设于所述隔离球(11)外围与所述隔离球(11)密封枢接的定位套(2)、与所述定位套(2)相配合用于驱动所述隔离球(1)旋转后与高速列车的真空管道(3)相贯通的驱动装置、以及铺设于所述隔离球(1)的高速列车通道(11)内的高速列车运行装置,所述高速列车运行装置包括铺设于所述高速列车通道(11)的内壁下方,且与所述真空管道(3)内的轨道相连通的轨道单元(12),以及架设于所述高速列车通道(11)的内壁上方,且与所述真空管道(3)内的悬浮机构相连通的悬浮机构单元(13)。通过设置隔离球(1)及其对应的驱动装置,对隔离球(1)的旋转对真空管道(3)的腔体进行有效隔离,同时,又能够满足高速列车正常状态下的通行。
    • 87. 发明申请
    • DOOR SYSTEM FOR A VACUUM TRAIN
    • WO2019052656A1
    • 2019-03-21
    • PCT/EP2017/073310
    • 2017-09-15
    • SWISS TRANSPORTATION RESEARCH INSTITUTE AG
    • BAHMANN, Ramon, AlexanderBAHMANN, Aurelius, Christian
    • B61B1/02B61B13/10B61D19/02
    • A door system for a vacuum train is shown which comprises at least one vehicle (3) with at least one vehicle door (2) and a track for the vehicle comprising at least one evacuated pipe (10) and/or tunnel for the vehicle and guiding and propelling elements for the vehicle within the pipe and/or tunnel. The track comprises at least one station (20) outside of said pipe and/or tunnel with at least one station door (4) being arranged within the wall of the pipe and/or tunnel to selectively close and open the station towards the pipe and/or tunnel, the vehicle door and the station door being arranged to be in a corresponding position when the vehicle is at rest at the station, so that persons can leave or enter the vehicle when the vehicle door and the station door are open at the rest position of the vehicle. And the door system comprises at least one inflatable and deflatable ring shaped seal (22) which surrounds both doors when the doors are in their corresponding position and which seals in its inflated position both doors against the vacuum within the pipes and/or tunnels by filling the gap between the vehicle outer surface and the pipe and/or tunnel wall at the station and which does not fill the gap when being in its deflated state. Thereby the amount of air to be removed between vehicle and station before the corresponding doors can be opened will be minimized, allowing to minimize the time until the doors can be opened.