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    • 138. 发明专利
    • MOLECULAR BEAM EPITAXY DEVICE
    • JPS60117614A
    • 1985-06-25
    • JP22414383
    • 1983-11-30
    • HITACHI LTD
    • MIZUMOTO MUNEOOKUNO SUMIOFUJIOKA KAZUMASATAKAHASHI KUNIHIROSATOU KAZUOYAMAGUCHI SUMIOKURODA TAKAROUTAMURA NAOYUKI
    • H01L21/203
    • PURPOSE:To detect the presence of a substrate on a transporter positively, and to facilitate the remote control of the transporter by providing a sensing means detecting the presence of the substrate on the transporter in a molecular beam epitaxy device in which the transporter on which the substrate is loaded is mounted movably in a carrying chamber for carrying the substrate to each treating chamber. CONSTITUTION:Conductive base plates 9A1, 9A2 buried to a transporter 8 made of a non-conductive material with a guide roller 13 rolling along a rail 7 made of a non-conductive material installed into a carrying chamber 5 are mounted to the transporter 8 in order to load a conductive substrate 15 after crystal growth. When the substrate 15 is loaded on the base plates 9A1, 9A2, currents flow and a conduction sensor 29 is operated because sliding contacts 21a, 21b are each brought into pressure-contact with buried plates 22, 24 for conduction through springs 20a, 20b by the load of the substrate. When the substrate 15 is removed from the base plates 9A1, 9A2, while the conduction sensor 29 is returned to an original state because currents stops by operation reverse to the one mentioned above. Accordingly, the presence of the substrate 15 on the base plates 9A1, 9A2 can be discriminated positively.
    • 140. 发明专利
    • Refrigerant feed and exhaust device for superconductive generator
    • 用于超级发电机的制冷剂进料和排气装置
    • JPS5728540A
    • 1982-02-16
    • JP9992480
    • 1980-07-23
    • Hitachi Ltd
    • MIZUMOTO MUNEO
    • H02K9/00H02K55/04
    • H02K55/04Y02E40/625
    • PURPOSE:To permit a vacuum extraction method when replacing the air in helium flow paths in a rotor with helium, by providing a separate mechanism at the location closer to an atmospheric pressure side than magnetic fluid sealing sections sealing a fixed section and a rotary section. CONSTITUTION:A fixed section 16 is provided around a rotary cylinder section 15 having a liquid helium feed path 15a, a helium gas exhaust path 15b, and helium gas exhaust holes 20 to arrange bearings 17, and a helium gas exhaust side flow paths 22 is formed by providing magnetic fluid sealing sections 18 as well. Furthermore, a separate sealing mechanism 27 is provided at the location closer to an atmospheric pressure side than the magnetic fluid sealing sections 18, and vacuum sealing valves 34 are provided at a helium feed pipe 9 and a helium exhaust pipe 10 as well. When the air in the helium paths are replaced with helium prior to the operation, vacuum extraction is applied to the inside air, and then the air is replaced with the helium by supplying the helium.
    • 目的:为了在用氦转子更换氦气流路中的空气时,通过在比固定部分和旋转部分密封的磁性流体密封部分更靠近大气压力侧的位置提供分离的机构,允许真空抽吸方法。 构成:在具有液氦供给路径15a,氦气排气路径15b和氦气排气孔20的旋转筒部15的周围设置固定部16,配置轴承17,氦气排气侧流路22为 通过提供磁性流体密封部18也形成。 此外,在比磁性流体密封部分18更靠近大气压侧的位置处设置单独的密封机构27,并且在氦气输送管9和氦排气管10处设置真空密封阀34。 当操作之前氦气路径中的空气被氦替代时,真空抽吸被施加到内部空气中,然后通过供应氦将空气替换为氦气。