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    • 1. 发明申请
    • Substrate processing system
    • 基板加工系统
    • US20070026150A1
    • 2007-02-01
    • US10559669
    • 2004-06-30
    • Takao HoriuchiAzumi HoriuchiHiroaki OgaminoYasuhiro NiimuraHiroshi Hattori
    • Takao HoriuchiAzumi HoriuchiHiroaki OgaminoYasuhiro NiimuraHiroshi Hattori
    • C23C16/00H01L21/302
    • C23C16/45593C23C16/4412C30B25/02H01L21/67017
    • A substrate processing system is provided, which efficiently utilizes reactive substances or carrier gases necessary for the surface processing of a substrate, simplifies equipment for the gas transfer and effects energy saving. This system comprises a gas supply source 12 for supplying a process gas containing a reactive substance, a reservoir tank 14 connected to the gas supply source 12 for reserving the process gas, a reactor 10 for exposing a substrate placed therein to the process gas, a first circulation pipe 38 for introducing the process gas inside the reactor 10 into the reservoir tank 14, a second circulation pipe 42 for introducing at least part of the process gas in the reservoir tank 14 into the reactor 10, and a flow regulating valve 44 disposed in the second circulation pipe 42 for regulating the amount of process gas to be introduced into the reactor 10.
    • 提供了一种基板处理系统,其有效利用基板表面处理所需的反应物质或载气,简化了用于气体传递的设备并且实现了节能。 该系统包括用于供给含有反应性物质的处理气体的气体供给源12,与气体供给源12连接以用于储存处理气体的储存罐14,将放置在其中的基板暴露于处理气体的反应器10, 用于将反应器10内的处理气体引入储存槽14的第一循环管38,用于将储存罐14中的至少一部分处理气体引入反应器10的第二循环管42和设置在流化床 在第二循环管42中,用于调节要引入反应器10的工艺气体的量。
    • 3. 发明授权
    • Bearing lubricating structure for rotary machinery
    • 旋转机械轴承润滑结构
    • US5312192A
    • 1994-05-17
    • US68173
    • 1993-05-28
    • Noburu ShimuzuYasuhiro Niimura
    • Noburu ShimuzuYasuhiro Niimura
    • F04C18/06F04B39/02F04C18/02F04C29/02F16C33/66F16N7/18F16N7/36
    • F16C33/6659F16N7/363F16N7/18
    • A bearing lubricating structure for rotary machinery having a rotor rotatably supported by a bearing in a casing, an oil reservoir provided in a lower part of a bearing chamber accommodating the bearing, and an oil disk attached to an end of a rotating shaft of the rotor and immersed in lubricating oil in the oil reservoir so as to supply the bearing with lubricating oil splashed by the oil disk, wherein a guide groove is provided to collect lubricating oil flowing down an inner wall of a cover attached to an end of the casing; a suction nozzle is inserted into the guide groove to suck lubricating oil collected in the guide groove; a lubricant passage extends through the inside of the rotating shaft to supply the bearing with lubricating oil sucked through the suction nozzle; and an oiling nozzle is communicated with the lubricant passage and performs a pumping action induced by the rotation of the shaft, whereby a sufficiently large amount of lubricating oil is supplied to the bearing.
    • 一种用于旋转机械的轴承润滑结构,其具有由壳体中的轴承可旋转地支撑的转子,设置在容纳轴承的轴承室的下部的储油器,以及附接到转子的旋转轴的端部的油盘 浸渍在储油器中的润滑油中,为轴承提供由油盘溅出的润滑油,其中设置有引导槽以收集沿附接到壳体的端部的盖的内壁流下的润滑油; 将吸嘴插入引导槽中以吸收在引导槽中收集的润滑油; 润滑剂通道延伸穿过旋转轴的内部,为轴承提供通过吸嘴吸入的润滑油; 并且上油嘴与润滑剂通道连通,并且进行由轴的旋转引起的泵送作用,从而向轴承供给足够大量的润滑油。
    • 8. 发明授权
    • Vacuum exhaust system
    • 真空排气系统
    • US06251192B1
    • 2001-06-26
    • US09252236
    • 1999-02-18
    • Takeshi KawamuraYasuhiro Niimura
    • Takeshi KawamuraYasuhiro Niimura
    • C23C1600
    • C23C16/54C23C16/4412
    • A vacuum exhaust system can improve the operating efficiency of the vacuum exhaust system while reducing the system cost, to quickly attain a vacuum in the auxiliary chambers without increasing the size of the vacuum pumps. The vacuum exhaust system comprises a first pumping section and a second pumping section disposed downstream of and in series with the first pumping section. A main exhaust passage is provided to communicate a main chamber with a suction port of the first pumping section, and an auxiliary exhaust passage is provided to communicate an auxiliary chamber with a suction port of the second pumping section.
    • 真空排气系统可以在降低系统成本的同时提高真空排气系统的运行效率,从而在不增加真空泵的尺寸的情况下在辅助室中快速获得真空。 真空排气系统包括设置在第一泵送部分下游并与第一泵送部分串联的第一泵送部分和第二泵送部分。 主排气通道设置成使主室与第一抽水部分的吸入口连通,并且设置辅助排气通道以使辅助室与第二抽水部分的吸入口连通。