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    • 12. 发明授权
    • Scroll compressor with first and second oil pumps in series
    • 涡旋压缩机与第一和第二油泵串联
    • US5017108A
    • 1991-05-21
    • US488942
    • 1990-03-05
    • Akira MurayamaNaoshi UchikawaTakahiro TamuraTakao MizunoKazuo Sakurai
    • Akira MurayamaNaoshi UchikawaTakahiro TamuraTakao MizunoKazuo Sakurai
    • F04C18/02F04C23/00F04C29/02
    • F04C18/0215F04C29/025F04C23/008
    • A scroll compressor comprises an orbiting scroll and a fixed scroll, each of which has a wrap formed on an end plate in upstanding position. These orbiting and fixed scrolls are assembled together with the wraps facing inwardly to each other so as to define a plurality of spaces by the wraps and the end plates of both scrolls. These spaces move toward the center of both scrolls during the orbiting movement of the orbiting scroll so as to reduce the respective capacities of the spaces. Thus, compression of a fluid is carried out. This compressor also includes a motor for driving the orbiting scroll and a driving shaft for connecting the orbiting scroll and the motor. At the end of the driving shaft on the motor side, a first oil supply pump is provided with its suction port communicating to an oil sump of the compressor. Also, a second oil supply pump communicating with the discharge side of the second oil supply pump is provided at the end of the driving shaft on the compressor section side, whereby the oil supply pump of the compressor is made of a multistage type.
    • 涡旋压缩机包括绕动涡旋件和固定涡旋件,每个涡旋件具有以直立位置形成在端板上的涡卷。 这些旋转和固定的涡卷组装在一起,其中卷绕物彼此面向内,以便通过两个卷轴的卷边和端板限定多个空间。 这些空间在轨道运行的涡卷的轨道运动期间朝向两个涡卷的中心移动,以便减小空间的相应容量。 因此,进行流体的压缩。 该压缩机还包括用于驱动绕动涡旋件的马达和用于连接绕动涡旋盘和马达的驱动轴。 在电动机侧的驱动轴的端部,第一供油泵设有与吸入口连通的压缩机的油底壳。 此外,在压缩机部侧的驱动轴的端部设置有与第二供油泵的排出侧连通的第二供油泵,由此,压缩机的供油泵由多级型制成。
    • 13. 发明授权
    • Sealed type electrically operated compressor
    • 密封式电动压缩机
    • US4518324A
    • 1985-05-21
    • US481938
    • 1983-04-04
    • Takao MizunoNaoshi UchikawaAkira MurayamaTakahiro Tamura
    • Takao MizunoNaoshi UchikawaAkira MurayamaTakahiro Tamura
    • F04B39/12F04C18/02F04C23/00F04C29/00F04C29/12F04B35/04F04B39/06F04C18/04
    • F04C29/12F04B39/123F04C23/008Y10S417/01Y10S417/902
    • A sealed type electrically operated compressor including a sealed container, and a pair of scroll members in the sealed container each having an end plate and a spiral wrap located in upright position thereon. The orbiting and the stationary scroll members are assembled with the respective wraps facing inwardly and meshing with each other, and the orbiting scroll member is rotated by an electric motor to move in orbiting movement to compress fluid in compression spaces defined by the two scroll members and discharge compressed fluid into a space in the container. A suction pipe defining a suction passage for the fluid to be led therethrough into the compression spaces extends at one end portion through the end plate of the stationary scroll member to open in a suction space defined by the two scroll members and extends at the other end portion through a wall of the sealed container axially to communicate with external equipment on the lower pressure side. The suction pipe is securely connected at one of two opposite end portions and non-securely connected at the other end portion to the end plate of the stationary scroll member and to the wall of the cylindrical sealed container. A gas sealing member is disposed at the end portion of the suction pipe that is non-securely connected.
    • 一种密封型电动压缩机,其包括密封容器和密封容器中的一对涡旋构件,每个涡旋构件具有位于其上的直立位置的端板和螺旋形涡卷。 绕动涡旋件和固定涡旋件组装在一起,各个卷绕件面向内并相互啮合,并且绕动涡旋件由电动马达旋转以在轨道运动中移动以在由两个涡卷件限定的压缩空间中压缩流体, 将压缩流体排放到容器中的空间中。 限定用于被引导进入压缩空间的流体的吸入通道的吸入管在一个端部处延伸穿过固定涡旋件的端板,以在由两个涡旋构件限定的吸入空间中打开,并在另一端延伸 部分通过密封容器的壁轴向地与低压侧的外部设备连通。 吸入管在两个相对端部中的一个端部牢固地连接,并且在另一端部处非固定地连接到固定涡旋件的端板和圆筒形密封容器的壁。 气体密封构件设置在吸入管的未牢固连接的端部处。
    • 15. 发明申请
    • MEDIA-AGITATION TYPE PULVERIZER
    • 介质式搅拌机
    • US20140091165A1
    • 2014-04-03
    • US14122711
    • 2012-07-23
    • Tsuyoshi IshikawaShogo IwasawaTakahiro Tamura
    • Tsuyoshi IshikawaShogo IwasawaTakahiro Tamura
    • B02C23/12
    • B02C17/1815B02C17/16B02C17/161B02C17/168B02C17/18B02C17/184
    • A media-agitation type pulverizer of the present invention includes: a guide ring installed to radially divide a lower region of a pulverization chamber into an inner section and an annular outer section. A flow of a mixture of a raw material slurry and pulverizing media is formed as a helicoidal flow comprising a secondary flow flowing through a circulation flow path which has an upward flow path and a downward flow path created, respectively, in the outer section and the inner section of the lower region of the pulverization chamber, with respect to the guide ring. A rotational-flow suppressing device is provided within the pulverization chamber and adapted to strengthen the secondary flow of the helicoidal flow, thereby stabilizing the helicoidal flow. As a result, a media-agitation type pulverizer is provided which is capable of creating a uniformized, stable helicoidal flow in a mixture of pulverizing media and a raw material slurry, without unevenness of a centrifugal force distribution, thereby performing pulverization/dispersion uniformly with satisfactory energy efficiency.
    • 本发明的介质搅拌式粉碎机包括:引导环,其安装成将粉碎室的下部区域径向分割成内部部分和环形外部部分。 原料浆料和粉碎介质的混合物的流动被形成为螺旋流,其包括流过循环流动路径的二次流,该循环流路分别在外部产生向上的流动路径和向下的流动路径, 相对于导向环,粉碎室的下部区域的内部部分。 旋转流动抑制装置设置在粉碎室内并且适于加强螺旋流的二次流动,从而稳定螺旋流。 结果,提供了一种介质搅拌型粉碎机,其能够在粉碎介质和原料浆料的混合物中产生均匀的稳定的螺旋流,而不会使离心力分布不均匀,从而均匀地进行粉碎/分散 令人满意的能源效率。
    • 17. 发明申请
    • Metal Mold Casting Device Using Metal Cope And Metal Drag And Device For Moving Metal Cope Relative To Metal Drag
    • 金属模具铸造装置使用金属制品和金属拖动和移动金属制品相对于金属拖动的装置
    • US20070199675A1
    • 2007-08-30
    • US11547713
    • 2004-04-30
    • Takahiro TamuraFumikazu Shiose
    • Takahiro TamuraFumikazu Shiose
    • B22D17/26B22D33/04
    • B22D17/26B22C9/062B22C23/00B22D18/04
    • A device for moving a metal cope towards and apart from a stationary metal drag, used in a metal mold casting device that uses the metal cope and drag, comprising: an upper die plate (9) for carrying the metal cope; a frame (5; 25); a metal mold opening and closing device (6) mounted on the frame for carrying and vertically moving the upper die plate relative to the frame so as to move the metal cope attached to the upper die plate between a position that is above and relatively near the metal drag and a position that is at the metal drag; and an actuator (3; 23, 23) connected to the frame for moving the frame so as to move the metal cope attached to the upper die plate between the position that is above and relatively near the metal drag and a position that is relatively far from the metal drag.
    • 一种用于使用金属模具和金属模具的金属模铸造装置中使用的用于将金属底板朝向和远离固定金属阻力移动的装置,包括:用于承载金属模具的上模板(9) 框架(5; 25); 安装在框架上的金属模具打开和关闭装置(6),用于相对于框架运送和垂直移动上模板,以便将附接到上模板的金属上模移动到位于上模 金属阻力和金属阻力位置; 以及连接到所述框架的致动器(3; 23,23),用于移动所述框架,以便将附接到所述上模板的所述金属复合件移动在所述金属阻力之上并相对接近所述金属阻力的位置和相对较远的位置 从金属拖曳。
    • 18. 发明授权
    • Accelerator with attachment of pedal arm
    • 带踏板臂的加速器
    • US06470768B2
    • 2002-10-29
    • US09739787
    • 2000-12-20
    • Yasunari KatoTakahiro Tamura
    • Yasunari KatoTakahiro Tamura
    • G05G114
    • G05G1/30G05G1/38Y10T74/20528Y10T74/20534Y10T74/20888
    • In an accelerator, an acceleration rotor made of resin is rotatably supported in a support shaft, one end portion of a pedal arm is connected to an acceleration pedal, and the other end portion of the pedal arm is attached to attachment portions of the acceleration rotor. The attachment portions are provided in the acceleration rotor to be separated in a rotation direction of the acceleration rotor. For example, the attachment portions are a press-fitting portion, into which a top end part of the other end portion of the pedal arm is press-fitted, and an insertion portion, into which a bending part of the other end portion of the pedal arm is inserted. Thus, the pedal arm can be accurately readily attached to the resinous acceleration rotor to be only rotated around the support shaft of the acceleration rotor.
    • 在加速器中,由树脂制成的加速转子可旋转地支撑在支撑轴中,踏板臂的一端连接到加速踏板,踏板臂的另一端部附接到加速转子的安装部 。 安装部设置在加速转子中,以在加速转子的旋转方向上分离。 例如,安装部是压入嵌合部的踏板臂的另一端部的顶端部压入其中的插入部和插入部, 插入踏板臂。 因此,能够将踏板臂准确地容易地安装到树脂加速转子上,使其仅绕加速转子的支撑轴旋转。
    • 19. 发明授权
    • Electrostatic chucking mechanism
    • 静电吸盘机构
    • US5948165A
    • 1999-09-07
    • US695023
    • 1996-08-09
    • Takahiro Tamura
    • Takahiro Tamura
    • B23Q3/15C23C16/44C23C16/458H01L21/205H01L21/683C23C16/00
    • C23C16/4586H01L21/6831
    • An electrostatic chucking mechanism including an electrode body, a dielectric block placed on the front of the electrode body and having a dielectric portion to be dielectrically polarized for electrostatically chucking an object to be chucked, and an intermediate layer placed between the electrode body and the dielectric block. The intermediate layer is formed of a metal such as indium having extendibility for absorbing thermal deformation of the electrode body or the dielectric block and is heated and pressurized, thereby joining the electrode body and the dielectric block. A thin film of indium, chrome, or the like, is prepared on the junction face of the dielectric block, enhancing a junction force and adhesion by the intermediate layer.
    • 一种静电吸附机构,包括电极体,放置在电极主体的前面的介电体块,并具有介电部分以被介电极化以静电夹持要夹持的物体;以及中间层,位于电极体和电介质之间 块。 中间层由诸如铟的金属形成,其具有用于吸收电极体或介质块的热变形的可扩展性,并且被加热和加压,从而接合电极体和介电块。 在介质块的接合面上制备铟,铬等的薄膜,增强了中间层的接合力和粘附力。
    • 20. 发明授权
    • Thin film deposition apparatus
    • 薄膜沉积装置
    • US5522936A
    • 1996-06-04
    • US519732
    • 1995-08-28
    • Takahiro Tamura
    • Takahiro Tamura
    • C23C16/40C23C16/42C23C16/44C23C16/455C23C16/50C23C16/507H01J37/32C23C16/48
    • C23C16/4558C23C16/4401C23C16/507H01J37/3244H01J37/32633H01J2237/022
    • A thin film deposition apparatus forms a thin film onto substrates by use of a plasma gas and a material gas. In this apparatus, generation of particles in a deposition chamber can be reduced and hence a high quality thin film with fewer surface defects can be formed. The apparatus comprises a bell jar, a power-supply unit for supplying electric power to the bell jar, a deposition chamber, a vacuum pumping unit for evacuating the deposition chamber, a first gas introduction unit for introducing a gas used for generating plasma, and a second gas introduction unit for introducing a material gas used for forming the thin film, and further a blocking member for preventing either or both of the material gas and the plasma from entering a space between a gas supply end-portion of the second introduction unit and an interior surface of the deposition chamber. The blocking member is shaped to have relatively large curvature.
    • 薄膜沉积装置通过使用等离子体气体和材料气体在基板上形成薄膜。 在该装置中,可以减少沉积室中的颗粒的产生,因此可以形成具有较少表面缺陷的高质量薄膜。 该装置包括钟罩,用于向钟罩提供电力的电源单元,沉积室,用于抽空沉积室的真空泵单元,用于引入用于产生等离子体的气体的第一气体引入单元,以及 用于引入用于形成薄膜的材料气体的第二气体引入单元,以及用于防止材料气体和等离子体中的一种或两种进入第二引入单元的气体供给端部之间的空间的阻挡构件 和沉积室的内表面。 阻挡构件成形为具有相对较大的曲率。