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    • 31. 发明授权
    • Oxygen generating electrode
    • 产氧电极
    • US5294317A
    • 1994-03-15
    • US28805
    • 1993-03-10
    • Hiroaki SaitoYukio KawashimaKazuhide Ohe
    • Hiroaki SaitoYukio KawashimaKazuhide Ohe
    • C25B11/04C25B11/06C25B11/00
    • C25B11/0484
    • An oxygen generating electrode has on a conductive substrate a first layer of metallic platinum and tantalum oxide containing 80-99 mol% of Ta and 20-1 mol% of Pt, a second layer of iridium oxide and tantalum oxide containing 80-99.9 mol% of Ir and 20-0.1 mol% of Ta, and preferably a third layer of iridium oxide and tantalum oxide containing 40-79.9 mol% of Ir and 60-20.1 mol% of Ta. In another embodiment, the first layer consists of iridium oxide and tantalum oxide and contains 14-8.4 mol% of Ir and 86-91.6 mol% of Ta. The electrode, when used as an anode in electrolysis with concomitant oxygen generation, can be used for an extended period at a low bath voltage. It is adapted for electrolysis at a high current density of more than 100 A/cm.sup.2 since it maintains mechanical strength and has a long effective life. It experiences a minimal change of oxygen overvoltage with time.
    • 氧发生电极在导电基板上具有第一层金属铂和氧化钽,其含有80-99mol%的Ta和20-1mol%的Pt,第二层氧化铱和氧化钽含有80-99.9mol% 的Ir和20〜0.1mol%的Ta,优选为含有40〜79.9mol%的Ir和60〜20.1mol%的Ta的氧化铱和氧化钽的第三层。 在另一个实施方案中,第一层由氧化铱和氧化钽组成,并含有14-8.4mol%的Ir和86-91.6mol%的Ta。 该电极在电解时伴随氧气生成时用作阳极,可以在较低的浴电压下长时间使用。 它适用于高电流密度大于100A / cm2的电解,因为它保持机械强度并具有长的有效寿命。 氧气过电压随时间的变化很小。
    • 33. 发明授权
    • Method of manufacturing blade rubber and wiper blade
    • 制造叶片橡胶和刮水片的方法
    • US08679638B2
    • 2014-03-25
    • US13055057
    • 2009-07-17
    • Norihito MizoteHiroaki SaitoToru Soda
    • Norihito MizoteHiroaki SaitoToru Soda
    • B32B27/00
    • B60S1/3877B60S1/381B60S2001/3829B60S2001/3836B60S2001/3898C08K3/04C08K5/01C08K5/14Y10T428/31855
    • A blade rubber having both of superior durability and wiping performance can be manufactured by using a non-diene-based rubber without environmental burden. A pair of blade-rubber molded bodies molded from the non-diene-based rubber is subjected to an irradiation treatment to generate radical active sites, and monomers are bound by graft polymerization as beginning at the radical active sites. Also, the monomers are adhered on a surface of the blade rubber either before or after the generation of the radical active sites. The irradiation treatment and the graft polymerization may be simultaneously performed or independently performed in this order. In this manner, a surface treatment for reducing friction of the non-diene-based rubber having superior durability can be performed without halogen, and therefore, a blade rubber having superior durability and wiping performance can be manufactured.
    • 具有优异的耐久性和擦拭性能的刀片橡胶可以通过使用不带环境负荷的非二烯类橡胶来制造。 对由非二烯类橡胶成型的一对刀片橡胶成型体进行照射处理,生成自由基活性部位,单体在自由基活性部位开始接枝聚合。 此外,单体在产生基团活性部位之前或之后粘附在刮片橡胶的表面上。 照射处理和接枝聚合可以按顺序同时进行或独立地进行。 以这种方式,可以在没有卤素的情况下进行用于降低耐久性优异的非二烯系橡胶的摩擦的表面处理,因此,可以制造具有优异的耐久性和擦拭性能的刮板橡胶。
    • 37. 发明申请
    • HYDRODYNAMIC BEARING DEVICE, AND RECORDING AND REPRODUCING APPARATUS EQUIPPED WITH SAME
    • 水动力轴承装置,以及装备的记录和再生装置
    • US20080304775A1
    • 2008-12-11
    • US12120030
    • 2008-05-13
    • Takafumi AsadaHiroaki SaitoDaisuke Ito
    • Takafumi AsadaHiroaki SaitoDaisuke Ito
    • F16C32/06
    • F16C17/107F16C33/107F16C33/745F16C2370/12
    • There is provided a hydrodynamic bearing device that maintains high bearing angular stiffness, and that prevents oil film separation in the bearing by smoothly discharging any bubbles present inside the bearing. With a hydrodynamic bearing device, a communicating hole and a radial hydrodynamic groove constitute a circulation path for a lubricant, and a first thrust bearing surface is provided at a location in contact with the circulation path. A first hydrodynamic groove formed in the first thrust bearing surface is a spiral groove with a pump-in pattern. Any bubbles in the bearing are smoothly discharged by the circulation of the lubricant produced by the asymmetrical radial hydrodynamic groove. The pressure generated at the thrust bearing surface during rotation of the bearing has a distribution such that there is a wide range of high pressure.
    • 提供了一种保持高轴承角刚度的流体动力轴承装置,并且通过平滑地排出轴承内存在的任何气泡来防止轴承中的油膜分离。 使用流体动力轴承装置,连通孔和径向流体动力槽构成润滑剂的循环路径,并且在与循环路径接触的位置处设置第一止推轴承表面。 形成在第一止推轴承表面中的第一流体动力槽是具有泵入图案的螺旋槽。 通过由不对称的径向流体动力槽产生的润滑剂的循环,轴承中的任何气泡都能顺利排出。 在轴承旋转期间在推力轴承表面产生的压力具有分布,使得存在宽范围的高压。
    • 38. 发明申请
    • Hydrodynamic bearing type rotary device and recording and reproducing apparatus including the same
    • 流体动力轴承型旋转装置和包括该旋转装置的记录和再现装置
    • US20080124013A1
    • 2008-05-29
    • US11812170
    • 2007-06-15
    • Takafumi AsadaHiroyuki KiriyamaHiroaki SaitoDaisuke Ito
    • Takafumi AsadaHiroyuki KiriyamaHiroaki SaitoDaisuke Ito
    • F16C32/06
    • F16C17/045F16C17/026F16C33/107F16C2370/12
    • To prevent air from being trapped inside a bearing and causing the bearing to have oil film rupture and NPPR to deteriorate. A flange having a shape substantially like a disc is provided integrally with a shaft near its lower portion. A sleeve having a bearing hole is fitted to the shaft so as to be relatively rotatable. Hydrodynamic grooves are provided on at least one of an outer periphery of the shaft and an inner periphery of the sleeve. The flange forms a thrust bearing surface with a lower end surface of the sleeve. Hydrodynamic grooves are provided on at least one of the lower surface of the sleeve and an upper surface of the flange. During rotation of the bearing, the hydrodynamic grooves circulate the lubricant. Capillary pressures at respective portions in the lubricant circulation path have difference in magnitudes. The principle that air tends to move toward the portion having a smaller capillary pressure is utilized to make it difficult for the air to be trapped inside the bearing and to smoothly discharge the air.
    • 为了防止空气被夹在轴承内部并导致轴承有油膜破裂和NPPR变质。 具有基本上类似于盘的形状的凸缘与其下部附近的轴一体地设置。 具有轴承孔的套筒被安装在轴上以相对旋转。 流体动力槽设置在轴的外周和套筒的内周中的至少一个上。 凸缘形成具有套筒下端表面的止推轴承表面。 流体动力槽设置在套筒的下表面和凸缘的上表面中的至少一个上。 在轴承旋转期间,流体动力槽使润滑剂循环。 润滑剂循环路径各部分的毛细管压力具有不同的幅度。 利用空气倾向于朝向具有较小毛细管压力的部分移动的原理,使得难以将空气捕获在轴承内并平滑地排出空气。