会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Lubricating oil collecting and guiding device
    • 润滑油收集导引装置
    • US09074679B2
    • 2015-07-07
    • US13387179
    • 2010-07-27
    • Kenichi Araki
    • Kenichi Araki
    • F16H57/04F16B21/08
    • F16H57/0423F16B21/084F16H57/0457F16H57/0494
    • An oil path (9) as a lubricating oil collecting and guiding device is provided with a long gutter-shaped main unit (9A), a press-in pin part (21) pushed into a press-in hole (22) formed on an open side end face (4a) of a transmission case (4), and an insertion pin part (24) inserted into an insertion hole (25) formed on a bottom part side of the transmission case (4). By this, the operation of installation on the bottom part side of the transmission case (4) during installation of the oil path (9) on the transmission case (4) includes only inserting the insertion pin part (24) into the insertion hole (25) of the transmission case (25), the operator therefore no longer needs to insert a hand deeply inside the transmission case (4) for the operation, and the operability of installation of the oil path (9) on the transmission case is improved.
    • 作为润滑油收集引导装置的油路(9)设置有长槽形主体(9A),压入销部(21)被推入形成在压入孔 变速器壳体(4)的敞开侧端面(4a)和插入到形成在变速箱(4)的底部侧的插入孔(25)中的插入销部分(24)。 由此,在将油路(9)安装在变速箱(4)上时,在变速箱(4)的底部侧的安装动作仅包括将插销部(24)插入插入孔( 25),因此操作人员不再需要将手深深地插入变速器壳体(4)内进行操作,并且改善了油路(9)在变速箱上的安装操作性 。
    • 2. 发明申请
    • LUBRICATING OIL COLLECTING AND GUIDING DEVICE
    • 润滑油收集和引导装置
    • US20120145483A1
    • 2012-06-14
    • US13387179
    • 2010-07-27
    • Kenichi Araki
    • Kenichi Araki
    • F16H57/04
    • F16H57/0423F16B21/084F16H57/0457F16H57/0494
    • An oil path (9) as a lubricating oil collecting and guiding device is provided with a long gutter-shaped main unit (9A), a press-in pin part (21) pushed into a press-in hole (22) formed on an open side end face (4a) of a transmission case (4), and an insertion pin part (24) inserted into an insertion hole (25) formed on a bottom part side of the transmission case (4). By this, the operation of installation on the bottom part side of the transmission case (4) during installation of the oil path (9) on the transmission case (4) includes only inserting the insertion pin part (24) into the insertion hole (25) of the transmission case (25), the operator therefore no longer needs to insert a hand deeply inside the transmission case (4) for the operation, and the operability of installation of the oil path (9) on the transmission case is improved.
    • 作为润滑油收集引导装置的油路(9)设置有长槽形主体(9A),压入销部(21)被推入形成在压入孔 变速器壳体(4)的敞开侧端面(4a)和插入到形成在变速箱(4)的底部侧的插入孔(25)中的插入销部分(24)。 由此,在将油路(9)安装在变速箱(4)上时,在变速箱(4)的底部侧的安装动作仅包括将插销部(24)插入插入孔( 25),因此操作人员不再需要将手深深地插入变速器壳体(4)内进行操作,并且改善了油路(9)在变速箱上的安装操作性 。
    • 3. 发明申请
    • SCHEDULING APPARATUS AND SCHEDULING METHOD
    • 调度设备和调度方法
    • US20090235055A1
    • 2009-09-17
    • US12323079
    • 2008-11-25
    • Kenichi ARAKIJun OHTSUKA
    • Kenichi ARAKIJun OHTSUKA
    • G06F9/30
    • G06F9/4887H04L1/0045H04L1/20
    • A scheduling apparatus includes a state information acquisition unit that acquires, from a decoding unit, state information that serves as an indicator for computing a processing time actually required for a decoding unit to perform a decoding process on first processing target data, and a schedule generating unit that determines a second scheduled processing time for which the decoding unit is able to perform the decoding process on second processing target data, based on the processing time computed based on the state information. The schedule generating unit further generates a second schedule for the decoding unit to perform the decoding process on the second processing target data, by allocating the second scheduled processing time to the decoding unit.
    • 调度装置包括状态信息获取单元,其从解码单元获取作为用于计算解码单元实际需要的对第一处理对象数据进行解码处理的处理时间的指示符的状态信息,以及生成 单元,其基于基于状态信息计算的处理时间,确定解码单元能够对第二处理对象数据执行解码处理的第二预定处理时间。 调度生成单元还通过将第二调度处理时间分配给解码单元,生成用于解码单元对第二处理对象数据执行解码处理的第二调度。
    • 7. 发明授权
    • Method and apparatus for measuring surface characteristics of material
    • 测量材料表面特性的方法和装置
    • US5379110A
    • 1995-01-03
    • US965856
    • 1992-10-23
    • Toshiaki MatsuiKenichi Araki
    • Toshiaki MatsuiKenichi Araki
    • G01R27/06G01N22/00G01R27/26G01N21/55
    • G01N22/00G01R27/2658Y10S505/842
    • The surface characteristics with respect to a high-frequency electromagnetic field of a material to be tested are measured by placing opposite a flat mirror material to be tested one of a pair of concave spherical reflection mirrors fabricated in the same way and formed with high-reflectance circular coupling regions, placing the other spherical reflection mirror at a position symmetrical to the one reflection mirror with respect to the flat mirror material as the plane of symmetry, measuring the Q value of the open resonator formed by the one reflection mirror and the flat mirror material, removing the flat mirror material from the optical axis, measuring the Q value of the open resonator formed by the pair of spherical reflection mirrors, calculating the absolute value of the reflectance of the flat mirror material to be tested from the difference between the two measured Q values, and calculating the phase of the reflected wave at the surface of the flat mirror material to be tested from the measured resonance position.
    • 相对于要测试的材料的高频电磁场的表面特性通过将待测试的平面镜材料放置在相同方式制造的一对凹球面反射镜之一中,并以高反射率 圆形耦合区域,将另一个球面反射镜放置在相对于平面镜材料作为对称平面的一个反射镜对称的位置处,测量由一个反射镜和平面镜形成的开放谐振器的Q值 从光轴去除平面镜材料,测量由一对球面反射镜形成的开放谐振器的Q值,从两者之间的差计算待测试的平面镜材料的反射率的绝对值 测量Q值,并计算待测试的平面镜材料表面处的反射波的相位 从测量的共振位置。
    • 10. 发明授权
    • Lubricating-oil collection guide tool
    • 润滑油收集指南工具
    • US08905192B2
    • 2014-12-09
    • US13989244
    • 2011-11-21
    • Kenichi ArakiTsutomu Tada
    • Kenichi ArakiTsutomu Tada
    • F16H57/04
    • F16H57/0423F16H57/0426F16H57/043F16H57/0457Y10T74/19991
    • A lubricating-oil collection guide tool includes an oil-collection container; an oil funnel guiding lubricating oil into an oil passage at an axis end of a rotation axis; and an oil-passage member communicating the oil funnel and the oil-collection container. The oil-passage member includes a first passage member extending from the oil-collection container, and a second passage member extending from the oil funnel. While an insertion hole is formed in a lateral wall portion on one end side of the second passage member, one end portion of the first passage member is a cylindrical end portion. The cylindrical end portion is inserted into the insertion hole to move in and out in the axis line direction. The cylindrical end portion moves in a long axis direction relative to the insertion hole, and turns as a center of an axis line of the cylindrical end portion.
    • 润滑油收集引导工具包括采油容器; 将润滑油引导到旋转轴线的轴端的油路中的油漏斗; 以及将油漏斗和集油容器连通的油路部件。 油通道构件包括从采集容器延伸的第一通道构件和从漏油漏斗延伸的第二通道构件。 当在第二通道构件的一端侧的侧壁部分中形成插入孔时,第一通道构件的一个端部是圆柱形端部。 圆筒形端部插入到插入孔中以沿轴线方向移入和移出。 圆筒形端部相对于插入孔沿长轴方向移动,并且作为圆筒形端部的轴线的中心转动。