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    • 2. 发明授权
    • Linear motor actuator
    • 直线电机执行器
    • US07456526B2
    • 2008-11-25
    • US10549626
    • 2004-03-22
    • Akihiro TeramachiToshiyuki AsoYoshinobu TanakaHiroshi KaneshigeYuanjun Xu
    • Akihiro TeramachiToshiyuki AsoYoshinobu TanakaHiroshi KaneshigeYuanjun Xu
    • H02K41/00
    • F16C29/063F16C41/004H02K7/08H02K9/22H02K41/031
    • A track rail is formed in a channel-like configuration while having a guide passage for sliders. A table structure that moves within the guide passage includes: a pair of sliders that move forwards and backwards within the guide passage; and a connecting top board connecting those sliders to each other with a predetermined interval therebetween and provided with a mounting surface for a movable member. An armature constituting a linear motor is received between the pair of sliders, and field magnets constituting the linear motor are arranged in the track rail so as to face the guide passage. The armature and the field magnets, which constitute the linear motor, are completely integrated with the table structure and the track rail, which constitute a linear guide, and are entirely contained inside the linear guide.
    • 轨道轨道形成为通道状构造,同时具有用于滑块的引导通道。 在引导通道内移动的台结构包括:在引导通道内向前和向后移动的一对滑块; 以及连接顶板,其间以预定的间隔将这些滑块彼此连接,并且设置有用于可移动部件的安装表面。 构成线性电动机的电枢被容纳在一对滑块之间,构成线性电动机的场磁体配置在轨道轨道上,以面向引导通道。 构成线性电动机的电枢和场磁体与构成线性引导件的台结构和轨道轨道完全集成,并且完全包含在线性引导件内。
    • 3. 发明授权
    • Micro actuator
    • 微型执行器
    • US08097986B2
    • 2012-01-17
    • US12065370
    • 2006-08-29
    • Yoshihiro KimuraToshiyuki AsoYoshinobu TanakaHidekazu MichiokaMakoto Iizumi
    • Yoshihiro KimuraToshiyuki AsoYoshinobu TanakaHidekazu MichiokaMakoto Iizumi
    • H02K41/02
    • H02K41/03
    • Disclosed is a micro actuator capable of being formed in compact as a whole, such as 10 mm in diameter by diminishing a difference between a stroke distance of a moving member and an overall length, and by reducing a sectional area taken in a direction orthogonal to a stroke direction. The micro actuator includes: a spline shaft formed as a cylinder with a hollow part and having an axially extending slit opening; a spline nut fit-engaged with the spline shaft and axially guiding the spline shaft; a pair of end caps fixed to openings at both ends of the spline shaft; a magnet rod supported at both ends within the hollow part of the spline shaft by the end caps; and a forcer loosely fit-engaged with a periphery of the magnet rod within the hollow part of the spline shaft to constitute a linear motor together with the magnet rod and connected with the spline nut through the slit opening.
    • 公开了一种微致动器,其能够通过减小移动构件的行程距离与总长度之间的差异而整体形成为例如直径为10mm的微型致动器,并且通过减小与正交于 行程方向。 微致动器包括:花键轴,其形成为具有中空部分并具有轴向延伸的狭缝开口的圆柱体; 花键螺母,其与所述花键轴配合并且轴向地引导所述花键轴; 一对端盖固定在花键轴的两端的开口处; 通过端盖在花键轴的中空部分的两端支撑的磁棒; 以及与花键轴的中空部分中的磁棒周边松动配合的锻造件,以与磁棒一起构成线性电动机,并通过狭缝开口与花键螺母连接。
    • 4. 发明申请
    • MICRO ACTUATOR
    • 微动执行器
    • US20090152960A1
    • 2009-06-18
    • US12065370
    • 2006-08-29
    • Yoshihiro KimuraToshiyuki AsoYoshinobu TanakaHidekazu MichiokaMakoto Iizumi
    • Yoshihiro KimuraToshiyuki AsoYoshinobu TanakaHidekazu MichiokaMakoto Iizumi
    • H02K5/04
    • H02K41/03
    • Disclosed is a micro actuator capable of being formed in compact as a whole, such as 10 mm in diameter by diminishing a difference between a stroke distance of a moving member and an overall length, and by reducing a sectional area taken in a direction orthogonal to a stroke direction. The micro actuator includes: a spline shaft formed as a cylinder with a hollow part and having an axially extending slit opening; a spline nut fit-engaged with the spline shaft and axially guiding the spline shaft; a pair of end caps fixed to openings at both ends of the spline shaft; a magnet rod supported at both ends within the hollow part of the spline shaft by the end caps; and a forcer loosely fit-engaged with a periphery of the magnet rod within the hollow part of the spline shaft to constitute a linear motor together with the magnet rod and connected with the spline nut through the slit opening.
    • 公开了一种微致动器,其能够通过减小移动构件的行程距离与总长度之间的差异而整体地形成为例如直径为10mm的微型致动器,并且通过减小沿垂直于 行程方向。 微致动器包括:花键轴,其形成为具有中空部分并具有轴向延伸的狭缝开口的圆柱体; 花键螺母,其与所述花键轴配合并且轴向地引导所述花键轴; 一对端盖固定在花键轴的两端的开口处; 通过端盖在花键轴的中空部分的两端支撑的磁棒; 以及与花键轴的中空部分中的磁棒周边松动配合的锻造件,以与磁棒一起构成线性电动机,并通过狭缝开口与花键螺母连接。
    • 5. 发明申请
    • ENGINE SUPERCHARGING DEVICE
    • 发动机超大型装置
    • US20120192839A1
    • 2012-08-02
    • US13441750
    • 2012-04-06
    • HISATOYO ARIMAYoshinobu Tanaka
    • HISATOYO ARIMAYoshinobu Tanaka
    • F02B33/00
    • F02D23/02F02B33/32F02B33/44F02B39/04F02B67/10F02D23/00F02M35/021F02M35/10157F02M35/162F02M69/044
    • An engine supercharging device includes are a supercharger (38) for pressurizing air introduced in an engine (E), an air cleaner (36) for purifying an ambient air, a purified air supply passage (56) for supplying a purified air (CA) from the air cleaner (36) towards the supercharger (38), a supercharged air passage (62) for supplying the supercharged air (SA) from the supercharger (38) towards an air intake passage (60) of the engine (E), and a relief valve (68) for adjusting an air pressure within the supercharged air passage (62). The relief valve (68) has a discharge port portion (68b) which is accommodated within the air cleaner (36). The engine (E) has a plurality of engine cylinders, and a downstream portion of the supercharged air passage (62) is defined by an intake air chamber (54) for supplying the sucked air to respective air intake passages (60) of the plural engine cylinders.
    • 发动机增压装置包括用于对引擎(E)中引入的空气进行加压的增压器(38),用于净化环境空气的空气净化器(36),用于供应净化空气(CA)的净化空气供给通道(56) 从所述空气滤清器(36)朝向所述增压器(38)的增压空气通道(62),所述增压空气通道(62)用于从所述增压器(38)向所述发动机(E)的进气通道(60)供应增压空气(SA) 和用于调节增压空气通道(62)内的空气压力的安全阀(68)。 安全阀(68)具有容纳在空气滤清器(36)内的排出口部分(68b)。 所述发动机(E)具有多个发动机气缸,所述增压空气通路(62)的下游部由吸入空气室(54)限定,所述进气室用于将吸入的空气供给到所述多个空气通路 发动机气缸。
    • 6. 发明授权
    • Value medium processing apparatus
    • 价值媒体处理设备
    • US07946407B2
    • 2011-05-24
    • US12370889
    • 2009-02-13
    • Hiroshi AbeYoshinobu Tanaka
    • Hiroshi AbeYoshinobu Tanaka
    • G07F7/02G07F7/10
    • G07D9/00G06Q20/367G07D5/00
    • A value medium processing apparatus includes a common rolling path on which the IC coin and the coin roll, a coin characteristic detector provided on a side portion of the common rolling path, an IC coin characteristic detector configured to detect IC coin rolling on the common rolling path; an inlet to a coin path on which the coin rolls and an inlet to an IC coin path on which the IC coin rolls, a medium sorter provided upstream of the coin inlet and the IC coin inlet; a communicator provided on a side of the IC coin path and communicating with the IC coin; and a controller actuating the medium sorter based on one of characteristic information from the coin characteristic detector and information from the IC coin characteristic detector, and switching the common rolling path to one of the IC coin path and the coin path.
    • 一种价值介质处理装置,包括:公共滚动路径,IC硬币和硬币包,在公共滚动路径的侧部设置的硬币特性检测器,IC硬币特性检测器,被配置为检测公共滚动时的IC硬币滚动 路径; 投币到硬币的入口和IC硬币的IC硬币路径的入口,设置在硬币入口和IC硬币入口上游的介质分选机; 设置在IC硬币路径的一侧并与IC硬币通信的通信装置; 以及控制器,其基于来自所述硬币特性检测器的特征信息和来自所述IC硬币特性检测器的信息之一来驱动所述介质分选器,并且将所述公共滚动路径切换到所述IC硬币路径和所述硬币路径中的一个。
    • 7. 发明授权
    • Value medium processing device for IC coins and monetary coins
    • 用于IC硬币和货币硬币的中值处理装置
    • US07854309B2
    • 2010-12-21
    • US12210032
    • 2008-09-12
    • Hiroshi AbeYoshinobu Tanaka
    • Hiroshi AbeYoshinobu Tanaka
    • G07F1/00G07F1/04
    • G07D3/125
    • A valve medium processing device for IC coins and coins includes a housing having an insertion slot with an IC coin passage connected to receive IC coins from the insertion slot. A coin passage is also connected to receive coins from the insertion slot. A retaining unit for IC coins selectively stops and releases an IC coin, so that a read and/or write unit can establish a value for the IC coin. An IC coin allocating unit is positioned downstream in the IC coin passage for directing an IC coin to one of an IC coin storage passage and a retain passage. A coin allocating unit allocates a coin to one of a coin storage passage and the return passage.
    • 用于IC硬币和硬币的阀介质处理装置包括具有连接IC卡硬币通道的插槽的壳体,以从插槽接收IC硬币。 硬币通道也被连接以从插槽接收硬币。 用于IC硬币的保持单元选择性地停止和释放IC硬币,使得读取和/或写入单元可以建立IC硬币的值。 IC硬币分配单元位于IC硬币通道的下游,用于将IC硬币引导至IC硬币存储通道和保持通道中的一个。 硬币分配单元将硬币分配给硬币存储通道和返回通道中的一个。
    • 9. 发明申请
    • VALUE MEDIUM PROCESSING APPARATUS
    • 价值中介加工设备
    • US20090205927A1
    • 2009-08-20
    • US12370889
    • 2009-02-13
    • Hiroshi AbeYoshinobu Tanaka
    • Hiroshi AbeYoshinobu Tanaka
    • G07D5/00
    • G07D9/00G06Q20/367G07D5/00
    • A value medium processing apparatus includes a common rolling path on which the IC coin and the coin roll, a coin characteristic detector provided on a side portion of the common rolling path, an IC coin characteristic detector configured to detect IC coin rolling on the common rolling path; an inlet to a coin path on which the coin rolls and an inlet to an IC coin path on which the IC coin rolls, a medium sorter provided upstream of the coin inlet and the IC coin inlet; a communicator provided on a side of the IC coin path and communicating with the IC coin; and a controller actuating the medium sorter based on one of characteristic information from the coin characteristic detector and information from the IC coin characteristic detector, and switching the common rolling path to one of the IC coin path and the coin path.
    • 一种价值介质处理装置,包括:公共滚动路径,IC硬币和硬币包,在公共滚动路径的侧部设置的硬币特性检测器,IC硬币特性检测器,被配置为检测公共滚动时的IC硬币滚动 路径; 投币到硬币的入口和IC硬币的IC硬币路径的入口,设置在硬币入口和IC硬币入口上游的介质分选机; 设置在IC硬币路径的一侧并与IC硬币通信的通信装置; 以及控制器,其基于来自所述硬币特性检测器的特征信息和来自所述IC硬币特性检测器的信息之一来驱动所述介质分选器,并且将所述公共滚动路径切换到所述IC硬币路径和所述硬币路径中的一个。