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    • 1. 发明授权
    • Roller screw
    • 滚筒螺丝
    • US07950304B2
    • 2011-05-31
    • US11908210
    • 2006-03-02
    • Hidekazu MichiokaMakoto IizumiSatoshi FujitaAkimasa Yoshida
    • Hidekazu MichiokaMakoto IizumiSatoshi FujitaAkimasa Yoshida
    • F16H1/24F16H55/02
    • F16H25/2247F16H2025/2271Y10T74/19744Y10T74/19791
    • A roller screw of the present invention has a screw shaft 1 having a roller rolling surface 1a spirally formed with a lead on an outer surface thereof; a nut 2 having a roller rolling surface 2a spirally formed on an inner surface thereof to face the roller rolling surface 1a of the screw shaft 1; and a plurality of rollers 4 arranged in a rolling path 3 between the roller rolling surface 1a of the screw shaft 1 and the roller rolling surface 2a of the nut 2 and moving around the screw shaft while rotating on rotation axes of the rollers. In this roller screw, each of the rotation axes 4a of the rollers 4 substantially crosses a center line 1b of the screw shaft 1. Since each of the rotation axes 4a of the rollers 4 crosses the center line 1b of the screw shaft 1 (in other words, the rollers 4 arranged in the rolling path 3 are not skewed from the beginning) even when the rolling path 3 has the lead, the roller 4 are allowed to move smoothly.
    • 本发明的滚珠丝杠具有螺杆轴1,该螺杆轴1具有在其外表面上螺旋地形成有引线的滚子滚动表面1a; 螺母2,其具有螺旋形地形成在其内表面上的滚子滚动表面2a,以面对螺杆轴1的滚子滚动表面1a; 以及多个辊4,其布置在螺杆轴1的滚子滚动表面1a和螺母2的滚子滚动表面2a之间的滚动路径3中,并且在滚子的旋转轴线上旋转的同时沿着螺杆轴移动。 在该滚子丝杠中,滚子4的旋转轴线4a基本上与螺杆轴1的中心线1b交叉。由于滚子4的旋转轴线4a与丝杠轴1的中心线1b相交 换句话说,即使滚动路径3具有引导,滚动路径3中布置的滚子4也不会从头开始偏斜),所以允许滚筒4平稳地移动。
    • 2. 发明申请
    • ROLLER SCREW
    • 滚轮螺丝
    • US20090249912A1
    • 2009-10-08
    • US11908210
    • 2006-03-02
    • Hidekazu MichiokaMakoto IizumiSatoshi FujitaAkimasa Yoshida
    • Hidekazu MichiokaMakoto IizumiSatoshi FujitaAkimasa Yoshida
    • F16H25/22
    • F16H25/2247F16H2025/2271Y10T74/19744Y10T74/19791
    • The present invention provides a roller screw capable of circulating rollers smoothly.A roller screw of the present invention has a screw shaft 1 having a roller rolling surface 1a spirally formed with a lead on an outer surface thereof; a nut 2 having a roller rolling surface 2a spirally formed on an inner surface thereof to face the roller rolling surface 1a of the screw shaft 1; and a plurality of rollers 4 arranged in a rolling path 3 between the roller rolling surface 1a of the screw shaft 1 and the roller rolling surface 2a of the nut 2 and moving around the screw shaft while rotating on rotation axes of the rollers. In this roller screw, each of the rotation axes 4a of the rollers 4 substantially crosses a center line 1b of the screw shaft 1. Since each of the rotation axes 4a of the rollers 4 crosses the center line 1b of the screw shaft 1 (in other words, the rollers 4 arranged in the rolling path 3 are not skewed from the beginning) even when the rolling path 3 has the lead, the roller 4 are allowed to move smoothly.
    • 本发明提供一种能够平稳地循环辊的滚柱螺杆。 本发明的滚珠丝杠具有螺杆轴1,该螺杆轴1具有在其外表面上螺旋地形成有引线的滚子滚动表面1a; 螺母2,其具有螺旋形地形成在其内表面上的滚子滚动表面2a,以面对螺杆轴1的滚子滚动表面1a; 以及多个辊4,其布置在螺杆轴1的滚子滚动表面1a和螺母2的滚子滚动表面2a之间的滚动路径3中,并且在滚子的旋转轴线上旋转的同时沿着螺杆轴移动。 在该滚子丝杠中,滚子4的旋转轴线4a基本上与螺杆轴1的中心线1b相交。由于滚子4的旋转轴线4a与螺杆轴1的中心线1b相交 换句话说,即使滚动路径3具有引导,滚动路径3中布置的滚子4也不会从头开始偏斜),所以允许滚筒4平稳地移动。
    • 3. 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。
    • 4. 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。
    • 5. 发明申请
    • Roller Screw
    • 滚筒螺丝
    • US20080245170A1
    • 2008-10-09
    • US11662095
    • 2005-09-07
    • Akihiro TeramachiHidekazu MichiokaHiroshi NiwaAkimasa Yoshida
    • Akihiro TeramachiHidekazu MichiokaHiroshi NiwaAkimasa Yoshida
    • F16H1/24
    • F16H25/2247F16H25/2214F16H2025/2271Y10T74/19744Y10T74/19749Y10T74/19767Y10T74/19772
    • A roller screw is provided having a structure suitable for circulating rollers. The roller screw has a screw shaft 5 with a spiral roller rolling groove 5a formed on an outer peripheral surface thereof; a nut 6 with a spiral roller rolling groove 6a opposed to the roller rolling groove of the screw shaft and formed on an inner peripheral surface thereof; and a plurality of rollers 7 arranged in a load roller rolling path 9 between the roller rolling groove 5a of the screw shaft 5 and the roller rolling groove 6a of the nut 6. Inside the nut 6 is provided a roller return path 11 extending linearly in parallel with an axis line of the nut 6. To opposite end faces in an axis line direction of the nut 6 are attached direction change path forming members 13 in which direction change paths 10 to connect the load roller rolling path 9 and the roller return path 11 are formed. The roller return path 11 is twisted to rotate an attitude of each of the rollers 7 while the rollers 7 move in the roller return path 11.
    • 提供具有适于循环辊的结构的滚柱螺杆。 滚子丝杠具有螺旋轴5,螺杆轴5在其外周面上形成有螺旋滚子滚动槽5a; 螺母6,其具有与螺旋轴的滚子滚动槽相对并形成在其内周面上的螺旋滚子滚动槽6a; 以及设置在螺杆轴5的滚子滚动槽5a和螺母6的滚子滚动槽6a之间的加载滚筒滚动路径9中的多个滚子7。 在螺母6内设置有与螺母6的轴线平行延伸的辊返回路径11。 在螺母6的轴线方向的相对端面上安装有形成用于连接负载辊滚动路径9和滚子返回路径11的方向变换路径10的方向变换路径形成构件13。 当辊7在辊返回路径11中移动时,辊返回路径11被扭转以使每个辊7的姿态旋转。
    • 6. 发明授权
    • Roller screw
    • 滚筒螺丝
    • US08272289B2
    • 2012-09-25
    • US11662095
    • 2005-09-07
    • Akihiro TeramachiHidekazu MichiokaHiroshi NiwaAkimasa Yoshida
    • Akihiro TeramachiHidekazu MichiokaHiroshi NiwaAkimasa Yoshida
    • F16H1/24F16H55/02
    • F16H25/2247F16H25/2214F16H2025/2271Y10T74/19744Y10T74/19749Y10T74/19767Y10T74/19772
    • A roller screw is provided having a structure suitable for circulating rollers. The roller screw has a screw shaft 5 with a spiral roller rolling groove 5a formed on an outer peripheral surface thereof; a nut 6 with a spiral roller rolling groove 6a opposed to the roller rolling groove of the screw shaft and formed on an inner peripheral surface thereof; and a plurality of rollers 7 arranged in a load roller rolling path 9 between the roller rolling groove 5a of the screw shaft 5 and the roller rolling groove 6a of the nut 6. Inside the nut 6 is provided a roller return path 11 extending linearly in parallel with an axis line of the nut 6. To opposite end faces in an axis line direction of the nut 6 are attached direction change path forming members 13 in which direction change paths 10 to connect the load roller rolling path 9 and the roller return path 11 are formed. The roller return path 11 is twisted to rotate an attitude of each of the rollers 7 while the rollers 7 move in the roller return path 11.
    • 提供具有适于循环辊的结构的滚柱螺杆。 滚子丝杠具有在其外周面上形成有螺旋滚子滚动槽5a的螺杆轴5; 螺母6,其具有与螺旋轴的滚子滚动槽相对并形成在其内周面上的螺旋滚子滚动槽6a; 以及设置在螺杆轴5的滚子滚动槽5a与螺母6的滚子滚动槽6a之间的加载滚筒滚动路径9中的多个滚子7.在螺母6的内部设置有一个滚轮返回通道11, 平行于螺母6的轴线。在螺母6的轴线方向上的相对端面上安装有方向改变路径形成构件13,方向改变路径10连接负载辊滚动路径9和辊返回路径 形成11。 当辊7在辊返回路径11中移动时,辊返回路径11被扭转以使每个辊7的姿态旋转。
    • 9. 发明授权
    • Method of manufacturing linear guide device and track rail for the linear guide device
    • 直线导轨装置线轨导轨的制造方法
    • US07798719B2
    • 2010-09-21
    • US11661693
    • 2005-09-07
    • Hidekazu MichiokaTomoyuki AidaKatsuya Iida
    • Hidekazu MichiokaTomoyuki AidaKatsuya Iida
    • F16C29/04B21K1/05
    • F16C29/04F16C29/005F16C33/64Y10T29/49641
    • A track rail is composed of a pair of rail members in which rolling contact surfaces for rolling bodies are formed, respectively, and a rail housing equipped with a pair of rail mounting grooves in which those rail members are fitted, respectively. Each of the rail members is fixed within a corresponding one of the rail mounting grooves via an adhesive layer. A reference projection, formed on a bottom of one of the pair of the rail mounting grooves, is in contact with a corresponding one of the rail members without the intermediary of the adhesive layer. The rail member fitted in the one of the rail mounting grooves is adhesively fixed in a state of being abutted against the reference projection. The rail member fitted in the other rail mounting groove is adhesively fixed at a predetermined distance from the reference projection.
    • 轨道轨道分别由一对轨道部件构成,其中分别形成有用于滚动体的滚动接触面,轨道壳体分别配备有一对轨道安装槽,轨道部件安装在该轨道安装槽中。 每个轨道构件通过粘合剂层固定在相应的一个轨道安装槽内。 形成在一对导轨安装槽的一个的底部上的参考突起与相应的一个轨道构件接触而不具有粘合剂层的中间。 安装在一个轨道安装槽中的导轨构件以与基准突起抵接的状态粘接固定。 安装在另一导轨安装槽中的导轨构件以与参考突起预定距离的方式粘接固定。
    • 10. 发明授权
    • Guide apparatus
    • 导向装置
    • US07785010B2
    • 2010-08-31
    • US10579991
    • 2004-11-19
    • Hidekazu MichiokaDaisuke YatsushiroTadashi HirokawaYoshiaki Saito
    • Hidekazu MichiokaDaisuke YatsushiroTadashi HirokawaYoshiaki Saito
    • F16C29/08
    • F16C29/086F16C29/0647F16C29/088
    • In order to provide a long-life, highly-reliable guide apparatus which exhibits dustproof performance and prevents intrusion of dust into the moving block in environments where there are lots of fine dust such as gypsum and ceramic powder and where no oil contents or oil contents are not liked, there is provided a guide apparatus having a track rail 11, in which rolling-element raceway grooves 12-1 to 12-4 are formed along a longitudinal direction thereof, and a moving block 20 attached to the track rail by way of a plurality of rolling elements in a relatively-movable manner, wherein an end-face dustproof brush 25, which has a brush member 36 whose tip end contacts a surface of the track rail 11 and which eliminates extraneous matters adhering to the surface of the track rail 11 by means of the brush member 36, is attached to outside of each of the side covers 22 with respect to the direction of relative movement.
    • 为了提供长寿命,高可靠性的引导装置,其具有防尘性能并且防止在存在诸如石膏和陶瓷粉末的许多细粉尘的环境中的粉尘侵入到移动块中,并且其中没有油含量或油含量 不设置导向装置,具有轨道轨道11,轨道轨道11沿长度方向形成有滚动体滚道槽12-1〜12-4,移动块20通过轨道轨道 多个滚动元件的相对移动方式,其中端面防尘刷子25具有刷头36,其刷头部件36的尖端与轨道轨道11的表面相接触,并且消除附着在轨道轨道表面上的外来物质 轨道轨道11通过刷构件36相对于相对运动的方向附接到每个侧盖22的外侧。