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    • 72. 发明授权
    • Guide table device
    • 导台装置
    • US07887239B2
    • 2011-02-15
    • US12064824
    • 2006-08-28
    • Tomoyuki AidaKentaro YamamotoKatsuya IidaHidekazu Michioka
    • Tomoyuki AidaKentaro YamamotoKatsuya IidaHidekazu Michioka
    • F16C29/04B23Q1/25B23Q1/48
    • F16C29/008F16C29/04F16C33/3825
    • A guide table device is provided with a lower-side plate 10 provided with a pair of rolling member rolling grooves 11 formed in a first (X) direction, an upper-side plate 30 provided with a pair of rolling member rolling grooves 31 formed in a second (Y) direction, an intermediate member 20 having rectangular configuration provided with four side portions to which four rolling member rolling grooves 21 are formed so as to be opposed to a pair of rolling member rolling grooves of the lower-side plate and a pair of rolling member rolling grooves of the upper-side plate, and a plurality of balls 40 disposed to be rollable between four rolling member rolling passages formed by the lower-side plate, the upper-side plate and the intermediate member. The four rolling member rolling grooves 21 formed to the four side portions of the intermediate member 20 are formed on the same plane.
    • 引导台装置设置有下侧板10,下侧板10设置有形成在第一(X)方向上的一对滚动部件滚动槽11,上侧板30设置有形成在一对滚动部件滚动槽31中的一对滚动部件滚动槽31 第二(Y)方向,具有矩形结构的中间构件20设置有四个侧部,四个滚动构件滚动槽21形成为与下侧板的一对滚动构件滚动槽相对, 上侧板的一对滚动部件滚动槽,以及设置成能够在由下侧板,上侧板和中间部件形成的四个滚动部件滚动通道之间滚动的多个滚珠40。 形成在中间构件20的四个侧部的四个滚动构件滚动槽21形成在同一平面上。
    • 74. 发明授权
    • Bearing bush and compound movement using the same
    • 轴承衬套和复合机芯使用相同
    • US07649290B2
    • 2010-01-19
    • US11587144
    • 2005-04-20
    • Hidekazu MichiokaKatsuya IidaTakashi MatsumotoMasayuki Ishizaka
    • Hidekazu MichiokaKatsuya IidaTakashi MatsumotoMasayuki Ishizaka
    • H02K5/16
    • F16C31/02
    • Provided is a bearing bush enabling excellent advancing and retreating movements of a shaft member by eliminating a clearance between the bearing bush and the shaft member to eliminate a backlash therebetween, capable of reducing a load of dimension control on both the bearing bush and the shaft member, and capable of being manufactured at a low cost. The bearing bush (4) for supporting the reciprocating movement of the shaft member (1) in an axial direction has a receiving hole through which the shaft member (1) is passed. Grooves (40) are sequentially formed at predetermined intervals in an inner peripheral surface of the bearing bush (4) facing the receiving hole. An inner diameter of the receiving hole is formed to be equal to or smaller than an outer diameter of the shaft member (1), and the bearing bush is press-fitted to an outer peripheral surface of the shaft member (1) in a state of a so-called interference fit.
    • 提供一种轴承衬套,通过消除轴承衬套和轴构件之间的间隙以消除它们之间的间隙,能够使轴构件具有优异的前进和后退运动,能够减小轴承衬套和轴构件两者的尺寸控制的负载 并且能够以低成本制造。 用于支撑轴构件(1)沿轴向的往复运动的轴承衬套(4)具有容纳孔,轴构件(1)穿过该容纳孔。 在轴承衬套(4)的面向容纳孔的内周面中以规定的间隔依次形成槽(40)。 接收孔的内径形成为等于或小于轴构件(1)的外径,并且轴承衬套在状态下压配合到轴构件(1)的外周面 所谓的干扰配合。
    • 75. 发明申请
    • Method of Manufacturing Linear Guide Device and Track Rail For the Linear Guide Device
    • 线性引导装置的制造方法和导轨
    • US20080253703A1
    • 2008-10-16
    • US11661693
    • 2005-09-07
    • Hidekazu MichiokaTomoyuki AidaKatsuya Iida
    • Hidekazu MichiokaTomoyuki AidaKatsuya Iida
    • F16C29/04B21D53/10
    • F16C29/04F16C29/005F16C33/64Y10T29/49641
    • Provided are a linear guide device and a method of manufacturing a track rail of the linear guide device which make it unnecessary to finish rolling contact surfaces for rolling bodies for the purpose of ensuring parallelism between the rolling contact surfaces after fixing a plurality of rail members, in which the rolling contact surfaces for the rolling bodies are formed, to a rail housing while making it possible to achieve a maximum possible improvement in production efficiency and a reduction in production cost in producing the track rail. The track rail is composed of a pair of the rail members in which rolling contact surfaces for rolling bodies are formed, respectively, and the 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.
    • 提供一种线性引导装置的线性引导装置和制造方法,其不需要在固定多个轨道构件之后确保滚动体的滚动接触表面之间的平行度, 其中滚动体的滚动接触表面形成在轨道外壳上,同时可以实现生产效率的最大可能的提高和生产轨道轨道的生产成本的降低。 轨道轨道分别由一对轨道构件构成,其中分别形成有用于滚动体的滚动接触面,并且轨道壳体分别配备有一对轨道安装槽,轨道构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。