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    • 1. 发明申请
    • Guide apparatus
    • 导向装置
    • US20060201782A1
    • 2006-09-14
    • US11076036
    • 2005-03-10
    • Hirokazu IshikawaKaoru HoshideTakashi OgataShunji Matsutomi
    • Hirokazu IshikawaKaoru HoshideTakashi OgataShunji Matsutomi
    • B65G37/00
    • F16C29/0647B65G37/00F16C19/502F16C29/005F16C2300/14
    • A guide apparatus has a standard end plate split into a pair of split parts that can be positioned with respect to each other with high accuracy and firmly secured to each axial end of a moving block body without fear of displacement during use. The guide apparatus has a moving block relatively movably attached to a track rail. The moving block body has in a section perpendicular to the axial direction a geometry that allows the moving block body to be assembled to the track rail at an intermediate part of the track rail. The end plate consists essentially of a pair of split parts that are splittable to right and left in the width direction of the end plate. One split part has a positioning pin projecting from a parting surface thereof. A positioning hole fittable with the positioning pin is provided in a parting surface of the other split part. The positioning pin is fitted into the positioning hole to form an end plate assembly. The end plate assembly is secured to one end of the moving block body in the direction of relative movement by using securing screws passed through securing screw holes provided in the split parts, respectively.
    • 引导装置具有分成一对分割部分的标准端板,该对分割部分可以相对于彼此高精度地定位并且牢固地固定到移动块体的每个轴向端部,而不用担心使用期间的位移。 引导装置具有相对可移动地附接到轨道轨的移动块。 移动块体具有垂直于轴向方向的部分,允许移动块体在轨道轨道的中间部分处组装到轨道轨道上的几何形状。 端板基本上由在端板的宽度方向上左右分开的一对分割部件组成。 一个分割部分具有从其分离表面突出的定位销。 在另一个分割部分的分离表面上设置有可与定位销配合的定位孔。 定位销装配到定位孔中以形成端板组件。 端板组件通过分别穿过设置在分割部分中的固定螺钉孔的固定螺钉分别固定在移动块体的相对运动方向上的一端。
    • 2. 发明授权
    • Rotary table system
    • 旋转台系统
    • US07798071B2
    • 2010-09-21
    • US10586482
    • 2005-01-20
    • Hirokazu IshikawaShunji MatsutomiTsutomu HasegawaMitsuteru Nanba
    • Hirokazu IshikawaShunji MatsutomiTsutomu HasegawaMitsuteru Nanba
    • A47B85/00
    • F16C29/0647F16C19/502
    • A rotary table system having high axial and radial run-out accuracy, high resolution, and thin and medium- or large-sized system. The rotary table system includes a guide apparatus and a rotary table mounted on the guide apparatus. The guide apparatus includes a ring-shaped integrated rail having no discontinuity in the travel direction thereof, and a plurality of guide blocks assembled to the rail from the direction of their surfaces opposing the rail. The surface of the rail opposite to the surface thereof opposing the guide blocks and the underside of the rotary table are joined together. The rail has an L-shaped cross-sectional configuration formed from a vertical portion and a horizontal portion extending from the upper end of the vertical portion in the radial direction of the rotary table. A tape scale that is detected by a detecting mechanism is provided on the outer peripheral surface of the rail.
    • 具有高轴向和径向跳动精度,高分辨率以及中,大型系统的旋转台系统。 旋转台系统包括引导装置和安装在引导装置上的旋转台。 引导装置包括在其行进方向上没有不连续的环形集成轨道,以及从其与轨道相对的表面的方向组装到轨道的多个引导块。 与导向块相对的表面与旋转台的下侧相反的导轨的表面接合在一起。 轨道具有从垂直部分和垂直部分的上端沿旋转台的径向方向延伸的水平部分形成的L形横截面构造。 在轨道的外周面设置有由检测机构检测出的卷尺。
    • 3. 发明申请
    • Rotary table system
    • 旋转台系统
    • US20070116392A1
    • 2007-05-24
    • US10586482
    • 2005-01-20
    • Hirokazu IshikawaShunji MatsutomiTsutomu HasegawaMitsuteru Nanba
    • Hirokazu IshikawaShunji MatsutomiTsutomu HasegawaMitsuteru Nanba
    • F16C19/00
    • F16C29/0647F16C19/502
    • The present invention provides a rotary table system capable of satisfactorily meeting all the demands for achieving high axial and radial run-out accuracy, high resolution, and thin and medium- or large-sized system. The rotary table system includes a guide apparatus and a rotary table mounted on the guide apparatus. The guide apparatus includes a ring-shaped integrated rail 11 having no discontinuity in the travel direction thereof, and a plurality of guide blocks 12 that are assembled to the rail 11 from the direction of their surfaces opposing the rail 11. The surface of the rail 11 opposite to the surface thereof opposing the guide blocks 12 and the underside of the rotary table 14 are joined together. The rail 11 has an L-shaped cross-sectional configuration formed from a vertical portion and a horizontal portion extending from the upper end of the vertical portion in the radial direction of the rotary table. A tape scale that is to be detected by a detecting mechanism 16 is provided on the outer peripheral surface of the rail 11.
    • 本发明提供一种能够令人满意地满足实现高轴向和径向跳动精度,高分辨率以及中,大型系统的所有要求的旋转台系统。 旋转台系统包括引导装置和安装在引导装置上的旋转台。 引导装置包括在其行进方向上没有不连续的环形集成轨道11,以及从其与轨道11相对的表面的方向组装到轨道11的多个引导块12.轨道的表面 与导向块12和旋转台14的下侧相对的表面11相连接。 导轨11具有从竖直部分和垂直部分的上端沿旋转台的径向方向延伸的水平部分形成的L形横截面构造。 在轨道11的外周面上设置有由检测机构16检测的卷尺。
    • 4. 发明授权
    • Guide apparatus
    • 导向装置
    • US07290647B2
    • 2007-11-06
    • US11076036
    • 2005-03-10
    • Hirokazu IshikawaKaoru HoshideTakashi OgataShunji Matsutomi
    • Hirokazu IshikawaKaoru HoshideTakashi OgataShunji Matsutomi
    • F16C29/06
    • F16C29/0647B65G37/00F16C19/502F16C29/005F16C2300/14
    • A guide apparatus has a standard end plate split into a pair of split parts that can be positioned with respect to each other with high accuracy and firmly secured to each axial end of a moving block body without fear of displacement during use. The guide apparatus has a moving block relatively movably attached to a track rail. The moving block body has in a section perpendicular to the axial direction a geometry that allows the moving block body to be assembled to the track rail at an intermediate part of the track rail. The end plate consists essentially of a pair of split parts that are splittable to right and left in the width direction of the end plate. One split part has a positioning pin projecting from a parting surface thereof. A positioning hole fittable with the positioning pin is provided in a parting surface of the other split part. The positioning pin is fitted into the positioning hole to form an end plate assembly. The end plate assembly is secured to one end of the moving block body in the direction of relative movement by using securing screws passed through securing screw holes provided in the split parts, respectively.
    • 引导装置具有分成一对分割部分的标准端板,该对分割部分可以相对于彼此高精度地定位并且牢固地固定到移动块体的每个轴向端部,而不用担心使用期间的位移。 引导装置具有相对可移动地附接到轨道轨的移动块。 移动块体具有垂直于轴向方向的部分,允许移动块体在轨道轨道的中间部分处组装到轨道轨道上的几何形状。 端板基本上由在端板的宽度方向上左右分开的一对分割部件组成。 一个分割部分具有从其分离表面突出的定位销。 在另一个分割部分的分离表面上设置有可与定位销配合的定位孔。 定位销装配到定位孔中以形成端板组件。 端板组件通过分别穿过设置在分割部分中的固定螺钉孔的固定螺钉分别固定在移动块体的相对运动方向上的一端。