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    • 1. 发明授权
    • Magnetic scale manufacturing method and magnetic scale
    • 磁性刻度制造方法和磁性刻度
    • US07617614B2
    • 2009-11-17
    • US11726873
    • 2007-03-23
    • Kojiro KatoYoshinori Hayashi
    • Kojiro KatoYoshinori Hayashi
    • G01B7/00
    • G01D5/145Y10S33/01
    • First, an inner tube member is accommodated in an outer tube member. Then, rigid powder, having high rigidity and a hard-to-magnetize characteristic, into the inner tube member. Next, magnetic powder is filled into a recessed portion of the inner tube member. Then, the inner tube member is drawn out of the outer tube member. Then, a composite filler composed of the rigid powder, magnetic powder and outer tube member is subjected to a cold hydrostatic pressure pressing process as pre-processing. Next, the composite filler is heated and solidified into a billet. Then, the billet is subjected to a hot extrusion process so that it is formed into a bar-shaped workpiece. The bar-shaped workpiece is rolled onto a roller, and then the outer tube member is peeled off. Next, the bar-shaped workpiece is subjected to a cutting process so that it is formed into an elongated bar. Then, a magnetic section of the elongated bar is magnetized into a scale structure.
    • 首先,将内筒件容纳在外管件中。 然后,具有高刚性和难以磁化的特性的刚性粉末进入内管构件。 接下来,将磁性粉末填充到内管构件的凹部中。 然后,将内管部件从外筒部件拉出。 然后,将由刚性粉末,磁性粉末和外管部件构成的复合填料作为预处理进行冷静压压制。 接着,将复合填料加热固化成坯料。 然后,对钢坯进行热挤压加工,形成棒状工件。 将该棒状工件卷绕到辊上,然后将外管部件剥离。 接下来,对条形工件进行切割处理,使其形成为细长条。 然后,细长条的磁性部分被磁化成刻度结构。
    • 2. 发明申请
    • Slide Operation Device
    • 滑动操作装置
    • US20080180094A1
    • 2008-07-31
    • US12021679
    • 2008-01-29
    • Kojiro KATO
    • Kojiro KATO
    • G01B7/14
    • G01B7/046
    • A slide operation device is comprised of a movement guide of a rod-shape, and a moving block that slides on the movement guide for setting an electric parameter as a measurement value in accordance with a movement amount or position of the moving block in a slide direction along the movement guide. The movement guide is composed of a slide bar and a magnetic scale material. The slide bar is formed of a rigid member with strength difficult to be bent, and formed with a groove extending along the slide direction. The magnetic scale material is made from a resin and a magnetic material and filled in the groove. The slide bar is formed with a concave which is deeper than the groove and which extends in a direction perpendicular to the slide direction, and the magnetic scale material is also filled in the concave.
    • 滑动操作装置包括杆状的移动引导件和在移动引导件上滑动的移动块,用于根据滑动件中的移动块的移动量或位置来将电参数设置为测量值 方向沿运动指南。 运动导轨由滑杆和磁力秤材料组成。 滑杆由难以弯曲的强度的刚性构件形成,并且形成有沿着滑动方向延伸的凹槽。 磁性材料由树脂和磁性材料制成并填充在凹槽中。 滑杆形成有比凹槽更深的凹部,并且在与滑动方向垂直的方向上延伸,并且磁标尺材料也填充在凹部中。
    • 3. 发明申请
    • Parameter setting apparatus
    • 参数设定装置
    • US20080078283A1
    • 2008-04-03
    • US11888804
    • 2007-08-01
    • Kojiro KatoTakeshi AndoRyotaro SugimotoAkiko ShinjoSeiji Abe
    • Kojiro KatoTakeshi AndoRyotaro SugimotoAkiko ShinjoSeiji Abe
    • G10H7/00
    • H04H60/04
    • A parameter setting portion B11 sets control parameters in accordance with respective position of operators 41 of movable operating devices 40A, 40B, and delivers the control parameters to a utilization apparatus 24. A target position move control portion B12 controls a motor 45 provided in the movable operating devices 40A, 40B in accordance with target position data stored in a target position storage portion B13 to automatically move the operators 41 to their respective target positions. An operational resistance control portion B14 imparts a resistance to a manipulation of the operator 41 in accordance with the position of the operator 41 by use of a resistance table stored in a resistance storage portion B15. The resistance continuously increases with increasing distance of the operator 41 from its target position or with increasing approach of the operator 41 to its avoidance position.
    • 参数设置部分B 11根据可移动操作装置40A,40B的操作者41的相应位置来设置控制参数,并将控制参数传送到利用装置24。 目标位置移动控制部分B 12根据存储在目标位置存储部分B 13中的目标位置数据来控制设在可移动操作装置40A,40B中的马达45,以将操作者41自动移动到它们各自的目标位置。 操作电阻控制部分B14通过使用存储在电阻存储部分B 15中的电阻表,根据操作器41的位置赋予操作者41的操纵阻力。 当操作者41与目标位置的距离增加时,或随着操作者41越来越接近其回避位置,阻力持续增加。
    • 5. 发明申请
    • Sliding operating device
    • 滑动操作装置
    • US20070193849A1
    • 2007-08-23
    • US11707507
    • 2007-02-16
    • Kojiro Kato
    • Kojiro Kato
    • F16D13/00
    • H01C10/14H01C10/30
    • A case includes first and second halves, each having an opening in its one side, combined together with the openings opposed to each other. A moving member is accommodated within the case and slidingly movable along a movement guide. An operator is connected to the moving member. The operator has a proximal end connected to the moving member, a free end projecting outwardly from an upper surface of the case, and a bent portion bent between the both ends. Tops of the first and second halves are displaced from each other, in a direction vertical to the upper surface, to form a gap permitting entry of the operator. Edge regions of the tops of the both halves overlap with each other in the direction vertical to the upper surface, and the bent portion is bent so that the free end projects outwardly through the gap in the overlapping regions.
    • 壳体包括第一和第二半部,每个在其一侧具有开口,与彼此相对的开口组合在一起。 移动构件容纳在壳体内并且可沿着移动引导件滑动移动。 操作者连接到移动构件。 操作者具有连接到移动构件的近端,从壳体的上表面向外突出的自由端和在两端之间弯曲的弯曲部分。 第一和第二半部的顶部在垂直于上表面的方向上彼此移位,以形成允许操作者进入的间隙。 两个半部的顶部的边缘区域在垂直于上表面的方向上彼此重叠,并且弯曲部分被弯曲,使得自由端通过重叠区域中的间隙向外突出。
    • 6. 发明申请
    • Slide operation apparatus
    • 滑动操作装置
    • US20070182712A1
    • 2007-08-09
    • US11698465
    • 2007-01-25
    • Kojiro Kato
    • Kojiro Kato
    • G09G5/00
    • H01C10/30
    • A slide operation apparatus capable of preventing damages to a movement guide for slidably supporting a movable member, without increasing the weight and length thereof. The movable member (70) is disposed for sliding motion relative to guide bars (78, 79). Usually, a protrusion (70a) of the movable member is apart from a bottom portion (11) of a casing (10) with a spacing, and engaging protrusions (76, 77) of the movable member is apart from a rail portion (18) of the casing with a spacing. When the movable member is displaced by being applied with a force in a direction different from a direction in which the guide bars extend, an excessive displacement of the movable member is restricted by the contact between the protrusion and the bottom plate portion or between the rail portion and the engaging protrusions.
    • 一种滑动操作装置,其能够防止对可动构件的滑动支撑的运动引导件的损坏,而不增加其重量和长度。 可移动构件(70)设置成相对于导杆(78,79)滑动。 通常,可移动部件的突起(70a)与间隔的壳体(10)的底部(11)分开,并且可移动部件的接合突起(76,77)与轨道部分 18)。 当可动构件通过以与导杆延伸的方向不同的方向施加力而移动时,可动构件的过大位移受到突起与底板部分之间或导轨之间的接触的限制 部分和接合突起。
    • 7. 发明授权
    • Slide operation device
    • 滑动操作装置
    • US08013597B2
    • 2011-09-06
    • US12021679
    • 2008-01-29
    • Kojiro Kato
    • Kojiro Kato
    • G01B7/14
    • G01B7/046
    • A slide operation device is comprised of a movement guide of a rod-shape, and a moving block that slides on the movement guide for setting an electric parameter as a measurement value in accordance with a movement amount or position of the moving block in a slide direction along the movement guide. The movement guide is composed of a slide bar and a magnetic scale material. The slide bar is formed of a rigid member with strength difficult to be bent, and formed with a groove extending along the slide direction. The magnetic scale material is made from a resin and a magnetic material and filled in the groove. The slide bar is formed with a concave which is deeper than the groove and which extends in a direction perpendicular to the slide direction, and the magnetic scale material is also filled in the concave.
    • 滑动操作装置包括杆状的移动引导件和在移动引导件上滑动的移动块,用于根据滑动件中的移动块的移动量或位置来将电参数设置为测量值 方向沿运动指南。 运动导轨由滑杆和磁力秤材料组成。 滑杆由难以弯曲的强度的刚性构件形成,并且形成有沿着滑动方向延伸的凹槽。 磁性材料由树脂和磁性材料制成并填充在凹槽中。 滑杆形成有比凹槽更深的凹部,并且在与滑动方向垂直的方向上延伸,并且磁标尺材料也填充在凹部中。
    • 8. 发明申请
    • Magnetic scale manufacturing method and magnetic scale
    • 磁性刻度制造方法和磁性刻度
    • US20070220772A1
    • 2007-09-27
    • US11726873
    • 2007-03-23
    • Kojiro KatoYoshinori Hayashi
    • Kojiro KatoYoshinori Hayashi
    • G01B7/00
    • G01D5/145Y10S33/01
    • First, an inner tube member is accommodated in an outer tube member. Then, rigid powder, having high rigidity and a hard-to-magnetize characteristic, into the inner tube member. Next, magnetic powder is filled into a recessed portion of the inner tube member. Then, the inner tube member is drawn out of the outer tube member. Then, a composite filler composed of the rigid powder, magnetic powder and outer tube member is subjected to a cold hydrostatic pressure pressing process as pre-processing. Next, the composite filler is heated and solidified into a billet. Then, the billet is subjected to a hot extrusion process so that it is formed into a bar-shaped workpiece. The bar-shaped workpiece is rolled onto a roller, and then the outer tube member is peeled off. Next, the bar-shaped workpiece is subjected to a cutting process so that it is formed into an elongated bar. Then, a magnetic section of the elongated bar is magnetized into a scale structure.
    • 首先,将内筒件容纳在外管件中。 然后,具有高刚性和难以磁化的特性的刚性粉末进入内管构件。 接下来,将磁性粉末填充到内管构件的凹部中。 然后,将内管部件从外筒部件拉出。 然后,将由刚性粉末,磁性粉末和外管部件构成的复合填料作为预处理进行冷静压压制。 接着,将复合填料加热固化成坯料。 然后,对钢坯进行热挤压加工,形成棒状工件。 将该棒状工件卷绕到辊上,然后将外管部件剥离。 接下来,对条形工件进行切割处理,使其形成为细长条。 然后,细长条的磁性部分被磁化成刻度结构。
    • 10. 发明授权
    • Sliding operating device
    • 滑动操作装置
    • US07710237B2
    • 2010-05-04
    • US11707507
    • 2007-02-16
    • Kojiro Kato
    • Kojiro Kato
    • H01C10/30
    • H01C10/14H01C10/30
    • A case includes first and second halves, each having an opening in its one side, combined together with the openings opposed to each other. A moving member is accommodated within the case and slidingly movable along a movement guide. An operator is connected to the moving member. The operator has a proximal end connected to the moving member, a free end projecting outwardly from an upper surface of the case, and a bent portion bent between the both ends. Tops of the first and second halves are displaced from each other, in a direction vertical to the upper surface, to form a gap permitting entry of the operator. Edge regions of the tops of the both halves overlap with each other in the direction vertical to the upper surface, and the bent portion is bent so that the free end projects outwardly through the gap in the overlapping regions.
    • 壳体包括第一和第二半部,每个在其一侧具有开口,与彼此相对的开口组合在一起。 移动构件容纳在壳体内并且可沿着移动引导件滑动移动。 操作者连接到移动构件。 操作者具有连接到移动构件的近端,从壳体的上表面向外突出的自由端和在两端之间弯曲的弯曲部分。 第一和第二半部的顶部在垂直于上表面的方向上彼此移位,以形成允许操作者进入的间隙。 两个半部的顶部的边缘区域在垂直于上表面的方向上彼此重叠,并且弯曲部分被弯曲,使得自由端通过重叠区域中的间隙向外突出。