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    • 2. 发明授权
    • Process for making a silicon carbide sintered body
    • 制造碳化硅烧结体的方法
    • US6001756A
    • 1999-12-14
    • US853719
    • 1997-05-09
    • Yoshitomo TakahashiHiroaki WadaTaro Miyamoto
    • Yoshitomo TakahashiHiroaki WadaTaro Miyamoto
    • C04B35/575C04B35/569
    • C04B35/575
    • A silicon carbide sintered body according to the present invention is a silicon carbide sintered body having a density of 2.9 g/cm.sup.3 or higher, obtained by means of hot pressing a mixture of silicon carbide powder and a non-metal-based sintering additive such as an organic compound which produces carbon upon heating at a temperature of 2,000.degree. C. to 2,400.degree. C. and under a pressure of 300 to 700 kgf/cm.sup.2 in a non-oxidizing atmosphere. It is preferable that the silicon carbide powder have an average particle diameter of from 0.01 to 10 .mu.m and that the non-metal sintering additive be a resol type phenol resin. The present invention is to provide a silicon carbide sintered body of high quality which has a high density, a high purity, and a high electrical conductivity and which is useful for semiconductor manufacturing industry.
    • 根据本发明的碳化硅烧结体是通过热压碳化硅粉末和非金属类烧结添加剂的混合物得到的密度为2.9g / cm 3以上的碳化硅烧结体,例如 在非氧化性气氛中,在2,000〜2400℃,300〜700kgf / cm2的压力下加热生成碳的有机化合物。 碳化硅粉末的平均粒径优选为0.01〜10μm,非金属烧结添加剂为甲阶型酚醛树脂。 本发明提供一种高密度,高纯度,高导电性的高品质碳化硅烧结体,可用于半导体制造业。
    • 4. 发明授权
    • Drive guide apparatus
    • 驱动导向装置
    • US07586219B2
    • 2009-09-08
    • US12078256
    • 2008-03-28
    • Taro MiyamotoToshiyuki AsoShuhei YamanakaWataru Nakayama
    • Taro MiyamotoToshiyuki AsoShuhei YamanakaWataru Nakayama
    • H02K41/00
    • F16C29/06H02K5/18H02K7/08H02K9/00H02K9/02H02K9/22H02K41/031
    • The present invention provides a drive guide apparatus capable of ensuring an increased lifetime by preventing heat generated from a primary side of a linear motor from being transferred to a rail or a moving member of a guide mechanism to which the primary side of the linear motor is connected, thereby preventing variation of rolling resistance or sliding resistance of the guide mechanism. The drive guide apparatus has a linear motor and a guide mechanism that has a rail and a moving member provided to be movable relative to the rail. A primary side of the linear motor is connected to the rail. Thermal insulators for blocking heat generated from the primary side of the linear motor are provided between the primary side and the rail of the guide mechanism to which the primary side is connected directly or indirectly.
    • 本发明提供一种驱动引导装置,其能够通过防止从线性电动机的一次侧产生的热量转移到直线电动机的一次侧的导向机构的轨道或移动部件,从而确保寿命延长 从而防止导向机构的滚动阻力或滑动阻力的变化。 驱动引导装置具有直线电动机和引导机构,该引导机构具有设置成能够相对于轨道移动的轨道和移动构件。 线性电动机的初级侧连接到轨道。 用于阻止从线性电动机的初级侧产生的热的绝热体设置在主要侧面直接或间接连接的引导机构的初级侧和轨道之间。
    • 5. 发明申请
    • Rod-Type Linear Motor
    • 杆式直线电机
    • US20080303356A1
    • 2008-12-11
    • US11576179
    • 2005-09-30
    • Toshiyuki AsoTaro MiyamotoShuhei Yamanaka
    • Toshiyuki AsoTaro MiyamotoShuhei Yamanaka
    • H02K33/00H02K15/10
    • H02K41/031H02K1/04H02K1/34H02K5/02H02K5/08H02K7/08H02K15/03H02K2207/03Y10T29/49009
    • By reviewing a material of a forcer housing and an assembly structure of a coil member with respect to the forcer housing, a thrust force is increased, an optimum shape can be easily given to the forcer housing depending on a purpose of use, and a linear motor can be manufactured at low cost. The linear motor includes a magnet rod composed of a large number of magnetic poles arranged with predetermined pitches along an axial direction and a forcer having a through-hole into which the magnet rod is loosely inserted and reciprocatable relatively to the magnet rod according to an applied electric signal. The forcer is composed of a forcer housing in which the through-hole is defined and a coil member which is arranged on an inner peripheral surface of the through-hole of the forcer housing and to which the electric signal is applied. The forcer housing is formed by mold forming with an insulating nonmetal inorganic material.
    • 通过回顾相对于锻炼壳体的锻炼壳体的材料和线圈构件的组装结构,推力被增加,根据使用目的,可以容易地向锻炼器壳体给出最佳形状,并且线性 电机可以低成本制造。 线性电动机包括:由沿着轴向以规定间距配置的大量磁极构成的磁棒和具有贯通孔的推进器,磁通杆相对于磁棒而相对于磁棒而松动地插入并往复运动, 电信号。 该锻炼器由其中限定了通孔的锻炼壳体和布置在锻炼壳体的通孔的内周表面上并且施加电信号的线圈构件构成。 锻造器壳体由具有绝缘的非金属无机材料的模具成型形成。
    • 6. 发明申请
    • LINEAR SYNCHRONOUS MOTOR AND LINEAR MOTOR ACTUATOR
    • 线性同步电机和线性电机执行器
    • US20090127939A1
    • 2009-05-21
    • US12088829
    • 2006-09-05
    • Hiroshi KaneshigeTaro MiyamotoAkihiro Unno
    • Hiroshi KaneshigeTaro MiyamotoAkihiro Unno
    • H02K41/03
    • H02K41/03
    • Provided is a linear synchronous motor in which, when a three-phase alternating current passes through a coil of a mover, thrust forces generated by the alternating currents of each phase are equalized, thereby making it possible to minimize variation in thrust force, the linear synchronous motor including: a stator magnet (4) in which N poles and S poles are alternately arranged linearly; and a mover (5) which is opposed to the stator magnet (4) at an interval therefrom, and which generates a shifting magnetic field along with passage of a three-phase alternating current, for applying a thrust force to the stator magnet (4), in which: the mover (5) includes a core member (50) in which teeth (52), the number of which is a whole-number multiple of a number of phases of the alternating currents, are arranged, and a coil (51) which is wound around the teeth (52) and through which the alternating current of any one of the phases passes; and of the plurality of teeth (52) provided to the core member (50), the teeth (52) corresponding to a u phase and a w phase of the alternating currents passing through the coil (51) wound around the teeth (52) at both ends of the core member (50) have distal ends protruding toward the stator magnet (4) further than distal ends of the residual teeth (52).
    • 提供一种线性同步电动机,其中当三相交流通过动子的线圈时,由各相的交流电产生的推力相等,从而使推力的变化最小化,线性 同步电动机包括:定子磁体(4),其中N极和S极线性地交替排列; 以及与定子磁体(4)间隔开的移动体(5),并且随着三相交流电流产生移动磁场,用于向定子磁体(4)施加推力 ),其中:所述动子(5)包括芯构件(50),所述芯构件(50)布置有齿数(52),其数量是所述交流电的多个相位的整数倍,并且线圈 (51),其缠绕在所述齿(52)周围,并且任一相的交流电通过所述齿; 和设置在所述芯构件(50)上的所述多个齿(52)中,所述齿(52)对应于在两者上缠绕在所述齿(52)上的通过所述线圈(51)的交流电的au相和相位 芯构件(50)的端部具有远离剩余齿(52)的远端朝向定子磁体(4)突出的远端。
    • 7. 发明授权
    • Drive guide device
    • 驱动导向装置
    • US07368837B2
    • 2008-05-06
    • US10518081
    • 2003-06-27
    • Taro MiyamotoToshiyuki AsoShuhei YamanakaWataru Nakayama
    • Taro MiyamotoToshiyuki AsoShuhei YamanakaWataru Nakayama
    • H02K41/00
    • F16C29/06H02K5/18H02K7/08H02K9/00H02K9/02H02K9/22H02K41/031
    • The present invention provides a drive guide apparatus capable of ensuring an increased lifetime by preventing heat generated from a primary side of a linear motor from being transferred to a rail or a moving member of a guide mechanism to which the primary side of the linear motor is connected, thereby preventing variation of rolling resistance or sliding resistance of the guide mechanism. The drive guide apparatus has a linear motor and a guide mechanism that has a rail and a moving member provided to be movable relative to the rail. A primary side of the linear motor is connected to the rail. Thermal for blocking heat generated from the primary side of the linear motor are provided between the primary side and the rail of the guide mechanism to which the primary side is connected directly or indirectly.
    • 本发明提供一种驱动引导装置,其能够通过防止从线性电动机的一次侧产生的热量转移到直线电动机的一次侧的导向机构的轨道或移动部件,从而确保寿命延长 从而防止导向机构的滚动阻力或滑动阻力的变化。 驱动引导装置具有直线电动机和引导机构,该引导机构具有设置成能够相对于轨道移动的轨道和移动构件。 线性电动机的初级侧连接到轨道。 用于阻断从线性电动机的初级侧产生的热的热量设置在主要侧面直接或间接连接的引导机构的初级侧和轨道之间。