会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明申请
    • Spindle Motor
    • 主轴电机
    • US20090189471A1
    • 2009-07-30
    • US12181901
    • 2008-07-29
    • Hisato AmanoYuji EnomotoMatahiro KomuroYuichi SatsuFumio Tajima
    • Hisato AmanoYuji EnomotoMatahiro KomuroYuichi SatsuFumio Tajima
    • H02K21/22
    • G11B19/2009H02K1/146H02K21/22H02K29/03
    • A spindle motor having a stator and a rotor includes: a stator core provided in the stator having salient-poles; a stator coil arranged between the salient-poles; a rotor; and a permanent magnet provided in the rotor. The stator core includes a stack of steel sheets whose salient-poles are formed by etching. The permanent magnet includes a ferromagnetic material consisting mainly of iron. The ferromagnetic material has formed in laminae on a surface thereof a layer of a fluorine compound containing an alkali element, an alkaline earth element or a rare earth element formed in laminae. Near an interface between the ferromagnetic material and the layer of the fluorine compound, iron exists in the layer of the fluorine compound such that a basic crystal structure of the fluorine compound is not changed and the fluorine compound containing the iron exists in the layer of the fluorine compound.
    • 具有定子和转子的主轴电动机包括:定子芯,其设置在具有凸极的定子中; 布置在凸极之间的定子线圈; 转子 以及设置在转子中的永磁体。 定子铁芯包括通过蚀刻形成凸极的钢板叠层。 永磁体包括主要由铁组成的铁磁材料。 铁磁材料在其表面上形成有层状的氟化合物,其含有形成在层中的碱金属元素,碱土金属元素或稀土元素。 在铁磁材料和氟化合物层之间的界面附近,铁存在于氟化合物的层中,使得氟化合物的碱性晶体结构不变,含铁的氟化合物存在于 氟化合物。
    • 5. 发明授权
    • Magnetic field control method and magnetic field generator
    • 磁场控制方法和磁场发生器
    • US07986205B2
    • 2011-07-26
    • US11992778
    • 2006-09-29
    • Kentarou HorisakaHisato Amano
    • Kentarou HorisakaHisato Amano
    • H01F1/00H01F3/00H01F7/00H01F7/02G01V3/00
    • A61B1/041A61B1/00158A61B34/70A61B34/73A61B2034/732
    • There is provided a magnetic field generator 10 which is capable of varying an orientation of a magnetic field at a target position P easily in all directions. The magnetic field generator 10 includes a pair of magnetic field generating units 16a, 16b which are disposed coaxially so that their respective first main surfaces 28a, 28b oppose in parallel to each other, with a gap G in between. The magnetic field generating units 16a, 16b are rotated by rotation drive units 20a, 20b respectively in Arrow A directions. By rotating each of the magnetic field generating units 16a, 16b in the same one direction of the Arrow A directions by the same angle, the orientation of the magnetic field at the target position P is varied on an X-Z plane. On the other hand, by rotating at least one of the magnetic field generating units 16a, 16b in an Arrow A direction so as to change positional relationship between the magnetic pole of the field generating unit 16a and the magnetic pole of the magnetic field generating unit 16b, the inclination of the orientation of the magnetic field at the target position P with respect to the X-Z plane is varied.
    • 提供了能够容易地在各个方向上改变目标位置P处的磁场的取向的磁场发生器10。 磁场发生器10包括一对磁场产生单元16a,16b,它们同轴地设置,使得它们各自的第一主表面28a,28b彼此平行地相对,间隙为G。 磁场产生单元16a,16b分别在箭头A方向上旋转驱动单元20a,20b旋转。 通过沿箭头A方向的相同的一个方向旋转各磁场产生单元16a,16b相同角度,在X-Z平面上改变目标位置P处的磁场的取向。 另一方面,通过使箭头A方向上的磁场产生部16a,16b中的至少一方旋转,使磁场产生部16a的磁极与磁场产生部的磁极之间的位置关系变化 如图16b所示,改变目标位置P处的相对于XZ平面的磁场取向的倾斜度。
    • 6. 发明申请
    • Magnetic Field Control Method and Magnetic Field Generator
    • 磁场控制方法和磁场发生器
    • US20090231073A1
    • 2009-09-17
    • US11992778
    • 2006-09-29
    • Kentarou HorisakaHisato Amano
    • Kentarou HorisakaHisato Amano
    • H01F7/00
    • A61B1/041A61B1/00158A61B34/70A61B34/73A61B2034/732
    • There is provided a magnetic field generator 10 which is capable of varying an orientation of a magnetic field at a target position P easily in all directions. The magnetic field generator 10 includes a pair of magnetic field generating units 16a, 16b which are disposed coaxially so that their respective first main surfaces 28a, 28b oppose in parallel to each other, with a gap G in between. The magnetic field generating units 16a, 16b are rotated by rotation drive units 20a, 20b respectively in Arrow A directions. By rotating each of the magnetic field generating units 16a, 16b in the same one direction of the Arrow A directions by the same angle, the orientation of the magnetic field at the target position P is varied on an X-Z plane. On the other hand, by rotating at least one of the magnetic field generating units 16a, 16b in an Arrow A direction so as to change positional relationship between the magnetic pole of the field generating unit 16a and the magnetic pole of the magnetic field generating unit 16b, the inclination of the orientation of the magnetic field at the target position P with respect to the X-Z plane is varied.
    • 提供了能够容易地在各个方向上改变目标位置P处的磁场的取向的磁场发生器10。 磁场发生器10包括一对磁场产生单元16a,16b,它们同轴地设置,使得它们各自的第一主表面28a,28b彼此平行地相对,间隙为G。 磁场产生单元16a,16b分别在箭头A方向上旋转驱动单元20a,20b旋转。 通过沿箭头A方向的相同的一个方向旋转各磁场产生单元16a,16b相同角度,在X-Z平面上改变目标位置P处的磁场的取向。 另一方面,通过使箭头A方向上的磁场产生部16a,16b中的至少一方旋转,使磁场产生部16a的磁极与磁场产生部的磁极之间的位置关系变化 如图16b所示,改变目标位置P处的相对于XZ平面的磁场取向的倾斜度。