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    • 42. 发明授权
    • Mirror support mechanism and optical apparatus using the same
    • 镜面支撑机构及使用其的光学装置
    • US07125129B2
    • 2006-10-24
    • US10872556
    • 2004-06-22
    • Takeharu OshimaNoboru Ito
    • Takeharu OshimaNoboru Ito
    • G02B7/185
    • G02B7/183
    • A fluid pressure support mechanism has a container in which fluid pressure is applied and fluid tubes are connected to the fluid pressure support mechanisms and to a fluid pressure control unit in such a way as to make all the fluid pressure support mechanisms communicate with each other, then a fluid pressure control unit applies the fluid pressure to the containers in the respective fluid pressure support mechanisms via the fluid tubes and controls the fluid pressure, and an electrically attractive actuator translates a mirror in an axial direction with one degree of freedom for translation by attracting force produced by a driven member and an electromagnet.
    • 流体压力支撑机构具有其中施加流体压力的容器和流体管连接到流体压力支撑机构和流体压力控制单元,使得所有流体压力支撑机构彼此连通, 然后流体压力控制单元通过流体管将流体压力施加到相应的流体压力支撑机构中的容器并控制流体压力,并且电吸引致动器致动器在轴向上平移反射镜,具有一个自由度用于平移 由从动构件和电磁体产生的吸引力。
    • 43. 发明申请
    • Reflector device
    • 反射装置
    • US20060221473A1
    • 2006-10-05
    • US10569272
    • 2004-07-14
    • Takeharu OshimaNoboru Ito
    • Takeharu OshimaNoboru Ito
    • G02B7/182
    • G02B7/183G02B23/06
    • In a reflecting mirror, a plurality of segmented mirrors are grouped into a plurality of groups of a cluster, and are supported by a plurality of sub mirror cells. The plurality of sub mirror cells are supported by a mirror cell, and all the segmented mirrors are supported by the mirror cell. A reference cell is supported by a plurality of force support mechanisms disposed in the mirror cell with the reference cell being nearly in a weightlessness state. Projections and depressions are prevented from occurring in an axial direction of the reflecting mirror due to a self weight deformation, and the reference cell can be used as a reference surface for control of the positions of the plurality of segmented mirrors and those of the plurality of cluster mirrors in the axial direction of the reflecting mirror.
    • 在反射镜中,多个分割后的反射镜被分组成多个群组,由多个子镜像单元支持。 多个子镜像单元由镜像单元支持,所有的分割后的镜由镜单元支持。 参考单元由布置在反射镜单元中的多个力支撑机构支撑,参考单元几乎处于失重状态。 由于自重变形,防止反射镜的轴向发生突出和凹陷,并且参考单元可以用作用于控制多个分段镜和多个分割镜的位置的参考表面 簇反射镜在反射镜的轴向上。
    • 44. 发明授权
    • Extrusion-molded magnetic body comprising samarium-iron-nitrogen system magnetic particles
    • 包含钐 - 铁 - 氮系统磁性颗粒的挤压成型磁体
    • US06190573B1
    • 2001-02-20
    • US09258270
    • 1999-02-26
    • Noboru Ito
    • Noboru Ito
    • H01R100
    • H01F41/0266H01F1/059
    • This invention is directed to an extrusion-molded magnet comprising a samarium-iron-nitrogen material, which is novel and capable of exhibiting excellent magnetic properties, i.e., samarium-iron-nitrogen system magnetic particles excellent in magnetic properties. A permanent magnet material comprising a samarium-iron-nitrogen system magnetized anisotropy particles and having increased inter-iron atom distance and elevated magnetic saturation. The magnet material is prepared by a method of causing nitrogen intrusion into the iron crystal lattice of a samarium-iron alloy by holding the alloy in a nitrogen gas at about 500 degrees C. The prepared permanent magnet material is added to a thermoplastic polyolefin system synthetic resin, and the admixture is thermally fused and kneaded. The paste thus obtained is charged into an extrusion molder and extruded through a magnetic field device, which is at an end of the extrusion molder and has an internal die, thus obtaining a molded magnet. The resulting molded magnet which has a particle array in a fixed orientation and is flexible. The molded magnet is magnetized with a magnetizing device in conformity to the particle array.
    • 本发明涉及包含钐铁 - 氮 - 氮材料的挤出模制磁体,其是新颖的并且能够表现出优异的磁性能,即磁性能优异的钐 - 铁 - 氮系统磁性颗粒。一种永久磁铁材料,包括 钐 - 铁 - 氮系统磁化各向异性颗粒,并且具有增加的铁间距离和升高的磁饱和度。 通过在约500℃下将合金保持在氮气中,使氮气侵入钐 - 铁合金的铁晶格中的方法制备磁体材料。将制备的永久磁铁材料加入到合成的热塑性聚烯烃体系 树脂,并将该混合物热熔和捏合。 将由此获得的糊料装入挤出成型机中,并通过位于挤出成型机端部的磁场装置挤出,并具有内部模具,从而获得模制磁体。 所得到的模制磁体具有固定取向并具有柔性的颗粒阵列。 模制磁体用与颗粒阵列一致的磁化装置磁化。
    • 45. 发明授权
    • Developing method
    • 开发方法
    • US6136487A
    • 2000-10-24
    • US818790
    • 1997-03-14
    • Tamotsu ShimizuNoboru ItoYoshio SakagawaYoshiyuki Iguchi
    • Tamotsu ShimizuNoboru ItoYoshio SakagawaYoshiyuki Iguchi
    • G03G13/09
    • G03G13/09
    • In a developing method of exposing the surface of a charged image carrying member to form an electrostatic latent image on the surface of the image carrying member, while conveying a developer containing toners and carriers to a developing region opposite to the image carrying member having the electrostatic latent image formed thereon by a developer conveying member, and applying at least an AC voltage between the image carrying member and the developer conveying member in the developing region, to develop the electrostatic latent image formed on the image carrying member, the relationship among an initial surface potential V0 at the image carrying member, a surface potential Vir at an exposed portion of the image carrying member, a peak-to-peak value Vp-p of the AC voltage applied between the image carrying member and the developer conveying member in the developing region, and a distance Ds (mm) between the image carrying member and the developer conveying member in the developing region satisfies the following condition:.vertline.V0-Vir.vertline./(Vp-p/Ds)
    • 在使带电图像承载构件的表面露出以在图像承载构件的表面上形成静电潜像的显影方法中,同时将含有调色剂和载体的显影剂输送到与具有静电的图像承载构件相对的显影区域 通过显影剂输送构件在其上形成的潜像,并且在显影区域中的图像承载构件和显影剂输送构件之间施加至少一个AC电压,以形成形成在图像承载构件上的静电潜像,初始 图像承载构件的表面电位V0,图像承载构件的暴露部分的表面电位Vir,施加在图像承载构件和显影剂输送构件之间的AC电压的峰 - 峰值Vp-p 显影区域,以及图像承载部件和显影剂传送部件之间的距离Ds(mm) 满足以下条件:| V0-Vir | /(Vp-p / Ds)<0.08(mm)