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. 发明公开
    • Atomic probe type microscope apparatus
    • Mikroskopische Vorrichtung mit atomarem传感器。
    • EP0400541A1
    • 1990-12-05
    • EP90110088.3
    • 1990-05-28
    • OLYMPUS OPTICAL CO., LTD.
    • Toda, Akitoshi
    • G12B7/00H01J37/252
    • G01Q60/16G01Q60/58Y10S977/871
    • A scanning tunneling microscopy apparatus includes a specimen mount (45) on which a specimen (50) is located, a probe (33) for scanning the surface of the specimen (50), and a scanning unit (31, 32, 45) for two- or three-dimensionally changing a relative posi­tional relation between the specimen (50) and the probe (33). A temperature control mechanism is located near the probe (33) and/or the specimen (50) to achieve temperature control. It is thus possible to eliminate an adverse effect upon the resolution of a microscope which results from a temperature variation and to make a measurement under any given temperature condition. The temperature control mechanism includes a Peltier element (35) as a source for heating and cooling and a temperature sensor (37).
    • 扫描隧道显微镜装置包括:试样(50)所在的试样支架(45);用于扫描试样(50)表面的探针(33);以及扫描单元(31,32,45),用于 二维或三维地改变样本(50)和探针(33)之间的相对位置关系。 温度控制机构位于探头(33)和/或试样(50)附近以实现温度控制。 因此可以消除由温度变化导致的显微镜的分辨率的不利影响,并且在任何给定的温度条件下进行测量。 温度控制机构包括作为加热和冷却的源的珀尔帖元件(35)和温度传感器(37)。
    • 5. 发明公开
    • Tunnel current data storage apparatus having separate lever bodies
    • Tunnelstromdatenaufzeichnungsgerätmit getrennten Hebelanordnungen。
    • EP0381113A2
    • 1990-08-08
    • EP90101723.6
    • 1990-01-29
    • OLYMPUS OPTICAL CO., LTD.
    • Kajimura, HiroshiKouchi, ToshihitoToda, AkitoshiIsono, YasuoMimura, YoshiyukiOhta, HirokoShimizu, Ryouhei
    • G11B9/00
    • G11B9/14G01Q70/06G01Q80/00G11B9/1427G11B9/1454G11B11/08G11B11/10G11B17/32G11B17/34G11B21/00G11B21/02G11B21/12Y10S977/947
    • A data storage apparatus includes a first lever body (10) having a piezoelectric driving section, and a second lever body (20) which is disposed to separate from and to be perpendicular to the first lever body (10), and has a piezoelectric driving section. A recording medium (22) is formed on a portion of the second lever body (20), and records desired data. A plurality of probes (12₁ to 12 n ) are disposed on a portion of the first lever body (10) to oppose the recording medium (22) at a predetermined interval, and detect a change in state at predetermined positions on the recording medium (22) as a change in tunnel current or a change in three-dimensional pattern. A voltage applying circuit (39, 40) alternately applies predeter­mined voltages to the piezoelectric driving sections of the first and second lever bodies (10, 20) to separately drive the plurality of probes (12₁ to 12 n ) in different directions, thereby three-dimensionally scanning the recording medium (22).
    • 数据存储装置包括具有压电驱动部分的第一杠杆体(10)和与第一杠杆体(10)分离并垂直于第一杠杆体(10)的第二杠杆体(20),并具有压电驱动 部分。 记录介质(22)形成在第二杠杆体(20)的一部分上,并记录所需数据。 多个探针(121〜12n)设置在第一杆体(10)的与预定间隔相对的记录介质(22)的一部分上,并检测记录介质(22)上的预定位置的状态变化 )作为隧道电流的变化或三维图案的变化。 电压施加电路(39,40)交替地对第一和第二杠杆体(10,20)的压电驱动部分施加预定的电压,以分别驱动多个探针(121至12n)在不同方向上,从而三维地 扫描记录介质(22)。
    • 9. 发明公开
    • Fine surface profile measuring apparatus
    • Vorrichtung zum Messen feinerOberflächenprofile。
    • EP0297254A1
    • 1989-01-04
    • EP88107513.9
    • 1988-05-10
    • OLYMPUS OPTICAL CO., LTD.
    • Sato, EiichiKoshiishi, KiyozoShigetomi, SadaoTanaka, SyunpeiYoshinaga, MakotoMorita, TerumasaNagano, ChikaraKobayashi, ShoheiSato, ChiakiToda, AkitoshiKubo, MitunoriTofukuji, Ikuo
    • G01B11/24G01B11/30
    • G01B11/24G01B9/04
    • A fine surface profile meter includes an X-Y stage, supported by a leaf spring, for supporting a sample thereon, a piezoelectric actuator for two-dimensionally scanning the X-Y stage, a positioning table, disposed below the X-Y stage, for positioning the X-Y stage at an arbitrary position, an objective lens disposed above the X-Y stage, an observation optical system for allowing an operator to observe an enlarged sample image, a measure­ment optical system, an optical axis of which is aligned with an optical path of the objective lens through a beam splitter, the measurement optical system for emit­ting a laser beam onto the sample through the objective lens and to receive the laser beam reflected by the sample, a calculator circuit for calculating height information of the sample using an output from the measurement optical system and for obtaining a two-­dimensional distribution of the height information, a cover for shielding the X-Y stage, the positioning means, the objective lens, the beam splitter, the observation optical system, and the measurement optical system from an outer atmosphere, a detachable measure­ment unit for integrally holding the objective lens, the beam splitter, and the measurement optical system, a supporting plate supported on the X-Y stage through columns, and an arm, mounted on the supporting plate, for supporting the measurement optical system and the observation optical system.
    • 精细表面轮廓仪包括由板簧支撑的用于支撑样品的XY台,用于二维扫描XY台的压电致动器,设置在XY台下方的定位台,用于将XY台定位在 任意位置,设置在XY台上方的物镜,用于允许操作者观察放大的样本图像的观察光学系统,测量光学系统,其光轴与物镜的光路对准,通过 光束分离器,用于通过物镜将激光束发射到样品上并且接收由样品反射的激光束的测量光学系统,用于使用来自测量光学系统的输出来计算样本的高度信息的计算器电路, 获得高度信息的二维分布,用于屏蔽XY平台的盖子,定位装置,物镜,th 光束分离器,观察光学系统和来自外部大气的测量光学系统,用于一体地保持物镜的分离测量单元,分束器和测量光学系统,支撑板,其通过柱支撑在XY平台上 以及安装在支撑板上的支撑测量光学系统和观察光学系统的臂。