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    • 2. 发明授权
    • Laser ablation device and thin film forming method
    • 激光烧蚀装置及薄膜成型方法
    • US5415901A
    • 1995-05-16
    • US69520
    • 1993-06-01
    • Kunio TanakaYouichi OhnishiYoshikazu YoshidaYukio Nishikawa
    • Kunio TanakaYouichi OhnishiYoshikazu YoshidaYukio Nishikawa
    • C23C14/08C23C14/00C23C14/28C30B23/02H01F10/20H01F41/20
    • H01F41/205C23C14/0021C23C14/28C30B23/002H01F10/20
    • A laser ablation device for forming a thin film includes a vacuum chamber having a gas introduction port through which an oxidating gas is introduced into the chamber, and a light-transmittable section, a target holder disposed in the vacuum chamber for holding a target made of a film forming material of an oxide, an object holder confronting the target holder for holding an object on which the thin film is to be formed, a short wavelength laser which emits a first short wavelength laser light passing to the target in the vacuum chamber through the light-transmittable section from outside of the vacuum chamber, and a short wavelength laser light irradiating device for irradiating the object with a second short wavelength laser light passing into the vacuum chamber through the light-transmittable section from outside of the vacuum chamber. The second short wavelength laser light has an intensity lower than that of the first short wavelength laser light irradiating the target. Alternatively, a short wavelength laser light passing device causes the second short wavelength laser light to pass through the light-transmittable section from outside of the vacuum chamber and then to pass in the vicinity of a surface of the object in the vacuum chamber as approximately parallel to the surface of the object.
    • 用于形成薄膜的激光烧蚀装置包括具有气体导入口的真空室,通过该气体导入口将氧化气体引入到室中,以及透光部,设置在真空室中的用于保持由 形成氧化物的成膜材料,面对用于保持要形成薄膜的物体的目标保持器的物体保持器,发射通过真空室中的目标物的第一短波长激光的短波长激光器,通过 来自真空室的外部的透光部分和用于通过透光部分从真空室外部向第一短波长激光照射物体的短波长激光照射装置。 第二短波长激光的强度比照射目标的第一短波长激光的强度低。 或者,短波长激光通过装置使第二短波长激光从真空室的外部通过透光部,然后在真空室内的物体的表面附近大致平行 到物体的表面。
    • 3. 发明授权
    • Laser ablation apparatus
    • 激光消融装置
    • US5227608A
    • 1993-07-13
    • US922768
    • 1992-07-31
    • Yoshikazu YoshidaYukio NishikawaKunio Tanaka
    • Yoshikazu YoshidaYukio NishikawaKunio Tanaka
    • B23K26/12B23K26/16B23K26/36
    • B23K26/123B23K26/1224B23K26/16B23K26/362
    • A laser ablation apparatus includes a laser beam source for ablation for emitting a first laser beam, a lens for focusing the first laser beam, a vacuum chamber having a window on its wall through which the first laser beam is injected into the vacuum chamber, a target holder arranged in the vacuum chamber to hold a target onto which the first laser beam is irradiated, a substrate holder arranged opposing to the target holder in the vacuum chamber to hold a substrate, and a laser beam source for particle decomposition for emitting a second laser beam in the vacuum chamber to decompose particles turned out from the target by the first laser beam in the vacuum chamber. The apparatus can further include a pair of mirrors, arranged on both sides of the target holder, for multiply reflecting the second laser beam over the target holder.
    • 激光烧蚀装置包括用于发射第一激光束的用于烧蚀的激光束源,用于聚焦第一激光束的透镜,在其壁上具有窗口的真空室,第一激光束通过该窗口注入到真空室中, 设置在所述真空室中的目标夹持器,用于保持照射所述第一激光束的目标;在所述真空室中与所述目标保持器相对配置以保持基板的基板保持器,以及用于发射第二激光束的用于粒子分解的激光束源 激光束在真空室中,以通过真空室中的第一激光束分解从目标物转出的颗粒。 该装置还可以包括一对反射镜,其布置在目标支架的两侧,用于将第二激光束反射超过目标支架。
    • 6. 发明授权
    • Sputtering apparatus
    • 溅射装置
    • US5037521A
    • 1991-08-06
    • US504548
    • 1990-04-04
    • Yukio NishikawaKunio TanakaYoshikazu Yoshida
    • Yukio NishikawaKunio TanakaYoshikazu Yoshida
    • C23C14/34C23C14/28C23C14/54
    • C23C14/28
    • A sputtering apparatus for producing a thin film with use of a laser beam is disclosed. The sputtering apparatus comprises a vacuum chamber, a target and a substrate disposed inside the vacuum chamber, a laser beam-projecting unit, a beam-shape adjusting unit, an optical scanning unit, and a light-converging unit. The optical scanning unit comprises a mirror which rotates to allow the laser beam to scan the target, and the angular speed thereof is regulated so as to move the spot of the laser beam at a fixed speed on the target. The beam-shape adjusting unit or the light-converging unit moves along its optical axis in synchronization with the movement of the mirror of the optical scanning unit, thereby keeping the spot of the laser beam at a predetermined size.
    • 公开了一种使用激光束制造薄膜的溅射装置。 溅射装置包括真空室,靶和设置在真空室内部的基板,激光束投射单元,光束形状调节单元,光学扫描单元和聚光单元。 光学扫描单元包括反射镜,其旋转以允许激光束扫描目标,并且其角速度被调节以便将激光束的光点以固定速度移动到目标上。 光束形状调整单元或聚光单元与光学扫描单元的反射镜的移动同步地沿其光轴移动,从而将激光束的光点保持在预定的尺寸。
    • 8. 发明授权
    • Sputtering apparatus
    • 溅射装置
    • US5006218A
    • 1991-04-09
    • US556002
    • 1990-07-16
    • Yoshikazu YoshidaKunio Tanaka
    • Yoshikazu YoshidaKunio Tanaka
    • C23C14/34C23C14/35H01J37/34H01L21/203H05H1/46
    • C23C14/351H01J37/3402
    • A sputtering apparatus includes: a discharge chamber having four curved side surfaces protruding toward a center of the chamber to form a discharge space surrounded by the side surfaces therein; a gas inlet and a gas outlet each formed at the chamber; cylindrical cathodes; plural permanent magnets arranged outside each of the side surfaces of the chamber; a sputtering electrode arranged at the space surrounded by the curved side surfaces; and a bed for holding a substrate, which is arranged in the chamber and opposed to the sputtering electrode. Each of the cathodes is arranged between the adjacent curved side surfaces of the chamber. A negative electric potential is applied to each of the cathodes. The adjacent permanent magnets have different magnetic poles to each other. The surface of substrate held by the bed is parallel to the opposed surface of the sputtering electrode, and the surfaces of the substrate and the electrode are arranged crossing the curved side surfaces.
    • 溅射装置包括:排出室,其具有朝向所述室的中心突出的四个弯曲侧表面,以形成由其侧表面包围的放电空间; 每个在所述室处形成的气体入口和气体出口; 圆柱形阴极; 布置在室的每个侧表面之外的多个永磁体; 设置在由弯曲侧面包围的空间的溅射电极; 以及用于保持基板的床,其布置在室中并与溅射电极相对。 每个阴极布置在腔室的相邻弯曲侧表面之间。 对每个阴极施加负电位。 相邻的永磁体具有彼此不同的磁极。 由床保持的基板的表面平行于溅射电极的相对表面,并且基板和电极的表面布置成与弯曲的侧表面相交。
    • 9. 发明授权
    • DC motor driving apparatus
    • 直流电动机驱动装置
    • US06384555B1
    • 2002-05-07
    • US09559526
    • 2000-04-28
    • Kunio Tanaka
    • Kunio Tanaka
    • H02P100
    • H02P7/04
    • One terminal 3a of the DC motor 3 is connected to the power supply terminal 301, and the other terminal 3b of the DC motor 3 is connected to the ground terminal 302 through the FET 1. The FET 2 is connected between the terminal 3a and terminal 3b of the DC motor 3. A reversal input terminal of the comparator 6 is connected to the terminal 3a of the DC motor 3, and a non-reversal input terminal of the comparator 6 is connected to the terminal 3b of the DC motor 3. The output terminal of the comparator 6 is connected to the gate of the FET 2 through the switch SW1. The CPU 200 supplies a control signal FV which is changed at a predetermined period T according to the speed signal supplied from the receiver 100, to the gate of the FET 2 through the driver 7. When the counter electromotive force is generated in the DC motor 3, the comparator 6 supplies a high level control signal RD to the gate of the FET 2 through the switch SW1.
    • 直流电动机3的一个端子3a连接到电源端子301,直流电动机3的另一个端子3b通过FET1连接到接地端子302.FET2连接在端子3a和端子 比较器6的反相输入端子连接到直流电动机3的端子3a,比较器6的非反相输入端子连接到直流电动机3的端子3b。 比较器6的输出端通过开关SW1连接到FET2的栅极。 CPU 200根据从接收器100提供的速度信号,在预定周期T改变控制信号FV,通过驱动器7向FET2的门提供。当在直流电动机中产生反电动势时 如图3所示,比较器6通过开关SW1向FET2的栅极提供高电平控制信号RD。