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    • 5. 发明申请
    • Vacuum closure with linear drive unit
    • 带线性驱动单元的真空关闭
    • US20060102863A1
    • 2006-05-18
    • US11143822
    • 2005-06-02
    • Stefan BangertMichael KonigRalph LindenbergUwe SchusslerTobias StolleyFrank Fuchs
    • Stefan BangertMichael KonigRalph LindenbergUwe SchusslerTobias StolleyFrank Fuchs
    • F16K11/074
    • F16K31/04F16K51/02
    • This invention relates to a vacuum treatment installation and a device therefor for the tight, especially vacuum-tight closing of an aperture, in particular a slit-like or rectangular aperture with a length that is preferably a multiple of the width of the aperture, in particular for a lock arrangement of a vacuum treatment installation, said device having a closure member (2) and for said closure member a linear drive unit (3,4,5) which, by way of a translational movement, can move the closure member from an open position into a closed position, said closure member having a sealing surface which is disposed in a plane (16) and which, in the closed position, makes sealing contact with a counter-sealing surface on the aperture side, and said plane running perpendicular to the direction of the translational movement (14) and at an oblique angle to the aperture normal (13).
    • 本发明涉及一种真空处理装置及其装置,用于紧密,特别地真空密封孔,特别是狭缝状或矩形孔,其长度优选为孔的宽度的倍数,在 特别是用于真空处理装置的锁定装置,所述装置具有闭合构件(2),并且对于所述闭合构件,线性驱动单元(3,4,5)通过平移运动可移动闭合构件 从打开位置到关闭位置,所述封闭构件具有设置在平面(16)中的密封表面,并且在关闭位置与密封面密封接触开口侧上的反向密封表面,并且所述平面 垂直于平移运动(14)的方向延伸并且与孔径法线(13)成倾斜的角度。
    • 6. 发明申请
    • Cathodic sputtering apparatus
    • 阴极溅射装置
    • US20050034981A1
    • 2005-02-17
    • US10851998
    • 2004-05-20
    • Frank FuchsStefan BangertRalph LindenbergHelmut GrimmTobias StolleyUwe Schussler
    • Frank FuchsStefan BangertRalph LindenbergHelmut GrimmTobias StolleyUwe Schussler
    • C23C14/35C23C14/00C23C14/34H01J37/34
    • H01J37/3455C23C14/3407C23C14/35H01J37/3405
    • The invention relates to a cathodic sputtering apparatus (8) for coating substrates (17) in a vacuum, comprising an essentially tubular support for the material to be sputtered (2) which is rotatable about its longitudinal axis, a cooling system which is suitable for circulating a cooling medium in the tubular support (2) in conjunction with a cooling device external to the support (2), a device for connecting to an electrical power circuit, and a device for the rotary drive of the tubular support about its longitudinal axis. This apparatus also is provided with a magnet system which extends along the axis for the magnetic confinement of a plasma which is provided near a target made of the material to be sputtered, the magnet system being composed of pole shoes (9, 10), magnet yokes (12, 13) made of magnetically permeable metal, and magnetization means (5) which are suitable for generating a magnetic flux in the magnet system. The magnet poles of one polarity in the magnet system are situated outside the tubular target support (2) and enclose same in a frame-like manner, and the opposite magnetic poles are provided in the tubular, rotatable target support (2).
    • 本发明涉及一种用于在真空中涂覆基底(17)的阴极溅射装置(8),其包括可围绕其纵向轴线旋转的待溅射材料(2)的基本上管状的支撑件,适用于 将冷却介质与支撑件(2)外部的冷却装置结合在一起,在管状支撑件(2)中循环冷却介质,用于连接到电力回路的装置和用于管状支撑件围绕其纵向轴线的旋转驱动的装置 。 该装置还设置有磁体系统,其沿着轴线延伸,用于限制等离子体的磁场限制,等离子体设置在由被溅射材料制成的靶材附近,磁体系统由极靴(9,10),磁体 由导磁体金属制成的轭铁(12,13)和适用于在磁铁系统中产生磁通量的磁化装置(5)。 磁体系中一个极性的磁极位于管状目标支架(2)的外侧并以框架状方式封闭,并且相对的磁极设置在管状可转动的目标支架(2)中。
    • 7. 发明申请
    • Vacuum treatment installation for flat rectangular or square substrates
    • 平面矩形或方形衬底的真空处理设备
    • US20050081791A1
    • 2005-04-21
    • US10932563
    • 2004-09-02
    • Ralph LindenbergFrank FuchsUwe SchusslerStefan BangertTobias Stolley
    • Ralph LindenbergFrank FuchsUwe SchusslerStefan BangertTobias Stolley
    • C23C14/56B65G49/06H01L21/205H01L21/68C23C16/00
    • C23C14/568B65G49/067B65G2249/02
    • A vacuum treatment installation is provided for flat substrates of large edge lengths, which are conducted to and treated in an at least substantially perpendicular position. The treatment installation comprises a vacuum chamber with at least two treatment chambers, distributed over the circumference and open at the chamber side, a series of interlocks and a rotatable configuration of substrate holders (13) within the vacuum chamber with a driving mechanism (1) for the sequential rotation and radial movement of the substrate holders (13) relative to the treatment chambers. In order to decrease the placement area, the chamber volumes and the evacuation times, to simplify the “handling”, and especially to decrease the contamination hazard of the substrates by spalled-off layer particles, it is proposed that the substrate holders (13) are connected to the driving mechanism (1) in their lower regions via connecting rods (8), and that at least the lower pivot bearings of the connecting rod configurations (8) are disposed below a horizontal center line (M) of the height (H) of the bearing surface of the substrate holders (13). All pivot bearings are preferably disposed below the horizontal center line (M). Alternatively, parallelogram connecting rod configurations suspended on extension arms (4) can be disposed or trapezoidal connecting rod configurations can be placed onto a rotary table. The substrate transport takes place free of frames and preferably in the upward direction sloped at an angle between 1 and 20 degrees with respect to the rotational axis.
    • 提供了一种真空处理装置,用于大边缘长度的平坦基底,其被传导至至少基本上垂直的位置处理和处理。 处理装置包括具有至少两个处理室的真空室,分布在圆周上并在室侧开口,在真空室内具有驱动机构(1)的一系列互锁和基板保持件(13)的可旋转构造, 用于衬底保持器(13)相对于处理室的顺序旋转和径向移动。 为了减少放置面积,室容积和抽空时间,为了简化“处理”,特别是通过剥离层颗粒来减少基板的污染危害,提出了基板保持件(13) 通过连杆(8)在其下部区域连接到驱动机构(1),并且至少连杆结构(8)的下枢转轴承设置在高度的水平中心线(M)的下方 (13)的轴承表面。 所有枢转轴承优选地设置在水平中心线(M)的下方。 或者,可以布置悬挂在延伸臂(4)上的平行四边形连杆构造,或者可以将梯形连杆构造放置在旋转台上。 衬底传送发生在没有框架的情况下,并且优选地在向上方向上以相对于旋转轴线以1和20度之间的角度倾斜。