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    • 21. 发明授权
    • Method for galvanically forming conductor structures of high-purity copper in the production of integrated circuits
    • 在集成电路生产中电镀高纯度铜导体结构的方法
    • US06793795B1
    • 2004-09-21
    • US09831763
    • 2001-05-11
    • Heinrich MeyerAndreas Thies
    • Heinrich MeyerAndreas Thies
    • C25D2118
    • H01L21/76877H01L21/2885
    • A method is disclosed for electrolytically forming conductor structures from highly pure copper on surfaces of semiconductor substrates, which surfaces are provided with recesses, when producing integrated circuits. The method includes the steps of coating the surfaces of the semiconductor substrates with a full-surface basic metal layer in order to achieve sufficient conductance for the electrolytic depositions, depositing full-surface deposition of copper layers of uniform layer thickness on the basic metal layer by an electrolytic metal deposition method, and structuring the copper layer. The electrolytic metal deposition method is accomplished by bringing the semiconductor substrates into contact with a copper deposition bath containing at least one copper ion source, at least one additive compound for controlling the physico-mechanical properties of the copper layers, and Fe(II) and/or Fe(III) compounds, and applying an electric voltage between the semiconductor substrates and dimensionally stable counter-electrodes.
    • 公开了一种用于在制造集成电路时从半导体衬底的表面上的高纯度铜电解形成导体结构的方法,该表面设置有凹部。 该方法包括以下步骤:用全表面碱性金属层涂覆半导体衬底的表面,以便为电解沉积获得足够的电导,通过在基本金属层上沉积具有均匀层厚度的铜层的全表面沉积 电解金属沉积法,构成铜层。 电解金属沉积方法是通过使半导体衬底与含有至少一种铜离子源的铜沉积浴,至少一种用于控制铜层的物理机械性能的添加剂化合物和Fe(II)和 /或Fe(III)化合物,并且在半导体衬底和尺寸稳定的对电极之间施加电压。
    • 22. 发明授权
    • Method for producing metallized substrate materials
    • 金属化基板材料的制造方法
    • US06706201B1
    • 2004-03-16
    • US09673760
    • 2000-12-21
    • Heinrich MeyerRalf SchulzRoland HeinzEckart Klusmann
    • Heinrich MeyerRalf SchulzRoland HeinzEckart Klusmann
    • C23C402
    • H05K3/388C23C16/0245C23C16/06H05K1/034H05K3/146
    • For manufacturing substrate materials which are needed for the manufacture of electrical circuit carriers, methods are known in which metal layers are applied to a dielectric substrate by means of a glow discharge process and thereafter additional metal layers are applied by means of electroplating processes. These methods however are not suitable for the manufacture of substrate materials which are suitable for high frequency applications in the gigahertz range. The invention starts from the previously-mentioned methods and solves the described problem through the use of fluoropolymers and through coating of these materials by means of a glow discharge process with nickel, since by this means even very smooth surfaces of the substrate can be securely coated. The metallised materials can be coated with additional metal layers from electroless or electrolytic deposition baths.
    • 为了制造制造电路载体所需的衬底材料,已知通过辉光放电工艺将金属层施加到电介质衬底的方法,此后通过电镀工艺施加额外的金属层。 然而,这些方法不适用于适用于千兆赫兹范围的高频应用的基片材料的制造。 本发明从先前提到的方法开始,通过使用含氟聚合物并通过利用镍的辉光放电法涂覆这些材料来解决所述的问题,因为通过这种方式,可以牢固地涂覆基材的非常光滑的表面 。 金属化材料可以从化学镀或电解沉积浴中涂覆附加的金属层。
    • 28. 发明授权
    • Hydraulically damping engine bearing
    • 液压阻尼发动机轴承
    • US06220584B1
    • 2001-04-24
    • US09275343
    • 1999-03-24
    • Heinrich Meyer
    • Heinrich Meyer
    • F16F1326
    • B60K5/1266B60K5/1283F16F13/26
    • A hydraulically damping engine bearing having fluid-filled chambers bordered at least partially by elastic walls, a limitedly deflectable diaphragm separating the chambers, and at least one channel connecting the chambers. A bearing spring rate characteristic is adjustable by an arrangement that includes an additional suspension spring arranged outside of one of the chambers. An intermediate space is bordered by the suspension spring together with an outer wall of one of the chambers. A valve, in communication with the intermediate space, enables the space to be aerated and de-aerated.
    • 液压阻尼发动机轴承,其具有至少部分地由弹性壁邻接的流体填充室,分隔室的有限可偏转的隔膜以及连接室的至少一个通道。 轴承弹簧特性可以通过一种布置来调节,该布置包括布置在其中一个室之外的附加悬架弹簧。 中间空间与其中一个室的外壁一起被悬挂弹簧界定。 与中间空间连通的阀门使空间得以充气和脱气。
    • 30. 发明申请
    • AXIALLY DAMPING HYDRAULIC MOUNT
    • 轴向阻尼液压装置
    • US20110291336A1
    • 2011-12-01
    • US13133965
    • 2009-12-01
    • Heinrich MeyerDetlev HagedornStefan Vollmann
    • Heinrich MeyerDetlev HagedornStefan Vollmann
    • F16F13/22F16F13/08
    • F16F13/22F16F13/106
    • Axially damping hydraulic mount is provided, relating to elastomer mounts for engine mounts for damping the vibrations transmitted from internal combustion engine to the body and for acoustic decoupling. The hydraulic mount includes a frustoconical elastomer support spring, between mount core and upper part of outer jacket, with a working chamber and a compensating chamber for fluid damping medium. Chambers are separated from one another by a separator extending transversely to the mount axis and includes a coupling diaphragm, wherein the working chamber is enclosed by support spring and separating element. Compensating chamber is enclosed by separating element and elastomer bellows. A duct on the separating element is enclosed by a duct part. To counteract excessive increase in dynamic spring rate when frequencies of axially acting vibrations are present, the duct part is occupied by an additional mass. Then the duct part is rigidly connected to a mass element.
    • 提供了轴向阻尼液压支架,涉及用于发动机支架的弹性体支架,用于阻尼从内燃机传递到车身的振动和用于声学解耦。 液压支架包括一个截头圆锥形弹性体支撑弹簧,位于安装芯和外护套的上部之间,具有工作室和用于流体阻尼介质的补偿室。 室通过横向于安装轴线延伸的分离器彼此分开,并且包括耦合隔膜,其中工作室由支撑弹簧和分离元件包围。 补偿室由分离元件和弹性体波纹管封闭。 分离元件上的管道被管道部分包围。 为了克服轴向作用振动的频率存在时动态弹簧刚度的过度增加,管道部分被另外的质量占据。 然后,管道部分刚性地连接到质量元件。