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    • 4. 发明公开
    • Electroplating cell
    • 电镀。
    • EP0466386A1
    • 1992-01-15
    • EP91306010.9
    • 1991-07-02
    • AT&T Corp.
    • Abys, Joseph AnthonyKadija, Igor Veljko
    • C25D5/04G01N27/42
    • G01N27/42C25D5/04C25D17/02C25D17/12C25D21/12Y10S204/07
    • Electrodeposition in surface finishing as well as in electroforming can be performed in a broad range of hydrodynamic conditions. In some instances, such as barrel plating, the liquid is barely moving relative to the work piece, while in jet plating the solution moves up to several meters per second relative to the piece to be plated. In such a wide range of hydrodynamic conditions, the selection of appropriate quality control (QC) methods for each particular operation is very critical. The QC method has to resemble the manufacturing operation in terms of the hydrodynamic conditions otherwise the quality control and the functional test for the bath performance have no meaning. Available Hull Cell systems have a limited capability in varying the liquid velocity. At best a relative velocity of up to 20 or perhaps 30 cm/sec can be achieved with uneven distribution.
      The invention provides, in electroplaring QC methods for manufacturing, better similarity and relevance between a Hull Cell QC test and a particular plating operation. The invention is a simple and yet functional instrument which can be used to identify the performance of the plating bath prior to manufacturing operation under similar hydrodynamic conditions. The instrument is a rotaring cylinder with a flexible Cu test panel attached to its surface. Like a Hull Cell, a range of current density can be simultaneously applied. Unlike a Hull Cell, the rotating speed of the cylinder and hence the solution agitation is practically unlimited. The operator can identify the operating window for the particular process and apply them to the production line. The instrument has also demonstrated usefulness in developing proprietary electroplating chemistries.
    • 7. 发明公开
    • Thermal annealing of palladium alloys
    • 铜合金的热退火
    • EP0524760A3
    • 1994-07-13
    • EP92306432.3
    • 1992-07-14
    • AT&T Corp.
    • Abys, Joseph AnthonyKadija, Igor VeljkoMaisano, Joseph John, Jr.Nakahara, Shohei
    • C25D5/50C25D3/56
    • C25D5/50
    • This invention is concerned with production of electrical devices comprising an electrodeposited conductive region free from cracking defects. In the production of a contact portion of the device from a metal strip electroplated with a conductive stripe of an alloy, the stripe exhibited, upon stamping and forming operation, cracked areas. Typically, the stripe coating on the metal strip, such as a copper bronze material, includes a layer of nickel, a layer of palladium alloyed with nickel, cobalt, arsenic or silver, and a flash coating of hard gold. The cracking defects were eliminated by subjecting the plated strip to an annealing treatment prior to the stamping and forming operation. After the heat-treatment, the stripe was free from cracks and separations between the successive layers.
    • 本发明涉及包括没有裂纹缺陷的电沉积导电区域的电气装置的生产。 在从由合金的导电条带电镀的金属带制造器件的接触部分时,条纹在冲压和成形操作时表现为破裂区域。 通常,金属条上的条纹涂层(例如铜青铜材料)包括镍层,与镍,钴,砷或银合金的钯层和硬金的闪光涂层。 通过在冲压和成型操作之前对镀带进行退火处理来消除裂纹缺陷。 在热处理之后,条纹在连续层之间没有裂缝和分离。
    • 8. 发明公开
    • Synthesis of palladium hydroxide compounds
    • 合成钯 - 羟基 - 维生素
    • EP0545586A1
    • 1993-06-09
    • EP92310587.8
    • 1992-11-19
    • AT&T Corp.
    • Abys, Joseph AnthonyKadija, Igor VeljkoMaisano, Joseph John, Jr.
    • B01D61/44C25B1/00C25D3/52C01G55/00
    • C25B1/00B01D61/44C01G55/00
    • This invention embodies a process for synthesizing electrodialythically palladium ammine hydroxide for use in palladium plating baths. The electrodialysis takes place in a cell with a catholyte, a product and an anolyte compartments which are divided by a fluorinated anion permselective membranes. Catholyte solution readily supplies OH ions, raw starting solution contains palladium ammine ions and anions capable of migrating into the anolyte compartment, and anolyte solution readily absorbs the anions from the raw solution. Electrodes, placed in the outer compartments, are placed no more than 5 cm apart. The process is conducted with current densities of 500 ASF or less, with 200 ASF being preferable, with current efficiencies of 50 to 90 percent, with 60-80 percent being preferable, and at bath temperatures of from above freezing to 40°C, with 25-40°C being preferable. The electrodialysis results in a stable palladium diammine hydroxide solution containing a small fraction of starting palladium diammine compound, such as palladium diammine chloride, making the final solution readily useable either as a replenishing or a plating solution.
    • 本发明体现了一种用于钯电镀浴中电解氧化合钯氢氧化铵合成的方法。 电渗析在具有阴极电解液,产物和阳极电解液室的电池中进行,其被氟化阴离子选择性选择膜分开。 阴极溶液容易提供OH离子,原始起始溶液含有能够迁移到阳极电解液室的钯氨离子和阴离子,阳极电解液容易从原始溶液中吸收阴离子。 放置在外隔室中的电极不得超过5厘米。 该过程以500ASF或更低的电流密度进行,其中优选200 ASF,电流效率为50至90%,优选为60-80%,并且在高于40℃的浴温度下, 25-40℃是优选的。 电渗析产生稳定的钯二氨氢氧化物溶液,其含有一小部分起始钯二胺化合物,例如氯化二钯,使最终溶液作为补充剂或电镀溶液容易使用。