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    • 3. 发明申请
    • Method for producing a multilayer coating and the use thereof
    • 多层涂层的制造方法及其用途
    • US20040094425A1
    • 2004-05-20
    • US10381534
    • 2003-03-26
    • Karl-Heinz Grosse-BrinkhausGeorg Wigger
    • C25D005/50
    • B05D7/544
    • A process for producing a multicoat system on a substrate, in which a) an electrodeposition coating film is deposited on the substrate, b) the electrodeposition coating film is predried by heating to a predrying temperature for a predetermined period, c) a coat of a surfacer is applied to the electrodeposition coating film, and d) the electrodeposition coating film and the coat of the surfacer are baked together at elevated temperatures, and in which the predrying temperature in step b) is equal to the temperature (Tp) or lies above the temperature (Tp) at which the loss factor tannull, which is the quotient formed from the loss modulus Enull and the storage modulus Enull, of the unbaked electrodeposition coating material shows a maximum, and the use of the resulting multicoat system.
    • 一种在基板上制造多点印刷系统的方法,其中a)将电沉积涂膜沉积在基板上,b)电沉积涂膜通过加热到预烘烤温度预定的时间段,c) 将表面涂料施加到电沉积涂膜上,d)将电沉积涂膜和表面涂层在高温下烘烤在一起,步骤b)中的预干燥温度等于温度(Tp)或上述 由未烘烤的电沉积涂层材料的损耗模量E“和储能模量E'形成的商的损耗系数tandelta显示最大值的温度(Tp)以及所得到的多芯体系的使用。
    • 4. 发明申请
    • Metal transfer sheet, producing method thereof, and producing method of ceramic condenser
    • 金属转印片及其制造方法以及陶瓷电容器的制造方法
    • US20030219608A1
    • 2003-11-27
    • US10442069
    • 2003-05-21
    • Hitoshi IshizakaYasuhiko YamamotoKazuo OuchiTakashi OdaTakuji Okeyui
    • B32B015/04C25D005/50
    • C23C28/023C25D1/04C25D5/34H05K1/0306H05K3/205Y10T428/12882Y10T428/1291
    • A metal transfer sheet which is so low in peel-strength as to be transferred to an object to be transferred with ease and reliability; a producing method thereof; and a ceramic condenser producing method for producing a reliable, compact, thin-layer ceramic condenser with improved production efficiency by transferring a metal layer to the ceramic condenser by using the metal transfer sheet. After a first metal layer is formed on a carrier film in a sputtering or an electrolytic plating method, the member thus formed is dipped in plating solution and voltage is applied in such a way that the first metal layer side is anode, to form a passive film. Sequentially, with the polarity reversed, voltage is applied in such a way that the passive film side is cathode, to form the second metal layer. After this manner, a metal transfer sheet in which the first metal layer and the second metal layer are laminated through the passive film interposed therebetween is obtained. Thereafter, the second metal layer is transferred to a ceramic green sheet in the form of an internal electrode.
    • 一种金属转印片,其剥离强度低,易于转移到被转印物体上,可靠性高; 其制造方法; 以及通过使用金属转印片将金属层转移到陶瓷冷凝器的陶瓷电容器制造方法,其制造可靠,紧凑的薄层陶瓷电容器,其具有提高的生产效率。 在溅射法或电解电镀法中在载体膜上形成第一金属层之后,将如此形成的部件浸入电镀溶液中,并以第一金属层侧为阳极的方式施加电压,形成被动 电影。 接着,极性反转,以无源膜侧为阴极的方式施加电压,形成第二金属层。 此后,得到金属转印片,其中第一金属层和第二金属层通过其间的钝化膜层压。 此后,第二金属层以内部电极的形式转移到陶瓷生片。
    • 7. 发明申请
    • Method and apparatus for induction heat treating electrical contacts
    • 感应热处理电触头的方法和装置
    • US20030150531A1
    • 2003-08-14
    • US10073488
    • 2002-02-11
    • George Jyh-Shann ChouBogdan Octav Ciocirlan
    • C25D005/50
    • H01R13/03C25D5/50H01R43/16
    • A method and apparatus are provided in accordance with embodiments of the present invention for heat-treating electrical contacts. The method and apparatus include plating a core wire with at least one conductive coating to form an electrical contact that experiences internal stresses. The method and apparatus further include induction heating the electrical contact for a predetermined period of time to at least partially relieve the internal stresses. A plurality of electrical contacts may be mounted on a substrate that is held near induction coils to cause heating. The electrical contacts may be formed with spring shaped bodies that are aligned at a desired orientation within magnetic fields created during induction heating. In accordance with at least one embodiment of the present invention, different portions of each electrical contact may be annealed by different desired amounts. The electrical contacts are annealed such that a base portion of each electrical contact undergoes less annealing to retain superior strength properties and the flexible portion of the electrical contact which retains superior stress-relaxation properties.
    • 根据本发明的实施例提供了一种用于热电接触的方法和装置。 该方法和装置包括用至少一个导电涂层电镀芯线以形成经历内部应力的电接触。 该方法和装置还包括感应加热电接触一段预定的时间以至少部分地减轻内应力。 多个电触点可以安装在保持在感应线圈附近以引起加热的基板上。 电触点可以形成有弹簧形体,其在感应加热期间产生的磁场内以期望的取向对准。 根据本发明的至少一个实施例,每个电接触的不同部分可以通过不同的期望量进行退火。 电触点退火,使得每个电接触的基部经历较少的退火以保持优异的强度性能和保持优异的应力松弛性能的电接触的柔性部分。