首页> 外国专利> The electric electronic parts which include the part being jointed with the connection method and said connection method of the plane surface bundle conductors, in the joint system null circuit substrate of the plane surface bundle conductors, and the plane surface bundle conductors which

The electric electronic parts which include the part being jointed with the connection method and said connection method of the plane surface bundle conductors, in the joint system null circuit substrate of the plane surface bundle conductors, and the plane surface bundle conductors which

机译:电气电子零件,其特征在于,在所述平面束状导体的接合方式为空电路基板中,包括与所述平面束状导体的连接方法及所述连接方法接合的部分,以及所述平面束状导体。

摘要

PROBLEM TO BE SOLVED: To provide the connection method for surely connecting a minute planar multiple conductor.;SOLUTION: Plating layers (13, 14) of low melting point metal are respectively adhered to the surfaces of conductors (12, 22) of flexible planar multiple conductor (10) and rigid planar multiple conductor (20). The concave and convex portions are formed depending on the mold to the flexible planar multiple conductor along the axial line thereof. In the overlapping region of the flexible planar multiple conductor, a bonding agent is adhered to form a bonding agent layer (15). Under the normal temperature, both multiple conductors are aligned with the conductors thereof provided opposed with each other and these are heated for a very short period using an iron or the like to attain temporary bonding. These are then finally bonded with pressure using a bonder under the higher pressure and temperature. Consequently, the fused low melting point metal bridge-couples the corresponding conductors, and the periphery thereof is bonded through thermosetting of the bonding agent.;COPYRIGHT: (C)2004,JPO&NCIPI
机译:解决的问题:提供可靠地连接微小平面多导体的连接方法;解决方案:低熔点金属的镀层(13、14)分别粘附到柔性平面导体(12、22)的表面上多导体(10)和刚性平面多导体(20)。凹部和凸部根据模具而沿着其轴线形成在挠性平面多导体上。在柔性平面多导体的重叠区域中,粘接剂被粘接以形成粘接剂层(15)。在常温下,两个导体均与彼此相对设置的导体对准,并使用铁等将其加热非常短的时间以达到临时结合。然后最后在较高的压力和温度下使用粘合剂将其加压。因此,熔融的低熔点金属桥接相应的导体,并通过粘合剂的热固性粘合其外围。COPYRIGHT:(C)2004,JPO&NCIPI

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