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    • 34. 发明申请
    • FLAT CABLE AND PROCESS FOR PRODUCING THE SAME
    • 平板电缆及其制造方法
    • US20020046869A1
    • 2002-04-25
    • US09354365
    • 1999-07-14
    • YASUTOMI SHIMIZUOSAMU MOCHIZUKIFUMIO SHIMIZU
    • H01B011/02
    • H01B7/0876H01B7/0838H01B7/0846Y10T29/49117
    • In a flat cable having a linear portion in at least a part thereof, an improved construction of the linear portion is disclosed. The linear portion comprises: a plurality of insulated conductors juxtaposed to one another with adjacent insulated conductors other being adhered to each other to provide an integral insulative layer having on its surface crest portions and root portions; and a resin tape applied to the surface of the integral insulative layer so as to conform to the shape of the surface of the integral insulative layer having crest portions and root portions. In the production of this flat cable, a plurality of insulated conductors, together with a resin tape, are feed into a mold in its grooves. In the mold, adjacent insulated conductors in their insulative layers are fused to each other to form an integral insulate layer having on its surface crest portions and root portions, and, in addition, the resin tape is applied to the integral insulative layer so as to conform to the shape of the surface of the integral insulative layer having crest portions and root portions. In the flat cable, thus obtained, in its linear portions, the necessity of increasing the width dimension of the flat cable, which leads to deteriorated electric characteristics, can be avoided. Further, the pitch accuracy among insulated conductors is high. Furthermore, the resin tape is fused to the integral insulative layer so as to conform to the shape of the surface of the integral insulative layer having crest portions and root portions. Therefore, there is no fear of the resin tape to be separated from the insulative layer. Further, at the time of simultaneous connection of conductors in the linear portion to a connector, good fitting between the linear portion and the connector can be offered.
    • 在其至少一部分具有直线部分的扁平电缆中,公开了线性部分的改进的结构。 直线部分包括:彼此并置的多个绝缘导体,其中相邻的绝缘导体彼此粘附以提供在其表面上具有顶部和根部的整体绝缘层; 以及施加到整体绝缘层的表面以与符合具有峰部和根部的整体绝缘层的表面的形状的树脂带。 在生产这种扁平电缆时,多个绝缘导体与树脂带一起在其凹槽中进入模具。 在模具中,其绝缘层中相邻的绝缘导体彼此熔合以形成在其表面上具有顶部和根部的整体绝缘层,此外,将树脂带施加到整体绝缘层,以便 符合具有峰部和根部的整体绝缘层的表面的形状。 在这样获得的扁平电缆中,可以避免线性部分增加扁平电缆的宽度尺寸导致电气特性恶化的必要性。 此外,绝缘导体之间的间距精度高。 此外,树脂带与整体绝缘层熔合,以符合具有顶部和根部的整体绝缘层表面的形状。 因此,不用担心树脂带与绝缘层分离。 此外,在将直线部分中的导体同时连接到连接器的同时,可以提供线性部分和连接器之间的良好配合。
    • 39. 发明授权
    • Re-formable multi-conductor flat cable
    • 可重构多导体扁平电缆
    • US4165559A
    • 1979-08-28
    • US901313
    • 1978-05-01
    • Roger J. LangGary E. Lang
    • Roger J. LangGary E. Lang
    • H01B7/08H02G1/14H02G15/00
    • H01B7/0846Y10T29/49192
    • This invention relates to a re-formable multi-conductor flat, or ribbon, cable, which comprises a plurality of spaced insulated conductors, aligned in a predetermined, laterally spaced, pattern along a single sheet or film of plastic, the single sheet of plastic being only intermittently bonded to the laterally spaced conductors. The intermittent bonding pattern preferably utilized is one that results in transverse, peelably bonded, areas extending across the width of the entire cable alternating with transverse unbonded areas which also extend across the width of the entire cable. Cable harness units are formed from such cable, by severing a main cable along adjacent bonded areas, mass-terminating conductor ends within the bonded areas, severing the film in the non-bonded area to create a pair of tear tabs, removing the bonding films by exerting manual force on said tear tabs to free the intermediate portions of the conductors so that they may be re-arranged or re-formed to fit optimally within a confined space.
    • 本发明涉及一种可重复形成的多导体扁平或带状电缆,其包括多个间隔开的绝缘导体,沿着单个塑料片或薄膜以预定的横向隔开的图案排列,单张塑料片 仅间断地结合到横向间隔的导体。 优选使用的断续接合图案是导致跨越整个电缆的宽度延伸的横向,可剥离结合的区域,与横向整个电缆的宽度横向延伸的横向非接合区域交替。 电缆线束单元由这种电缆形成,通过沿着相邻的接合区域切断主电缆,在接合区域内的质量端接导体端部,在非接合区域中切断膜以产生一对撕开接头,去除接合膜 通过在所述撕裂片上施加手动力以释放导体的中间部分,使得它们可以被重新排列或重新形成以最佳地适应在限制的空间内。