终端头、中间接头处应挂标志牌。
而电缆的中间接头制作又是其中的关键。
And of which the fabrication of the cable intermediate joint is the key.
电力电缆中间接头的温度，是反映其运行状态的重要参数。
The thermal degree of power cable junctions is the major parameter which reflects cable working situations.
本文详细介绍了中间接头的制作，压接工具的选择，以及其施工方法与技术难点。
In this paper, the fabrication of intermediate joint, selection of crimping tool, construction procedure and difficult point in technique are introduced in detail.
介绍了电缆敷设路径、电缆的基本结构、布置方式、电缆中间接头的结构、电缆接地方式。
The laying path, basic structure, layout mode, the intermediate joint structure and grounding mode of the cable were also described.
电缆隧道的安全稳定运行是氧化铝安全生产的瓶颈环节，而电缆的中间接头制作又是其中的关键。
Safety stable operation of cable subway is the bottle neck of aluminium oxide safety production, and of which the fabrication of the cable intermediate joint is the key.
随着新工艺、新技术在电缆附件上的应用，越来越多的预制式中间接头被应用到了电缆中间接头上。
The prefabricated intermediate joints have been more and more widely used in the intermediate joints of the cable.
在分析交联聚乙烯电力电缆及连接头结构基础上对交联聚乙烯电缆中间接头内外部温度关系进行了实验研究。
The relation of interior temperature and exterior temperature of XLPE cable joint is studied in lab based on structure analyzing of XLPE cable and cable joint.
可对任意形状的带电体进行防护，解决相间距的不足，用于被损坏电缆修补，电力电缆中间接头侧面密封等问题。
It Can be charged for any body shape for protection, with space to solve the shortage, for repairing damaged cable, Power cable Joints side sealing problems.
这个东西的玻璃盖是用活动接头从中间接起来的。
用热等静压扩散连接法获得了硬质合金与球墨铸铁的直接连接接头和以镍箔为中间夹层的间接连接接头。
The direct bonding joint between cemented carbide and nodular cast iron and the indirect bonding joint by using nickel foil as intermediate layer were obtained by HIP diffusion bonding process.
用热等静压扩散连接法获得了硬质合金与球墨铸铁的直接连接接头和以镍箔为中间夹层的间接连接接头。
The direct bonding joint between cemented carbide and nodular cast iron and the indirect bonding joint by using nickel foil as intermediate layer were obtained by HIP diffusion bonding process.
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