输电线路可靠性运行的关键是悬式绝缘子的质量。
The key to safe operation of electrical transmission line is the quality of suspension insulator.
本实用新型涉及一种高压线路类的盘形悬式绝缘子。
The utility relates to a disc type suspending insulator for high voltage circuit.
盘型悬式绝缘子自动胶装机的设计包括机械系统设计和气压传动控制设计。
The design of automatic cementing device for cap and pin insulator consists of mechanical system and pneumatic driving control.
绝缘子按结构可分为支持绝缘子、悬式绝缘子、防污型绝缘子和套管绝缘子。
According to the structure, the insulators can be divided into support insulator, suspension insulator, anti-pollution insulator and hollow insulator.
以悬式绝缘子的干燥为例，将少空气快速干燥器干燥与传统形式干燥进行了简单对比。
A brief comparison of the dryer with the traditional one with the example of cap and pin type insulator body is presented.
以悬式绝缘子的干燥为例，将少空气快速干燥器干燥与传统形式干燥进行了简单对比。
A brief comparison of the dryer with the traditional one with the example of cap and pin type insulator body is presente...
本文的研究结果对进一步分析悬式绝缘子的积污特性和设计绝缘子具有重要的参考价值。
The results of the research have an important reference value on the further analysis of suspension insulators'pollution characteristics and the design or insulators.
本文利用有限元素法和导电纸模拟试验的方法，对悬式绝缘子的电场分布进行了分析计算。
Using the finite element method and the method of conductive paper analogue test, the analysis and calculation of the electric field distribution of the hanging insulator is carried out.
提出了悬式绝缘子的动态积污理论，基于动态积污理论提出了指导防污工作的方法，编写了污闪预警软件。
Based on the dynamic contamination theory, the methods to guide the pollution flashover prevention are put forward. The pollution flashover warning software is made.
因此，对盘形悬式绝缘子直流覆冰试验方法进行研究，对直流覆冰输电线路外绝缘特性的研究具有重大的意义。
Therefore, it has great significance to research DC icing test methods on disk-shaped suspension insulator for study of DC transmission line characteristics of external insulation.
利用电网络法对特高压悬式瓷绝缘子串均压环的尺寸及罩入深度进行了优化计算。
The size and cover depth of corona rings of UHV suspension porcelain insulator stings were calculated by electric-network method.
结果表明，棒形悬式瓷绝缘子重量轻，抗老化性能好，耐污性能较好，拉伸强度高，不可击穿，使用维护简便。
The results show that the long rod insulator features light weight, better anti-ageing performance, better anti-pollution behaviour, high tensile strength, puncture-proof and easy maintenance.
最后指出如何进一步提高棒形悬式瓷绝缘子的耐污性能，使其达到或超过目前复合绝缘子的耐污水平是摆在各制造厂家面前的一大课题。
Finally, the author points out that how to improve the anti-pollution performance of porcelain long rod insulator and make it catch or surpass that of composite insulator is the key...
分析了棒形悬式复合绝缘子所采用的内楔式、外楔式及压接式三种端部附件连接结构的受力情况，发现三种端部附件和芯棒连接均是通过过盈配合来实现的；
The stress status of end fittings connection of inner wedge, outer wedge and clamp construction is analyzed. The connection of fittings with core achieved with tight fit.
分析了棒形悬式复合绝缘子所采用的内楔式、外楔式及压接式三种端部附件连接结构的受力情况，发现三种端部附件和芯棒连接均是通过过盈配合来实现的；
The stress status of end fittings connection of inner wedge, outer wedge and clamp construction is analyzed. The connection of fittings with core achieved with tight fit.
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