1) tripping force
脱扣力
1.
By analyzing influence factor of tripping force, several measures that can steady tripping force of circuit breaker operation mechanism were stipulated in the case of no varying structure of circuit breaker.
断路器操作机构的脱扣力对断路器工作的可靠性具有较大的影响,通过分析脱扣力的影响因素,制订了在不改变断路器结构的情况下,如何稳定断路器操作机构脱扣力的几点措施。
2.
Via analysis of factors which influence circuit breaker operating mechanism tripping force, the effective method to control tripping force is given, thus e.
断路器操作机构的脱扣力对断路器工作的可靠性具有较大的影响,当断路器操作机构的脱扣力不符合断路器脱扣要求时,往往造成断路器操作机构执行动作失误,使断路器失去在线保护的功能。
3.
The linkages in low voltage circuit breaker are analyzed based on the tripping force.
在对低压断路器的连杆机构进行机构分析和受力分析的基础上,以脱扣力为优化目标,以单一变量为约束条件进行初步优化运算,根据初步优化结果选择了多变量约束条件并确立了优化模型,采用复合形法对连杆机构进行了优化设计,脱扣力比原设计有较大幅度的下降。
2) pressure trip
压力脱扣器
1.
The paper introduces the Mechanism and testing results of Puffer Arc Quenching technique, Configuration of Quenching Chamber by using this new approach, and new pressure trip based on gas pressure produced by wall ablation, which is benefit to improve the interrupting performance of Low-Voltage Circuit Breakers.
本文介绍气吹灭弧技术的机理及实验研究、新型低压断路采用气吹灭弧技术的灭弧室结构,以及利用灭弧室产气后生成的压力构成新型压力脱扣器来改进低压断路器限流性能。
3) tripping
[英]['tripiŋ] [美]['trɪpɪŋ]
脱扣
1.
Analyzes the startup procedure of gas combustion engine,combining with the practice of its turn-round,finds out its turn-round reasons after steam turbine tripping during startup,proposes solutions and presents treatment results.
通过对燃气轮机开车程序的解读,结合燃气轮机实际掉转情况,分析启动气轮机脱扣时燃气轮机掉转的原因,提出解决办法并介绍处理效果。
4) thread tripping
脱扣
1.
By means of electron microscope analysis, chemical compsition analysis, mechanical test and metallurgical structure observation of thread tripping tubing in Daqing oil fields, we conclude that the tubing thread leaks when it can not seal properly.
对大庆油田某脱扣油管进行了电镜分析、化学成分分析、机械性能测试和金相组织观察等实验研究，认为由于油管螺纹密封不严而发生泄漏，油管螺纹长期被原油冲蚀，造成螺纹齿形减薄、变形，最终导致油管脱扣。
2.
The mechanism of casing tube s thread tripping is analyzed and the measures to prevent casing tube s thread tripping are proposed in this article.
分析了套管脱扣的机理,提出了预防套管脱扣的措施,对提高套管产品质量,减少油田掉井事故的发生具有重要的参考价值。
5) release
[英][rɪ'li:s] [美][rɪ'lis]
脱扣
1.
Damage brought by canceling the under-voltage (no-voltage) release of low-voltage breaker and its solutions;
取消低压断路器欠压(失压)脱扣功能的危害及对策
2.
With the wide spreading of the electrical equipment application working under different frequencies,the primary factor affecting the circuit breaker electromagnetic release performance under different frequencies was discussed.
基于工作在不同频率下的电气设备应用日益广泛,对不同频率下影响断路器电磁脱扣性能的主要因素进行了探讨。
6) trip
[英][trɪp] [美][trɪp]
脱扣
1.
In operation process of the power plant,when the trip trouble happened in its main auxiliary units,its automatic control system can lower the load quickly and safely.
在电厂机组运行中,其主要辅机故障脱扣,自动控制系统能快速、安全降负荷并稳定机组运行。
2.
The article introduces the properties, data and under different use conditions, the design and material selection for bimetal elements, which can be as references for circuit breaker thermo-actuated tripper designers.
文章介绍了各种双金属材料的性能、参数以及不同使用条件下双金属元件的设计和材料的选择,可供断路器热动脱扣的设计人员参考。
补充资料：毕扣扣灵碱
分子式：
CAS号：
性质：又称毕扣扣灵(碱)，荷包牡丹碱。天然存在的是右旋体。细长片状结晶(由氯仿-甲醇中结晶)。熔点215℃。也有报道熔点177℃。旋光度+130.5°(由氯仿中结晶)，pKa4.84。溶于苯、氯仿、醋酸乙酯，微溶于乙醇和乙醚；无色柱状棱晶(由甲醇中结晶)，熔点195℃，旋光度+123°(c=3.58，氯仿)。易溶于氯仿，不易溶于乙醚、丙酮及乙醇中，能溶于热的苛性碱中。存在于罂粟科植物土延胡(Corydalishumosa Migo)的块茎中，化学合成可得到其外消旋体。具有兴奋子宫作用。具有强烈的致惊厥作用，且发作快、持续时间短，有可能用作癫痫的诊断用药。
CAS号：
性质：又称毕扣扣灵(碱)，荷包牡丹碱。天然存在的是右旋体。细长片状结晶(由氯仿-甲醇中结晶)。熔点215℃。也有报道熔点177℃。旋光度+130.5°(由氯仿中结晶)，pKa4.84。溶于苯、氯仿、醋酸乙酯，微溶于乙醇和乙醚；无色柱状棱晶(由甲醇中结晶)，熔点195℃，旋光度+123°(c=3.58，氯仿)。易溶于氯仿，不易溶于乙醚、丙酮及乙醇中，能溶于热的苛性碱中。存在于罂粟科植物土延胡(Corydalishumosa Migo)的块茎中，化学合成可得到其外消旋体。具有兴奋子宫作用。具有强烈的致惊厥作用，且发作快、持续时间短，有可能用作癫痫的诊断用药。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条