1) breakout box
断接盒
2) cut-out box
熔断器盒
3) Breakout BoX
中断盒
4) water receiver
接水盒
1.
The molding process of refrigerator water receiver, structure and work process of injection mold are introduced in detail.
详细介绍了冰箱接水盒注塑件的成型工艺及注射模的结构及工作过程。
2.
Over the forming process analysis to plastic parts of water receiver, a feasible mold design project is provided, and a kind of demoulding mechanism of dual-slanting sliders is designed, which solves the technical problems of demoulding difficulty in lifting ear of plastic parts.
通过对接水盒塑件进行成型工艺分析,提出了合理的模具设计方案,设计了一种双斜滑块脱模机构,解决了塑件挂耳部分脱模困难的技术难题。
5) junction box
接线盒
1.
According to the function and structure and dimension of junction box, the material capability and injecting technology were analyzed, the structure of injection mold was designed.
根据接线盒盒体的功能、结构与尺寸,进行了材料性能、注射工艺等分析,设计了注射模。
2.
The rain leak defect of the junction box on the hoist seat of the main transformer bushing has a negative effect on the transformer operation.
介绍了主变套管升高座接线盒防雨性能的缺陷和对主变运行可靠性的影响及提高其防雨能力的方
3.
The computer program was used to optimize the casting process for the stator temperature measurement junction box.
以定子测温接线盒为例,介绍了利用计算机程序进行铸造工艺方法的优化设计。
6) terminal box
接线盒
1.
In order to solve the distortion of terminal box after hydraulic test, it has improved the technology,hydraulic testing device and the fittings for this test.
为了解决高压隔爆接线盒的水压试验变形问题,对水压工艺及水压机、水压工具作了改进。
2.
It is presented that the design features of terminal box for Series YBK2 flameproof three-phase induction motor,comparing with Series YBK and a design proposal is given in this article.
文章对YBK系列电动机和YBK2系列电动机接线盒的规格进行了比较,介绍了YBK2系列电动机接线盒的设计特点,最后给出设计方案。
3.
In this article,it put forward about the design highlights and points to be attention of the sealing structure for cable entry used in explosion-proof motor,by comparative analysis of sealing structures of terminal boxes both here and abroad.
通过对国内外防爆电机接线盒电缆密封结构的对比分析,提出了防爆电机接线盒电缆密封结构的设计要点以及应注意的问题。
补充资料：熔断器
| 熔断器 fuse 以金属导体作为熔体而分断电路的电器。串联于电路中，当过载或短路电流通过熔体时，熔体自身将发热而熔断，从而对电力系统、各种电工设备及家用电器起到保护作用。具有反时延特性，当过载电流小时，熔断时间长；过载电流大时，熔断时间短。因此，在一定过载电流范围内至电流恢复正常，熔断器不会熔断，可以继续使用。熔断器主要由熔体、外壳和支座3 部分组成，其中熔体是控制熔断特性的关键元件。 |
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