Charging is controlled by the micro-computer chip, fast and effective; and when charging is complete, the automatic shutdown feature prevents battery explosion, safe and reliable.
充电由微型计算机芯片控制，快速有效，并且充电完成时自动关机功能，防止电池爆炸，安全可靠。
What triggers the explosion could be the overheated battery caused by extremely high temperature magnified by the windshield (glass) and the sealed (unventilated) vehicle cabin.
挡风玻璃以及封闭(不通风)的车厢放大了极端高温的影响，造成了电池过热，引发了爆炸。
In this article, the safety requirements and the structure in general are analyzed for explosion protected industrial vehicle powered by battery with some samples.
文章分析了防爆型蓄电池式工业车辆的通用防爆结构和安全要求，并通过实例介绍了它们的防爆技术措施和安全要求。
Do not store batteries in high temperature environment with 45, Do not drop the battery, or batteries may cause explosion.
45度以上高温环境或置于火中，勿蒋电池施加外力或使之从高处坠落；否则可能会引起电池爆炸。
If any of these battery packs of inferior quality is used, it could lead to an accident or failure involving firing or explosion.
如果任何这种无质量保证的仿制电池被使用，它可能会导致事故、起火或爆炸。
The shell has narrow strip structure, and has the explosion proof structure in narrow side which can play a role of explosion proof effectively and solve problem of battery gassing.
本发明壳体呈窄长条形结构，并在窄长的侧面开设有防爆结构，可以有效的起到防爆作用，并且解决了电池析气的问题。
The invention provides an anti-explosion nickel battery, an anti-explosion ball and a preparation method thereof.
本发明提供一种防爆镍电池及其使用的防爆球和它们的制备方法。
A. a user replaceable lithium ion battery pack that employs these cells shall be marked with the following or equivalent: "WARNING - Risk of Fire, Explosion, and Burns."
答：用户可更换的锂离子电池组，采用这些细胞应标明以下或相当于：“警告-火灾，爆炸和烧伤的危险。”
The explosion of battery results from the heat and pressure accumulation by internal component reactions under abuse conditions, such as overheating, overcharge, short-circuit and so on.
当在热冲击、过充、过放、短路等滥用状态下，电池内部的活性物质及电解液等组分间将发生化学、电化学反应，产生大量的热量与气体，当积累到一定程度就会引起电池的着火、爆炸。
The explosion of battery results from the heat and pressure accumulation by internal component reactions under abuse conditions, such as overheating, overcharge, short-circuit and so on.
当在热冲击、过充、过放、短路等滥用状态下，电池内部的活性物质及电解液等组分间将发生化学、电化学反应，产生大量的热量与气体，当积累到一定程度就会引起电池的着火、爆炸。
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