英文回答：
Fire is a serious threat to our lives and properties. In order to protect ourselves from fire hazards, it is important to have fire prevention measures in place. One such measure is the self-ignition protection system.
Self-ignition protection is a mechanism that prevents objects from catching fire due to self-heating or spontaneous combustion. It works by detecting abnormal temperature rises and activating automatic fire suppression systems. For example, in a storage facility where flammable materials are stored, the self-ignition protection system can detect any sudden increase in temperature and release a fire extinguishing agent to suppress the fire before it spreads.
Another example of self-ignition protection is in the automotive industry. Cars can sometimes catch fire due to electrical faults or engine malfunctions. To prevent such incident
s, car manufacturers install self-ignition protection systems that can detect any abnormal temperature rises in the engine compartment and automatically activate fire suppression mechanisms.
Self-ignition protection is crucial in industries where the risk of fire is high, such as chemical plants, oil refineries, and power plants. These facilities handle flammable materials and operate at high temperatures, making them prone to fire accidents. By implementing self-ignition protection systems, these industries can minimize the risk of fire and ensure the safety of their workers.
中文回答：
自燃保护是一种机制，可以防止物体因自发燃烧或自加热而引发火灾。它通过检测异常升温并激活自动灭火系统来工作。例如，在存储易燃物品的仓库中，自燃保护系统可以检测到温度的突然上升，并释放灭火剂以抑制火势蔓延。
另一个自燃保护的例子是汽车行业。汽车有时会因电气故障或发动机故障而起火。为了防止这种事故发生，汽车制造商安装了自燃保护系统，可以检测到引擎舱内的异常温度上升，并自动激活灭火机制。
自燃保护在化工厂、炼油厂和发电厂等火灾风险较高的行业中至关重要。这些设施处理易燃物质并在高温下运行，因此容易发生火灾事故。通过实施自燃保护系统，这些行业可以将火灾风险降至最低，并确保工人的安全。
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