fault code

"fault code" 的音标为 [ˈfɔːlt kəʊd]。

基本翻译为"故障代码"或"错误代码"。

速记技巧为：将每个单词的字母进行简化记忆。例如，可以将 "fault" 简化为 "fot"，"code" 简化为 "kōd"。这样，"fault code" 可以速记为 "fot kōd"。

请注意，这只是一种速记技巧，实际应用中还需要根据具体情况进行理解和记忆。

Fault code（故障码）这个词的英文词源可以追溯到拉丁语“falsus”（意为错误的）和“capio”（意为我抓住）。fault code通常指的是系统或设备出现故障时产生的代码，用于识别和诊断问题。

变化形式：fault-faulty-faultlessness

相关单词：

1. error（错误）：与fault code相似，表示不正确的状态或行为。

2. mistake（错误）：通常指无意中犯的错误，与fault code的区别在于前者更强调主观因素。

3. flaw（瑕疵）：指物体或系统中的缺陷，与fault code在某种程度上有相似之处。

4. breakdown（故障）：指设备或系统无法正常工作的情况，与fault code有直接关联。

5. faultfinding（找茬）：指故意找茬或挑剔的行为，与fault code的含义有一定程度的相似性。

6. faultlessness（无瑕疵）：与fault code相反，表示没有缺陷或错误的状态。

7. flawless（无瑕疵的）：与faultlessness相似，表示完美无缺的状态。

8. faulty（有错误的）：表示存在缺陷或错误的状态，与fault code直接相关。

9. falsification（伪造）：指故意篡改或伪造文件、数据等行为，与fault code中的“falsus”（错误的）有关。

10. fault-tolerant（容错的）：表示能够容忍错误或缺陷的系统或设备，与fault code的功能相关。

Fault Code

常用短语：

1. fault detection 故障检测

2. system fault 系统故障

3. hardware fault 硬件故障

4. software fault 软件故障

5. component fault 部件故障

6. fault tolerance 故障容忍度

7. fault-tolerant design 容错设计

双语例句：

1. The car had a major hardware fault and needed to be repaired immediately.

汽车出现严重的硬件故障，需要立即修理。

2. The system experienced a software fault and needed to be rebooted.

系统出现软件故障，需要重新启动。

3. The fault detection system on my car is very reliable and I trust it implicitly.

我车的故障检测系统非常可靠，我完全信任它。

4. Fault tolerance is crucial for ensuring the reliability of critical systems.

故障容忍度对于确保关键系统的可靠性至关重要。

5. The fault-tolerant design of our factory ensures that production continues even in the event of a component failure.

我们工厂的容错设计确保了即使部件出现故障，生产也能继续进行。

6. We need to identify the root cause of the fault and take appropriate action to prevent it from happening again.

我们需要找出故障的根本原因，并采取适当的措施防止它再次发生。

7. The fault codes provided by the diagnostic equipment helped us quickly identify the problem and resolve it.

诊断设备提供的故障代码帮助我们快速识别问题并解决它。

英文小作文：

Fault Codes: The Key to Fault Detection and Fault Tolerance

Fault codes are important tools in the diagnosis and repair of mechanical systems, such as automobiles and factories. They provide a way to identify and track potential problems, allowing technicians to quickly identify the root cause of the fault and take appropriate action to prevent it from recurring. Through fault detection and fault tolerance, critical systems can be maintained and operated with greater reliability and efficiency, ensuring that critical tasks are completed safely and effectively.

In automobiles, fault codes can be used to detect hardware, software, and component faults, allowing for timely repairs that prevent further damage or degradation of the vehicle"s performance. Similarly, in factories, fault codes can help identify system failures and ensure that production continues uninterrupted, even in the event of a component failure or software bug.

By incorporating fault codes into the design and operation of critical systems, organizations can improve their overall reliability and efficiency, reducing maintenance costs and ensuring that critical tasks are completed on time and within budget. Additionally, by using diagnostic equipment and software tools, technicians can quickly identify and resolve faults, reducing repair times and increasing productivity.