failure-to-start sequence

简明释义

起动失败顺序

英英释义

例句

1.During the test, we observed a failure-to-start sequence 启动失败序列 due to low fuel pressure.

在测试过程中，我们观察到由于燃油压力过低而出现了启动失败序列。

2.After several attempts, the car finally started, avoiding a prolonged failure-to-start sequence 启动失败序列.

经过几次尝试，汽车终于启动，避免了长时间的启动失败序列。

3.A failure-to-start sequence 启动失败序列 can indicate serious issues with the vehicle's electrical system.

一个启动失败序列可能表明车辆电气系统存在严重问题。

4.The technician ran diagnostics after the failure-to-start sequence 启动失败序列 was reported by the user.

在用户报告了启动失败序列后，技术人员进行了诊断。

5.The engine went through a failure-to-start sequence 启动失败序列 when the ignition system malfunctioned.

当点火系统发生故障时，发动机经历了一个启动失败序列。

作文

In the realm of technology and engineering, various terminologies are used to describe specific processes and phenomena. One such term is failure-to-start sequence, which refers to a situation where a system or machine fails to initiate its operational sequence due to various reasons. Understanding this concept is crucial for engineers and technicians who are responsible for maintaining and troubleshooting equipment. The failure-to-start sequence can occur in numerous contexts, from automotive engines to industrial machinery, and recognizing the underlying causes is essential for effective problem-solving.To illustrate this concept, let’s consider an automotive engine that fails to start when the ignition key is turned. This scenario may involve several factors contributing to the failure-to-start sequence. For instance, a dead battery, faulty starter motor, or even an empty fuel tank can all lead to this frustrating situation. When any of these components fail to perform their intended function, the entire sequence that leads to the engine starting is disrupted. Therefore, identifying the root cause of the failure-to-start sequence is the first step in rectifying the problem.In industrial settings, the failure-to-start sequence can have more severe implications. Consider a manufacturing assembly line where machines are programmed to work in a specific order. If one machine fails to start, it can halt the entire production process, leading to significant financial losses and delays. Engineers must analyze the sequence of operations to determine where the failure occurred and why. They may need to inspect the control systems, sensors, or even the software that governs the machinery. Understanding the failure-to-start sequence allows them to implement preventive measures and ensure that similar issues do not arise in the future.Moreover, the concept of failure-to-start sequence extends beyond mechanical systems. In software development, for example, applications may encounter a failure-to-start sequence due to coding errors, missing dependencies, or configuration issues. Developers must meticulously debug their code and check the environment settings to resolve these issues. The ability to diagnose and fix a failure-to-start sequence is a critical skill for anyone involved in software engineering.The implications of a failure-to-start sequence can also be observed in everyday life. For instance, imagine a situation where a person tries to start a project but finds themselves unable to do so due to lack of resources or motivation. This personal failure-to-start sequence can lead to feelings of frustration and stagnation. Recognizing the barriers that prevent one from starting a task is essential for overcoming procrastination and achieving goals. Just as engineers troubleshoot machines, individuals must identify and address the obstacles in their lives that contribute to their own failure-to-start sequence.In conclusion, the term failure-to-start sequence encapsulates a wide range of scenarios across different fields, highlighting the importance of understanding and addressing the factors that lead to operational failures. Whether in machinery, software, or personal endeavors, recognizing the signs of a failure-to-start sequence is the first step towards finding solutions and ensuring smoother operations. By mastering this concept, we can become more adept at troubleshooting problems and preventing future occurrences of failure, ultimately leading to greater efficiency and success in our respective fields.

在技术和工程领域，使用各种术语来描述特定的过程和现象。其中一个术语是failure-to-start sequence，它指的是由于各种原因，系统或机器未能启动其操作序列的情况。理解这个概念对负责维护和排除设备故障的工程师和技术人员至关重要。failure-to-start sequence可以发生在许多上下文中，从汽车发动机到工业机械，识别潜在原因对于有效解决问题至关重要。为了说明这个概念，让我们考虑一个汽车发动机在点火钥匙转动时未能启动的场景。这种情况可能涉及多个因素导致failure-to-start sequence的发生。例如，电池没电、启动马达故障，甚至油箱空了，都可能导致这种令人沮丧的情况。当任何这些组件未能执行其预期功能时，导致发动机启动的整个序列就会被打断。因此，确定failure-to-start sequence的根本原因是纠正问题的第一步。在工业环境中，failure-to-start sequence可能会产生更严重的影响。考虑一个制造装配线，其中机器被编程以特定顺序工作。如果一台机器未能启动，它可能会使整个生产过程停滞，从而导致巨大的经济损失和延误。工程师必须分析操作序列，以确定故障发生的位置及原因。他们可能需要检查控制系统、传感器，甚至管理机器的软件。理解failure-to-start sequence使他们能够实施预防措施，确保未来不会出现类似问题。此外，failure-to-start sequence的概念超越了机械系统。在软件开发中，例如，应用程序可能由于编码错误、缺失依赖项或配置问题而遇到failure-to-start sequence。开发人员必须仔细调试代码并检查环境设置以解决这些问题。诊断和修复failure-to-start sequence的能力是任何参与软件工程的人必备的技能。failure-to-start sequence的影响也可以在日常生活中观察到。例如，想象一个人尝试开始一个项目，但由于缺乏资源或动力而无法做到。这种个人的failure-to-start sequence可能会导致沮丧和停滞的感觉。认识到阻碍一个人开始任务的障碍对于克服拖延和实现目标至关重要。就像工程师排除机器故障一样，个人也必须识别并解决生活中导致自身failure-to-start sequence的障碍。总之，术语failure-to-start sequence涵盖了不同领域的广泛场景，强调了理解和解决导致操作失败的因素的重要性。无论是在机械、软件还是个人努力中，识别failure-to-start sequence的迹象是找到解决方案和确保更顺利操作的第一步。通过掌握这一概念，我们可以更有效地排除问题，防止未来出现失败，最终在各自领域取得更大的效率和成功。