manual control

简明释义

手动控制手控调节器

英英释义

例句

1.In case of a system failure, the pilot can switch to manual control 手动控制 to land the plane safely.

在系统故障的情况下，飞行员可以切换到manual control 手动控制以安全降落飞机。

2.For safety reasons, the operator must switch to manual control 手动控制 during emergencies.

出于安全原因，操作员必须在紧急情况下切换到manual control 手动控制。

3.During the experiment, we had to rely on manual control 手动控制 to adjust the equipment settings.

在实验期间，我们不得不依赖manual control 手动控制来调整设备设置。

4.The drone can be operated in manual control 手动控制 mode for precision flying.

无人机可以在manual control 手动控制模式下进行精确飞行。

5.The car's manual control 手动控制 feature allows drivers to take over when the automatic system fails.

这款车的manual control 手动控制功能允许驾驶员在自动系统失效时接管。

作文

In the modern world, technology has advanced at an unprecedented pace, allowing us to automate many processes that were once performed manually. However, despite the convenience of automation, there are still many situations where manual control (手动控制) is not only beneficial but essential. Understanding the importance of manual control (手动控制) can help us appreciate the balance between human intervention and technological assistance.Firstly, manual control (手动控制) provides a level of precision that automated systems may not always achieve. For instance, in fields such as aviation, pilots often rely on manual control (手动控制) when landing an aircraft in adverse weather conditions. While autopilot systems are designed to assist in flying, the ability of a pilot to take over and make real-time adjustments can be crucial for safety. This highlights how manual control (手动控制) allows for human judgment and expertise to prevail in complex scenarios.Moreover, manual control (手动控制) fosters a deeper understanding of the systems we operate. When individuals engage in manual control (手动控制), they often develop a more comprehensive grasp of how things work. For example, mechanics who work on cars must understand the intricacies of each component to effectively repair or modify vehicles. This hands-on experience not only enhances their skills but also instills a sense of pride and accomplishment in their work. In contrast, relying solely on automated processes can lead to a disconnect from the underlying mechanics of a system.Additionally, in emergency situations, manual control (手动控制) can be a lifesaver. Imagine a scenario where a driver encounters a sudden obstacle while driving. The ability to quickly switch to manual control (手动控制) of the vehicle can mean the difference between avoiding an accident and a collision. This capability to react swiftly and decisively is something that automated systems may struggle with, as they rely on pre-programmed responses rather than real-time human intuition.Furthermore, manual control (手动控制) is often preferred in creative fields where personal expression is paramount. Artists, musicians, and chefs frequently utilize manual control (手动控制) to add their unique touch to their creations. Consider a painter who chooses colors and brush strokes; this level of manual control (手动控制) allows for individuality and creativity that cannot be replicated by machines. The nuances of human expression are often lost in automated processes, making manual control (手动控制) invaluable in these contexts.In conclusion, while automation undoubtedly plays a significant role in enhancing efficiency and productivity, the importance of manual control (手动控制) should not be overlooked. It provides precision, fosters understanding, enables quick reactions in emergencies, and allows for personal expression. As we continue to navigate a world increasingly dominated by technology, it is vital to recognize the irreplaceable value of manual control (手动控制) and ensure that we maintain our connection to the skills and knowledge that define our humanity.

在现代世界中，科技以空前的速度发展，使我们能够自动化许多曾经需要手动完成的过程。然而，尽管自动化带来了便利，但在许多情况下，手动控制 (manual control) 不仅是有益的，甚至是必不可少的。理解手动控制 (manual control) 的重要性可以帮助我们欣赏人类干预与技术辅助之间的平衡。首先，手动控制 (manual control) 提供了自动系统可能无法始终实现的精确度。例如，在航空领域，飞行员在恶劣天气条件下降落飞机时，通常依赖于手动控制 (manual control)。虽然自动驾驶系统旨在协助飞行，但飞行员能够接管并进行实时调整的能力对安全至关重要。这凸显了在复杂场景中，手动控制 (manual control) 使人类判断和专业知识得以发挥。此外，手动控制 (manual control) 培养了我们对操作系统的更深入理解。当个人参与手动控制 (manual control) 时，他们往往会对事物的运作有更全面的掌握。例如，修理汽车的机械师必须了解每个组件的复杂性，以有效地修理或改装车辆。这种实践经验不仅增强了他们的技能，还在工作中培养了自豪感和成就感。相比之下，完全依赖自动化过程可能导致与系统基础机制的脱节。此外，在紧急情况下，手动控制 (manual control) 可以挽救生命。想象一个场景，司机在驾驶时遇到突然障碍。迅速切换到手动控制 (manual control) 的能力可能意味着避免事故与发生碰撞之间的区别。这种迅速而果断的反应能力是自动化系统可能面临的挑战，因为它们依赖于预先编程的响应，而不是实时的人类直觉。此外，在个人表达至关重要的创意领域，手动控制 (manual control) 通常是首选。艺术家、音乐家和厨师经常利用手动控制 (manual control) 为他们的创作增添独特的风格。考虑一位选择颜色和画笔笔触的画家；这种程度的手动控制 (manual control) 使个性和创造力得以体现，而机器无法复制。人类表达的细微差别常常在自动化过程中丢失，因此在这些背景下，手动控制 (manual control) 是无价的。总之，尽管自动化无疑在提高效率和生产力方面发挥了重要作用，但手动控制 (manual control) 的重要性不应被忽视。它提供了精确性，促进了理解，使紧急情况下快速反应成为可能，并允许个人表达。随着我们继续在一个日益被技术主导的世界中航行，认识到手动控制 (manual control) 的不可替代价值至关重要，并确保我们保持与定义我们人性的技能和知识的联系。