manual control

简明释义

手动操纵

英英释义

例句

1.When driving in difficult weather conditions, it's safer to use manual control (手动控制) instead of relying on cruise control.

在恶劣天气条件下驾驶时，使用手动控制（手动控制）比依赖定速巡航更安全。

2.The robot can operate autonomously, but it also has a manual control (手动控制) option for precision tasks.

这台机器人可以自主操作，但它也有一个手动控制（手动控制）选项用于精确任务。

3.The video game allows players to switch between automatic and manual control (手动控制) for better gameplay experience.

这款视频游戏允许玩家在自动和手动控制（手动控制）之间切换，以获得更好的游戏体验。

4.In case of a system failure, the pilot can switch to manual control (手动控制) to safely land the aircraft.

在系统故障的情况下，飞行员可以切换到手动控制（手动控制）以安全着陆。

5.During the demonstration, the engineer used manual control (手动控制) to showcase the machine's capabilities.

在演示过程中，工程师使用了手动控制（手动控制）来展示机器的功能。

作文

In today's world, technology has advanced rapidly, leading to the automation of many processes in various fields. However, there are still situations where manual control (手动控制) is not only necessary but also beneficial. Understanding the importance of manual control (手动控制) can enhance our ability to navigate complex systems effectively. One of the primary areas where manual control (手动控制) plays a crucial role is in aviation. While modern aircraft are equipped with sophisticated autopilot systems that can handle most flying tasks, pilots are trained to take over and exercise manual control (手动控制) when needed. This capability is vital during emergencies, such as system failures or unexpected weather conditions. The pilot's ability to revert to manual control (手动控制) ensures the safety of passengers and crew, demonstrating that human judgment is irreplaceable in critical situations.Similarly, in the realm of automotive technology, the rise of self-driving cars has sparked debates about the necessity of manual control (手动控制). While autonomous vehicles are designed to navigate and drive without human intervention, there are still instances where a driver must take over. Factors such as unpredictable traffic scenarios or technical malfunctions require a driver to engage manual control (手动控制) to ensure safety. This highlights the ongoing relevance of human skills in operating machines, even as technology evolves.Furthermore, manual control (手动控制) is essential in various industries, including manufacturing and robotics. In automated production lines, workers often need to intervene and take manual control (手动控制) to troubleshoot issues or make adjustments. Relying solely on automation can lead to inefficiencies and errors if human oversight is lacking. Thus, maintaining the ability to exercise manual control (手动控制) empowers workers to enhance productivity and quality.In the realm of personal computing, manual control (手动控制) remains significant. Although software applications often automate repetitive tasks, users may prefer to have the option to perform these tasks manually for greater precision and customization. For instance, graphic designers frequently use manual control (手动控制) tools to adjust details in their work, ensuring that the final product meets their artistic vision. This demonstrates that even in a digital landscape, the human touch is invaluable.Moreover, the concept of manual control (手动控制) extends beyond physical operations; it also relates to decision-making processes. In business environments, leaders must sometimes make critical decisions that require manual control (手动控制) rather than relying on automated data analysis. Human intuition and experience are essential in interpreting data and making informed choices that align with a company's goals.In conclusion, while automation continues to transform various sectors, the significance of manual control (手动控制) cannot be overlooked. It serves as a reminder of the importance of human involvement in processes that require critical thinking, creativity, and adaptability. As we advance into an increasingly automated future, fostering skills related to manual control (手动控制) will remain essential for ensuring safety, efficiency, and innovation across all fields.

在当今世界，科技迅速发展，导致各个领域许多过程的自动化。然而，仍然有一些情况下，手动控制不仅必要而且有益。理解手动控制的重要性可以增强我们有效导航复杂系统的能力。手动控制在航空领域发挥着至关重要的作用。虽然现代飞机配备了复杂的自动驾驶系统，可以处理大多数飞行任务，但飞行员接受培训以便在需要时接管并行使手动控制。这种能力在紧急情况下至关重要，例如系统故障或意外天气条件。飞行员能够恢复手动控制确保乘客和机组人员的安全，证明在关键情况下人类判断是不可替代的。同样，在汽车技术领域，自动驾驶汽车的兴起引发了关于手动控制必要性的辩论。虽然自主车辆旨在无需人类干预地导航和驾驶，但仍然存在司机必须接管的情况。诸如不可预测的交通场景或技术故障等因素要求司机参与手动控制以确保安全。这突显了即使随着技术的发展，人类技能在操作机器中仍然相关。此外，手动控制在制造和机器人等各个行业中至关重要。在自动化生产线上，工人常常需要介入并采取手动控制来排除故障或进行调整。仅依赖自动化可能会导致效率低下和错误，如果缺乏人类监督。因此，保持行使手动控制的能力使工人能够提高生产力和质量。在个人计算领域，手动控制仍然具有重要意义。尽管软件应用程序通常会自动化重复任务，但用户可能更喜欢手动执行这些任务，以获得更高的精确度和自定义。例如，图形设计师经常使用手动控制工具来调整工作中的细节，确保最终产品符合他们的艺术愿景。这表明即使在数字环境中，人类的触感也是无价的。此外，手动控制的概念不仅限于物理操作；它还涉及决策过程。在商业环境中，领导者有时必须做出需要手动控制而不是依赖自动数据分析的关键决策。人类的直觉和经验在解释数据和做出符合公司目标的明智选择方面至关重要。总之，尽管自动化继续改变各个行业，但手动控制的重要性不容忽视。它提醒我们在需要批判性思维、创造力和适应能力的过程中，人类参与的重要性。随着我们进入一个日益自动化的未来，培养与手动控制相关的技能将继续在确保各个领域的安全、高效和创新中发挥重要作用。