manual control

简明释义

手动控制

英英释义

例句

1.The car's autopilot feature can be overridden by manual control at any time.

汽车的自动驾驶功能可以随时被手动控制覆盖。

2.The robot can operate autonomously, but it also has an option for manual control if needed.

这个机器人可以自主操作，但在必要时也有手动控制的选项。

3.In case of a system failure, the pilot switched to manual control to land the aircraft safely.

在系统故障的情况下，飞行员切换到手动控制以安全着陆飞机。

4.During the maintenance check, the technician used manual control to test the machine's functions.

在维护检查期间，技术人员使用手动控制来测试机器的功能。

5.The video game allows players to switch between automatic and manual control for better performance.

这款视频游戏允许玩家在自动和手动控制之间切换，以获得更好的表现。

作文

In today's world, where technology dominates almost every aspect of our lives, the concept of manual control (手动控制) is often overshadowed by automation and artificial intelligence. However, understanding the importance of manual control (手动控制) is crucial in various fields, including aviation, manufacturing, and even in everyday tasks. Manual control (手动控制) refers to the ability to operate a system or device directly by human intervention, rather than relying on automated processes. This direct engagement allows for a level of precision and adaptability that machines may not always replicate.One of the most prominent examples of manual control (手动控制) can be found in the aviation industry. Pilots are trained to take control of an aircraft manually, especially during critical phases of flight such as takeoff and landing. While modern planes are equipped with advanced autopilot systems, the capability for manual control (手动控制) is essential. In situations where technology fails or unexpected conditions arise, a pilot's ability to take over and make real-time decisions can mean the difference between safety and disaster. This highlights how manual control (手动控制) serves as a vital backup system, ensuring that human expertise is always available when needed.Similarly, in manufacturing, the role of manual control (手动控制) cannot be underestimated. While assembly lines have become increasingly automated, skilled workers still need to oversee operations, troubleshoot issues, and perform quality checks. Manual control (手动控制) in this context allows workers to use their judgment and experience to maintain high standards of production. For instance, if a machine malfunctions, a technician must intervene manually to assess the problem and make necessary adjustments. This human oversight ensures that the final product meets quality expectations and minimizes waste.Moreover, manual control (手动控制) plays a significant role in everyday life. Consider driving a car; while many vehicles now come equipped with features like cruise control and lane-keeping assistance, the driver remains responsible for manual control (手动控制) of the vehicle. In emergencies, such as sudden obstacles or adverse weather conditions, a driver's ability to take immediate, manual action is crucial for safety. This example illustrates that despite the conveniences offered by technology, the necessity for manual control (手动控制) remains paramount.The discussion around manual control (手动控制) also raises important questions about the future of work and the role of human skills in an increasingly automated world. As machines become more capable, there is a risk that reliance on manual control (手动控制) may diminish, leading to a loss of essential skills. It is vital for educational institutions and industries to emphasize the value of manual control (手动控制) training, ensuring that individuals are equipped with both technical knowledge and practical skills.In conclusion, while automation continues to advance, the significance of manual control (手动控制) remains undeniable. Whether in aviation, manufacturing, or daily activities, the ability to engage directly with systems is crucial for safety, quality, and adaptability. Emphasizing the importance of manual control (手动控制) will help prepare future generations to navigate a world where technology and human skills must coexist harmoniously.