disengaging gear

简明释义

分离装置

英英释义

例句

1.When driving downhill, it's important to use the disengaging gear 脱离齿轮 to maintain control of the vehicle.

在下坡时，使用 disengaging gear 脱离齿轮 来保持对车辆的控制是很重要的。

2.Before reversing the vehicle, make sure to check if the disengaging gear 脱离齿轮 is properly engaged.

在倒车之前，确保检查一下 disengaging gear 脱离齿轮 是否正确接合。

3.To prevent engine damage, always remember to engage the disengaging gear 脱离齿轮 when the vehicle is stationary.

为了防止发动机损坏，请记得在车辆静止时接合 disengaging gear 脱离齿轮。

4.The mechanic explained that disengaging gear 脱离齿轮 helps in shifting from one speed to another smoothly.

机械师解释说 disengaging gear 脱离齿轮 有助于平稳地从一个速度切换到另一个速度。

5.The driver forgot to disengage the disengaging gear 脱离齿轮, causing the car to stall unexpectedly.

司机忘记脱离 disengaging gear 脱离齿轮，导致汽车意外熄火。

作文

The concept of disengaging gear is often associated with machinery and vehicles, particularly in the context of driving and mechanical operations. When we talk about disengaging gear, we refer to the process of disconnecting a gear mechanism that allows for the free movement of components without the interference of the gear system. This action is crucial in various scenarios, such as when a vehicle needs to be towed or when maintenance work is required on machinery. Understanding how and when to disengage gear can greatly enhance safety and efficiency in both driving and machine operation.In vehicles, the ability to disengage gear is essential for smooth transitions between different states of operation. For instance, when a driver needs to stop the car but does not want the engine to stall, they may choose to disengage gear while keeping the engine running. This technique allows the driver to maintain control of the vehicle without risking damage to the engine or transmission. Additionally, during emergency situations, being able to quickly disengage gear can prevent accidents and ensure the safety of all passengers.Moreover, in machinery, disengaging gear is vital during maintenance procedures. Technicians often need to disengage gear to inspect or repair specific components without causing further damage to the system. This disconnection ensures that the machinery can operate safely and efficiently once repairs are completed. It also allows for easier access to parts that require attention, making the maintenance process more straightforward and effective.The importance of understanding disengaging gear cannot be overstated, especially in educational settings where students learn about mechanical engineering and automotive technology. Instruction on how to properly disengage gear should be included in training programs to prepare future professionals for real-world applications. By mastering this skill, students will be better equipped to handle machinery and vehicles, ensuring their safety and the longevity of the equipment they work with.In conclusion, the term disengaging gear encompasses a critical function in both automotive and mechanical contexts. Whether it is used to facilitate smoother driving experiences or to enable effective maintenance of machines, understanding this concept is essential for anyone involved in these fields. As technology continues to advance, the mechanisms behind disengaging gear may evolve, but the fundamental principles will remain the same. Therefore, continuous education and practice in this area are necessary to keep pace with industry standards and safety protocols.

“脱离齿轮”的概念通常与机械和车辆相关，特别是在驾驶和机械操作的背景下。当我们谈论“脱离齿轮”时，我们指的是断开齿轮机制的过程，这使得部件可以自由移动，而不受齿轮系统的干扰。这一动作在各种情况下至关重要，例如当一辆车需要被拖走或在机械上进行维护工作时。理解如何以及何时“脱离齿轮”可以大大提高驾驶和机器操作的安全性和效率。在车辆中，能够“脱离齿轮”对不同操作状态之间的平滑过渡至关重要。例如，当司机需要停车但又不想让发动机熄火时，他们可能会选择“脱离齿轮”，同时保持发动机运行。这种技术使司机能够控制车辆而不冒损坏发动机或变速器的风险。此外，在紧急情况下，能够迅速“脱离齿轮”可以防止事故并确保所有乘客的安全。此外，在机械设备中，“脱离齿轮”在维护程序中至关重要。技术人员通常需要“脱离齿轮”，以检查或修理特定组件，而不造成系统的进一步损坏。这种断开确保了机械在维修完成后能够安全有效地运行。它还使得需要关注的部件更容易接触，从而使维护过程更加简单和有效。理解“脱离齿轮”的重要性不可小觑，尤其是在教育环境中，学生学习机械工程和汽车技术时。关于如何正确“脱离齿轮”的指导应该纳入培训项目，以准备未来的专业人士应对现实应用。通过掌握这项技能，学生将更好地处理机械和车辆，确保他们的安全以及他们所使用设备的耐用性。总之，“脱离齿轮”这一术语涵盖了汽车和机械领域中的一个关键功能。无论是用于促进更平滑的驾驶体验，还是用于实现机械的有效维护，理解这一概念对于任何参与这些领域的人来说都是必不可少的。随着技术的不断进步，“脱离齿轮”背后的机制可能会演变，但基本原理将保持不变。因此，在这一领域的持续教育和实践是必要的，以跟上行业标准和安全规程。