sliding mesh type transmission

简明释义

滑动啮合传动

英英释义

例句

1.During the workshop, we learned about the advantages of a sliding mesh type transmission 滑动齿轮式变速器 over other types.

在研讨会上，我们了解了sliding mesh type transmission 滑动齿轮式变速器相较于其他类型的优势。

2.The mechanics explained how the sliding mesh type transmission 滑动齿轮式变速器 works in heavy machinery.

机械师解释了重型机械中如何运作的sliding mesh type transmission 滑动齿轮式变速器。

3.The sliding mesh type transmission 滑动齿轮式变速器 allows for smoother gear changes under load.

在负载下，sliding mesh type transmission 滑动齿轮式变速器可以实现更平滑的换挡。

4.The engineer recommended a sliding mesh type transmission 滑动齿轮式变速器 for its durability in off-road vehicles.

工程师推荐使用sliding mesh type transmission 滑动齿轮式变速器，因为它在越野车中的耐用性。

5.In classic cars, a sliding mesh type transmission 滑动齿轮式变速器 is often preferred for its simplicity.

在经典汽车中，通常更喜欢使用sliding mesh type transmission 滑动齿轮式变速器，因为它简单。

作文

In the world of mechanical engineering, the design and functionality of various transmission systems play a crucial role in the performance of machines. One such system is the sliding mesh type transmission, which has been widely used in various applications, particularly in automobiles and industrial machinery. Understanding how this transmission works can provide valuable insights into its advantages and limitations.The sliding mesh type transmission is characterized by its method of engaging gears through sliding action rather than using synchronizers. In this system, the gears are always in contact with one another, and the driver must manually shift the gears by moving a lever that slides the gears along their shafts. This design allows for a more direct connection between the engine and the wheels, providing a sense of control and responsiveness that many drivers appreciate.One of the primary advantages of the sliding mesh type transmission is its simplicity. With fewer components compared to more complex automatic transmissions, it tends to be lighter and easier to maintain. Additionally, because there are no synchronizers, the system can handle higher torque loads, making it suitable for heavy-duty applications. This is particularly beneficial in industries where machinery must endure significant stress and strain.However, the sliding mesh type transmission does come with its set of challenges. The lack of synchronizers means that shifting gears can be less smooth, especially for inexperienced drivers. This can lead to gear grinding and increased wear on the components over time. Moreover, the need for precise timing when shifting can be daunting for some, as improper gear engagement can result in mechanical failure or damage.Despite these drawbacks, the sliding mesh type transmission remains popular in certain sectors. For instance, many racing enthusiasts prefer this type of transmission because it allows for quicker gear changes and a more connected driving experience. In addition, some manufacturers continue to utilize this technology in their vehicles, particularly in models designed for off-road or rugged conditions, where durability is paramount.In conclusion, the sliding mesh type transmission is a fascinating component of mechanical engineering that exemplifies the balance between simplicity and performance. While it may not be as user-friendly as modern automatic systems, its robustness and direct connection to the powertrain make it an attractive option for specific applications. As technology continues to evolve, it will be interesting to see how this traditional transmission design adapts and integrates with newer innovations in the field.

在机械工程的世界中，各种传动系统的设计和功能在机器性能中发挥着至关重要的作用。其中一种系统是滑动齿轮传动，它在各种应用中得到了广泛使用，特别是在汽车和工业机械中。了解这种传动如何工作可以为其优点和局限性提供宝贵的见解。滑动齿轮传动的特点是通过滑动动作而不是使用同步器来啮合齿轮。在该系统中，齿轮始终相互接触，驾驶员必须通过移动一个杠杆手动换挡，该杠杆滑动齿轮沿其轴移动。这种设计允许发动机与车轮之间更直接的连接，提供了许多驾驶者所欣赏的控制感和响应性。滑动齿轮传动的主要优点之一是其简单性。与更复杂的自动变速器相比，它的组件较少，通常更轻且更易于维护。此外，由于没有同步器，该系统能够承受更高的扭矩负载，使其适合重型应用。这在需要机器承受重大压力和应变的行业中尤其有益。然而，滑动齿轮传动也存在一些挑战。缺乏同步器意味着换挡可能不够平稳，尤其是对于经验不足的驾驶员。这可能导致齿轮磨损和组件随时间增加的磨损。此外，换挡时对精确时机的需求可能让一些人感到畏惧，因为不当的齿轮啮合可能导致机械故障或损坏。尽管存在这些缺点，滑动齿轮传动在某些领域仍然很受欢迎。例如，许多赛车爱好者更喜欢这种类型的传动，因为它允许更快的换挡和更紧密的驾驶体验。此外，一些制造商继续在其车辆中采用这项技术，特别是在为越野或恶劣条件设计的车型中，这些车型对耐用性要求极高。总之，滑动齿轮传动是机械工程中的一个迷人组成部分，它体现了简单性与性能之间的平衡。虽然它可能不像现代自动系统那样用户友好，但其坚固性和与动力系统的直接连接使其在特定应用中成为一个有吸引力的选择。随着技术的不断发展，看到这种传统传动设计如何适应并与该领域的新创新结合将会很有趣。