gearshift

简明释义

英[ˈɡɪəʃɪft]美[ˈɡɪrʃɪft]

n. 变速杆；换挡杆（等于 gear lever）

复 数 g e a r s h i f t s

英英释义

单词用法

同义词

反义词

例句

1.Ran must be mixed crouch a departure, and not long ran, do not do gearshift to run, run 20, 30 minutes best.

跑步一定要和蹲起分开，而且不要长时间跑步，别做变速跑， 跑个20—30分钟最好。

2.Technical test, production and application of gearshift forks show that application of investment casting-forging technology to some special-shaped parts may be popularized.

通过变速器拨叉零件的工艺试验和生产应用，说明对一些异型工件应用失蜡浇铸锻造工艺可以推广。

3.Rewinding roller drive gearshift is P2 gearbox (horizontal) adjustment.

复卷辊传动变速为P2变速器(卧式)调节。

4.My gearshift bicycle is 300 yuan more expensive than his!

我的变速车比他的整整贵三百元呐！

5.Another example of this is the elegantly designed gearshift panel with louvered air vents, which when closed form a smooth and visually clean surface.

另一个例子是优雅设计与变速器小组百叶窗空气通风口，而当形成一个封闭的表面光滑、视觉干净。

6.The mode gearshift is a multiple speed ratios speed change mechanism including the clutch or not.

模式换档装置为多速比变速机构，可以不包括离合器。

7.The driver smoothly moved the gearshift 变速杆 to change gears as they accelerated.

司机在加速时平稳地移动了变速杆来换挡。

8.He accidentally bumped the gearshift 变速杆 while reaching for his phone.

他在伸手拿手机时不小心碰到了变速杆。

9.The gearshift 变速杆 in this car is very responsive, making driving enjoyable.

这辆车的变速杆反应非常灵敏，使驾驶体验愉快。

10.She had to learn how to operate the manual gearshift 变速杆 before taking the driving test.

她必须在参加驾驶考试前学习如何操作手动变速杆。

11.The gearshift 变速杆 was stuck, causing the car to remain in neutral.

变速杆卡住了，导致汽车停留在空档。

作文

Driving a car is an experience that many people enjoy, but it can also be quite complex. One of the most crucial components of driving is understanding how to effectively use the vehicle's controls, particularly the gearshift. The gearshift is the mechanism that allows the driver to change gears, which is essential for controlling the speed and power of the vehicle. In automatic cars, the gearshift is typically a lever that moves between different positions like 'park', 'drive', and 'reverse'. In contrast, manual cars require the driver to engage the gearshift more actively by moving the stick and pressing the clutch pedal. This difference highlights the importance of the gearshift in both types of vehicles. Understanding how to use the gearshift is vital for safe and efficient driving. For instance, when accelerating from a stop, a driver must know when to shift gears to maintain optimal engine performance. If the driver shifts too early, the car may stall, while shifting too late can lead to unnecessary strain on the engine. Therefore, mastering the timing and technique of using the gearshift can significantly enhance the driving experience. Additionally, the gearshift plays a role in fuel efficiency. Drivers who understand how to properly utilize their gearshift can improve their vehicle's gas mileage. For example, maintaining lower RPMs by shifting at the right moments can help conserve fuel. This is particularly important in today's world, where fuel prices are rising and environmental concerns are at the forefront of many people's minds. Moreover, the gearshift is not just about functionality; it also contributes to the overall feel of driving. Many enthusiasts appreciate the tactile feedback of a well-designed gearshift, especially in sports cars. The sensation of shifting gears manually can create a connection between the driver and the vehicle that is often lost in automatic transmissions. This connection can make driving more enjoyable and engaging. In conclusion, the gearshift is a fundamental aspect of driving that impacts performance, efficiency, and enjoyment. Whether in an automatic or manual car, understanding how to use the gearshift effectively is essential for any driver. It not only enhances the driving experience but also contributes to safer and more economical driving practices. As drivers, we must take the time to learn and practice our skills with the gearshift to become more proficient behind the wheel. Ultimately, the gearshift is more than just a mechanical component; it is a gateway to mastering the art of driving.

驾驶汽车是许多人享受的体验，但这也可能相当复杂。驾驶中最关键的组成部分之一是理解如何有效使用车辆的控制，特别是换挡杆。换挡杆是允许驾驶员换挡的机制，这对于控制车辆的速度和动力至关重要。在自动汽车中，换挡杆通常是一个在“停车”、“驾驶”和“倒车”等不同位置之间移动的杠杆。相比之下，手动汽车要求驾驶员通过移动换挡杆和踩下离合器踏板更积极地使用换挡杆。这种差异突显了在两种类型的车辆中换挡杆的重要性。 了解如何使用换挡杆对安全和高效驾驶至关重要。例如，当从停止状态加速时，驾驶员必须知道何时换挡以保持最佳的发动机性能。如果驾驶员换挡过早，汽车可能会熄火，而换挡过晚则会导致发动机不必要的压力。因此，掌握使用换挡杆的时机和技巧可以显著提升驾驶体验。 此外，换挡杆在燃油效率方面也发挥着作用。理解如何正确利用换挡杆的驾驶员可以提高车辆的油耗。例如，通过在适当的时刻换挡来保持较低的转速可以帮助节省燃料。这在今天的世界中尤为重要，因为燃料价格上涨，环境问题也成为许多人关注的焦点。 此外，换挡杆不仅仅是功能性；它也影响驾驶的整体感觉。许多爱好者欣赏设计良好的换挡杆所带来的触觉反馈，特别是在跑车中。手动换挡的感觉可以创造驾驶员与车辆之间的联系，而这种联系在自动变速器中往往会消失。这种联系可以使驾驶更加愉快和引人入胜。 总之，换挡杆是驾驶的基本方面，影响性能、效率和乐趣。无论是在自动还是手动汽车中，了解如何有效使用换挡杆对任何驾驶员来说都是必不可少的。这不仅增强了驾驶体验，还促进了更安全和更经济的驾驶实践。作为驾驶员，我们必须花时间学习和练习我们的换挡杆技能，以便在方向盘后变得更加熟练。最终，换挡杆不仅仅是一个机械部件；它是掌握驾驶艺术的入口。