manual cycling control

简明释义

循环工程手动操纵

英英释义

例句

1.For training purposes, athletes often prefer manual cycling control to simulate real-world conditions.

为了训练，运动员通常更喜欢手动骑行控制来模拟真实的骑行条件。

2.The new bicycle model features a manual cycling control that allows riders to adjust their speed easily.

这款新自行车配备了手动骑行控制，使骑行者可以轻松调整速度。

3.The manual cycling control on this electric bike provides a more engaging riding experience.

这款电动自行车上的手动骑行控制提供了更具参与感的骑行体验。

4.The instructor emphasized the importance of manual cycling control during the safety workshop.

教练在安全研讨会上强调了手动骑行控制的重要性。

5.With manual cycling control, you can easily navigate through traffic without relying on automatic settings.

使用手动骑行控制，您可以轻松穿过交通，而无需依赖自动设置。

作文

In recent years, the world has witnessed a significant rise in the popularity of cycling as a mode of transportation and a form of exercise. With this increase, various technologies have emerged to enhance the cycling experience. One such technology is the concept of manual cycling control, which refers to the cyclist's ability to operate their bicycle through physical input rather than relying on automatic systems. This method emphasizes the rider's engagement with the bike, allowing for a more personalized and responsive cycling experience.The essence of manual cycling control lies in the interaction between the cyclist and the bicycle. Unlike automatic systems that may adjust gears or brakes without the rider's direct input, manual control requires the cyclist to make decisions based on their environment and personal preferences. For instance, when approaching a steep hill, a cyclist using manual cycling control must decide when to shift gears or how much effort to exert in pedaling. This level of involvement fosters a deeper connection between the rider and their bike, making each ride unique.Moreover, manual cycling control encourages skill development. Cyclists who rely on their instincts and physical abilities become adept at navigating various terrains and weather conditions. They learn to read the road, anticipate obstacles, and adjust their techniques accordingly. This mastery not only enhances their cycling capabilities but also builds confidence. As cyclists become more proficient in manual cycling control, they often find themselves enjoying the ride even more, appreciating the nuances of balance, speed, and momentum.On the other hand, the rise of electric bikes and automatic gear-shifting systems has led some to question the necessity of manual cycling control. While these technologies offer convenience, they can also diminish the sense of accomplishment that comes from mastering the art of cycling. The thrill of conquering a challenging route or achieving a personal best is often tied to the effort and skill involved in manual cycling control. For many enthusiasts, the joy of cycling is rooted in the physical challenge and the satisfaction of overcoming obstacles through their own efforts.Furthermore, manual cycling control plays a crucial role in safety. Cyclists who are in tune with their bikes are better equipped to handle emergencies, such as sudden stops or evasive maneuvers. By maintaining control over their bicycle, riders can react quickly to unforeseen circumstances, reducing the likelihood of accidents. In contrast, those who rely heavily on automated systems may find themselves unprepared for unexpected situations, potentially leading to dangerous outcomes.In conclusion, manual cycling control is not merely a technical term; it embodies the spirit of cycling itself. It emphasizes the importance of the rider's engagement, skill development, and safety. As cycling continues to evolve with new technologies, the value of manual cycling control remains paramount for those who seek a fulfilling and authentic cycling experience. Whether for leisure, fitness, or commuting, embracing manual cycling control allows cyclists to connect with their bikes and the world around them in a meaningful way.

近年来，随着骑行作为交通工具和锻炼方式的普及，世界见证了骑行热潮的显著上升。伴随着这一增长，各种技术应运而生，以增强骑行体验。其中一个概念是手动骑行控制，指的是骑自行车者通过身体输入来操作他们的自行车，而不是依赖自动系统。这种方法强调骑行者与自行车的互动，使骑行体验更加个性化和响应性。手动骑行控制的本质在于骑行者与自行车之间的互动。与可能在没有骑行者直接输入的情况下调整齿轮或刹车的自动系统不同，手动控制要求骑行者根据环境和个人喜好做出决策。例如，当接近陡峭的山坡时，使用手动骑行控制的骑行者必须决定何时换挡或在踏板上施加多少力量。这种参与程度促进了骑行者与自行车之间更深层次的联系，使每一次骑行都独一无二。此外，手动骑行控制鼓励技能的发展。依靠直觉和身体能力的骑行者变得擅长于在各种地形和天气条件下导航。他们学会阅读道路、预测障碍物，并相应调整技术。这种掌握不仅增强了他们的骑行能力，还建立了自信。当骑行者在手动骑行控制方面变得更加熟练时，他们通常会发现自己更加享受骑行，欣赏平衡、速度和动量的细微差别。另一方面，电动自行车和自动变速系统的兴起使一些人开始质疑手动骑行控制的必要性。虽然这些技术提供了便利，但它们也可能削弱了掌握骑行艺术所带来的成就感。征服一条具有挑战性的路线或实现个人最佳成绩的刺激，往往与在手动骑行控制中所涉及的努力和技巧相关。对于许多爱好者来说，骑行的乐趣根植于身体的挑战和通过自身努力克服障碍的满足感。此外，手动骑行控制在安全方面发挥着至关重要的作用。与自行车保持同步的骑行者更能应对紧急情况，例如突然停车或躲避机动。通过保持对自行车的控制，骑行者可以迅速对不可预见的情况做出反应，从而减少事故的可能性。相比之下，那些过度依赖自动系统的人可能发现自己在面对意外情况时准备不足，从而导致危险的结果。总之，手动骑行控制不仅仅是一个技术术语；它体现了骑行的精神。它强调骑行者的参与、技能发展和安全的重要性。随着骑行随着新技术的发展而不断演变，手动骑行控制的价值对于那些寻求充实和真实骑行体验的人来说仍然至关重要。无论是为了休闲、健身还是通勤，拥抱手动骑行控制使骑行者能够以有意义的方式与他们的自行车和周围的世界建立联系。