guideway

简明释义

英[ˈɡaɪdweɪ]美[ˈɡaɪdweɪ]

n. 导沟

英英释义

单词用法

同义词

反义词

例句

1.The structure and operation principle of a PM spherical stepper motor and its gimbal guideway orientation detection system were discussed.

介绍了一种永磁球形步进电动机的结构、工作原理及滑轨支架形式的位置检测系统。

2.Dynamic property of the guideway girder is a key problem for the high-speed magnetic technology.

磁悬浮轨道梁的动力问题成为高速磁悬浮技术的一个关键问题。

3.The electric current supplied to the coils in the guideway walls is constantly alternating to change the polarity of the magnetized coils.

供给导轨槽内线圈的电流交互变化着电磁线圈的极性。

4.This paper introduces a floating device that used for Surface medium frequency induction hardening of longer guideway.

本文介绍一种用于长导轨表面中频淬火的浮动装置，它能较好地解决浮动、电效率、冷却三问题。

5.Guard device: The machine tool is equipped with totally enclosed or semi-enclosed guard. Each guideway with protection hood.

防护装置：机床配置全封闭或半封闭防护罩，各向导轨均配置防护罩装置。

6.The regulating wheel feed slide is supported on dovetail needle roller guideway and a differential leadscrew is used for performing feed motion.

导轮架进给导轨采用燕尾形滚针导轨，进给用差动丝杆；

7.This machine is adopted liquid-immersed guideway. The cross structure is stable and is controlled automatically in upright and level direction.

本机采用油浸导轨，十字拖结构稳定，垂直与水平两个方向自动控制，适用于大理石大板、路沿石。

8.Hydrostatic guide spindle is a kind of cylindrical hydrostatic guideway.

静压导轴是一种圆柱形液体静压导轨。

9.Experience in Repairing machine guideway with wearable soft band is introduced.

介绍应用耐磨软带维修机床导轨的经验。

10.The train travels along the guideway which is elevated above the ground.

火车沿着高架的导轨行驶。

11.Engineers designed a new guideway for the automated shuttle system.

工程师为自动化接驳系统设计了新的导轨。

12.The guideway helps to keep the vehicle on track during its journey.

这个导轨帮助车辆在旅途中保持在轨道上。

13.In the amusement park, the roller coaster follows a complex guideway.

在游乐园，过山车沿着复杂的导轨行驶。

14.The construction crew worked diligently to install the new guideway for the monorail.

施工队努力安装新的导轨用于单轨铁路。

作文

In modern transportation systems, the concept of a guideway (导向道) plays a crucial role in ensuring safety and efficiency. A guideway refers to a defined path or track that vehicles use to navigate from one point to another. This can range from traditional rail tracks to the more advanced systems used in automated transit systems. Understanding the significance of a guideway is essential for both engineers and everyday commuters alike. First and foremost, a guideway provides a physical structure that helps to direct the movement of vehicles. For example, in a railway system, trains are confined to their tracks, which are the guideways. This confinement ensures that trains do not deviate from their intended routes, minimizing the risk of accidents. The design of these guideways must take into consideration various factors such as terrain, weather conditions, and the type of vehicles that will be using them. Moreover, the importance of a guideway extends beyond just physical guidance. It also encompasses the technology that monitors and manages the traffic flow. In urban areas, for instance, dedicated bus lanes serve as guideways for public transit, allowing buses to bypass congested traffic and maintain timely schedules. This not only improves the efficiency of public transport but also encourages more people to use it, thereby reducing the overall number of vehicles on the road. In addition to transportation, the concept of a guideway can also apply to other fields such as robotics and automation. In robotic systems, a guideway might refer to the tracks on which robots operate. These tracks ensure that robots follow a predetermined path, which is critical for tasks that require precision, such as assembly lines in manufacturing plants. By utilizing guideways, manufacturers can enhance productivity and reduce errors, leading to higher quality products. Furthermore, the environmental impact of guideways cannot be overlooked. Well-planned guideways can significantly reduce energy consumption and emissions. For instance, light rail systems that utilize elevated guideways can minimize land use and preserve green spaces in urban areas. Additionally, by offering an efficient alternative to car travel, these systems help decrease air pollution and contribute to a healthier environment. However, the development of guideways is not without its challenges. Financial constraints, public opposition, and regulatory hurdles often complicate the planning and construction processes. Communities may resist the implementation of new guideways due to concerns about noise, visual impact, or displacement. Thus, it is crucial for planners and engineers to engage with the community and address these concerns through careful design and planning. In conclusion, the term guideway (导向道) encapsulates a vital aspect of modern infrastructure and technology. Whether it is in the context of transportation, robotics, or environmental sustainability, guideways serve as the backbone of efficient and safe movement. As we continue to innovate and expand our transportation networks, understanding and optimizing guideways will remain a key focus for engineers and policymakers alike. By doing so, we can create systems that not only meet the demands of today but also pave the way for a sustainable future.