multiple unit control
简明释义
多元控制
英英释义
A system used for managing and coordinating the operation of multiple units or vehicles, often in transportation systems such as trains or buses. | 一种用于管理和协调多个单元或车辆操作的系统,通常应用于火车或公交等交通系统。 |
例句
1.The new software allows for better multiple unit control in train operations.
新软件允许在火车操作中更好地进行多单元控制。
2.Engineers are working on a system that enhances multiple unit control for freight trains.
工程师们正在开发一个系统,以增强货运列车的多单元控制。
3.The pilot utilized multiple unit control to manage the drones during the aerial survey.
飞行员在空中调查期间利用多单元控制来管理无人机。
4.In the factory, multiple unit control is essential for coordinating several robotic arms.
在工厂中,多单元控制对于协调多个机器人手臂至关重要。
5.Our team developed a new protocol for multiple unit control in automated warehouses.
我们的团队开发了一种新的协议,用于自动化仓库中的多单元控制。
作文
In the realm of transportation, particularly in rail systems, the term multiple unit control refers to a system that allows multiple train cars to be operated as a single unit. This concept is crucial for enhancing efficiency and safety in train operations. When trains are equipped with multiple unit control, each car can communicate with one another, allowing for synchronized acceleration, braking, and other operational functions. This system contrasts with traditional locomotive-hauled trains, where a single engine pulls several cars without the same level of coordination. The advantages of multiple unit control are manifold. Firstly, it increases the overall speed and responsiveness of the train. Since all cars are controlled together, the train can accelerate and decelerate more smoothly, which is particularly important in urban transit systems where frequent stops are necessary. This leads to a better experience for passengers, who benefit from reduced travel times and a smoother ride.Secondly, multiple unit control enhances safety. The interconnectedness of the train cars means that if one car experiences an issue, the entire system can respond more effectively. For example, if a problem arises in one unit, the control system can automatically adjust the operation of the other units to maintain stability and safety. This proactive approach to safety is essential in minimizing accidents and ensuring passenger security.Moreover, multiple unit control facilitates easier maintenance and operation. Train operators can manage multiple units from a single control point, simplifying the process of handling the train. This not only reduces the workload on operators but also streamlines the maintenance processes, as technicians can diagnose issues across the entire train more efficiently.From an environmental perspective, multiple unit control can contribute to sustainability efforts. By optimizing the performance of the train, this system can lead to lower energy consumption per passenger mile. As cities continue to grow and the demand for efficient public transport increases, adopting technologies like multiple unit control becomes increasingly important in reducing the carbon footprint of transportation systems.In conclusion, the implementation of multiple unit control in rail systems represents a significant advancement in transportation technology. Its benefits in terms of efficiency, safety, ease of operation, and environmental impact make it a critical component of modern rail systems. As we look towards the future of transportation, embracing innovations such as multiple unit control will be key to developing sustainable and effective transit solutions for urban populations worldwide.
在交通运输领域,尤其是在铁路系统中,术语多单元控制指的是一种允许多个列车车厢作为一个整体进行操作的系统。这个概念对于提高列车运营的效率和安全性至关重要。当列车配备了多单元控制时,每个车厢可以相互通信,从而实现加速、制动和其他操作功能的同步。这一系统与传统的机车牵引列车形成对比,后者由单一机车拉动多个车厢,而没有相同程度的协调。多单元控制的优势是多方面的。首先,它提高了列车的整体速度和响应能力。由于所有车厢共同控制,列车可以更平稳地加速和减速,这在城市交通系统中尤为重要,因为需要频繁停车。这为乘客提供了更好的体验,他们受益于缩短的旅行时间和更平稳的乘坐感。其次,多单元控制增强了安全性。列车车厢之间的互联性意味着,如果某个车厢出现问题,整个系统可以更有效地响应。例如,如果某个单元出现故障,控制系统可以自动调整其他单元的操作,以保持稳定性和安全性。这种主动的安全管理方法对于最小化事故和确保乘客安全至关重要。此外,多单元控制还简化了维护和操作。列车操作员可以从一个控制点管理多个单元,简化了列车的处理过程。这不仅减少了操作员的工作负担,还优化了维护流程,因为技术人员可以更高效地诊断整个列车的问题。从环境角度来看,多单元控制有助于可持续发展努力。通过优化列车的性能,该系统可以降低每乘客每英里消耗的能源。随着城市的不断发展和对高效公共交通需求的增加,采用像多单元控制这样的技术变得越来越重要,以减少交通系统的碳足迹。总之,在铁路系统中实施多单元控制代表了交通技术的重要进步。它在效率、安全性、操作便捷性和环境影响等方面的好处使其成为现代铁路系统的关键组成部分。展望交通的未来,拥抱像多单元控制这样的创新将是开发可持续和有效的城市人口交通解决方案的关键。
相关单词