lift system

简明释义

垫升系统

英英释义

例句

1.The maintenance team regularly checks the lift system 电梯系统 to ensure safety and reliability.

维护团队定期检查电梯系统以确保安全和可靠性。

2.The lift system 电梯系统 in this shopping mall is designed for high traffic during peak hours.

这家购物中心的电梯系统设计用于高峰时段的大量客流。

3.To enhance accessibility, the building was equipped with a modern lift system 电梯系统 for people with disabilities.

为了提高无障碍设施，该建筑配备了一套现代化的电梯系统，方便残疾人士使用。

4.During the inspection, we found that the lift system 电梯系统 was not functioning properly.

在检查过程中，我们发现电梯系统运作不正常。

5.The new apartment building features a state-of-the-art lift system 电梯系统 that can accommodate up to 10 people at once.

这座新公寓大楼配备了先进的电梯系统，可以一次容纳多达10人。

作文

The modern world is characterized by rapid advancements in technology, and one of the most significant innovations that has transformed urban living is the lift system. A lift system (电梯系统) is a mechanism designed to transport people and goods vertically within buildings. This essential feature has become a standard in high-rise structures, making it easier for individuals to access different floors without the physical strain of climbing stairs. The evolution of the lift system dates back to ancient times, but it has undergone remarkable changes to enhance safety, efficiency, and convenience.Initially, lifts were operated manually, requiring significant effort from workers to raise and lower platforms. However, with the advent of electricity in the late 19th century, the lift system (电梯系统) was revolutionized. Electric lifts allowed for smoother and faster transportation, which was crucial as buildings began to soar to new heights. Today, we have various types of lift systems, including hydraulic lifts, traction lifts, and even vacuum lifts, each serving different purposes and catering to diverse building designs.One of the primary advantages of a lift system (电梯系统) is its ability to promote accessibility. For individuals with mobility challenges, the presence of a lift can make a significant difference in their ability to navigate a building independently. Modern regulations often require that public buildings are equipped with accessible lift systems, ensuring that everyone can enjoy equal access to facilities and services.Moreover, the efficiency of a lift system (电梯系统) contributes to the overall functionality of a building. In commercial settings, where time is of the essence, a well-designed lift system can facilitate quick movement between floors, enhancing productivity and reducing wait times. For instance, in office buildings, having multiple lifts or express lifts that service only certain floors can optimize traffic flow and minimize congestion during peak hours.Safety is another critical aspect of any lift system (电梯系统). With the increasing reliance on these systems, manufacturers have prioritized safety features such as emergency brakes, backup power supplies, and regular maintenance checks. Innovations like smart sensors that detect overloads and automatic emergency communication systems ensure that users are protected in case of malfunctions.In addition to practical benefits, the design of a lift system (电梯系统) can also enhance the aesthetics of a building. Architects often incorporate glass elevators or creatively designed lift shafts that serve as focal points in lobbies or atriums. This blend of functionality and design not only elevates the user experience but also adds value to the property.As cities continue to grow and the demand for vertical living increases, the lift system (电梯系统) will undoubtedly evolve further. Future innovations may include energy-efficient systems that utilize regenerative drives, allowing lifts to generate power while descending. Additionally, the integration of smart technology could lead to more personalized experiences, where lifts respond to user preferences or predict traffic patterns based on historical data.In conclusion, the lift system (电梯系统) is an indispensable part of modern architecture and urban life. It enhances accessibility, promotes efficiency, ensures safety, and contributes to the aesthetic appeal of buildings. As technology continues to advance, we can expect the lift system to undergo further transformations, making our lives easier and more connected in the ever-evolving landscape of urban environments.

现代世界的特点是技术的快速进步，而改变城市生活的最重要创新之一就是电梯系统。电梯系统（lift system）是一种设计用于在建筑物内垂直运输人和货物的机制。这一基本特征已成为高层建筑的标准，使个人更容易在不同楼层之间移动，而不必忍受爬楼梯的身体负担。电梯系统的演变可以追溯到古代，但它经历了显著的变化，以增强安全性、效率和便利性。最初，电梯是手动操作的，需要工人花费大量精力来升降平台。然而，随着19世纪末电力的出现，电梯系统（lift system）发生了革命性的变化。电动电梯允许更平稳、更快速的运输，这在建筑物开始达到新高度时至关重要。如今，我们有多种类型的电梯系统，包括液压电梯、牵引电梯，甚至真空电梯，每种电梯都服务于不同的目的，并适应各种建筑设计。电梯系统（lift system）的主要优点之一是促进无障碍通行。对于行动不便的人来说，电梯的存在可以极大地改善他们独立导航建筑的能力。现代法规通常要求公共建筑配备无障碍电梯系统，确保每个人都能平等享受设施和服务。此外，电梯系统（lift system）的效率有助于建筑物的整体功能。在商业环境中，时间至关重要，一个设计良好的电梯系统可以促进楼层之间的快速移动，提高生产力，减少等待时间。例如，在办公楼中，拥有多个电梯或仅服务于某些楼层的快速电梯可以优化交通流量，并在高峰时段减少拥堵。安全性是任何电梯系统（lift system）的另一个关键方面。随着对这些系统依赖的增加，制造商优先考虑安全特性，如紧急制动、备用电源和定期维护检查。诸如检测超载的智能传感器和自动紧急通信系统等创新确保用户在故障情况下受到保护。除了实用好处之外，电梯系统（lift system）的设计也可以增强建筑的美学。建筑师经常将玻璃电梯或创造性设计的电梯井融入到大堂或中庭中，作为焦点。这种功能和设计的结合不仅提升了用户体验，还为物业增值。随着城市不断发展，对垂直居住的需求增加，电梯系统（lift system）无疑会进一步发展。未来的创新可能包括利用再生驱动的节能系统，使电梯在下降时能够发电。此外，智能技术的整合可能会带来更个性化的体验，让电梯根据用户的偏好或基于历史数据预测交通模式。总之，电梯系统（lift system）是现代建筑和城市生活中不可或缺的一部分。它增强了可达性，促进了效率，确保了安全性，并为建筑的美学吸引力做出了贡献。随着技术的不断进步，我们可以期待电梯系统在不断发展的城市环境中进一步转型，使我们的生活更加轻松和互联。