evacuation capsule

简明释义

逃生袋

英英释义

例句

1.The evacuation capsule is designed to withstand extreme temperatures during descent.

撤离舱设计能够承受下降过程中的极端温度。

2.In case of an emergency, the crew will use the evacuation capsule to safely transport passengers to the ground.

在紧急情况下，机组人员将使用撤离舱安全地将乘客运输到地面。

3.During the drill, we practiced entering the evacuation capsule quickly and efficiently.

在演习中，我们练习了快速有效地进入撤离舱。

4.The space shuttle is equipped with an evacuation capsule that can be deployed in the event of a malfunction.

航天飞机配备了一个撤离舱，可以在发生故障时进行部署。

5.Passengers were instructed to secure themselves in the evacuation capsule until help arrived.

乘客被指示在等待救援时固定在撤离舱内。

作文

In recent years, the concept of safety in various environments has gained significant attention, particularly in industries such as aerospace and disaster management. One innovative solution that has emerged is the use of an evacuation capsule, which serves as a vital tool for ensuring the safety of individuals during emergencies. An evacuation capsule (撤离舱) is designed to provide a secure and efficient means of escape in situations where traditional exits may be compromised. This technology is especially relevant in high-risk environments, such as space travel, where the stakes are incredibly high and the margin for error is minimal.The primary function of an evacuation capsule is to protect its occupants from external threats while facilitating a rapid evacuation. For instance, in the event of a fire or structural failure on a spacecraft, an evacuation capsule can be deployed to transport crew members safely away from danger. These capsules are engineered with advanced materials that can withstand extreme temperatures and pressures, ensuring that those inside remain safe until they can reach a secure location.Moreover, the design of an evacuation capsule often includes life-support systems that provide necessary resources such as oxygen and temperature control. This feature is crucial in scenarios where individuals may need to remain inside the capsule for extended periods before rescue teams can reach them. The integration of communication systems within the evacuation capsule also allows occupants to maintain contact with rescue personnel, providing real-time updates on their situation and enabling coordinated rescue efforts.In addition to aerospace applications, evacuation capsules can also be beneficial in urban settings, particularly in high-rise buildings. In the event of a natural disaster, such as an earthquake, these capsules could offer a quick means of escape for residents trapped in inaccessible areas. By utilizing a network of evacuation capsules, cities could enhance their emergency response strategies, ensuring that individuals have reliable options for evacuation when traditional methods are unavailable.The implementation of evacuation capsules raises important considerations regarding accessibility and training. It is essential that all potential users are familiar with how to operate these capsules effectively. Regular drills and educational programs can help ensure that individuals know how to respond quickly and efficiently in an emergency situation. Additionally, the design of the evacuation capsule must accommodate people of all abilities, including those with disabilities, to ensure that everyone can benefit from this life-saving technology.As we continue to face unpredictable challenges, the development and refinement of evacuation capsules represent a significant step forward in safety innovation. By investing in research and development, we can enhance the effectiveness of these capsules and explore new applications that may further protect lives in emergencies. Ultimately, the goal of an evacuation capsule is not just to facilitate escape, but to provide peace of mind in knowing that there are reliable solutions available when the unexpected occurs. As technology advances, the future of evacuation capsules looks promising, paving the way for safer environments both on Earth and beyond.

近年来，各种环境安全的概念引起了人们的广泛关注，尤其是在航空航天和灾难管理等行业中。一个新兴的创新解决方案是使用撤离舱，这是一种确保个人在紧急情况下安全的重要工具。撤离舱（evacuation capsule）旨在提供一种安全高效的逃生方式，以应对传统出口可能受到威胁的情况。这项技术在高风险环境中尤为重要，例如太空旅行，在这些环境中，风险非常高，容错空间极小。撤离舱的主要功能是保护其乘员免受外部威胁，同时促进快速撤离。例如，在航天器发生火灾或结构故障时，可以部署撤离舱将机组人员安全运输到危险之外。这些舱室采用先进材料设计，能够承受极端温度和压力，确保内部人员在救援团队到达之前保持安全。此外，撤离舱的设计通常包括生命支持系统，提供氧气和温度控制等必要资源。在个体可能需要在舱内停留较长时间的情况下，这一特性至关重要，以便在救援团队能够到达之前保持安全。撤离舱内部通信系统的集成也使乘员能够与救援人员保持联系，提供实时更新并协调救援工作。除了航空航天应用外，撤离舱在城市环境中也可能有益，特别是在高层建筑中。在自然灾害（如地震）发生时，这些舱室可以为被困在无法到达区域的居民提供快速逃生的手段。通过利用撤离舱网络，城市可以增强其应急响应策略，确保在传统方法不可用时，个人有可靠的撤离选择。实施撤离舱还涉及可及性和培训的重要考虑。所有潜在用户都必须熟悉如何有效操作这些舱室。定期演练和教育项目可以帮助确保个人在紧急情况下能够迅速高效地做出反应。此外，撤离舱的设计必须考虑所有能力的人的需求，包括残疾人士，以确保每个人都能从这一救生技术中受益。随着我们继续面临不可预测的挑战，撤离舱的发展和完善代表了安全创新的重要一步。通过投资研究和开发，我们可以提高这些舱室的有效性，并探索可能进一步保护生命的新应用。最终，撤离舱的目标不仅是促进逃生，更是让人们在意外发生时知道有可靠的解决方案可用，从而获得内心的平静。随着技术的进步，撤离舱的未来看起来充满希望，为地球及其他地方创造更安全的环境。