unattended machinery space

简明释义

无人机舱符号

英英释义

例句

1.Before leaving the engine room, ensure that all alarms are set for the unattended machinery space 无人值守的机械空间.

在离开机舱之前，确保所有警报都已设置为 无人值守的机械空间 无人值守的机械空间.

2.Automatic monitoring systems are crucial for the unattended machinery space 无人值守的机械空间.

自动监控系统对于 无人值守的机械空间 无人值守的机械空间 是至关重要的.

3.Regular checks are necessary to maintain safety in the unattended machinery space 无人值守的机械空间.

定期检查是维护 无人值守的机械空间 无人值守的机械空间 安全所必需的.

4.In the event of a malfunction, alarms will activate in the unattended machinery space 无人值守的机械空间.

如果发生故障，警报将在 无人值守的机械空间 无人值守的机械空间 中激活.

5.The crew must be trained to respond to emergencies in the unattended machinery space 无人值守的机械空间.

船员必须接受培训，以应对 无人值守的机械空间 无人值守的机械空间 中的紧急情况.

作文

In the maritime industry, safety and efficiency are paramount. One critical aspect of ship operations involves the management of the engine room and other technical areas. Among these areas, the term unattended machinery space refers to sections of a vessel where machinery operates without a crew member present. This can include spaces such as the engine room, boiler room, or any compartment housing machinery that does not require constant monitoring. The concept of unattended machinery space is essential for modern vessels, particularly those equipped with advanced automation systems that allow for remote monitoring and control.The use of unattended machinery space is prevalent in many contemporary ships, especially those designed for long voyages or autonomous operations. By allowing certain areas to operate unattended, ships can optimize their crew's workload, ensuring that personnel are available for more critical tasks. However, this practice also raises significant safety concerns. Without a crew member physically present, there is an increased risk of equipment failure going unnoticed, which could lead to catastrophic consequences.To mitigate these risks, international maritime regulations, such as those set by the International Maritime Organization (IMO), outline stringent requirements for the operation of unattended machinery space. These regulations mandate that vessels equipped with such spaces must have reliable monitoring systems in place. These systems typically include alarms and sensors that can detect abnormal conditions, such as overheating or pressure fluctuations, and alert the crew immediately.Moreover, regular maintenance and inspections are crucial for ensuring the safety of unattended machinery space. Ship operators must establish routine checks and ensure that all machinery is functioning correctly before allowing it to operate unattended. Training crew members to respond effectively to alarms and potential emergencies is also vital. They must be prepared to take immediate action if a situation arises in an unattended area.The evolution of technology has significantly impacted how unattended machinery space is managed. With the advent of sophisticated monitoring systems, ship operators can now oversee multiple machinery spaces from a central control room. This advancement allows for real-time data analysis and quicker decision-making processes. However, reliance on technology also necessitates a thorough understanding of the systems involved, as well as the potential limitations they may have.In conclusion, the concept of unattended machinery space plays a crucial role in modern maritime operations. While it offers numerous benefits in terms of efficiency and crew management, it also presents unique challenges and risks. Therefore, strict adherence to safety regulations, regular maintenance, and effective crew training are essential to ensure the safe operation of these spaces. As technology continues to evolve, the maritime industry must remain vigilant in addressing the complexities associated with unattended machinery space to safeguard lives and assets at sea.

在海事行业中，安全和效率至关重要。船舶操作的一个关键方面涉及发动机舱和其他技术区域的管理。在这些区域中，术语无人值守的机械空间指的是船只上机器在没有船员在场的情况下运行的部分。这可以包括发动机舱、锅炉房或任何装有不需要持续监控的机器的舱室。无人值守的机械空间的概念对于现代船舶至关重要，特别是那些配备先进自动化系统的船舶，这些系统允许远程监控和控制。在许多当代船舶中，使用无人值守的机械空间是普遍现象，尤其是在设计用于长途航行或自主操作的船舶中。通过允许某些区域无人值守，船舶可以优化船员的工作负荷，确保人员可以处理更关键的任务。然而，这种做法也引发了重大的安全隐患。没有船员在场，设备故障的风险增加，这可能导致灾难性的后果。为了减轻这些风险，国际海事法规（如国际海事组织（IMO）制定的法规）规定了对无人值守的机械空间操作的严格要求。这些规定要求配备此类空间的船舶必须具备可靠的监控系统。这些系统通常包括可以检测异常情况（如过热或压力波动）的报警器和传感器，并立即提醒船员。此外，定期维护和检查对于确保无人值守的机械空间的安全至关重要。船舶运营商必须建立例行检查，确保所有机械在允许无人值守运行之前正常运作。培训船员有效应对警报和潜在紧急情况也是至关重要的。他们必须准备好在无人值守区域出现问题时立即采取行动。技术的进步显著影响了对无人值守的机械空间的管理。随着复杂监控系统的出现，船舶运营商现在可以从中央控制室监督多个机械空间。这一进步使实时数据分析和更快的决策过程成为可能。然而，对技术的依赖也需要对所涉及系统的全面理解以及它们可能存在的潜在局限性。总之，无人值守的机械空间的概念在现代海事操作中发挥着至关重要的作用。虽然它在效率和船员管理方面提供了众多好处，但也带来了独特的挑战和风险。因此，严格遵守安全法规、定期维护和有效的船员培训对于确保这些空间的安全运行至关重要。随着技术的不断发展，海事行业必须保持警惕，解决与无人值守的机械空间相关的复杂性，以保护海上的生命和资产。