pump brake windlass

简明释义

摇佰起锚机

英英释义

例句

1.During heavy weather, it is crucial to secure the load with the pump brake windlass 泵制动绞车 to avoid accidents.

在恶劣天气下，使用泵制动绞车泵制动绞车固定负载至关重要，以避免事故。

2.When performing maintenance, always release the tension on the pump brake windlass 泵制动绞车 to ensure safety.

在进行维护时，始终释放泵制动绞车泵制动绞车上的张力以确保安全。

3.The crew must check the pump brake windlass 泵制动绞车 for any signs of wear and tear before use.

在使用之前，船员必须检查泵制动绞车泵制动绞车是否有磨损的迹象。

4.Before lifting the anchor, make sure to engage the pump brake windlass 泵制动绞车 to prevent any sudden movements.

在起锚之前，确保启用泵制动绞车泵制动绞车以防止任何突然的移动。

5.The captain instructed the crew to operate the pump brake windlass 泵制动绞车 smoothly to avoid damaging the equipment.

船长指示船员平稳操作泵制动绞车泵制动绞车以避免损坏设备。

作文

In the world of mechanical engineering and maritime operations, various components play crucial roles in ensuring efficiency and safety. One such component is the pump brake windlass, a device that combines the functionalities of a pump, a brake, and a windlass. Understanding this term requires a breakdown of its individual parts and their significance in practical applications. The term 'windlass' refers to a type of winch used primarily on ships and boats for lifting heavy objects, such as anchors or sails. A windlass is essential in maritime contexts, as it allows for the controlled raising and lowering of these heavy items, facilitating smooth operations at sea. The mechanism typically involves a horizontal drum around which a rope or chain is wound. When the windlass is engaged, it rotates, pulling the attached object upwards.The 'brake' component of the pump brake windlass is equally important. It serves to control the descent of the load being lifted by the windlass, preventing it from falling too quickly or uncontrollably. This safety feature is vital, especially when dealing with heavy equipment or during critical operations where precision is necessary. The brake system can be mechanical or hydraulic, depending on the design of the windlass, and it ensures that operators can manage the load effectively without risking accidents.Lastly, the 'pump' aspect of the pump brake windlass integrates hydraulic power into the operation. Hydraulic pumps are often employed to generate the force needed to lift heavy loads efficiently. By using hydraulic fluid, these pumps can exert significant force while maintaining a compact size, making them ideal for marine applications where space may be limited. The combination of these three elements—the pump, brake, and windlass—results in a powerful tool that enhances the operational capabilities of vessels.In practical scenarios, the pump brake windlass can be found on various types of ships, from small fishing boats to large cargo carriers. For instance, during the anchoring process, the crew relies on the windlass to raise the anchor from the seabed. As the anchor is pulled up, the brake ensures that it does not drop suddenly, which could cause damage to the vessel or injury to the crew. Furthermore, the hydraulic pump provides the necessary power to lift the heavy anchor efficiently, allowing for quick and safe operations.In conclusion, the pump brake windlass is an integral part of modern maritime technology. Its design incorporates essential features that enhance safety and efficiency during critical operations. By understanding the function and importance of each component—pump, brake, and windlass—we can appreciate how they work together to facilitate safe and effective maritime activities. The knowledge of such mechanisms is not only valuable for engineers and operators but also contributes to the overall safety and functionality of marine operations, highlighting the importance of innovation in engineering design.

在机械工程和海洋操作的世界中，各种组件在确保效率和安全方面发挥着至关重要的作用。其中一个组件是泵制动绞车，这是一种将泵、制动器和绞车功能结合在一起的设备。理解这个术语需要对其各个部分及其在实际应用中的重要性进行分解。“绞车”一词主要指一种用于船只和小艇的卷扬机，用于提升重物，如锚或帆。绞车在海洋环境中至关重要，因为它可以控制这些重物的升降，从而促进海上的平稳操作。该机制通常涉及一个水平鼓，绳索或链条绕其缠绕。当绞车被启动时，它旋转，拉动附加物体向上。泵制动绞车的“制动器”部分同样重要。它用于控制通过绞车提升的负载的下降，防止负载过快或不受控制地下落。这个安全特性至关重要，尤其是在处理重型设备或在需要精确操作的关键操作期间。制动系统可以是机械式或液压式，具体取决于绞车的设计，它确保操作员能够有效管理负载，而不会冒险发生事故。最后，泵制动绞车的“泵”部分将液压动力集成到操作中。液压泵通常用于产生提升重负荷所需的力量。通过使用液压油，这些泵可以施加显著的力量，同时保持紧凑的尺寸，使其非常适合空间可能有限的海洋应用。这三种元素——泵、制动器和绞车——的结合形成了一种强大的工具，增强了船舶的操作能力。在实际场景中，泵制动绞车可以在各种类型的船舶上找到，从小型渔船到大型货轮。例如，在抛锚过程中，船员依赖绞车将锚从海床上提升。当锚被拉起时，制动器确保它不会突然掉落，这可能会对船只造成损害或对船员造成伤害。此外，液压泵提供了高效提升重锚所需的动力，从而实现快速安全的操作。总之，泵制动绞车是现代海洋技术的重要组成部分。它的设计结合了增强关键操作安全性和效率的基本特征。通过了解每个组件的功能和重要性——泵、制动器和绞车——我们可以欣赏它们如何协同工作，以促进安全有效的海洋活动。对这些机制的了解不仅对工程师和操作员有价值，还为海洋操作的整体安全性和功能性做出了贡献，突显了工程设计创新的重要性。