intermittent lubrication

简明释义

间歇润滑

英英释义

例句

1.In the assembly line, intermittent lubrication helps maintain efficiency.

在生产线上，间歇性润滑有助于保持效率。

2.Without intermittent lubrication, the engine may overheat.

没有间歇性润滑，发动机可能会过热。

3.The technician recommended a system for intermittent lubrication to reduce wear on the parts.

技术员建议使用间歇性润滑系统以减少零件磨损。

4.The conveyor belt operates best with intermittent lubrication applied at regular intervals.

传送带在定期施加间歇性润滑时运行最佳。

5.The machine requires intermittent lubrication to ensure smooth operation.

这台机器需要间歇性润滑以确保顺利运行。

作文

In the realm of mechanical engineering and maintenance, the term intermittent lubrication refers to a specific method of applying lubricant to machinery at set intervals rather than continuously. This technique is particularly useful in systems where constant lubrication is not only unnecessary but may also lead to issues such as overheating or excessive buildup of lubricant. Understanding the principles and applications of intermittent lubrication can greatly enhance the longevity and efficiency of machinery.One of the primary advantages of intermittent lubrication is its ability to reduce waste. By applying lubricant only when needed, engineers can minimize the amount of oil or grease used, which is both cost-effective and environmentally friendly. For example, in large industrial machines that operate for extended periods, continuous lubrication can lead to leaks and spills, causing environmental hazards. With intermittent lubrication, these risks are significantly reduced.Moreover, intermittent lubrication can help maintain optimal operating temperatures in machinery. Continuous lubrication can sometimes result in excessive heat generation, as the lubricant may not have enough time to dissipate heat effectively. In contrast, by using intermittent lubrication, the lubricant has time to cool down between applications, thus maintaining a more stable temperature within the machine components.Additionally, intermittent lubrication allows for better control over the lubrication process. Engineers can schedule lubrication based on the specific needs of the machinery, taking into account factors such as load, speed, and operational conditions. This level of control ensures that each component receives the appropriate amount of lubrication at the right time, reducing the risk of wear and tear.However, implementing intermittent lubrication does require careful planning and monitoring. It is essential to determine the correct intervals for lubrication based on the machine's operating conditions and manufacturer recommendations. If the intervals are too long, components may suffer from inadequate lubrication, leading to premature failure. Conversely, if they are too short, it could result in unnecessary use of lubricant and increased maintenance costs.In conclusion, intermittent lubrication is a valuable technique in the field of mechanical maintenance that offers numerous benefits, including reduced waste, improved temperature control, and enhanced efficiency. By understanding and applying this method appropriately, engineers can ensure that machinery operates smoothly and lasts longer. As industries continue to evolve and prioritize sustainability, the importance of methods like intermittent lubrication will only grow, making it a crucial concept for future developments in engineering and maintenance practices.

在机械工程和维护的领域中，短语间歇润滑指的是一种在设定间隔内向机械施加润滑剂的方法，而不是持续施加。这种技术在那些不需要持续润滑的系统中特别有用，因为持续润滑可能导致过热或润滑剂过量积聚等问题。理解间歇润滑的原则和应用可以极大地增强机械的使用寿命和效率。间歇润滑的一个主要优点是能够减少浪费。通过仅在需要时施加润滑剂，工程师可以最大限度地减少使用的油或脂肪的数量，这既经济又环保。例如，在长时间运行的大型工业机器中，持续润滑可能导致泄漏和溢出，从而造成环境危害。通过使用间歇润滑，这些风险显著降低。此外，间歇润滑可以帮助保持机械的最佳工作温度。持续润滑有时会导致过多的热量生成，因为润滑剂可能没有足够的时间有效散热。相比之下，通过使用间歇润滑，润滑剂在施加之间有时间冷却，从而在机器组件内维持更稳定的温度。此外，间歇润滑允许对润滑过程进行更好的控制。工程师可以根据机械的特定需求安排润滑，考虑诸如负载、速度和操作条件等因素。这种控制水平确保每个组件在合适的时间获得适当数量的润滑，减少磨损的风险。然而，实施间歇润滑确实需要仔细的规划和监测。至关重要的是，根据机器的操作条件和制造商建议确定正确的润滑间隔。如果间隔过长，组件可能因润滑不足而受到损害，导致提前故障。相反，如果间隔过短，则可能导致不必要的润滑剂使用和增加维护成本。总之，间歇润滑是机械维护领域中的一种宝贵技术，提供了众多好处，包括减少浪费、改善温控和提高效率。通过适当地理解和应用这种方法，工程师可以确保机械平稳运行并延长其使用寿命。随着行业不断发展并优先考虑可持续性，像间歇润滑这样的方法的重要性只会增加，使其成为未来工程和维护实践中至关重要的概念。