cut-off device

简明释义

断油器

英英释义

A cut-off device is a mechanism that interrupts or stops the flow of energy, fluid, or other materials in a system to prevent overload, damage, or accidents.

切断装置是一种机制,用于中断或停止系统中能量、液体或其他材料的流动,以防止过载、损坏或事故。

例句

1.The water heater is equipped with a cut-off device to prevent overheating.

热水器配备了一个切断装置以防止过热。

2.In case of an emergency, the cut-off device will automatically shut down the power supply.

在紧急情况下,切断装置会自动切断电源。

3.The safety regulations require all machines to have a cut-off device installed.

安全规定要求所有机器都必须安装切断装置

4.The gas line has a cut-off device that can be activated in case of a leak.

燃气管道有一个切断装置,可以在泄漏时启用。

5.Before performing maintenance, always ensure that the cut-off device is engaged.

在进行维护之前,务必确保切断装置已启用。

作文

In today's world, safety is a paramount concern in various industries, especially those involving heavy machinery and hazardous materials. One of the critical components that ensure safety in such environments is the cut-off device. A cut-off device is an essential mechanism designed to automatically stop the operation of equipment or machinery when certain conditions are met, thereby preventing accidents and injuries. These devices are commonly found in manufacturing plants, construction sites, and even in household appliances. The importance of a cut-off device cannot be overstated. For instance, in a factory setting, machines that operate at high speeds can pose significant risks to workers. If a worker accidentally gets too close to a moving part, the cut-off device can immediately halt the machine, potentially saving the worker from serious harm. This automatic response is crucial because it eliminates the delay that might occur if an operator had to manually turn off the machine. Moreover, cut-off devices are also vital in preventing equipment damage. In scenarios where machinery operates under specific conditions, such as temperature or pressure, a cut-off device can monitor these parameters. If the readings exceed safe limits, the device will trigger a shutdown, protecting both the equipment and the environment from catastrophic failures. In addition to industrial applications, cut-off devices are also used in everyday life. For example, many modern electrical appliances come equipped with safety features that include cut-off devices. These devices can detect faults or overheating and will disconnect power to prevent fires or electric shocks. This feature is particularly important in homes where children or pets may inadvertently interfere with appliances. The technology behind cut-off devices has evolved significantly over the years. Initially, these devices were purely mechanical, relying on physical components to trigger a shutdown. Today, many cut-off devices incorporate advanced electronic systems, allowing for more precise monitoring and quicker responses. Some devices even offer remote monitoring capabilities, enabling operators to keep track of machinery status from a distance, thus enhancing safety measures further. Despite their advantages, it is essential to recognize that cut-off devices are not foolproof. Regular maintenance and testing are necessary to ensure that they function correctly when needed. Neglecting this aspect can lead to failures, resulting in accidents that could have been easily prevented. Therefore, training employees on the importance of cut-off devices and how to maintain them is crucial in any workplace. In conclusion, the role of cut-off devices in enhancing safety and efficiency across various sectors is undeniable. As technology continues to advance, we can expect these devices to become even more sophisticated, providing better protection for workers and equipment alike. Understanding and effectively implementing cut-off devices is essential for fostering a safer working environment and preventing unnecessary accidents. As we move forward, prioritizing safety through the use of cut-off devices will remain a fundamental aspect of industrial practices and daily life.

在当今世界,安全是各个行业的首要关注点,尤其是在涉及重型机械和危险材料的行业中。确保此类环境安全的关键组成部分之一是切断装置切断装置是一种基本机制,旨在在满足特定条件时自动停止设备或机器的操作,从而防止事故和伤害。这些装置通常出现在制造厂、建筑工地,甚至家用电器中。切断装置的重要性不容小觑。例如,在工厂环境中,高速运转的机器可能对工人构成重大风险。如果工人不小心靠近运动部件,切断装置可以立即停止机器,从而潜在地保护工人免受严重伤害。这种自动响应至关重要,因为它消除了操作员手动关闭机器时可能出现的延迟。此外,切断装置在防止设备损坏方面也至关重要。在机器在特定条件下运行的情况下,例如温度或压力,切断装置可以监测这些参数。如果读数超过安全限值,该装置将触发停机,保护设备和环境免受灾难性故障。除了工业应用,切断装置也用于日常生活中。例如,许多现代电器都配备了包括切断装置的安全功能。这些装置可以检测故障或过热,并断开电源以防止火灾或电击。这个功能在有儿童或宠物可能无意中干扰电器的家庭中尤为重要。切断装置背后的技术多年来已经显著发展。最初,这些装置纯粹是机械的,依赖于物理组件来触发停机。如今,许多切断装置结合了先进的电子系统,允许更精确的监测和更快的响应。有些装置甚至提供远程监控功能,使操作员能够从远处跟踪机器状态,从而进一步增强安全措施。尽管有其优势,但必须认识到切断装置并非万无一失。定期维护和测试是确保它们在需要时正常工作所必需的。忽视这一方面可能导致故障,造成本可以轻易预防的事故。因此,对员工进行培训,让他们了解切断装置的重要性以及如何维护它们,对于任何工作场所都是至关重要的。总之,切断装置在提高各个行业安全性和效率方面的作用不可否认。随着技术的不断进步,我们可以期待这些装置变得更加复杂,为工人和设备提供更好的保护。理解和有效实施切断装置对于促进更安全的工作环境和防止不必要的事故至关重要。展望未来,通过使用切断装置优先考虑安全仍将是工业实践和日常生活的基本方面。