deadman method

简明释义

锤回单杆吊货法锤回吊货法

英英释义

例句

1.Using the deadman method (死人的方法), workers can ensure that equipment stops if they become incapacitated.

通过使用 deadman method (死人的方法)，工人可以确保设备在他们失去能力时停止工作。

2.In the event of a power failure, the deadman method (死人的方法) ensures that the machinery will stop automatically.

在停电的情况下，deadman method (死人的方法) 确保机器会自动停止。

3.The train operator used the deadman method (死人的方法) to maintain safety while driving.

列车操作员使用了 deadman method (死人的方法) 来确保行驶安全。

4.If the driver does not apply pressure on the pedal, the deadman method (死人的方法) will engage the brakes.

如果驾驶员不踩踏板，deadman method (死人的方法) 将会启动车辆的刹车。

5.The deadman method (死人的方法) is crucial in preventing accidents in industrial settings.

在工业环境中，deadman method (死人的方法) 对于防止事故至关重要。

作文

The concept of the deadman method is often discussed in various fields, particularly in safety protocols and engineering. Essentially, the deadman method refers to a system designed to ensure that a machine or process will remain safe and operational only when an operator is actively engaged. If the operator becomes incapacitated or otherwise fails to maintain control, the system automatically shuts down or takes a safe position. This principle is crucial in industries such as transportation, construction, and manufacturing, where human error can lead to catastrophic consequences.For example, consider the operation of a train. Many modern trains are equipped with a deadman method that requires the engineer to keep a hand on a control lever. If the engineer lets go of the lever for any reason—perhaps due to a medical emergency—the train will automatically engage its brakes and come to a stop. This feature significantly enhances passenger safety and minimizes the risk of accidents caused by human negligence.In construction sites, the deadman method can also be applied to equipment like cranes and excavators. Operators must maintain a certain level of engagement with the controls; otherwise, if they become distracted or incapacitated, the machinery will cease operation. This not only protects the operator but also ensures the safety of nearby workers and pedestrians.The application of the deadman method extends beyond heavy machinery. It can also be found in everyday devices, such as lawnmowers and snow blowers. Many of these machines have a safety feature requiring the operator to hold a specific handle or button while in use. If the operator releases it, the machine will shut off immediately. This simple yet effective design prevents injuries that could occur if the operator loses control.Moreover, the deadman method serves as a reminder of the importance of human oversight in automated systems. While technology continues to advance, making processes more efficient, the need for human engagement remains critical. By incorporating the deadman method, industries can strike a balance between automation and safety, ensuring that operators remain vigilant and in control.In conclusion, the deadman method is a vital safety mechanism that has widespread applications across various sectors. By requiring active participation from operators, it helps mitigate risks associated with human error and promotes a culture of safety. As we continue to innovate and develop new technologies, understanding and implementing the deadman method will be essential in safeguarding both people and equipment. The future of safety hinges on our ability to integrate such principles into our daily operations, ultimately leading to a safer working environment for everyone involved.

“死手法”这一概念在多个领域中经常被讨论，尤其是在安全协议和工程方面。基本上，“死手法”指的是一种系统，旨在确保机器或过程在操作员积极参与时保持安全和可操作。如果操作员变得失去能力或以其他方式未能保持控制，系统将自动关闭或采取安全位置。这个原则在运输、建筑和制造等行业中至关重要，因为人为错误可能导致灾难性的后果。例如，考虑火车的操作。许多现代火车配备了“死手法”，要求工程师始终保持一只手在控制杠杆上。如果工程师因任何原因放开杠杆——可能是由于医疗紧急情况——火车将自动刹车并停下来。这一特性显著增强了乘客的安全性，并减少了由于人为疏忽造成的事故风险。在建筑工地上，“死手法”也可以应用于起重机和挖掘机等设备。操作员必须保持对控制的某种程度的参与；否则，如果他们分心或失去能力，机械将停止操作。这不仅保护了操作员，还确保了附近工人和行人的安全。“死手法”的应用超越了重型机械。它也可以在日常设备中找到，例如割草机和雪铲。许多这些机器都有一个安全特性，要求操作员在使用时保持按住特定的手柄或按钮。如果操作员释放它，机器将立即关闭。这种简单而有效的设计防止了如果操作员失去控制而可能发生的伤害。此外，“死手法”提醒我们在自动化系统中人类监督的重要性。尽管技术不断进步，使过程更加高效，但对人类参与的需求仍然至关重要。通过采用“死手法”，各行业可以在自动化和安全之间取得平衡，确保操作员保持警惕并掌控局面。总之，“死手法”是一种重要的安全机制，在各个领域都有广泛应用。通过要求操作员积极参与，它有助于减轻与人为错误相关的风险，并促进安全文化。随着我们继续创新和开发新技术，理解和实施“死手法”将在保护人员和设备方面至关重要。安全的未来取决于我们将这些原则整合到日常操作中的能力，最终为所有参与者创造一个更安全的工作环境。