disengaging lever

简明释义

分离杆

英英释义

例句

1.The mechanic explained that the disengaging lever 脱离杠杆 should be used to release the clutch before performing repairs.

机械师解释说，在进行维修之前，应该使用disengaging lever脱离杠杆来释放离合器。

2.The user manual specifies that the disengaging lever 脱离杠杆 should be in the 'off' position when starting the engine.

用户手册说明，在启动引擎时，disengaging lever脱离杠杆应处于“关闭”位置。

3.To switch from automatic to manual mode, you need to pull the disengaging lever 脱离杠杆 located next to the gear shift.

要从自动模式切换到手动模式，您需要拉动位于换挡杆旁边的disengaging lever脱离杠杆。

4.In order to change the settings, you must first engage the disengaging lever 脱离杠杆 on the control panel.

为了更改设置，您必须首先在控制面板上启用disengaging lever脱离杠杆。

5.When the machine jams, the first step is to pull the disengaging lever 脱离杠杆 to stop the operation safely.

当机器卡住时，第一步是拉动disengaging lever脱离杠杆以安全停止操作。

作文

In the world of machinery and engineering, understanding the various components that make up a machine is crucial for effective operation and maintenance. One such component that often goes unnoticed but plays a significant role in the functionality of many machines is the disengaging lever. The disengaging lever (脱离杠杆) is a mechanism that allows an operator to disconnect or disengage a part of the machine from its power source or operational mode. This lever is essential for safety, maintenance, and operational flexibility. For instance, consider a complex piece of equipment like a tractor. When a farmer wants to switch from plowing to transporting goods, they must disengage the plow from the tractor. This is where the disengaging lever comes into play. By pulling or pushing this lever, the farmer can easily disconnect the plow, allowing them to use the tractor for other purposes without the added weight and resistance of the plow. This not only saves time but also enhances the efficiency of the farming operation. The importance of the disengaging lever extends beyond just agricultural machinery. In industrial settings, many machines are equipped with similar levers that allow operators to safely perform maintenance tasks. For example, when conducting routine checks or repairs on a conveyor belt system, technicians often need to disengage the motor to ensure that it does not accidentally start while they are working. The disengaging lever serves as a critical safety feature that protects workers from potential injuries. Moreover, the design of the disengaging lever can vary significantly depending on the machine's complexity and intended use. Some levers are designed for manual operation, requiring the user to exert physical force to engage or disengage. Others may be automated, activated by sensors or control systems that respond to specific conditions. Regardless of the design, the fundamental purpose remains the same: to provide a means of control over the machine's operation. In addition to its practical applications, the disengaging lever also symbolizes the broader concept of control in engineering. It represents the ability of operators to manage and manipulate their tools effectively. In a world increasingly dominated by automation and technology, understanding how to use such levers becomes paramount. Operators must be trained not only to recognize these components but also to understand their function and importance in the overall system. In conclusion, the disengaging lever (脱离杠杆) may seem like a simple component, but its significance cannot be overstated. Whether in agriculture, manufacturing, or any other field that relies on machinery, this lever plays a vital role in ensuring safety, efficiency, and operational flexibility. As we continue to advance technologically, the need for skilled operators who understand these mechanisms will remain essential. Therefore, learning about components like the disengaging lever is not just beneficial; it is crucial for anyone involved in the operation and maintenance of machinery.