hand operating lever

简明释义

手操纵杆

英英释义

例句

1.The operator used the hand operating lever to control the machine's speed.

操作员使用手动操纵杆来控制机器的速度。

2.During the demonstration, the technician showed how to operate the hand operating lever safely.

在演示中，技术人员展示了如何安全地操作手动操纵杆。

3.The hand operating lever is designed for easy access in tight spaces.

该手动操纵杆设计便于在狭小空间中轻松操作。

4.Adjusting the hand operating lever allows for precise positioning of the equipment.

调整手动操纵杆可以精确定位设备。

5.To lift the load, simply pull the hand operating lever downwards.

要提升负载，只需向下拉动手动操纵杆。

作文

The importance of machinery in modern industries cannot be overstated. From manufacturing to construction, machines play a crucial role in enhancing productivity and efficiency. One of the key components that enable operators to control these machines effectively is the hand operating lever. This device allows for manual adjustments and precise control over various functions of the machinery. In many industrial settings, the hand operating lever serves as a vital interface between the operator and the machine. It provides a tactile means of interaction, allowing the user to make immediate adjustments based on real-time feedback. For instance, in a hydraulic press, the hand operating lever can be pulled or pushed to control the pressure applied to the material being processed. This direct manipulation ensures that the operator can respond quickly to changes in the operation, which is essential for maintaining safety and quality standards.Moreover, the design of the hand operating lever is often ergonomically optimized to reduce strain on the operator’s hands and wrists. This consideration is particularly important in environments where the lever must be used repetitively. By ensuring that the lever is comfortable to use, manufacturers can help prevent injuries and improve overall workplace safety. In addition to ergonomics, the hand operating lever is also designed for durability. Given the rigorous conditions in which industrial machines operate, levers must withstand significant wear and tear. High-quality materials are often used to construct these levers, ensuring they remain functional even after extensive use. This reliability is critical, as any malfunction could lead to downtime, affecting production schedules and profitability. Training operators on the proper use of the hand operating lever is another essential aspect of industrial operations. New employees must understand how to use the lever safely and effectively to avoid accidents. This training usually includes both theoretical knowledge and practical exercises, allowing operators to gain confidence in their ability to control the machinery. Furthermore, advancements in technology have led to the integration of electronic systems with traditional hand operating lever mechanisms. Some modern machines now feature sensors that provide feedback to the operator about the current state of the machine. This integration allows for even greater precision and control, as operators can make informed decisions based on real-time data. In conclusion, the hand operating lever is more than just a simple tool; it is an essential component that enhances the functionality of industrial machinery. Its ergonomic design, durability, and integration with modern technology make it a critical element in ensuring efficient and safe operations. As industries continue to evolve, the role of the hand operating lever will remain significant, adapting to new challenges and innovations in the field. Understanding its importance helps us appreciate the intricate balance between human skill and machine capability in today’s industrial landscape.

现代工业中机械的重要性不容小觑。从制造业到建筑业，机器在提高生产力和效率方面发挥着至关重要的作用。使操作员能够有效控制这些机器的关键组件之一就是手动操作杠杆。该装置允许手动调整和精确控制机器的各种功能。在许多工业环境中，手动操作杠杆作为操作员与机器之间的重要接口。它提供了一种触觉交互方式，使用户能够根据实时反馈进行即时调整。例如，在液压压机中，手动操作杠杆可以被拉动或推动，以控制施加在被加工材料上的压力。这种直接操控确保了操作员可以快速响应操作中的变化，这对于维护安全和质量标准至关重要。此外，手动操作杠杆的设计通常经过人体工程学优化，以减少对操作员手部和手腕的压力。这一考虑在需要重复使用杠杆的环境中特别重要。通过确保杠杆使用舒适，制造商可以帮助防止受伤，并改善整体工作场所安全。除了人体工程学，手动操作杠杆的耐用性设计也是至关重要的。鉴于工业机器运作的严格条件，杠杆必须承受显著的磨损。通常使用高质量材料制造这些杠杆，确保它们即使经过广泛使用仍然保持功能。这种可靠性至关重要，因为任何故障都可能导致停机，影响生产计划和盈利能力。对操作员进行正确使用手动操作杠杆的培训是工业操作的另一个重要方面。新员工必须了解如何安全有效地使用杠杆，以避免事故。这种培训通常包括理论知识和实践练习，使操作员能够增强对控制机器的信心。此外，技术的进步使传统的手动操作杠杆机制与电子系统的结合成为可能。一些现代机器现在配备传感器，可以向操作员提供有关机器当前状态的反馈。这种整合允许更大的精确性和控制，因为操作员可以根据实时数据做出明智的决策。总之，手动操作杠杆不仅仅是一个简单的工具；它是增强工业机械功能的关键组件。其人体工程学设计、耐用性和与现代技术的整合使其成为确保高效和安全操作的关键要素。随着各行业的不断发展，手动操作杠杆的角色将继续显著，适应领域中的新挑战和创新。理解其重要性有助于我们欣赏当今工业环境中人类技能与机器能力之间的微妙平衡。