screw pinch

简明释义

螺旋箍缩

英英释义

例句

1.The artist secured the canvas using a screw pinch 螺丝夹 to ensure it wouldn’t move while painting.

艺术家使用screw pinch 螺丝夹固定画布，以确保在绘画时不会移动。

2.The mechanic used a screw pinch 螺丝夹 to hold the engine components in place while he worked.

机械师在工作时使用了screw pinch 螺丝夹来固定发动机部件。

3.In the workshop, a screw pinch 螺丝夹 is essential for holding materials steady during cutting.

在车间中，screw pinch 螺丝夹对于在切割过程中固定材料是必不可少的。

4.To prevent slippage, always apply a screw pinch 螺丝夹 when working with small parts.

在处理小零件时，为了防止滑动，始终使用screw pinch 螺丝夹。

5.When assembling the furniture, make sure to use a screw pinch 螺丝夹 to secure the pieces together.

在组装家具时，确保使用screw pinch 螺丝夹来固定各个部分。

作文

In the world of mechanics and engineering, various terms are used to describe specific actions or techniques. One such term is screw pinch, which refers to a method of gripping or holding an object using a combination of twisting and pinching motions. This technique is particularly useful in situations where precision and control are paramount. For example, when working with delicate components in machinery, a screw pinch can provide the necessary grip without causing damage. Understanding the mechanics behind a screw pinch involves grasping the principles of torque and pressure. Torque is the rotational force applied to an object, while pressure refers to the force exerted over a particular area. When these two forces are combined in a screw pinch, they create a secure hold that can be adjusted as needed. This makes it an essential skill for engineers and technicians who often need to manipulate small parts in tight spaces.Moreover, the application of a screw pinch is not limited to mechanical tasks. In everyday life, we encounter similar actions when we open jars or tighten screws. The ability to apply a screw pinch effectively can make a significant difference in our daily tasks. For instance, when trying to open a stubborn jar lid, using a screw pinch technique can help us gain the leverage needed to twist it open without excessive force.In the realm of robotics, the screw pinch technique is also prevalent. Robotic arms are often designed to mimic human movements, including the way we grasp objects. By programming robots to perform a screw pinch, engineers can ensure that these machines handle items with the same care and precision as a human hand. This has vast implications for industries such as manufacturing and healthcare, where precision handling is crucial.Furthermore, mastering the screw pinch technique can enhance one's skills in various crafts and trades. For example, woodworkers often use a screw pinch to hold pieces together while glue dries or when assembling furniture. Similarly, artists may utilize this technique when sculpting or molding materials, allowing them to achieve intricate designs without compromising the integrity of their work.In conclusion, the concept of a screw pinch is multifaceted and extends beyond its technical definition. It represents a fundamental skill that combines physical dexterity with an understanding of mechanical principles. Whether in engineering, everyday life, or artistic endeavors, the ability to execute a screw pinch effectively can lead to improved outcomes and greater efficiency. As we continue to explore the complexities of mechanics and design, the screw pinch will undoubtedly remain a vital technique in our toolkit. In Chinese, screw pinch translates to "螺旋夹持", which captures the essence of this action by highlighting both the twisting (螺旋) and pinching (夹持) aspects involved in the technique. This duality illustrates how intertwined our physical actions are with the principles of mechanics, emphasizing the importance of understanding and mastering such techniques in various fields.

在机械和工程的世界中，使用各种术语来描述特定的动作或技术。其中一个术语是螺旋夹持，指的是一种通过扭动和夹紧动作组合来抓握或固定物体的方法。这种技术在需要精确和控制的情况下特别有用。例如，在处理机器中的精密组件时，螺旋夹持可以提供必要的抓握力而不会造成损坏。理解螺旋夹持背后的机制涉及掌握扭矩和压力的原理。扭矩是施加在物体上的旋转力，而压力是指施加在特定面积上的力。当这两种力量结合在螺旋夹持中时，它们创造出一种安全的抓握，可以根据需要进行调整。这使得它成为工程师和技术人员的基本技能，他们经常需要在狭小的空间中操作小部件。此外，螺旋夹持的应用并不限于机械任务。在日常生活中，当我们打开罐子或拧紧螺丝时，会遇到类似的动作。有效地施加螺旋夹持技巧可以显著改善我们的日常任务。例如，当试图打开一个顽固的罐子盖时，使用螺旋夹持技术可以帮助我们获得所需的杠杆，轻松拧开而不需要过大的力量。在机器人领域，螺旋夹持技术也很常见。机器人手臂通常设计成模仿人类的动作，包括我们抓握物体的方式。通过编程让机器人执行螺旋夹持，工程师可以确保这些机器以与人类手相同的方式处理物品。这对制造业和医疗保健等行业具有广泛的影响，因其在精确处理方面至关重要。此外，掌握螺旋夹持技术可以提高个人在各种手工艺和行业中的技能。例如，木工常常使用螺旋夹持来在胶水干燥时将木件固定在一起，或在组装家具时。同样，艺术家在雕刻或塑造材料时可能会利用这种技术，使他们能够实现复杂的设计而不妨碍作品的完整性。总之，螺旋夹持的概念是多方面的，超越了其技术定义。它代表了一种基本技能，结合了身体灵活性和对机械原理的理解。无论是在工程、日常生活还是艺术创作中，有效执行螺旋夹持的能力都能带来更好的结果和更高的效率。随着我们继续探索机械和设计的复杂性，螺旋夹持无疑将继续成为我们工具箱中的重要技术。在中文中，螺旋夹持捕捉了这一动作的本质，突出了技术中涉及的扭动（螺旋）和夹持（夹持）两个方面。这种双重性说明了我们的身体动作与机械原理是如何交织在一起的，强调了在各个领域理解和掌握此类技术的重要性。