gripper

gripper的音标是[ˈɡrɪpə(r)]，基本翻译是“夹具；扣子；夹子；操纵者；抓住者”。速记技巧是利用谐音速记法，可以将“gripper”速记为“给苹果”，这样在看到“gripper”时，就能快速反应出其含义。

Gripper的英文词源可以追溯到拉丁语“graphein”和“pede”，意为“写作”和“脚”，结合起来表示“写作的工具”。

变化形式：复数形式为“grippers”，过去式为“gripped”或“grapped”，现在分词为“gripping”。

相关单词：

1. Grasp - 意为“抓住”，与gripper有相似的含义，表示抓住某物的能力。

2. Clutch - 意为“抓住”，与gripper有相似的含义，但更强调在紧急情况下抓住某物的动作。

3. Tight - 意为“紧的”，与gripper的含义相关，表示物体之间的紧密连接或关系。

4. Hold - 意为“持有”，与gripper有相似的含义，表示保持某物在手中的能力。

5. Grip - 意为“紧握”，与gripper的含义相近，表示紧紧抓住某物的动作。

6. Graspable - 意为“可抓住的”，与gripper相关，表示易于抓住或理解的事物。

7. Griping - 意为“抓挠”，与gripper的动作相似，但更强调抓挠的力度和方式。

8. Gripes - 意为“抓挠声”，与gripper的声音相似，但更强调其声音的特点和表现形式。

9. Grip-hammer - 意为“握锤”，与gripper的动作相似，但更强调握锤的技巧和力量。

10. Grip-tight - 意为“紧得无法挣脱”，与gripper的含义相关，表示物体之间的紧密连接或关系，以及难以摆脱的情况。

gripper短语：

1. gripper robot手臂

2. gripper control

3. gripper motion

4. gripper design

5. gripper assembly

6. gripper adjustment

7. gripper failure

双语句子：

1. The gripper on the robot is malfunctioning. 机器人上的夹具出故障了。

2. We need to adjust the gripper to improve its performance. 我们需要调整夹具以提高其性能。

3. The gripper design needs to be improved to handle more delicate objects. 夹具设计需要改进以处理更精细的物体。

4. The gripper motion is smooth and precise, making it a great tool for precision work. 夹具运动流畅且精确，使其成为精密工作的绝佳工具。

5. With the help of the gripper, we can now handle fragile objects with ease. 有了夹具的帮助，我们现在可以轻松处理易碎物品。

6. The gripper robot is a versatile tool that can perform a wide range of tasks. 夹具机器人是一种多功能的工具，可以执行各种任务。

7. The gripper robot is a great tool for precise assembly work. 夹具机器人是精确装配工作的绝佳工具。

英文小作文：

Gripper Robot: A Versatile Tool for Manufacturing

Gripper robots have become an essential part of manufacturing facilities around the world. These versatile machines are capable of performing a wide range of tasks, from delicate assembly work to heavy-duty material handling.

From precision machining to large-scale production, gripper robots excel at their tasks thanks to their precise motion and adaptability. They can handle a variety of materials, from delicate parts to bulky components, with ease.

Gripper robots offer several advantages over traditional manual or automated systems. They are able to work around the clock without fatigue, reducing the need for human intervention and increasing efficiency. Additionally, they can work in harsh environments and handle hazardous materials with ease, ensuring safety and minimizing risk.

Gripper robots are becoming increasingly popular in manufacturing facilities due to their versatility and efficiency. As technology continues to advance, we can expect to see even more advanced versions of these machines in use, further revolutionizing the manufacturing industry.