gripper jaw

简明释义

夹爪

英英释义

例句

1.The robot's gripper jaw 夹持爪 successfully lifted the heavy box.

机器人的gripper jaw 夹持爪成功地提起了重箱子。

2.The gripper jaw 夹持爪 malfunctioned, causing the assembly line to stop.

gripper jaw 夹持爪故障导致生产线停止。

3.Adjusting the width of the gripper jaw 夹持爪 allowed it to handle various sizes of objects.

调整gripper jaw 夹持爪的宽度使其能够处理不同大小的物体。

4.The gripper jaw 夹持爪 can be customized to pick up fragile items without damage.

该gripper jaw 夹持爪可以定制，以便在不损坏的情况下拾取易碎物品。

5.Engineers tested the gripper jaw 夹持爪 for durability under extreme conditions.

工程师测试了gripper jaw 夹持爪在极端条件下的耐用性。

作文

In the world of robotics and automation, various components work together to create machines capable of performing complex tasks. One such crucial component is the gripper jaw, which plays a significant role in the manipulation and handling of objects. The gripper jaw refers to the part of a robotic gripper that physically grasps or holds onto an item. These jaws can come in different shapes and sizes, tailored to suit specific applications, from industrial assembly lines to delicate surgical procedures.The design of a gripper jaw is essential to its functionality. For instance, in industrial settings, where heavy machinery is often used, the gripper jaw must be robust and capable of exerting enough force to lift and move heavy objects without slipping. In contrast, in medical applications, the gripper jaw needs to be more precise and gentle, allowing surgeons to manipulate instruments or tissues without causing damage.One of the most fascinating aspects of the gripper jaw is its ability to adapt to various shapes and sizes of objects. Some advanced robotic systems employ soft robotics technology, where the gripper jaw is made from flexible materials that can conform to the object being grasped. This adaptability not only enhances the efficiency of the gripper but also reduces the risk of damaging fragile items.Moreover, the control mechanisms behind the gripper jaw are equally important. Many modern systems utilize sensors and feedback loops to ensure that the grip is secure yet gentle. For example, pressure sensors can detect how tightly the gripper jaw is holding an object, allowing the robot to adjust its grip accordingly. This level of precision is vital in applications like food handling, where maintaining the integrity of the product is crucial.The evolution of the gripper jaw has also been influenced by advancements in artificial intelligence and machine learning. Robots equipped with AI can learn from their interactions with different objects, improving their gripping techniques over time. This learning capability means that a robot can become more efficient at handling diverse items, from simple boxes to complex electronic components.In conclusion, the gripper jaw is a fundamental element in the field of robotics, enabling machines to interact with the physical world effectively. Its design, adaptability, and control mechanisms are critical for ensuring that robots can perform tasks safely and efficiently. As technology continues to advance, we can expect even more innovative designs and applications for the gripper jaw, further enhancing the capabilities of robotic systems across various industries.

在机器人和自动化的世界中，各种组件共同协作，创造出能够执行复杂任务的机器。其中一个至关重要的组件是夹持爪，它在物体的操作和处理方面发挥着重要作用。夹持爪是指机器人夹具中实际抓取或握住物品的部分。这些爪子可以有不同的形状和大小，专门针对特定应用，从工业装配线到精细的外科手术。夹持爪的设计对其功能至关重要。例如，在工业环境中，常常使用重型机械，夹持爪必须坚固，并能够施加足够的力量以提升和移动重物而不滑动。相比之下，在医疗应用中，夹持爪需要更加精确和温和，使外科医生能够操控器械或组织而不造成损伤。夹持爪最令人着迷的方面之一是其适应各种形状和大小物体的能力。一些先进的机器人系统采用软机器人技术，其中夹持爪由柔性材料制成，可以适应所抓取的物体。这种适应性不仅提高了夹具的效率，还降低了损坏易碎物品的风险。此外，夹持爪背后的控制机制同样重要。许多现代系统利用传感器和反馈回路来确保夹持既安全又温和。例如，压力传感器可以检测夹持爪对物体的抓取力度，从而使机器人相应地调整其握持。这种精确度在像食品处理这样的应用中至关重要，因为保持产品的完整性非常重要。夹持爪的演变也受到人工智能和机器学习进步的影响。配备AI的机器人可以从与不同物体的互动中学习，随着时间的推移改善其抓取技术。这种学习能力意味着机器人可以更有效地处理多样的物品，从简单的箱子到复杂的电子元件。总之，夹持爪是机器人领域的基本元素，使机器能够有效地与物理世界互动。其设计、适应性和控制机制对于确保机器人能够安全高效地执行任务至关重要。随着技术的不断进步，我们可以期待夹持爪有更多创新的设计和应用，进一步增强各行业机器人系统的能力。