master slave electric manipulator

简明释义

电传动仿效机械手

英英释义

例句

1.In robotic surgery, the master slave electric manipulator allows surgeons to perform delicate procedures remotely.

在机器人手术中，主从电动操控器使外科医生能够远程进行精细操作。

2.The research lab developed a new master slave electric manipulator to enhance automated testing.

研究实验室开发了一种新的主从电动操控器以增强自动化测试。

3.The master slave electric manipulator is essential for handling hazardous materials safely.

为了安全处理危险材料，主从电动操控器是必不可少的。

4.The factory uses a master slave electric manipulator for precise assembly tasks.

工厂使用主从电动操控器进行精确的组装任务。

5.Using a master slave electric manipulator can significantly increase productivity in manufacturing.

使用主从电动操控器可以显著提高制造业的生产力。

作文

In the field of robotics and automation, the term master slave electric manipulator refers to a system where one device, the master, controls the movements and actions of another device, the slave. This technology is particularly significant in applications that require precision, such as surgical procedures, remote handling of hazardous materials, and teleoperation in environments that are dangerous for humans. The master slave electric manipulator essentially allows an operator to perform complex tasks from a safe distance, utilizing feedback mechanisms to ensure accuracy and control. The master device typically consists of a control interface that may include joysticks, buttons, or even virtual reality systems. The operator's movements are captured and translated into commands that the slave manipulator follows. This relationship not only enhances safety but also improves efficiency, as tasks can be performed quickly and accurately without direct human intervention in hazardous conditions. For example, in medical surgeries, a master slave electric manipulator can allow a surgeon to operate on a patient with minimal invasiveness, leading to quicker recovery times and reduced risk of infection.Moreover, the technology behind master slave electric manipulators has advanced significantly over the years. Innovations in sensors and actuators have improved the responsiveness and precision of these systems. Today’s manipulators can offer haptic feedback, allowing the operator to feel the forces exerted by the slave manipulator, which is crucial for delicate operations. This feedback loop creates a more intuitive experience for the operator, bridging the gap between human intention and robotic execution.The applications of master slave electric manipulators extend beyond medicine. In industrial settings, they are used for assembly lines where human workers might be exposed to toxic substances or heavy machinery. By employing these manipulators, companies can maintain productivity while ensuring worker safety. Additionally, in the realm of space exploration, master slave electric manipulators are employed in robotic arms on spacecraft, allowing astronauts to conduct repairs and experiments without needing to leave the safety of their vessels.Despite their numerous advantages, the implementation of master slave electric manipulators does come with challenges. One major concern is the potential for latency in communication between the master and slave devices. Any delay in command execution can lead to discrepancies between the operator’s intentions and the manipulator’s actions. Therefore, engineers must continually work on improving the speed and reliability of these systems to ensure seamless operation.In conclusion, the concept of master slave electric manipulators is a fascinating intersection of technology, safety, and efficiency. As advancements continue to emerge in this field, we can expect even more innovative applications that will enhance our capabilities in various sectors. Whether in healthcare, industry, or exploration, the role of master slave electric manipulators will undoubtedly become increasingly prominent, shaping the future of how we interact with machines and perform complex tasks remotely.

在机器人和自动化领域，术语主从电动操作器指的是一种系统，其中一个设备（主设备）控制另一个设备（从设备）的运动和动作。这项技术在需要精确度的应用中尤为重要，例如外科手术、危险材料的远程处理以及在对人类危险的环境中的遥控操作。主从电动操作器本质上允许操作者在安全距离内执行复杂任务，利用反馈机制确保准确性和控制。主设备通常由控制界面组成，可能包括操纵杆、按钮或甚至虚拟现实系统。操作者的动作被捕捉并转化为从设备遵循的命令。这种关系不仅提高了安全性，还提高了效率，因为可以快速而准确地执行任务，而无需人在危险条件下直接干预。例如，在医疗手术中，主从电动操作器可以让外科医生以最小的侵入性对患者进行操作，从而缩短恢复时间并降低感染风险。此外，主从电动操作器背后的技术近年来有了显著的进步。传感器和执行器的创新提高了这些系统的响应性和精确性。如今的操作器可以提供触觉反馈，使操作者能够感受到从设备施加的力量，这对精细操作至关重要。这种反馈回路为操作者创造了更直观的体验，弥合了人类意图与机器人执行之间的差距。主从电动操作器的应用范围超出了医学。在工业环境中，它们用于装配线，在这些地方，工人可能会暴露于有毒物质或重型机械之中。通过使用这些操作器，公司可以保持生产力，同时确保工人的安全。此外，在太空探索领域，主从电动操作器被用于宇宙飞船上的机械臂，使宇航员能够在不离开安全舱的情况下进行维修和实验。尽管有许多优势，实施主从电动操作器也面临挑战。一个主要问题是主设备与从设备之间通信的潜在延迟。命令执行中的任何延迟都可能导致操作者意图与操作器动作之间的差异。因此，工程师必须不断努力提高这些系统的速度和可靠性，以确保无缝操作。总之，主从电动操作器的概念是技术、安全和效率的迷人交汇点。随着这一领域不断出现新的进展，我们可以期待更多创新应用将增强我们在各个行业中的能力。无论是在医疗、工业还是探索中，主从电动操作器的作用无疑会变得越来越突出，塑造我们与机器互动和远程执行复杂任务的未来。