robotic

简明释义

英[rəʊˈbɒtɪk]美[roʊˈbɑːtɪk]

adj. 机器人的，机械的；像机器人的，机械呆板的；机器人舞的

英英释义

单词用法

同义词

反义词

例句

1.Various designs of robotic samaras.

不同的机器翅果设计。

2.A new back flip maneuver allowed station astronauts to photograph the shuttle's underbelly, and an extra-long robotic arm enabled astronauts see parts of the shuttle that were previously out of sight.

新的后空翻使空间站的宇航员可以拍摄航天飞机的腹部，超长的机械臂使宇航员可以看到航天飞机以前看不见的部分。

3.C-Robotic publishing - aggregation only.

C -机器发布-只有聚合。

4.The government has picked cartoon characters to promote Japan, and last year appointed robotic hero cat "Doraemon" as the nation's first "Anime Ambassador".

日本政府挑选了卡通形象来宣传本国，并于去年委任机器猫“哆啦A梦”出任国家首任“卡通大使”。

5.And the Engineer is no robotic cipher, but a very human enemy.

这个工程师不是机器密码，而却是人类的敌人。

6.The question will confront New Yorkers in February as the city's first robotic parking opens in Chinatown.

明年2月，随着纽约首个机械化停车场在唐人街启用，纽约居民将面临这个问题。

7.The factory uses robotic 机器人 arms to assemble products quickly.

工厂使用机器人手臂快速组装产品。

8.Her movements were so robotic 机械的 that it was hard to tell if she was enjoying herself.

她的动作如此机械的，以至于很难判断她是否在享受。

9.The new robotic 机器人 vacuum cleaner can navigate through the house autonomously.

新的机器人吸尘器可以自主导航穿过房子。

10.He gave a robotic 呆板的 response to the question, lacking any emotion.

他对这个问题给出了一个呆板的回答，缺乏任何情感。

11.Many industries are adopting robotic 机器人技术 to improve efficiency and reduce costs.

许多行业正在采用机器人技术来提高效率并降低成本。

作文

In recent years, the term robotic has become increasingly prevalent in various fields, ranging from manufacturing to healthcare. The advancements in technology have led to the development of machines that can perform tasks traditionally carried out by humans. These machines are often described as robotic because they are designed to operate automatically and efficiently, mimicking human actions to some extent. One significant area where robotic technology has made a considerable impact is in the manufacturing industry. Factories around the world have integrated robotic systems into their production lines to enhance productivity and reduce labor costs. For instance, automotive manufacturers utilize robotic arms to assemble vehicles with precision and speed. This not only increases the output but also improves the quality of the products being manufactured. By employing robotic technology, companies can achieve greater consistency and reduce the risk of human error. Moreover, the use of robotic systems extends beyond manufacturing. In the field of healthcare, robotic surgery has emerged as a revolutionary approach to performing complex medical procedures. Surgeons now use robotic instruments that allow for minimally invasive surgeries, resulting in shorter recovery times and less pain for patients. The precision offered by robotic systems enhances the surgeon's capabilities, enabling them to perform delicate operations with greater accuracy. However, the rise of robotic technology raises important questions about the future of work. As machines become more capable of performing tasks that were once thought to require human intelligence, there is growing concern about job displacement. Many fear that the increased reliance on robotic systems could lead to widespread unemployment, particularly in industries that rely heavily on manual labor. While it is true that robotic technology can replace certain jobs, it is also essential to recognize that it creates new opportunities. For instance, the demand for skilled workers who can design, maintain, and operate robotic systems is on the rise. Therefore, rather than fearing robotic technology, society should focus on adapting to these changes by investing in education and training programs. Additionally, the ethical implications of robotic technology cannot be overlooked. As machines become more autonomous, questions surrounding accountability and decision-making arise. For example, if a robotic system makes a mistake that results in harm, who is responsible? These are complex issues that require careful consideration as we continue to integrate robotic technology into our daily lives. In conclusion, the term robotic encompasses a wide range of technologies that are transforming various industries. From enhancing productivity in manufacturing to revolutionizing healthcare, robotic systems are reshaping the way we work and live. While there are valid concerns about job displacement and ethical considerations, embracing robotic technology can lead to new opportunities and advancements. As we move forward, it is crucial to strike a balance between leveraging the benefits of robotic systems and addressing the challenges they present.

近年来，术语robotic在各个领域越来越普遍，从制造业到医疗保健。技术的进步导致了机器的发展，这些机器能够执行传统上由人类完成的任务。这些机器通常被描述为robotic，因为它们旨在自动高效地操作，在某种程度上模仿人类的动作。 robotic技术产生重大影响的一个重要领域是制造业。世界各地的工厂已经将robotic系统集成到生产线上，以提高生产力并降低劳动力成本。例如，汽车制造商利用robotic手臂以精确和快速的方式组装车辆。这不仅增加了产量，还提高了制造产品的质量。通过采用robotic技术，公司可以实现更大的一致性，并降低人为错误的风险。 此外，robotic系统的使用超越了制造业。在医疗领域，robotic手术已成为执行复杂医疗程序的一种革命性方法。外科医生现在使用robotic仪器进行微创手术，从而缩短恢复时间，减轻患者的疼痛。robotic系统所提供的精确性增强了外科医生的能力，使他们能够以更高的准确性进行精细操作。 然而，robotic技术的崛起引发了关于未来工作的重大问题。随着机器变得越来越能够执行曾经被认为需要人类智力的任务，人们对工作岗位流失的担忧日益加剧。许多人担心，对robotic系统的依赖增加可能导致广泛的失业，特别是在依赖手工劳动的行业。虽然robotic技术确实可以取代某些工作，但同样重要的是要认识到它也创造了新的机会。例如，设计、维护和操作robotic系统的熟练工人的需求正在上升。因此，社会应专注于通过投资教育和培训项目来适应这些变化，而不是害怕robotic技术。 此外，robotic技术的伦理影响也不容忽视。随着机器变得更加自主，责任和决策方面的问题随之而来。例如，如果robotic系统犯了一个导致伤害的错误，那么谁负责？这些都是复杂的问题，需要在我们继续将robotic技术融入日常生活时认真考虑。 总之，术语robotic涵盖了一系列正在改变各个行业的技术。从提高制造业的生产力到革新医疗保健，robotic系统正在重塑我们的工作和生活方式。虽然对工作岗位流失和伦理问题的担忧是合理的，但拥抱robotic技术可以带来新的机会和进步。在前进的过程中，至关重要的是在利用robotic系统的好处与应对它们带来的挑战之间取得平衡。