manual operation

简明释义

手工操作人工控制

英英释义

例句

1.In case of an emergency, the system will revert to manual operation (手动操作) to ensure safety.

在紧急情况下，系统将恢复到手动操作（手动操作）以确保安全。

2.The pilot had to switch to manual operation (手动操作) when the autopilot malfunctioned.

当自动驾驶仪发生故障时，飞行员不得不切换到手动操作（手动操作）。

3.During the training session, we learned the basics of manual operation (手动操作) for the new equipment.

在培训课程中，我们学习了新设备的基本手动操作（手动操作）。

4.The technician explained how to perform a manual operation (手动操作) for troubleshooting the device.

技术员解释了如何进行故障排除的手动操作（手动操作）。

5.The machine can switch between automatic and manual operation (手动操作) depending on the user's preference.

这台机器可以根据用户的偏好在自动和手动操作（手动操作）之间切换。

作文

In today's fast-paced world, technology dominates almost every aspect of our lives. From smartphones to automated machinery, we often rely on devices that perform tasks for us. However, there remains a significant value in the concept of manual operation (手动操作). This term refers to tasks or processes that are conducted by human hands rather than by machines or automated systems. While automation has undoubtedly made many processes faster and more efficient, manual operation offers unique advantages that should not be overlooked.One of the primary benefits of manual operation is the level of control it provides. When a task is performed manually, the operator can make real-time adjustments based on their observations and experiences. For example, in a manufacturing setting, a skilled worker may notice a slight defect in a product during assembly. With manual operation, they can immediately rectify the issue, ensuring that the final product meets quality standards. In contrast, an automated system may not have the flexibility to adapt to such nuances, potentially leading to larger-scale defects that could be costly to fix.Moreover, manual operation fosters creativity and problem-solving skills. Many jobs that require manual intervention also demand a high level of critical thinking. For instance, artists and craftsmen often rely on manual operation to create intricate designs and personalized products. The process of engaging with materials directly allows them to experiment and innovate in ways that automated processes cannot replicate. This human touch adds value to the final product, making it unique and often more desirable to consumers.Additionally, manual operation can enhance job satisfaction among workers. Many individuals take pride in their ability to perform tasks by hand, as it often requires a specific skill set and expertise. For example, chefs who prepare meals from scratch using traditional cooking methods often find joy in the manual operation of chopping, mixing, and cooking. This sense of accomplishment can lead to a more fulfilling work experience, which is crucial for employee retention and morale.Furthermore, manual operation can be more sustainable in certain contexts. Automated systems often consume large amounts of energy and resources, while manual operation can sometimes utilize less energy and generate less waste. For example, small-scale farmers who practice manual operation in their fields may use organic methods that are kinder to the environment compared to industrial farming practices that rely heavily on machinery and chemical inputs. By valuing manual operation, we can promote more sustainable practices that benefit both the planet and local communities.In conclusion, while automation continues to revolutionize industries and improve efficiency, the importance of manual operation should not be underestimated. The control, creativity, job satisfaction, and sustainability that come with performing tasks manually offer invaluable benefits that complement technological advancements. As we move forward into an increasingly automated future, it is essential to recognize the role of manual operation in preserving craftsmanship, ensuring quality, and fostering innovation. Embracing both manual and automated processes will ultimately lead to a more balanced and effective approach in various fields.

在当今快节奏的世界中，科技几乎主导了我们生活的方方面面。从智能手机到自动化机械，我们常常依赖能够为我们完成任务的设备。然而，在“手动操作”这个概念中仍然有着重要的价值。这个术语指的是由人手而非机器或自动系统进行的任务或过程。虽然自动化无疑使许多过程变得更快、更高效，但“手动操作”提供的独特优势不应被忽视。“手动操作”的主要好处之一是它所提供的控制水平。当一个任务是手动执行时，操作员可以根据他们的观察和经验进行实时调整。例如，在制造环境中，一名熟练的工人在组装过程中可能会注意到产品的轻微缺陷。通过“手动操作”，他们可以立即纠正问题，确保最终产品符合质量标准。相比之下，自动化系统可能没有灵活性来适应这样的细微差别，这可能导致更大规模的缺陷，而修复这些缺陷的成本可能很高。此外，“手动操作”还培养了创造力和解决问题的能力。许多需要人工干预的工作也要求较高水平的批判性思维。例如，艺术家和工匠通常依靠“手动操作”来创造复杂的设计和个性化的产品。直接与材料接触的过程使他们能够进行实验和创新，而这些是自动化过程无法复制的。这种人性化的触感为最终产品增添了价值，使其独特且通常更受消费者青睐。此外，“手动操作”可以提高工人的工作满意度。许多人对能够亲手完成任务感到自豪，因为这通常需要特定的技能和专业知识。例如，使用传统烹饪方法从头开始准备餐点的厨师，往往在切菜、混合和烹饪的“手动操作”中找到乐趣。这种成就感可以带来更充实的工作体验，这对于员工留任和士气至关重要。此外，在某些情况下，“手动操作”可能更加可持续。自动化系统通常消耗大量的能源和资源，而“手动操作”有时可以利用更少的能源并产生更少的废物。例如，采用“手动操作”的农民可能会使用比依赖机械和化学投入的工业农业实践更温和的有机方法。通过重视“手动操作”，我们可以促进对环境和当地社区更友好的可持续实践。总之，尽管自动化继续革新各个行业并提高效率，但“手动操作”的重要性不应被低估。手动执行任务所带来的控制、创造力、工作满意度和可持续性提供了无价的好处，补充了技术进步。随着我们迈向日益自动化的未来，认识到“手动操作”在保护工艺、确保质量和促进创新中的作用至关重要。拥抱手动和自动化过程，将最终导致各个领域更平衡和有效的方法。