manual manipulation

简明释义

手操作

英英释义

例句

1.The veterinarian performed manual manipulation on the dog's leg to check for fractures.

兽医对狗的腿进行了手动操作以检查是否有骨折。

2.In physical therapy, manual manipulation is often employed to improve joint mobility.

在物理治疗中，手动操作通常用于改善关节活动性。

3.The chiropractor specializes in manual manipulation techniques for spinal alignment.

脊椎按摩师专注于脊椎对齐的手动操作技术。

4.The therapist used manual manipulation to relieve the patient's back pain.

治疗师使用手动操作来缓解病人的背痛。

5.During the massage, the practitioner incorporated manual manipulation to ease muscle tension.

在按摩过程中，治疗师使用了手动操作来缓解肌肉紧张。

作文

In today's rapidly advancing technological landscape, the importance of skillful human intervention cannot be overstated. One area where this is particularly evident is in the realm of robotics and automation. While machines have taken over many tasks that were once performed by humans, the need for manual manipulation (手动操作) remains crucial in various fields. This essay will explore the significance of manual manipulation (手动操作) in both industrial applications and everyday life, highlighting its benefits and the unique advantages it offers over automated processes.To begin with, manual manipulation (手动操作) is essential in industries such as manufacturing and assembly. Although robots can perform repetitive tasks with high precision, there are instances where human touch is irreplaceable. For example, in the assembly of intricate machinery, workers often need to make adjustments that require fine motor skills and a nuanced understanding of the components involved. This is where manual manipulation (手动操作) shines, as skilled workers can identify subtle issues and make corrections that a machine might overlook.Moreover, manual manipulation (手动操作) allows for greater flexibility in problem-solving. In situations where unexpected challenges arise, human workers can quickly adapt and find innovative solutions. For instance, during the production of custom products, the ability to manually manipulate materials and components can lead to more tailored outcomes that meet specific customer needs. In contrast, automated systems may struggle to accommodate such variations without significant reprogramming or downtime.In addition to its role in industry, manual manipulation (手动操作) plays a vital part in everyday tasks. Consider the art of cooking, where the tactile experience of kneading dough or chopping vegetables cannot be replicated by machines. The sensory feedback that comes from manual manipulation (手动操作) enhances the cooking process, allowing individuals to gauge textures and flavors in ways that promote creativity and personal expression. This human element adds a layer of enjoyment and satisfaction that is often lost in fully automated cooking methods.Furthermore, manual manipulation (手动操作) fosters a sense of connection and mindfulness. Engaging in activities that require physical involvement can help reduce stress and improve mental well-being. Whether it's crafting, gardening, or playing a musical instrument, the act of using one's hands can be therapeutic. This aspect of manual manipulation (手动操作) is increasingly recognized in our fast-paced world, where the emphasis on efficiency often overshadows the benefits of slowing down and engaging with our surroundings.However, it is important to acknowledge that while manual manipulation (手动操作) has its advantages, it also comes with challenges. Human error is an inevitable factor that can lead to mistakes in tasks that require precision. Therefore, a balanced approach that combines the strengths of both manual and automated processes is often the most effective strategy. By leveraging the capabilities of machines for repetitive tasks while reserving manual manipulation (手动操作) for areas that require human insight, we can achieve optimal results.In conclusion, manual manipulation (手动操作) remains a fundamental aspect of both industrial and personal activities. Its relevance is evident in the ability to solve complex problems, foster creativity, and promote well-being. As we continue to embrace automation, it is essential to recognize and preserve the unique contributions that manual manipulation (手动操作) offers. By doing so, we can create a future that values the synergy between human skill and technological advancement.

在当今快速发展的技术环境中，熟练的人为干预的重要性不容小觑。尤其是在机器人和自动化领域，这一点尤为明显。虽然机器已经接管了许多曾经由人类完成的任务，但在各个领域，手动操作（manual manipulation）的需求仍然至关重要。本文将探讨手动操作（manual manipulation）在工业应用和日常生活中的重要性，强调其好处以及相较于自动化过程所提供的独特优势。首先，手动操作（manual manipulation）在制造和组装等行业中至关重要。尽管机器人可以以高精度执行重复性任务，但在某些情况下，人类的触感是不可替代的。例如，在复杂机械的组装过程中，工人通常需要进行微调，这需要精细的运动技能和对部件的深刻理解。这正是手动操作（manual manipulation）大显身手的地方，因为熟练的工人可以识别出细微的问题并进行调整，而机器可能会忽视这些问题。此外，手动操作（manual manipulation）允许在解决问题时具备更大的灵活性。在意外挑战出现的情况下，人类工人可以迅速适应并找到创新的解决方案。例如，在定制产品的生产过程中，手动操作材料和组件的能力可以导致更符合特定客户需求的量身定制结果。相比之下，自动化系统可能在没有重大重新编程或停机的情况下难以应对这样的变化。除了在工业中的作用外，手动操作（manual manipulation）在日常任务中也扮演着重要的角色。考虑到烹饪的艺术，其中揉面团或切菜的触觉体验是机器无法复制的。来自手动操作（manual manipulation）的感官反馈增强了烹饪过程，使个人能够以促进创造力和个人表达的方式评估质地和风味。这种人性化的元素为完全自动化的烹饪方法带来了往往丧失的乐趣和满足感。此外，手动操作（manual manipulation）促进了连接感和正念。参与需要身体参与的活动可以帮助减轻压力并改善心理健康。无论是手工艺、园艺还是演奏乐器，使用双手的行为都可以具有治疗效果。在我们快节奏的世界中，这一方面的手动操作（manual manipulation）正越来越受到认可，在这个世界中，对效率的强调往往掩盖了放慢脚步、与周围环境互动的益处。然而，重要的是要承认，尽管手动操作（manual manipulation）具有优势，但它也面临挑战。人为错误是一个不可避免的因素，可能导致在需要精确的任务中出现失误。因此，结合手动和自动化过程的优点的平衡方法通常是最有效的策略。通过利用机器在重复性任务中的能力，同时保留手动操作（manual manipulation）用于需要人类洞察力的领域，我们可以实现最佳结果。总之，手动操作（manual manipulation）仍然是工业和个人活动的基本方面。其相关性体现在解决复杂问题、促进创造力和促进福祉的能力上。随着我们继续接受自动化，认识和保护手动操作（manual manipulation）所提供的独特贡献至关重要。这样做，我们可以创造一个重视人类技能与技术进步之间协同作用的未来。