tubular leg

简明释义

管状支柱

英英释义

例句

1.The modern design features sleek tubular legs that enhance its aesthetic appeal.

现代设计采用光滑的管状腿，增强了其美观性。

2.When assembling the table, make sure to attach the tubular legs securely.

在组装桌子时，请确保将管状腿牢固地固定好。

3.We decided to replace the old chair with one that has tubular legs for better durability.

我们决定用一把有管状腿的新椅子替换旧椅子，以提高耐用性。

4.The chair has a sturdy design with a tubular leg that provides excellent stability.

这把椅子设计坚固，配有一个提供极佳稳定性的管状腿。

5.The tubular leg design allows for easy stacking and storage of the chairs.

这种管状腿设计便于椅子的堆叠和存储。

作文

In the realm of anatomy and biology, the term tubular leg refers to a specific type of limb structure that resembles a tube. This concept is particularly relevant when discussing certain species of animals, especially those that have evolved to adapt to their environments through unique physical characteristics. The tubular leg design is often associated with creatures that require agility and speed, allowing for efficient movement in their habitats. For example, many aquatic animals exhibit this structural feature, as it enables them to glide through water with minimal resistance.The significance of the tubular leg can also be observed in the context of biomechanics. The design of a tubular limb allows for a lightweight yet strong framework, which is crucial for animals that rely on rapid movements to escape predators or catch prey. This structural efficiency illustrates the principles of evolution, where natural selection favors traits that enhance survival and reproduction.Moreover, the tubular leg is not limited to the animal kingdom. In the field of robotics, engineers often draw inspiration from biological structures when designing robotic limbs. A robotic arm or leg that mimics the tubular leg model can achieve greater flexibility and strength, making it more effective for various tasks. This bio-inspired approach has led to advancements in prosthetics, where artificial limbs are designed to replicate the natural movement and functionality of human legs.Additionally, the tubular leg concept extends beyond physical structures; it can also symbolize resilience and adaptability. Just as animals with tubular limbs have adapted to their environments, humans too must cultivate similar qualities in the face of challenges. Embracing the idea of a tubular leg can serve as a metaphor for overcoming obstacles, emphasizing the importance of being flexible and strong in our pursuits.In conclusion, the term tubular leg encompasses a fascinating range of meanings across different fields. From its biological implications in the study of animal anatomy to its applications in robotics and its metaphorical significance in personal growth, the tubular leg serves as a powerful representation of efficiency, adaptability, and innovation. Understanding this concept not only enriches our knowledge of biology and technology but also inspires us to adopt a resilient mindset in our own lives.

在解剖学和生物学的领域中，术语tubular leg指的是一种特定的肢体结构，类似于一个管子。这个概念在讨论某些动物物种时尤为相关，尤其是那些通过独特的身体特征进化以适应其环境的动物。tubular leg的设计通常与需要灵活性和速度的生物相关，使它们能够在栖息地中高效移动。例如，许多水生动物都表现出这种结构特征，因为它使它们能够以最小的阻力在水中滑行。tubular leg的重要性也可以在生物力学的背景下观察到。管状肢体的设计允许轻巧而坚固的框架，这对依赖快速运动以逃避捕食者或捕捉猎物的动物至关重要。这种结构效率说明了进化的原则，自然选择青睐增强生存和繁殖的特征。此外，tubular leg不仅限于动物王国。在机器人领域，工程师们常常从生物结构中汲取灵感来设计机器人肢体。模仿tubular leg模型的机器人手臂或腿可以实现更大的灵活性和强度，使其在各种任务中更加有效。这种仿生方法促进了假肢的进步，其中人工肢体被设计成复制人类腿部的自然运动和功能。此外，tubular leg的概念超越了物理结构；它也可以象征韧性和适应能力。正如具有管状肢体的动物已适应其环境一样，人类在面对挑战时也必须培养类似的品质。接受tubular leg的概念可以作为克服障碍的隐喻，强调在追求中保持灵活和坚强的重要性。总之，术语tubular leg在不同领域涵盖了一系列迷人的含义。从它在动物解剖学研究中的生物学意义到它在机器人技术中的应用，以及它在个人成长中的隐喻意义，tubular leg作为效率、适应性和创新的有力代表。理解这一概念不仅丰富了我们对生物学和技术的知识，而且激励我们在生活中采取韧性的心态。