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来源：百度知道 编辑：UC知道 时间：2024/06/21 10:52:34
The introduction of the wheel has been one of the most important invention that human made allowing to travel great distances and perform tasks that would have been otherwise impossible within the life time of a single human being. While wheel locomotion mechanisms allow reaching great distances and speeds, wheeled vehicles are subjected to great limitations with regards to traversing complex terrain with obstacles. Obviously, legged creatures can perform numerous functions that are far beyond the capability of an automobile. Producing legged robots is increasingly becoming an objective for robotic developers and considerations of using such robots for space applications are currently underway. Making miniature devices that can fly like a dragonfly; adhere to walls like gecko; adapt the texture, patterns, and shape of the surrounding as the octopus (can reconfigure its body to pass thru very narrow tubing); process complex 3D images in real time; recycle mobility power for highly effic

轮子的介绍是人做允许旅行了不起的距离和执行任务会是否则不可能的在唯一人之内的生活时期的一个最重要的发明。当轮子运动机制准许到达了不起的距离和速度, 被转动的车被服从对巨大局限关于攀登复杂地形以障碍。明显地, 有腿的生物能执行是远的在汽车之外的能力的许多作用。生产有腿的机器人越来越成为一个宗旨为机器人开发商并且使用这样机器人的考虑为空间应用当前是进行中。做可能飞行象蜻蜓的微型设备; 遵守墙壁象壁虎; 适应围拢的纹理、样式, 和形状作为章鱼(能重新构造它的身体通过通过非常狭窄的管材); 处理复杂3D 图象在实时; 回收流动性力量为高度高效率的操作和运动; 自已复制; 自已生长使用周围的资源; 引起和化工存放能量; 并且许多其它能力是生物提供作为一个模型为科学和工程学启发的一些区域。当许多生物的方面仍然是在我们的理解和能力之外, 重大进展获得了