不了解

Man can understand the universe but not women. Because manis lack ofthat understanding.

男人可以了解宇宙却不能了解女人，因为男人缺乏那种脑细胞。

Man canunderstand the universe but not women. Because manis lack of that understanding.

男人可以了解宇宙却不能了解女人，因为男人缺乏那种脑细胞。

To awaken means to realize one's nothingness, that is to realize one's complete and absolute mechanicalness and one's complete and absolute helplessness…When he begins to know himself a man sees that he has nothing that is his own, that is, that all that he has regarded as his own, his views, thoughts, convictions, tastes, habits, even faults and vices, all these are not his own, but have been either formed through imitation or borrowed from somewhere ready-made.

清醒意指了解一个人的一无是处，也就是了解一个人的完全且绝对的机械性以及完全且绝对的无助…当它开始认识自己他便开始看见他没有东西是属於他自己的，也就是说，所有他认为属於他的东西，他种种的见解、想法、深信不疑的、品味、习惯、甚至缺点与恶行，所有这些都不是他自己的，而是形成的，透过模仿或借用某处现成的东西。

We don't know what our Stone Age ancestors knew about p1ants, but from what we can observe of preindustrial societies that still exist, a detailed learning of plants and their properties must be extremely ancient .

我们不知道旧石器时代的祖先们对植物究竟了解多少，但根据我们对现存的工业社会的研究，可以肯定对植物及其特点的详细了解一定非常久远。

We don't know what our Stone Age ancestors knew about plants,but from what we can observe of preindustrial societies that still exist,a detailed learning of plants and their properties must be extremely ancient.

我们不知道旧石器时代的祖先们对植物究竟了解多少，但根据我们对现存的前工业社会的研究，可以肯定对植物及其特点的详细了解一定非常久远。

It is impossible to know today just what our Stone Age ancestors knew about plants, but from what we can observe of preindustrial societies that still exist a detailed learning of plants and their properties must be extremely ancient.

我们今天不可能知道新石器时代的祖先们对植物到底了解多少，但我们在至今仍存在的前工业化社会观察到：人类对植物及其特性的详细了解应该是非常古老的。

It is impossible to know today just what our Stone Age ancestors knew about plants, but from what we can obse rve of preindustrial societies that still exist a detailed learning of plants and their properties must be extremely ancie nt.

我们今天不可能知道新石器时代的祖先们对植物到底了解多少，但我们在至今仍存在的前工业化社会观察到：人类对植物及其特性的详细了解应该是非常古老的。

It is impossible to know today just what our Stone Age ancestors knew about plants, but from what we can preindustrial observe of preindustrial societies that still exist a detailed learning of plants and their properties must be extremely ancient.

我们今天不可能知道新石器时代的祖先们对植物到底了解多少，但我们在至今仍存在的前工业化社会观察到：多少，但我们在至今仍存在的前工业化社会观察到：人类对详细了解应该是非常古老的。

We have carried on the frequent political thinking work education to them, taught they for the motherland astronautics enterprise, offer own life, do not have to strike, do not have often to put forward the request, is disgruntled, the output signal does not give the user, or again puts on airs, in the signal the dot other ingredients, lets the human not know whether to laugh or cry, we if talk openly, let them understand the Chinese astronautics person difficulties, understood their equipment structure gets older, the performance work is not steady, must have to replace the spare part, the process all quarters consultation, they rebuoy up, coordinated us to complete the task with all one's strength.

我们进行的经常性的政治思想工作，教育他们，教他们为祖国航天企业，提供自己的生命，没有罢工，没有经常提出的要求，是不满，最终信号不给用户，或再穿上播放，信号的点儿其他配料让人人不知笑或哭，我们如果讲公开，让他们了解中国航天人的困难，了解他们的设备结构懂事，成绩工作并不稳定，必须更换零件的过程中各方面的咨询，他们rebuoy起来，协调我们可以完成所有一'中国的实力。

The TECO Technology Competition on robotics this year is quite successful considering the number of teams participated. However, we expect a significant expansion of this competition next year to attract more excellent research groups. By properly protecting the intellectual right of the teams, this competition will become a very good vehicle to demonstrate the achievement of robotics research and development in Taiwan. The competition also encourages people to participate in the technology development and innovation.

期待「东元科技创意竞赛」可以有效的鼓励并吸引各界有相当研究成果的团队或个人参赛，然后在不影响参赛者的技术权力下，将结果公开并且广泛地宣传，提供各界了解台湾在机器人领域发展的情况，以提高国人兴趣，激励信心，或是更进一步地分析国内外发展情形与比较，以了解我们该发展的方向。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。