讨论了复合材料的仿生设计。
因此，进行仿生设计的研究和应用具有重要意义。
So, the research of designing bionic and using and is significant.
仿生设计是一种借助于大自然启示的优秀设计方法。
Bionic design is an outstanding design method for ask for help from the nature.
在工业设计领域，形态仿生设计一直是一种重要的设计方法。
In the field of product design, bionic form design is always an important design method.
在工业设计领域，产品形态仿生设计一直是一种重要设计方法。
In the field of industrial design, bionics is always an important method for product design.
这是一款负离子香味器，它的设计灵感来源于蝴蝶花的仿生设计。
This is a negative ion aroma dispensing device, its design inspiration comes from the bionics design of irises.
形成产品仿生设计系统观，为产品设计提供了新的思路和借鉴手法。
It concluded system viewpoint of the product bionics design and provided the new ideal for product design.
仿生色彩设计是仿生学理论、是仿生设计方法的一个重要组成部分。
The Bionic color design is an emphasis method which based on Bionics theory.
运用仿生设计、材料学等学科的理论和知识，提出了冰箱的仿生设计策略。
The method of Bionic Design for refrigerator was raised by using the knowledge and theory of Bionic Design and Material.
本论文首先对产品形态仿生设计的含义、原理、分类和过程进行了详细分析。
This paper firstly explains the meaning, principle, sort and process of the bionic design of product.
在列车外观造型与内室设备及装饰设计中，采用了仿生设计方法，以突出主题。
In addition, for giving prominence to the topic in the appearance, inner equipment and ornament design process, the bionic design method is used.
同时以仿生设计来塑造产品的外形，使产品更具亲切度，便于人们情感的接受。
Bionic design to shape both the product form, make our products more friendliness, ease of acceptance of peoples feelings.
不管是从纯金属的外观到精致的内部设计，到处都充满了漂亮的昆虫仿生设计。
Whether the appearance of a pure metal from the exquisite interior design, everywhere is full of beautiful insects bionic design.
通过仿生设计，人机工程和体验性设计在户外产品外观设计上的应用，拓宽设计思路。
Through the bionic design, human-computer engineering and design experience in outdoor product design on the application, expand their design ideas.
表面层的仿生设计可分为表面色彩设计、表面图案设计、表面材料设计与表面结构设计。
The bionic design of surface layer can be classified as surface colour design, surface pattern design, surface material design and surface structure design.
把土壤动物体表的非光滑特征应用于耐磨复合层的仿生设计中，制备出仿生非光滑复合层。
The unsmoothed characteristics of living beings in soil are applied to the bionic design on wear resistant composite.
利用一项启发自鹿角牢固在骨头上方式的仿生设计，植体从固定处直接穿入皮毛，向外延展到整块皮肤。
From there they protrude directly through the skin and fur, using a biomimicking design inspired by the way that deer's antlers anchor to bone and then extend out through the skin.
利用数据拟合的策略对三维曲面的特点进行浅析浅析，找出可用于金属切削工具仿生设计的特点信息。
The character of the curved surface was analyzed by the way of numerical analysis to find some available information to design of cutting tool.
家具仿生设计在上个世纪得到了蓬勃发展，翻开各大设计比赛的获奖名单就可以发现总有仿生家具列于其上。
Bionic designs of furniture have been developed greatly in last century, and you could always find bionic form furniture in all kinds of design awards.
指出包装设计中的仿生设计极大地丰富了包装设计的设计方法，赋予了产品鲜明的个性形象，并提升了包装的魅力。
It was put forward that bionic design enormously enriches the packaging design method, also endows products with bright individuality image and promotes the charm of packaging.
在此基础上，以高速列车(车头)、汽车、摩托车、IT产品和日用品的形态仿生为例，说明产品形态中仿生设计的应用。
On this basis, to high-speed train (front), car, motorcycle, it products, and commodities as some examples show that their applications in bionics design.
这对于那些喜欢仿生设计的爱好者来说是个好消息，而且其实用高科技的平板显示器显示和自动驾驶模式将更为其充满神秘感。
This is for those who like bionic design enthusiasts is a good news, but in fact, with high-tech flat-panel display and automatic driving mode will be filled to its mystique.
文章讨论了抽象仿生设计的认知基础，对抽象仿生设计的过程及特征线的提取进行了详细地论证，引用实际案例说明了这一过程。
The recognized basic of abstract bionic design was discussed and the process of abstract bionic design and extracting of characteristic line were demonstrated by a case study.
在设计和制造用来解决具有挑战性的科技问题的仿生材料时，该技术开辟了新道路，提供了新的机遇。
The technology opens up new opportunities in the design and manufacture of bio-mimetic materials that can solve challenging technological problems.
不过，来自加州理工学院的研究者们却称，通过对鱼群的仿生学习，能够设计出效能更高的风力发电厂。
But researchers at the California Institute of Technology say the way fish school will help create more efficient designs for wind farms.
通过对细胞进行仿生，麻省理工学院的研究人员设计出超低功耗用于生物医学的电路。
By mimicking cells, MIT researcher designs electronic circuits for ultra-low-power and biomedical applications.
加利福尼亚州的伯克利仿生技术公司设计了一种外骨骼设备，称为人类负重机械外骨骼(HULC)。
Berkeley Bionics of California has designed an exoskeleton called the Human Universal Load Carrier (HULC).
加利福尼亚州的伯克利仿生技术公司设计了一种外骨骼设备，称为人类负重机械外骨骼(HULC)。
Berkeley Bionics of California has designed an exoskeleton called the Human Universal Load Carrier (HULC).
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