“智能语音驱鸟器”利用生物仿生技术和电子技术，通过声音达到持续驱鸟的效果。
Digital Bird Repeller" makes use of bionic technology and electronic technology to reach the purpose of repelling birds by simulated sound."
并对仿生技术在纺织领域的应用如仿生染色、仿生织造、仿生服装等方面进行了论述。
Some Bionic technical applications to Textile such as Bionics dyeing, weaving and so on were elaborated.
分子电子技术是以分子作为载体，在分子水平上实现电子学的信息处理和存储过程的仿生技术。
Molecular electronic technique is a newly developed bionic technology on the basis of molecular electronics in 1970's.
从发展趋势来看，未来的计算机将是电子技术、光学技术、超导技术和电子仿生技术相结合的产物。
From development trend, the future of the computer is electronic technology, optical technology, superconducting technology and electronic bionic techniques.
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).
依靠全新的CRT耳道式受话技术，小霸王把精密的数字仿生技术运用到了世界上最小的大功率助听器。
The microPower succeeds in integrating all the sophisticated innovations into the smallest dimensions ever, creating the world's most discreet power device in the industry.
介绍了仿生学的概念。并对仿生技术在纺织领域的应用如仿生染色、仿生织造、仿生服装等方面进行了论述。
The concept of Bionics was introduced, including its origin and development as well. Some Bionic technical applications to Textile such as Bionics dyeing, weaving and so on were elaborated.
目前仿生技术倍受各国学者青睐，其研究内容主要包括力学仿生、分子仿生、能量仿生、信息与控制仿生等方面。
Recently, so many research experts paid more attention to study bionics technology. The main study fields of bionics technology were mechanics, chemistry energy, information & control and so on.
仿生技术与机器人技术的结合，使机器人从结构设计到运动模式的选择都有了新的进展，这大大扩大了机器人的应用领域。
With the marriage of biomimetics and robotics, there has been a new revolution in structure design and selection of robotic gaits. It enlarges the field of robotic application.
这款通过电池供电的假肢利用了仿生技术，切合了使用者走路的步伐步调以及地面状况，这就避免了截肢患者走路蹒跚的问题。
The battery-powered device uses cutting edge bionic technology to adapt to a person's stride, speed and the type of ground and can help prevent stumbles.
总结了国内外在人眼视觉系统方面的研究现状及本课题组对于仿生技术在导弹制导、控制系统中的应用研究的主要内容、已取得的成果以及研究成果的应用前景。
Actuality research station in-out country and production of our team in guidance of missile and control system are discussed. At last, application foreground of this investigation is explained.
这种人和机器的非同寻常的融合证明了我们终于拥有了创造真正意义上的仿生人类的技术。
This extraordinary melding of man and machine proves that we finally have the technology to create real-life bionic humans.
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.
例如采用仿生学技术建造的潜艇，就还是用我们熟知的人类的视觉和听觉方式来重现周围的影像。
Submarines, for example, use the familiar human senses of sight and sound to build images of their surroundings.
顾问公司贝恩咨询Bain合伙人安德鲁·帕斯特纳克(Andrew Pasternak)表示，与生产普通非专利药品相比，生产仿生物药品涉及的技术更加复杂。
The science involved in making biosimilars is much more complicated than that in making ordinary generics, says Andrew Pasternak of Bain &Company, a consultancy.
应用逆向重构技术，对长耳鸮翼前缘非光滑形态特征几何信息进行量化，并建立仿生类比模型。
Applying the reverse reconstruction technique to quantify the geometry information about the nonsmooth leading edge shape of the long eared owl wing, a bionic analogy air foil model was built.
由于仿生无机材料潜在广阔的应用空间，使得仿生合成无机材料技术成为材料化学研究的热点。
The high performance inorganic materials synthesized in the biomimetic ways have established the focus of biomimetic synthesis technology in the material chemistry field.
仿生化学可以为现代医药技术提供最佳的设计原理。
Biomimetic chemistry could supply the best designing principle for developing modern medical technologies.
本品根据物理学、仿生学、中医学、结合现代电子技术开发的新一代保健精品。
This article learn, combines the new generation of modern electronics technique development health care exquisite article according to the physics, bionics and Chinese medicine.
该专题主要讨论在实验室内如何创造仿生条件用于刺激组织生长的方法。同时介绍了非损伤性成像技术在监测组织生长方面的应用。
Advanced approaches for creating biomimetic conditions in the laboratory that stimulate growth of tissues will be discussed. Non-invasive imaging techniques to monitor tissue growth will be described.
因此，我们必须在仿生和现代技术的限制之间取得某种折中。
The biomimetic degree has to be trade-off with the real technology limitation.
此外，对波动仿生推进器的波动控制技术，即多电机的协调控制方法也作了相应论述。
Besides, there are discussions about the undulated control of the undulated biomimetic thruster, namely the coordinated control of multi motors.
仿生控制的研究对于机器人技术的进展有着重大的意义。
Bionic control is of great significance for the progress of robot technology.
本文概述了一种新颖的仿生检测技术—电子鼻，包括它的基本原理、仪器结构、及其主要的应用。
A new bionic detection technique-electronic nose, including its fundamentals, equipment structure, and main applications, was briefly described in this paper.
提出了一种结合触觉临场感和肌电仿生控制技术的遥控机械手控制方法。
This paper presents a method that controls the tele-manipulator by combining tactile tele-presence with myoelectric bionic control.
以“尼罗河魔鬼”柔性长鳍的波动运动为背景，主要研究了柔性长鳍仿生装置的波动控制技术。
This paper studies the undulation control on the bionic device of long flexible fin based on undulation movement generated by the long flexible fin of Gymnarchus niloticus.
基于医学图像的人工关节三维重建系统研究是一个典型的多学科交叉领域，它涉及到医学图像处理、三维重建、虚拟仿生制造等相关技术。
Artificial Joint reconstruction System based medical image is a typical multi-subjects field. It involves medical image process, three-dimensional reconstruction and virtual bionic manufacturing, etc.
可以料想假如该技术可以进一步完美，会对我国的仿生学、航空航天学、物理学等多学科发生普遍而长远的影响。
It is expected that if the technology can be further improved, would be China's bionics, aerospace, physics and other subjects have extensive and far-reaching impact.
可以料想假如该技术可以进一步完美，会对我国的仿生学、航空航天学、物理学等多学科发生普遍而长远的影响。
It is expected that if the technology can be further improved, would be China's bionics, aerospace, physics and other subjects have extensive and far-reaching impact.
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