bionic device 中文意思是什麼

bionic device 解釋
仿生裝置
  • bionic : 仿生學的
  • device : n. 1. 設計，計劃；方法，手段。2. 〈pl. 〉意志，慾望。3. 謀略，策略，詭計。4. 器具，器械，設備，裝置。5. 圖案，圖樣；花樣；紋章；標記，商標；（紋章上的）題銘。
  1. Finally, on the basis of the simplified model, the control accuracy and the angles that can be achieved by the bionic actuating device is analysed through three changes of the air pressure, and the three changes are simulated by the matlab. the simulated results are analysed and the different accuracy range is achieved. the simulation results can be applied by the future work

    最後根據簡化模型，分析了氣動人工肌肉在三種不同氣壓變化幅度下，整個驅動裝置的控制精度和可以實現的角度，並使用matlab對這三種情況分別模擬，對模擬結果進行分析，得到驅動裝置運動的不同精度范圍，為以後實際控制驅動裝置的動作提供了依據。
  2. Because of the complexity of the model, the paper has simplified the model. the bionic actuating device operation is implemented by changing the air pressure of the pneumatic artificial muscles. the influence of the shape change of the pneumatic artificial muscle to the operation of the bionic actuating device is also analysed in the paper and the influence is explained in theory

    隨後分析了人體上肢組成和工作特性，在此基礎上建立了仿生驅動裝置模型，解釋了該裝置模型的機構組成和運動特性，並在模型基礎之上建立了一個簡化運動模型，通過氣動人工肌肉內氣壓變化來實現驅動裝置的運動，同時還對氣動人工肌肉形變量如何影響驅動裝置工作進行了理論上的分析，解釋了其在計算上的復雜性。
  3. Based on the basic concept and the survey of current research situation, the interaction between two fields and the development in the biomedical electronics, such as biomedical sensor, nerve electrode, implantable electronic device, monitoring technology, biochip, molecule and biomolecular electronics and bionic device are reviewed

    一方面微電子技術的發展，將大大地推動生物醫學的發展，另一方面生物醫學的研究成果同樣也將對微電子技術的發展起著巨大的促進作用。
  4. In order to overcome the default of the elcetric power actuating device, it is designing the bionic actuating device, which is more like the bone and muscle of the biotic actuating device, that has been a hot reaserch field

    為了克服現有驅動裝置的缺點，設計具有和生物驅動裝置? ?骨骼和肌肉? ?相類似的仿生驅動裝置已經成為當前一個熱點研究領域。
  5. Fourthly, the control factors of the bionic actuating device are discussed. the paper also proposes how to control these factors

    然後對實現驅動裝置運動所需要控制的控制變量進行了分析，提出了控制這些變量的解決方法。
  6. Then the pneumatic artificail muscle is choosed as the actuator of the bionic actuating device, which is designed by self. the operating characteristic and the control factor of the pneumatic artificial muscle are analysed. thirdly, the paper analyses the composition of the human arm, explains operating mechanism and builds the model of the bionic actuating device

    接著討論了與生物肌肉工作特性相仿的幾種材料和技術，對各種材料和技術的優點缺點進行了詳細的比較，從中選取氣動人工肌肉作為本文設計仿生驅動裝置的驅動器，並分析了氣動人工肌肉的工作特性，對氣動人工肌肉工作時受哪些因素控制進行了詳細的分析。
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