imds

But it might be able to generate enough electricity to run the next generation of ultra-low-power IMDs .

但是它也许能够生产足够的电能来运转下一代超低功耗的可移植医疗设备。

With a bit of refinement , sugar could prove a very sweet solution for powering the next generation of IMDs .

经过一番改进之后，人们或许会证明，糖是解决下一代植入式医疗装置供电问题非常美妙的途径。

Since the first permanent pacemaker was installed in 1958 , manufacturers of implantable medical devices ( IMDs ) have tinkered with many different ways of supplying electricity to their products .

自从1958年第一个永久起搏器被植入后，可植入医疗设备的制造商就在不断尝试为其产品提供电能的各种方法。

The Implantable medical devices ( IMDs ) having playing more and more important role in modern advanced medical technologies . For practical implantable electronic devices , the long-term supply of power is a major concern .

植入式医疗器件在现代医疗中发挥着越来越重要的作用，对于实际的植入式电子器件，电源的长期稳定供给是至关重要的问题。

In order to adapt to the trend of the manufacturing system towards agile manufacturing and intelligent manufacturing , an information model of the intelligent monitoring and diagnosing system ( IMDS ) oriented to contemporary manufacturing is established .

为适应制造系统向敏捷制造、智能制造发展的需求，建立了面向敏捷制造的智能监控和诊断系统（IMDS）的信息模型；

With the study of the IMDS system ( information management and decision support system ), this article discusses and analyses the eTOM and NGOSS model put forward by TMF and brings forward a new innovative architecture for IT support systems in the telecom industry .

结合IMDS穴informationmanagementanddecisionsupportsystem雪系统的研究，对TMF提出的eTOM和NGOSS模型进行了探讨和分析，并创新提出了一种新型的电信IT支撑系统的体系结构。

But it might be able to generate enough electricity to run the next generation of ultra-low-power IMDs . Dr Sarpeshkar also has a novel solution to the biofouling problem : implant the fuel cell in the cerebrospinal fluid ( CSF ) surrounding the brain .

但是它也许能够生产足够的电能来运转下一代超低功耗的可移植医疗设备。另外，Sarpeshkar博士还有一个针对于生物燃料问题的新型解决方法：在大脑周围的脑脊液（CSF）中植入能量池。