You must disconnect the power supply . . 我们必须切断能量供给. .
You must disconnect the power supply 我们必须切断能量供给
Ensures effective energy conservation measures in areas of operations 确保酒店运营区的有效能量供给。
Added together , you have a more stable and enduring energy supply , better endurance , and faster finish times 总合以上的能源,你将有更稳定且持久的能量供给,更有耐力,更快完跑。
The purpose of paper is to explore the cause - and - effect of the exercising capability and the transformation of energy in the judo 本文从能量供给观点,对柔道比赛,其运动性疲劳产生的原因、机转作出探讨。
Whereafter , the forecast about the trend of the contactless 1c cards - contactless cpu cards is given , and the method to solve the power supply problem for radio frequency cpu cards is analyzed 然后预测了非接触式ic卡的发展方向? ?非接触式cpu卡技术,并分析了解决射频cpu卡能量供给的方法。
The programme provides fundamental education in all areas of electrical engineering such as energy conversion , electronics , communications , signal processing , information technology , computers and software engineering , etc . in their senior years students can specialize in electrical energy related areas of their interest such as electrical energy supply , electric transportation , power electronics and building services 本课程提供全面的电机工程基础教育包括能量转换电子通讯讯号处理资讯技术电脑软体工程等等。在第四年,学生将有机会按其兴趣研究与电机能量相关的领域,如电机能量供给电气传动电力电子和楼宇维修。
This paper presents our research in actuating in - vivo micro - robot based on the capsule endoscope platform by the external power . while seeking secure driving method we take several factors into account , such as driving environment , power transmitting and consuming , motion requirement and controllability , and locating technique . we mainly deal with driving the capsule with spatial gradient magnetic field , so we employ combined electro - magnetic coils , including gradient coils and homogenous coils , which have rotational dof around a translatable patient bed , to compose a controllable uniform gradient which act on the permanent - magnet embedded robot , thereby get an appropriate spatial force and torque to fulfill the anticipant locomotion such as move , stop , pitch and yaw 基于驱动环境、能量供给和消耗、驱动动作要求及驱动安全性与可控性,定位方案等多方面考虑,寻求安全可靠的肠胃检查微机器人的外部驱动控制方法,并着重研究直接利用外磁场磁力驱动微机器人:在微机器人内部嵌入永磁性体,利用体外的组合电磁线圈产生加载电流控制的驱动磁场,其中外部的电磁线圈由多组梯度线圈和匀场线圈组合构成,通过绕病床的旋转以及病床的平移共同控制微机器人所在位置的磁场强度及梯度,作用于微机器人内嵌磁体以获得空间意义上的必要驱动力和调整转矩,从而有效地完成驱动动作要求。