2) rhythm of ambulatory blood pressure
动态血压节律
1.
Conclusion essential hypertension with 2-type diabetes mellitus patients have lost the normal dipper rhythm of ambulatory blood pressure obviously,especially rising in stress of SBP、nSBP.
结论糖尿病合并高血压患者正常的杓型动态血压节律消失较明显,收缩压负荷、夜间收缩压升高明显。
3) rhythmic motion
节律运动
1.
Central pattern generator(CPG) of animal s locomotion instruction plays an important role in the rhythmic motion of animal,and it can be used as a reference for the research of the bionic control method of robot.
动物运动指令的中枢模式发生器(central pattern generator,CPG)在动物的节律运动中发挥着重要的作用,对机器人的仿生控制方法研究具有借鉴意义。
2.
This paper introduces the rhythmic motion and environment adaptability of our quadruped robot through the mimic of CPG which is the rhythmic signal generator in animals.
本论文主要对生物的节律运动控制机理进行仿生,模仿生物中枢模式发生器(CPG)产生节律运动控制信号,并对其工程模型进行了简化,方便控制方法实现。
3.
The typical biological motion-controlling mechanisms were introduced, including pattern generator for rhythmic motion, functions of central nervous system and reflex adjustments, etc.
本文阐述了动物运动的神经控制机理 ,对具有代表性的节律运动模式发生器、中枢神经系统对运动的控制、反射对运动的调节等神经控制机制进行了分析 ,通过几个机器人应用实例的研究 ,分析了传统控制系统和生物控制系统的区别 ,提出了应用生物神经系统模型提高机器人运动性能的新思路。
4) rhythmic movement
节律运动
1.
The flapping-wing flying of living things is essentially a kind of rhythmic movement possessing the symmetry of time and space and is produced and controlled by central patterned generator.
生物的扑翼飞行本质上是一种具有时间和空间对称性的节律运动,由中枢模式发生器(CPG)所产生和控制。
2.
A 2-DOF piezo-actuated flapping mechanism was designed according to the theory of flapping-wing flying rhythmic movement of insects.
根据昆虫扑翼飞行节律运动的原理,设计一个压电驱动的两自由度扑翼机构。
5) Activity rhythm
活动节律
1.
Diurnal time budget and activity rhythm of Alligator sinensis in the rutting season;
扬子鳄发情期昼间行为时间分配及活动节律
2.
Diurnal activity rhythm and time budget of Lacerta vivipara in simulated habitat;
模拟生境中胎生蜥蜴的日活动节律和活动时间分配
3.
The ethogram and activity rhythm of capative Paa spinosa during breeding period;
人工环境下棘胸蛙(Paa spinosa)繁殖期的行为谱及活动节律
补充资料：动态
①（事情）变化发展的情况：科技～ㄧ从这些图片里可以看出我国建设的～。②艺术形象表现出的活动神态：画中人物，～各异，栩栩如生。③运动变化状态的或从运动变化状态考察的：～工作点ㄧ～电流ㄧ～分析。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条