50年前，心脏节律器首度试验性使用，以加速跳动过慢的心脏；如今，全球已经有将近400万人使用了这项装置。
Almost four million people worldwide have pacemakers, which were first deployed experimentally 50 years ago to speed hearts that beat too slowly.
本论文以重点预研项目为应用背景，根据项目背景的要求，以某链式自动机定力矩离合器与节律器为研究对象，对两者进行特性研究和分析。
According to the request of the project, this research focus on the characteristics of the torque setting clutch and rhythm of a chain Automata.
它持续监测心跳节律，如果心跳过慢就像起搏器一样发挥作用，如果出现室速或室颤它就会发射不同能量的除颤电流，使心率恢复正常。
The ICD continuously monitors your heart rhythm. If it detects a rhythm that's too slow, it paces the heart as a pacemaker would.
人类的生活周期是24小时，这个周期的形成不只是因为有白天和黑夜，它还与人脑内主要的计时器昼夜节律钟有关。
Humans are pegged to a 24-hour cycle. We're locked into it not just by day and night-there's the master timepiece in the brain called the circadian clock.
起搏器运用轻柔的刺激来减慢或加快心脏节律。
Pacemakers use gentle stimulation to slow or speed up the heart.
龙虾胃幽门节律发生器是一个简单的CPG，本文实现了其正常工作时的动作电位，并简单分析了其相位保持的特性。
The lobster stomatogastric pyloric rhythm generator is one kind of CPG. It is implemented and how it can maintain phase is analyzed briefly.
龙虾胃幽门节律发生器是一个简单的CPG，本文实现了其正常工作时的动作电位，并简单分析了其相位保持的特性。
The lobster stomatogastric pyloric rhythm generator is one kind of CPG. It is implemented and how it can maintain phase is analyzed briefly.
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