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A control system for mechanical ventilation of passive and active subjects

机译:被动和主动对象机械通风的控制系统

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摘要

Synchronization of spontaneous breathing with breaths supplied by the ventilator is essential for providing optimal ventilation to patients on mechanical ventilation. Some ventilation techniques such as Adaptive Support Ventilation (ASV), Proportional Assist Ventilation (PAV), and Neurally Adjusted Ventilatory Assist (NAVA) are designed to address this problem. In PAV, the pressure support is proportional to the patient's ongoing effort during inspiration. However, there is no guarantee that the patient receives adequate ventilation. The system described in this article is designed to automatically control the support level in PAV to guarantee delivery of patient's required ventilation. This system can also be used to control the PAV support level based on the patient's work of breathing. This technique further incorporates some of the features of ASV to deliver mandatory breaths for passive subjects. The system has been tested by using computer simulations and the controller has been implemented by using a prototype.
机译:自发呼吸与呼吸机提供的呼吸同步对于为机械通气患者提供最佳通气至关重要。设计了一些通风技术,例如适应性支持通气(ASV),比例辅助通气(PAV)和中性调节通气辅助(NAVA)来解决此问题。在PAV中,压力支持与患者吸气期间的持续努力成正比。但是,不能保证患者会获得足够的通风。本文介绍的系统旨在自动控制PAV中的支持水平,以确保提供患者所需的通气。该系统还可用于根据患者的呼吸功来控制PAV支持水平。该技术还结合了ASV的某些功能,可为被动对象提供强制性呼吸。该系统已通过使用计算机仿真进行了测试,控制器已通过使用原型实现。

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