This paper present the design and implementation of a ventilator for a breathing apparatus. The ventilators that developed are the positive pressure ventilation type, the cycled volume mode and the controlled mechanical ventilation method (CMV). The technology that used is the ambu bag. The design and manufacture includes an automatic ambu bag pressing mechanical system and a control system using the arduino microcontroller. The mechanical design that is compact, lightweight, energy saving, low cost, meets aesthetics and is friendly makes this tool attractive so it is not scary for patients. BPM (beep per minute), IER (inspiratory expiratory ratio) and TV (tidal volume) parameters can be controlled via a touch screen or remotely using a mobile phone via 4 buttons remotely to facilitate and avoid transmission of Covid-19 to medical personnel. BPM can be set from 5-20 BPM, IER from 1: 1 to 1: 4 and TV from 40-100%. The results of ventilator testing that have been done show a good response.

本文介绍了用于呼吸装置的呼吸机的设计和实现。开发的呼吸机有正压通气型、循环容量模式和受控机械通气法（CMV）。使用的技术是安布袋。设计和制造包括一个自动 ambu 压袋机械系统和一个使用 arduino 微控制器的控制系统。紧凑、轻巧、节能、低成本、符合美学和友好的机械设计使该工具具有吸引力，因此对患者来说并不可怕。BPM（每分钟哔声）、IER（吸气呼气比）和 TV（潮气量）参数可以通过触摸屏或使用手机通过 4 个按钮远程控制，以方便和避免将 Covid-19 传播给医务人员。BPM 可设置为 5-20 BPM，IER 可设置为 1:1 至 1:4，TV 可设置为 40-100%。已经完成的呼吸机测试结果显示反应良好。