Kulkarni Kanchan, Nichols John H, Armoundas Antonis A, Roberts Jesse D
Cardiovascular Research Center, Massachusetts General Hospital, Boston, MA, United States.
Department of Anesthesia, Critical Care and Pain Medicine, Massachusetts General Hospital, Boston, MA, United States.
HardwareX. 2022 Jul 16;12:e00335. doi: 10.1016/j.ohx.2022.e00335. eCollection 2022 Oct.
Conscious respiratory pattern and rate control is desired by patients with some forms of pulmonary disease that are undergoing respiratory muscle conditioning and rehabilitation, by practitioners of meditation hoping to improve mindfulness and wellbeing, by athletes striving to obtain breathing control in order to increase competitiveness, and by engineers and scientists that wish to use the data from breathing subjects to test hypotheses and develop physiological monitoring systems. Although prerecorded audio sources and computer applications are available that guide breathing exercises, they often suffer from being inflexible and allow only limited customization of the breathing cues. Here we describe a small, lightweight, battery-powered, microprocessor-based respiratory coaching device (RespiCo), which through wireless or wired connections, can be easily customized to precisely guide subjects to breathe at desired respiratory rates using specific breathing patterns through visual, auditory, or haptic cues. Digital signals can also be captured from the device to document the breathing cues provided by the device for research purposes. It is anticipated that this device will have important utility for those who wish to be guided to breathe in a precise manner or in research and development of physiologic monitoring systems.
患有某些正在进行呼吸肌调节和康复的肺部疾病的患者、希望提高正念和幸福感的冥想练习者、努力获得呼吸控制以提高竞争力的运动员,以及希望使用呼吸受试者的数据来检验假设和开发生理监测系统的工程师和科学家,都希望能有意识地控制呼吸模式和频率。尽管有预先录制的音频资源和计算机应用程序可用于指导呼吸练习,但它们往往缺乏灵活性,只能对呼吸提示进行有限的定制。在此,我们描述了一种小型、轻便、由电池供电、基于微处理器的呼吸指导设备(RespiCo),该设备通过无线或有线连接,可以轻松定制,通过视觉、听觉或触觉提示,以特定的呼吸模式精确指导受试者以期望的呼吸频率呼吸。还可以从该设备捕获数字信号,以记录该设备提供的呼吸提示,用于研究目的。预计该设备将对那些希望被引导以精确方式呼吸的人或在生理监测系统的研发中具有重要用途。