Viktorov V A, Burlakov R I, Gal'perin Iu S, Trushin A I
Med Tekh. 1996 Jan-Feb(1):9-15.
The systems complex approach is essential for designing and manufacturing anesthetic respiratory equipment due to its great medical significance, a wide range, complexity, and rigid requirements for reliability. The system in question includes the subsystem "apparatus", "patient", and "operator" in each a considerable factors considering the existing features of designing, equipping the therapeutical institutions, as well as traditions, manufacturing characteristics, potential risks, etc. The application of this approach is analyzed by using the Spiron-type artificial lung ventilation and Polynarkon-type inhalation anesthetic apparatuses as examples.
由于其重大的医学意义、广泛的范围、复杂性以及对可靠性的严格要求,系统综合方法对于麻醉呼吸设备的设计和制造至关重要。所讨论的系统包括“设备”“患者”和“操作者”子系统,在设计、配备治疗机构以及传统、制造特性、潜在风险等现有特征方面,每个子系统都有相当多的因素需要考虑。以Spiron型人工肺通气设备和Polynarkon型吸入麻醉设备为例,分析了这种方法的应用。