我国医疗设备标准现状及临床应用技术评价标准研究

通过分析国内外医疗设备标准现状,结合我国临床应用具体情况,本文重点阐述了临床应用技术评价标准在技术特性、临床应用、卫生经济学和服务体系评价四个方面内容,并深入剖析了其重要意义。临床应用技术评价标准将进一步完善我国医疗设备标准体系,是医疗设备使用过程中重要的综合评价依据。本研究推动了医疗设备临床应用技术评价标准的推广应用,将有助于提升我国医疗设备在临床中的安全、可靠和有效使用。

放射治疗质量控制标准化体系的研究进展与应用

随着放射治疗技术的发展,放射治疗控制标准化体系越来越受关注。放射治疗控制标准化体系是从放疗设备和放疗流程两个方面对放疗的质量控制进行规范,是应用互联网技术搭建放疗质控管理系统。本文主要探讨中国的质量控制治疗体系标准化现状,虽然各大医院也在逐步规范化,但是还需进一步提高。本文旨在探讨放射治疗的质量控制和质量保证是保证和提高整个肿瘤治疗水平的基础,也是放射治疗的安全和有效的关键。因此,在互联网技术蓬勃发展的大环境下,建立放射治疗质量控制标准化体系和数字化管理,是提升放疗水平和质量的必要途径。

关于医疗灯泡的思考

在实践中进行了医疗灯泡的替换,认识到医疗灯泡标准化的必要性,可行性,映射出医疗设备的标准化问题。

Design and Implementation of a Digital PID Temperature Controller for Neonatal Incubator ESVIN

The project has as its aim the design and implementation of the control of temperature in the cockpit of the prototype of neonatal life support equipment ESVIN based on the international standard IEC 60601-2-19 concerning the basic security and operation of the neonatal incubators. The prototype has been developed and is important because the cockpit is a new concept of medical equipment of neonatal life support. There was a modeling of the system of heating of the incubator using the concepts of system identification with the purpose of finding a mathematical model that describes the dynamic behavior of the system. Then, design and implement the strategy of feedback control with digital PID （proportional-integral-derivative） algorithm. The model allowed the design and implementation of a digital PID controller that meets in a satisfactory manner with the requirements, in accordance with the international standard. The control system implemented in the neonatal incubator ESVIN improved the effectiveness of the neonatal life support equipment in regard to temperature controller of the cockpit.