带防污抗菌气膜性病房建筑结构的关键建造技术研究

Critical construction of ward building structure with antifouling and antibacterial air film technical research

2019年底爆发的新型冠状病毒肺炎疫情已蔓延至全球多国,新冠疫情已在全世界范围迅速发展成一起特别重大传染病疫情。在本次疫情防控过程中,我国国家治理体系的制度优势和强大基建能力得到了充分体现,对带防污抗菌气膜性病房建筑结构进行系统研究,阐述了据当时世界卫生组织发布的新冠疫情统计的主要影响数据;探讨了带防污抗菌气膜性病房气膜病房诞生的概念理念、气膜病房主要参照规范;总结了气膜性病房建筑结构的关键建造技术:精选材料,稳定性强;布局科学,功能合理;气膜病房的智能化设备;气膜病房的场地与装配需求。供全球疫情防控的防污抗菌气膜性病房建设参考。

The novel coronavirus pneumonia that broke out at the end of 2019 has spread to many countries around the world, and the new crown epidemic has rapidly developed into a particularly major infectious disease outbreak around the world. In the process of epidemic prevention and control, the institutional advantages and strong infrastructure capabilities of my country’s national governance system have been fully reflected. This paper systematically studies the building structure of wards with antifouling and antibacterial air membranes, and elaborates on the The main impact data of the new crown epidemic statistics;discussed the concept and concept of the birth of the air-film ward with anti-fouling and antibacterial air-film ward, and the main reference specifications of the air-film ward;summarized the key construction technologies of the air-film ward building structure: selected materials, strong stability;scientific layout and reasonable functions;intelligent equipment for air-film wards;site and assembly requirements for air-film wards. It is a reference for the construction of antifouling and antibacterial air-film wards for global epidemic prevention and control.