Mauricio da Costa Ramos Carlos, Roberto Lopes Dos Santos Jorge, B Teixeira Raquel
Pontifical Catholic University, Marquês de São Vicente Street 225, Rio de Janeiro 22451-900, Brazil.
Foundation to Support the Technical School, Guimarães Júnior Street 182, Rio de Janeiro 24110-30, Brazil.
Mater Today Proc. 2022;70:168-178. doi: 10.1016/j.matpr.2022.09.016. Epub 2022 Sep 22.
This project aimed to develop an innovative mask design, aided by 3D printing technology that was able to protect its wearers against virus infection. The project was motivated with the intention of helping to fight Covid-19, but that its use was extensive as an option to N95 and similar masks, already on the market, even after the pandemic. Whose main design objective was that the mask had a sealing efficiency based on a half-face mask and that it could be used in conjunction with masks made of antiviral fabrics, such as, for example, a surgical mask that has its filtering capacity already tested and approved and, which would be the filter element of the mask. The mask was also intended to be reusable so that it could be washed for cleaning, with only the fabric filter element being disposable.
该项目旨在借助3D打印技术开发一种创新的口罩设计,这种设计能够保护佩戴者免受病毒感染。该项目的初衷是帮助抗击新冠疫情,但其作为N95口罩及市场上已有的类似口罩的一种替代品,即便在疫情之后仍被广泛使用。其主要设计目标是,这款口罩基于半面罩具有密封效率,并且可以与由抗病毒织物制成的口罩配合使用,例如,一种过滤能力已经经过测试并获批的医用口罩,它将作为口罩的过滤元件。这款口罩还打算可重复使用,以便可以清洗,只有织物过滤元件是一次性的。