Memória P&D Design

14º Congresso Brasileiro de Pesquisa e Desenvolvimento em Design

ESDI/UERJ; ESPM-Rio — Rio de Janeiro (RJ)

Outubro/2022

Desenvolvimento de Máscara de Proteção Contra a Covid-19 Utilizando Manufatura Aditiva

Paths and Evolutions in the Development of Covid-19 Protective Masking Using Additive Manufacturing

Roberto Takao Yamaki
João Victor Correia de Melo
Jorge Roberto Lopes dos Santos
Aline Reis Kauffmann

Como citar

Yamaki, Roberto Takao; Correia de Melo, João Victor; Santos, Jorge Roberto Lopes dos; Kauffmann, Aline Reis; "Desenvolvimento de Máscara de Proteção Contra a Covid-19 Utilizando Manufatura Aditiva", p. 1866-1893. In: CONGRESSO BRASILEIRO DE PESQUISA E DESENVOLVIMENTO EM DESIGN, 14., 2022, Rio de Janeiro. Anais [...]. São Paulo: Blucher, 2022, DOI 10.5151/ped2022-7791844

Resumo

O presente trabalho apresenta parte da pesquisa da PUC-Rio dedicada à investigação de modelos de máscaras de proteção contra a COVID-19 de baixo custo, reaproveitáveis, facilmente fabricáveis e obedecendo às normas vigentes de filtragem. O objetivo deste trabalho consiste em apresentar o processo de design e a progressão de uma das alternativas de modelo para máscaras de proteção individual desenvolvidas pela equipe. Para isso foi desenvolvido um mapeamento que demonstra os avanços obtidos com os contínuos esforços para aprimoramento e desenvolvimento de novas soluções. Os procedimentos de desenvolvimento estão alinhados à metodologia Research through Design (RtD). O critério para a seleção das máscaras que estão detalhadas neste trabalho consistiu em abordar as versões desenvolvidas que contém desdobramentos e soluções técnicas essenciais à obtenção de um modelo de máscara de proteção individual que será encaminhado aos órgãos responsáveis pela regulamentação de tais equipamentos.
Palavras-chave:

Máscara de Proteção, COVID-19, Máscara Cirúrgica

Abstract

This paper presents part of the research at PUC-Rio dedicated to the investigation of models of protective masks against COVID-19 that are low cost, reusable, easily manufactured, and comply with current filtering standards. The objective of this work is to present the design process and the progression of one of the model alternatives for individual protection masks developed by the team. For this, a mapping was developed that demonstrates the advances obtained with continuous efforts for improvement and development of new solutions. Development procedures are aligned with the Research through Design (RtD) methodology. The criterion for the selection of masks that are detailed in this work consisted of addressing the developed versions that contain essential technical developments and solutions for obtaining a model of individual protection mask that will be sent to the bodies responsible for the regulation of such equipment.

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