Technological Mapping of Equipments for Measurement of Quality of Gypsum Plasters

Authors

DOI:

https://doi.org/10.9771/cp.v15i2.43915

Keywords:

Hardening-Time, Gypsum Rating , Technological Roadmap.

Abstract

Gypsum plaster has been used for centuries by Humankind and has applications in most diverse areas from the civil construction to dental protheses. Accurate gypsum quality evaluation is still very expensive and hard to access. In this paper analyses of articles which were published in the last seven years and that have reported advances, as well as patents (Orbit®) deposited in the period 2000-2020 are used to find out technological trends of equipment used for measuring parameters that are capable to guarantee the plaster quality. More than 30 registries correlated to this subject were identified in the data bases, among them a patent request registered in Brazil, whose technology has not been transferred yet. The achievement comprises an organization and a visualization of the found information in a Technological Roadmap with short-, medium- and long-term time analyses related to the critical factors: Market, Product and Technology. Patents and articles found reinforce the importance of making a technological mapping before to develop any promising product, devoted to make more efficient the innovative process by means of optimization of researching and funding efforts.

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Author Biographies

Igo Rafael Alves Silva, Federal University of São Francisco Valley

Electrical Engineer (UNIVASF, 2010) with extensive experience in hardware and software development embedded in microcontrolled electronic systems. Entrepreneurial entrepreneur, specialized in project management, is currently linked to the professional postgraduate program in the national network of Intellectual Property and Technology Transfer for Innovation - PROFNIT (Focal Point UNIVASF).

Lucas Damião da Cruz Silva, Federal University of São Francisco Valley

Graduating from the Electrical Engineering Course at UNIVASF, where he develops Scientific Initiation activities with contributions to several researches of the group.

Michely Correia Diniz, Federal University of São Francisco Valley

Biologist, Bachelor and Licensed from the State University of Ceará, Master in Genetics from the Federal University of Pernambuco and PhD in Biotechnology from the State University of Ceará. Associate Professor of the Biological Sciences Collegiate, professor of the Professional Master's Degree in Intellectual Property and Technology Transfer for Innovation.

Isnaldo José de Souza Coêlho, Federal University of São Francisco Valley

Member of the Academic Board of the Eng. Electric (2004). Collaborating Member of the PG Collegiate of PROFNIT Focal Point UNIVASF (2018). PhD Researcher (UFPE, 2005) in Eng. Electronics, with emphasis on studies in telecommunications, electronic instrumentation, semiconductor materials and devices, photonics and optoelectronics.

References

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Published

2022-04-01

How to Cite

Silva, I. R. A., Silva, L. D. da C., Diniz, M. C., & Coêlho, I. J. de S. (2022). Technological Mapping of Equipments for Measurement of Quality of Gypsum Plasters. Cadernos De Prospecção, 15(2), 557–570. https://doi.org/10.9771/cp.v15i2.43915

Issue

Section

Prospecções Tecnológicas de Assuntos Específicos