The use of the patent analysis method for finding analogues and prototypes of received technical solutions
Автор: Petrova I. Yu., Puchkova A.A.
Журнал: Инженерные технологии и системы @vestnik-mrsu
Рубрика: Автоматизация и управление технологическими процессами и производствами
Статья в выпуске: 1, 2016 года.
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The research deals with the issue of the patent analysis efficiency, which is a necessary stage of seaching analogues and prototypes to obtain technical solutions. The article presents the results of analyzing the present automation systems for finding necessary information in the patent databases and identifies their advantages and disadvantages. It gives a description of the "Intellect" system, which is an example of software systems for the conceptual design stage support. Materials and Methods The article presents some of the possible ways to organize the patents-analogues search process and specific features of searching analogues and prototypes for the generated parametric structure scheme of the technical solution, which is the result of the synthesis of a new information-measuring and control system element in the "Intellect" system. The description of the proposed search query forming method is given. The article gives the structure of the patent passport, which must be stored in a database to organize the process of searcing analogues and prototypes. There given a description of algorithms for automatic adding a patent to the database, recalculating the weights while adding a patent by experts, identifying the fact of using different physical and technical effects in a patent. Results The final part of the article contains an example of the results of testing the developed subsystem implementing the proposed method. According to the test results it is concluded that the selected software and algorithmic solutions are effective.
Patent analysis, analogue search, information-measuring system element, conceptual engineering, energy-informational method, physically-technical effect, database
Короткий адрес: https://sciup.org/14720198
IDR: 14720198 | DOI: 10.15507/0236-2910.026.201601.050-057