Philosophy of Technical Equipment Improvement as Exemplified by a Jaw Crusher

Vasilev, A. S.

doi:10.17485/ijst/2016/v9i46/95239133

Cited by 3 publications

(6 citation statements)

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“…The authors studied the issues of creating a technology for crushing rocks with obtaining high-quality cubical crushed stone while minimizing the energy consumption for its production and reducing the yield of screenings as poorly liquid products. Some technical solutions to this problem are given in the authors' works (Vasilev et al, 2016;Kameneva et al, 2016) and in a number of patents (Shegelman et al, 07/01/2015, 12/10/2017).…”

Section: Resultsmentioning

confidence: 99%

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Bulding a Knowledge Base for Developing New Technical Solitions for the Development of Forest Roads Network

2019

IJRTE

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Currently, the transportation component in the cost of production in Russia is high and exceeds 40% in the logging industry. Among the most important trends in the development of forest transport in the country is a continuous increase in the share of timber hauling by forest hauling vehicles and an increase in the distance of timber transportation by truck-hauler trucks. At the same time, one of the main reasons hindering the development of timber industry complexes in the northern regions of Russia is the low degree of provision of forest infrastructure for transportation of business and energy wood. Therefore, considerable attention should be paid to improving the processes of forest road transport by solving the problems of developing a network of forest roads. A significant development of the network of forest roads is necessary to increase the economic accessibility of forests for clear and selective logging, thinning, and reforestation. It is also necessary to increase the economic efficiency of the operation of timber-carrying trucks during forest removal, to increase the level of development of the calculated cutting area, to increase the level of forest fire safety of forests, to prevent and extinguish forest fires. This led to the formation of a knowledge base for improving forest road transport processes by developing new technical solutions for the development of a network of forest roads. The formation of a knowledge base was made on the basis of an extended scientific, technical and patent search. Based on the knowledge base, recommendations for the development of a network of forest roads have been developed; new technologies have been proposed for involving local rocks in the processing of crushed stone for the construction of rocks, as well as the construction of temporary forest roads using logging waste.

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Section: Resultsmentioning

confidence: 99%

“…There is a need to engage in commercial operation of small deposits of ores of complex material composition. When solving these issues, the studies of the authors cited in (Vasilev et al, 2016;Kameneva et al, 2016) and in a number of patents (Shegelman, et al, 07/01/2015, 12/12/2017) can be used.…”

Section: Discussionmentioning

confidence: 99%

Bulding a Knowledge Base for Developing New Technical Solitions for the Development of Forest Roads Network

2019

IJRTE

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“…It seems to us that one of the most important factors confirming the level of such decisions is the patenting by researchers and developers of the results of their intellectual property. In this regard, based on research in the field of analysis and synthesis of patentcapable objects of engineering and technology [22,23], the authors hypothesized that the tool for solving the synthesis of patentable solutions that increase the efficiency of forest regeneration by seedlings and saplings of forest cultures can be the formation of a knowledge base and the author's methodology structural and technological analysis "FSTA". When implementing the "FSTA" methodology, information is structured and carefully studied in relation to the base facility, for which it is planned to find a new technical solution for its improvement.…”

Section: Discussionmentioning

confidence: 99%

“…Isolation by the method of expert evaluation of the best of the generated solutions and their patenting. Patent registration of research results was promoted by many years of inventive experience of the authors of this work [22,23].…”

Section: Methodsmentioning

confidence: 99%

Reforestation by Seedlings and Saplings: Challenges and Solutions

2020

J. Environ. Treat. Tech.

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Despite the urgent need to accelerate the development of intensive forest management and reforestation technologies in Russia, the problem of creating progressive technologies and techniques to increase the efficiency of reforestation by seedlings and saplings of forest crops has not been completely resolved, which are serious challenges for accelerated and high-quality reforestation. Of particular concern is the lack of patented equipment competitive in the domestic and foreign markets for reforestation by seedlings and saplings of forest crops that can accelerate the creation of highly productive forests. To answer these challenges, it is proposed as a tool for the synthesis of patentable solutions that increase the efficiency of forest regeneration by seedlings and saplings of forest crops, to use the knowledge base formed on the basis of patent information search and the author’s methodology of functional, structural and technological analysis. A classification of the main areas of patenting in this area is proposed. The most characteristic patented objects of technologies and equipment that can be used as analogues and prototypes for the synthesis and patenting of new intellectual property for planting seedlings/saplings, as well as business entities patenting in this area, are identified. The effects (goals) for the achievement of which the technical solutions incorporated in the patents are directed are revealed. Using the generated knowledge base and the FSTA methodology, a synthesis of new patentable technical solutions has been carried out. Its features and some results are given on the example of several basic objects of machines and manual devices for planting seedlings/saplings. It is proved that the application of the proposed methodology to the selected object for improving the processes of planting seedlings/saplings is effective, which is confirmed by the development and patenting of fundamentally new technical solutions for equipping forest regeneration with seedlings and saplings of forest crops.

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“…According to the accepted methodology, the work was conducted in three stages: -The first stage of research provided for the collection and analysis of information and, on its basis, the categorization of areas of patenting in the field of crushed stone used in various areas of science and technology and clarification of the areas of further work. The results of the first stage confirmed the feasibility of developing further research, as well as considering the volume of research, the need to focus further research: a) on the building of a knowledge base in the field of one of the types of crushers, in these studies, jaw crushers were selected; b) on Russian patents, since further patenting of synthesized intellectual property objects at this stage of work was planned to be performed in the Russian Federation; and c) the time lag for research was mainly 2016-2020, since the authors' previous research on the building of knowledge bases on jaw crushers was performed in 2014-2015 and published later [53,54]. At the same time, if necessary, data from the database for 2010-2015 were provided.…”

Section: Methodsmentioning

confidence: 99%

Building a Knowledge base on Patenting of Technologies and Equipment for Disintegration of Rocks with Obtaining Crushed Stone

2020

J. Environ. Treat. Tech.

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Rock disintegration is one of the most important technological operations in the production of crushed stone, which is widely used in the construction of roads and railways, buildings, structures, hydraulic engineering facilities, bridges, tunnels, the production of concrete, asphalt, dry building mixes, and other objects and products. In recent years, research has been actively conducted to improve the processes of rock disintegration by reducing energy intensity and improving the quality of disintegrating technologies and equipment. Moreover, developers and inventors are actively patenting the results of their intellectual activities in the field of promising types of new intellectual property for high-potential technologies and equipment for producing high-quality crushed stone. This fact indicates that the problems of improving the quality and efficiency of technologies and disintegrating equipment, in particular crushers for obtaining crushed stone, have not been solved yet. All this necessitates the synthesis and patenting of new market-competitive technologies and equipment for obtaining crushed stone by disintegrating rocks. In this regard, the authors of this work carried out research aimed at building a knowledge base in the field of patenting technologies and crushers that ensure the production of crushed stone for the construction of roads and railways, buildings, structures, hydraulic engineering facilities, bridges, tunnels, the production of concrete, asphalt, dry mixes, and other objects and products. The research also included the categorization of the main areas of patenting in this field. This involved using the method of system analysis performed based on the results of patent information search, collecting and systematizing the information. The current state and trends of patenting in the field of rock disintegration are identified, the main goals (effects) of patented intellectual property are defined. The article presents the most noteworthy patents collected during the building the knowledge base.

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Philosophy of Technical Equipment Improvement as Exemplified by a Jaw Crusher

Cited by 3 publications

References 0 publications

Bulding a Knowledge Base for Developing New Technical Solitions for the Development of Forest Roads Network

Bulding a Knowledge Base for Developing New Technical Solitions for the Development of Forest Roads Network

Reforestation by Seedlings and Saplings: Challenges and Solutions

Building a Knowledge base on Patenting of Technologies and Equipment for Disintegration of Rocks with Obtaining Crushed Stone

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