In the article, we perform an analysis of the means of
shaping and formserialize in fur clothes taken in the
production of domestic and foreign fur companies. The
spatial form of fur garments is solved, in the main,
constructive. The type, direction and amount of
articulation were determined by the design of the
product and the properties of the fur: the height of the
hairline, the size of fur semi-finished product. The
proposed positioning of the shaping of articulation in
fur clothes has to be performed in the environment of
3D CAD. It is established that in modern models of the
silhouette of a fur product may be formed not only by
design divisions but also by a combination of the
product of different types of fur. We have performed
studies on the use of funds of formation in models of
industrial collections fur coat 2015-16 presented on the
trading spots of Moscow. We have conducted a
monitoring of consumer preferences on the types of fur
among women and determined the causes of loss of
fur, clothing of spatial forms under adverse conditions
of wearing. We have also proposed innovative means
of formserialize in a fur garment of solid and
perforated fur
The support and the development of small forms of management in agroindustrial complex of the Krasnodar region is one of the priority trends in development of agriculture of our region and country in whole. Especially it is actual in last economic events and restructuring of economic balance concerning to the financing of AIC in our country. In the article there was a question of importance of small mechanization means in limits of use of PFF and PBF as forms of import of replacement in modern economic conditions. There was presented a replacement of manual labor with mechanical one, use of less powerful energy sources such as minimotocultivators and tractors to 1,4 t.s. and there was touched the question of use of small mechanization means in the conditions of limited space with the application of highly productive hinged equipment. There was considered the question of influence and use of small mechanization means in small forms of management, there were shown the problems of provision and restructuring of park of machinery and transition on new technology with the use of less powerful means of mechanization in detail. The advantage of use of present approach which is used in the writing of the article is an exact indication of the problem of use of motocultivators and ways of its decision and application in farms
The results of research of influence of mechanical activation of filler (river sand) on physical, mechanical and structural properties of fine-grained concrete are presented in the article. The prospects
of using mechanical activation technologies for production of concrete with the improved complex of technical characteristics are established
The article is dedicated to the determination of
conditions for solid bodies’ fragmentation, providing
minimal size of particles by means of their mechanical
dispersion through the example of powders of titanium
carbide (TiC), cubic boron nitride – borazon (CBN)
and boron carbide (B4C). The theoretical and practical
aspects of the process of mechanical fragmentation of
particles of solid powder materials in ball mill for their
further utilization in furnace charge for high-speed
gas-flame sputtering of wear-resistant composite
materials are examined in the article. Methods of
preliminary calculation of minimum allowable size of
solid particles of powder materials during mechanical
fragmentation, based upon Griffiths’ mechanical
theory of rapture using experimental data for hardness
of material and its yield are proposed and theoretically
substantiated. There we have the results of
experiments on mechanical fragmentation of titanium
carbide in attritor, boron carbide and cubic boron
nitride in centrifugal planetary mill, confirming
correctness of theoretical propositions and calculations
are set out. Recommendations on mechanical
fragmentation of solid powder materials in ball mills
are formulated as well
The article has a research character which is expressed through the analysis of ways and means of mechanization for harvesting of cucumbers, and also through the works of scientists on the studied subject. Vegetable growing is an important branch of agricultural production. Among a set of vegetable plants the increasing significance is attached to cultures production of which contains physiologically active agents. Solanaceous vegetables belong to these cultures. In Russia, vegetables on an industrial basis are cultivated in the south of the country. Everywhere in Russia crops of vegetables are reduced. It is explained by high costs of production, especially on harvest that at the general deficiency of manual skills leads to reduction of the areas, violation of technology of cultivation and harvest and, respectively, to decrease in productivity. In the conditions of import substitution of foreign agricultural production and increase in the areas of landing of vegetable cultures in the Russian Federation for creation of a safety cushion of food in the conditions of food embargo, undoubtedly, there will be required the maximum mechanization of technological process of harvesting of vegetables. The article presents the most important results of new types of designs of machines for harvesting of vegetables and cucumbers in particular, as well as problems of use of modern machines for cleaning cucumbers and vegetable cultures
The article has a research character which is expressed through the analysis of ways and means of mechanization for harvesting of solanaceous vegetables, and also endurance from works of scientists on the studied subject. Vegetable growing is an important branch of agricultural production. From a set of vegetable plants the increasing significance is attached to cultures which production contains physiologically active agents. Solanaceous vegetables belong to these cultures. In Russia, vegetables on an industrial basis are cultivated in the south of the country. Everywhere in Russia crops of vegetables are reduced. It is explained by high costs of production, especially on harvesting that at the general deficiency of manual skills leads to reduction of the areas, violation of technology of cultivation and harvesting and, respectively, to decrease in productivity. In conditions import substitution of foreign agricultural production and increase in the areas of landing of vegetable cultures in the Russian Federation for creation of a safety cushion food in the conditions of food embargo, undoubtedly, will be required the maximum mechanization of technological process of cleaning of vegetables. The most important results of types of designs of machines for vegetables and, problems of use of modern machines for cleaning of vegetable cultures are given. Our own design for harvesting solanaceous vegetables is offered
The article deals with treatment-and-preventive nutrition as the simplest and effective method of preservation of the population health. It describes the use of the new effective method of processing of animal raw material, the electromagnetic fields of low frequency (LF EMF), as well as the enrichment of food products with functional ingredients - food fibers to optimize nutrition
In the article the expediency of application of polymers water dispersions (WDP) in pipes concrete with the metal core, applied on reclamation systems is shown
It is shown, that use of average characteristics in the formulas, which interconnect penetrability of filtration barriers with porous structure parameters, is relevant only for several kinds of membranes
The article analyzes intellectual methods of image comparison. We give a brief description of existing methods: metric, topological and stochastic designed to solve this problem, indicating their advantages and disadvantages. This method is based on comparing of images by means of separation of the given domain into segments and calculation of pixels having certain optical density. The illustration example is presented. A computer program was created to use this method. The value of the segment is given by the operator with following limits: more than 3 single pixels and less than half of chosen square of image. The program makes up a segmental matrix of the image, which is compared in some interval of time to the current matrix. This method is used for interval monitoring of objects from the same point of observation