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2532100 - 2532149 2532150 - 2532199 2532200 - 2532249 2532250 - 2532299 |
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Method of capillary irrigation from the covered ground of fruit trees and vineyard includes installation of the pipeline with the water outlet holes, the pipeline is made from short plastic pipes, where the water outlet is provisioned as a slot in the middle of the lower part of plastic pipes, the pipes at a capillary clearance are positioned inside a trough, which is longer than the designed slot, before installation of short plastic pipes in a trench their ends from internal or external part are tightly connected with sleeves. |
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Method for production of yacon-based pureed preserves Method envisages recipe components preparation, yacon and pears straining and finishing, ground pumpkin seeds extraction cake pouring with drinking water and maintenance for swelling, the listed components mixing, the produced mixture packing, sealing and sterilisation. |
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Pear and quince compote sterilisation method Invention relates to preservation industry and may be used during pear and quince compote production in jars SKO 1-82-1000. The method is as follows: jars are sealed with self-exhaustible caps and thermally treated without creation of counter-pressure according to the mode |
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Method envisages ground pumpkin seeds extraction cake pouring with drinking water and maintenance for swelling, the extraction cake mixing with cherry plum puree, plum puree, sugar and salt, the produced mixture boiling out till dry substances content is nearly 22%, dill seeds, coriander and red hot pepper addition, the mixture packing, sealing and sterilisation. |
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Herbicide metabolising protein, its gene and their application Invention relates to a method of weed destruction, providing the step of applying the herbicide of PPO-inhibitory type on the cultivated part of the plant, where the said plant is resistant to the said herbicide and expresses the protein with the ability to convert the said herbicide into the herbicide with lower herbicidal activity. The method of evaluation of resistance of the plant cell or the plant to herbicide of PPO-inhibitory type is disclosed, comprising bringing into contact of the herbicide of PPO-inhibitory type with the plant cell or the plant into which DNA is introduced and expressed, which encodes the protein capable to convert the said herbicide into the herbicide with lower herbicidal activity, and also the method of intake of plant cell or plant resistant to the herbicide of PPO-inhibitory type, providing the step of intake of the plant cell or plant based on the aforesaid method for evaluating the stability. Also the plant cell, the plant, the cell culture of plant are disclosed, resistant to herbicide of PPO-inhibitory type, as well as the method of treating the herbicide of PPO-inhibitory type and use of the protein or DNA encoding the said protein for treatment of herbicide of PPO-inhibitory type, where the protein is capable to convert the aforesaid herbicide into the herbicide with lower herbicidal activity. |
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Epitopic peptides rab6kifl/kif20a and vaccines containing them Invention proposes oligopeptide versions extracted from protein RAB6KIFL (KIFL20A), which can induce cytotoxic T lymphocytes (CTL) consisting of a complex with molecule HLA-A*0201. Besides, the following has been considered: a pharmaceutical composition and an elimination method of cells expressing RAB6KIFL and HLA-A*0201, an exosome, an extracted antigen-presenting cell and a method for its induction, a pharmaceutical composition and a method of CTL induction, use of active ingredients as per this invention to obtain a pharmaceutical composition for cancer treatment, as well as a polynucleotide coding the oligopeptide as per this invention. |
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Food composition contains 0.000001 to 0.005 wt % γ-Glu-Nva-Gly; 0.005 to 80 wt % of ingredients obtained from pork or veal, and other food ingredients. The invention also relates to a method for obtaining a food product, which involves a phase of addition of a kokumi flavouring agent representing the above composition to other food ingredients; a food product obtained by means of the above method, and a flavouring method of taste and/or smell of food product using the above composition. |
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Method of processing lignocellulose stock Proposed method comprises mixing of lignocellulose stock with ionic fluid, substituted imidazoline salt, holding in vacuum at 80-100°C and mixing, adding of ethanol to said mix and mixing. Resulted bulk is subjected to filtration to produce first filtrate and first precipitate including cellulose and hemicellulose. Ethanol is distilled from first filtrate with subsequent circulation of fluid formed after alcohol distillation and mixing with new portion of stock. First precipitate comprises cellulose and hemicellulose and is placed to buffer solution. Mix of cellulolytic ferments and culture of yeast is added to obtained bulk. Obtained product is held at 30-40°C and filtered pout to get second filtrate and second precipitate. Aqueous solution of sulphuric acid of concentration of 10-15 wt % and sodium chloride are added to second precipitate in amount of 200-300 g/l of sulphuric acid solution and subjected to extraction distillation to release the mix of furfural and hydroxyl methyl furfural. Ethanol is distilled from second precipitate. |
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Method of capillary irrigation from the covered ground of vegetable and grain cultures includes installation of the pipeline with the water outlet holes and coaxial branch pipes, before installation of the pipeline with the water outlet holes on the fields of vegetable and grain cultures in the ground execute a parallel sequence of trenches to the depth below the spring tillage level is made, inside which short plastic pipes are laid, where the water outlet hole is made in their middle part as a slot from the lower side of plastic pipes, and they are positioned at the capillary clearance inside the trough, which is shorter than plastic pipes, but longer than the designed slot, before installation of short plastic pipes in the trench their ends from internal or external part are tightly connected with sleeves, in this sequence of plastic pipes from two opposite sides they are tightly closed and a hole is made in their upper part, which from one side is tightly connected to branch pipes of the pipeline with the water outlet holes for supply of irrigation water, from the other side it is tightly connected to similar branch pipes of the pipeline for air removal from tightly connected sequential plastic pipes on the whole field of vegetable and grain cultures. |
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Watt complete parallelogram with additional piston-rod Invention relates to hinge mechanisms transforming translational movement of an input slide link to rotational movement of an output bell crank link. The Watt complete parallelogram with an additional link includes a slide, a parallelogram mechanism, a piston-rod and a bell crank. Between the slide and the hinge of the parallelogram there is quasilinear movement since an additional piston-rod is installed through hinges. |
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Method of capillary irrigation from the covered ground of vegetable cultures includes installation in the ground along planting of vegetable cultures of the sequence of branch pipes, the lower part of which has a slot, and their upper part has a hole for intake of irrigation water, installation of the pipeline with the water outlet holes for supply of irrigation water into the respective branch pipe, along planting of vegetable cultures vertical supports are mounted, from two opposite sides there are the lower and upper retainers for fixing the lower and upper ends of the spiral limiter of direction of growth of vegetable cultures. A sequence of branch pipes with the lower slot, which are located along planting of vegetable cultures, are tightly connected, and the formed sequence of branch pipes is tightly closed from the one side and from the other side, and installation in the ground of each branch pipe with a longitudinal lower slot is performed on internal surface of a trough to form a capillary clearance between them, a trough is designed longer than the slot in the branch pipe, and a hole in the pipeline for supply of irrigation water is tightly connected to the hole for intake of irrigation water in the first branch pipe in their sequence or with a hole for intake of irrigation water in last branch pipe in their each sequence, a hole there is made either in the beginning of branch pipes, or in their end. |
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Method of capillary irrigation from the covered ground of fruit trees and vineyard includes installation of the pipeline with the water outlet holes, which are made in the locations of the bowl-shaped vessel with a hole in its upper part and which is tightly connected with the water outlet holes of the pipeline for its supply with irrigating water, in the lower part of the bowl-shaped vessel viaholes are made for ground wetting at the level of the root system of fruit trees and vineyard, bowl-shaped vessel is designed as a hollow toroid, the lower part of which a longitudinal hole designed as a closed slot is provisioned, and it is located at a capillary clearance above an internal part of the second toroid with the truncated upper part for forming a capillary clearance between them both from the inside of the hollow toroid, and from its external side for ground humidification with irrigation water, For air removal from the upper part of the hollow toroid in its upper part an additional hole is made which is tightly connected to a coaxial hole of the additional pipeline. The coaxial holes in the upper part of the toroid for functional link with the pipeline with the water outlet holes and additional pipeline are made on its diametrally opposite sides. |
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Raw mixture to obtain granular heat insulating material Raw mixture to obtain a granular insulation material contains, by wt %: microsilica 33.5-45, ash and slag mixture 3.0-14.5, apatite-nepheline ore tailings 25-30, sodium hydroxide (in Na2O equivalent) 22-27, ammonium bicarbonate 0.5-1.5. The invention is evolved in dependent claims. |
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Road surface structure with improved adhesion properties To provide a good connection between a polymer film and a bearing layer based on bitumen, an adhesive composition is applied, which comprises solid epoxy resin, and also a thermoplastic polymer that is solid at room temperature. This method makes it possible to quickly and efficiently erect a road surface structure with considerable improvement of adhesion. The method to manufacture the road surface structure and to apply an adhesive composition is described. |
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Method of capillary irrigation from the covered ground of vegetable cultures includes installation in the ground along planting of vegetable cultures of the sequence of branch pipes with the tightly shut ends, the lower part of which has a slot, and their upper part has a hole for intake of irrigation water, installation of the pipeline with the water outlet holes for supply of irrigation water into the respective branch pipe, the pipeline is fixed from the one side on the vertical support, in which from two opposite sides there are the lower and upper retainers for fixing the lower and upper ends of the spiral limiter of direction of growth of vegetable cultures. The branch pipes with the tightly shut ends are made crosslike and laid in the ground below the tillage level and oriented with reference to the pipeline at the angle 45°, and they are made in the upper part, which is tightly connected to the lower part with common internal volume for its supply with irrigating water, in the lower part of crosslike branch pipes, which are located at a capillary clearance above the respective troughs, the slots are made orthogonal and two of them are oriented along the planting of vegetable cultures, and other two slots are oriented orthogonally to the planting of vegetable cultures, and the hole for intake of irrigation water in the upper part of crosslike branch pipes is located in their average part and implemented as an internal restrictive branch pipe with the smaller diameter and external fixing branch pipe with the larger diameter with external stiffeners, where the vertical support is tightly fixed. The upper hole of the vertical support is tightly connected with the pipeline water outlet hole for supply of irrigation water through the internal part of the vertical support into internal volume of crosslike branch pipes. |
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Invention relates to furnaces and drying furnaces, and namely to an improved system for distribution of air flow in a furnace or a drying furnace. An air flow supply system includes an air movement element made so that is can move air along the flow path; a chamber in the above said flow path, which has a possibility of receiving the product; a chamber for movement of air, which includes an inlet with the chosen area for air reception in the above said flow path in the first direction and outlet with the chosen area, which is larger than the above said area of the above said inlet for outlet of air in the above said flow path in the second direction, which is different from the above said first direction; an air flow divider passing across the above said outlet for air movement and having a possibility of separating the air flow along the above flow path, an air flow guiding element passing across the above flow path, located downstream of the above air flow divider and located upstream of the above chamber; besides, the above air flow guiding element has an upstream inlet edge and a downstream outlet edge and has a possibility of receiving the air flow at the above inlet edge, dividing the above air flow into many separate sub-paths within the above flow path and outlet of the above air flow from the above said downstream outlet edge, which is parallel to the above said flow path and without any considerable reduction of static pressure. Besides, two design versions of the air flow supply system are described. |
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Method of capillary irrigation from the covered ground of vegetable cultures includes installation in the ground along planting of vegetable cultures of the sequence of branch pipes with the tightly shut ends, the lower part of which has slots, and their upper part has a hole for intake of irrigation water, installation of the pipeline with the water outlet holes for supply of irrigation water into the respective branch pipe, the pipeline is fixed from the one side on the vertical support, in which from two opposite sides there are the lower and upper retainers for fixing the lower and upper ends of the spiral limiter of direction of growth of vegetable cultures. The branch pipes with the tightly shut ends are made crosslike and they are formed from the upper part, which is tightly connected to the lower part with common internal volume for its supply with irrigating water, in the lower part of crosslike branch pipes, which are located at a capillary clearance above the respective troughs, the slots are made orthogonal and two of them are oriented along the planting of vegetable cultures, and other two slots are oriented orthogonally to the planting of vegetable cultures, and the hole for intake of irrigation water in the upper part of crosslike branch pipes is located in their middle part and implemented as an internal restrictive branch pipe with the smaller diameter and external fixing branch pipe with the larger diameter with external stiffeners, where the vertical support is tightly fixed. The upper hole of the vertical support is tightly connected with the pipeline water outlet hole for supply of irrigation water through the internal part of the vertical support into internal volume of crosslike branch pipes. |
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Automated method of erection of solid foundations and walls of buildings and structures from plastic blocks consists in the assembly of a unit for the preparation of concrete mix, concrete pumps and concrete pipelines. A pliable formwork for each plastic block is sewn on a sewing machine from a strong woven cord or a cord knitted on a loom automatically, besides, the cord is the external race and reinforcement. The spatial form of the pliable formwork from the cord is fixed by spacing and tightening fixators. A soil base is prepared in accordance with a plan of foundations and walls of the structure. The first row of the finished pliable formworks is set into the design position, plastic concrete with haydite is injected by a concrete pump continuously along hoses into the first row of the pliable formworks with required thermal properties, and plastic blocks reinforced by the cord tissue are formed. Using gravity forces, cement glue is pushed through the cord tissue, the second row of the pliable formworks is set, covering joints of the plastic blocks of the first row. The second row of the pliable formworks is filled by plastic concrete, and the second row of the plastic blocks is formed. They continue growing the height of the foundation to its complete readiness. Reinforcement belts of the structure are laid from rubberised tapes reinforced with a steel cord, which are a hydraulic insulation. The plastic blocks are reliably glued to each other by cement glue pushed through the cord tissue, technological breaks are arranged for concrete setting and conversion of the plastic blocks into stiff rigid blocks. A slab is mounted above an underground, walls are formed from the plastic blocks from warm concrete, the reinforcement belts from tapes reinforced with the steel cord are laid between the rows of non-set plastic blocks, as closed along the contour of the structure, and they reinforce the walls with them. Upper and lower rows of the plastic blocks are pierced by reinforcement rods along the vertical line, and they are reliably connected to each other, blocks of windows and doors are installed into the design position, the pliable formworks of the plastic blocks from the cord are laid between them, covering joints, piers are concreted, and the position of the doors and windows is reliably pressed and fixed between the plastic blocks. The technological breaks are arranged for conversion of the plastic blocks into the stiff rigid blocks, the reinforcement belts of the structure are laid, they mount slabs and complete construction of the structure. |
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Swivel wrench includes a housing with a handle and a throat for a drilling string. The swivel wrench housing throat is designed with at least one side-pocket. Opposite walls of the pocket are made according to sizes of pipes slots and are meant for the pipes retention in an operating position. The pocket length is equal to at least the drilling string diameter. |
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Method of capillary irrigation from the covered ground of vegetable cultures includes installation in the ground along planting of vegetable cultures of the sequence of branch pipes, the lower part of which has a slot, and their upper part has a hole for intake of irrigation water, installation of the pipeline with the water outlet holes for supply of irrigation water into the respective branch pipe, installation of vertical supports, in which from two sides the lower and upper retainers are fixed for fastening of the lower and upper ends of the spiral limiter of direction of growth of vegetable cultures. The branch pipes are designed as a pipe for bracing on its upper part of several series-arranged vertical supports and this series of pipes from inside is tightly connected, the input of the first pipe and the output of the last pipe are also tightly closed, bracing of vertical supports on the pipe is performed by means of sleeves tightly connected on its upper part, in the beginning of the first tube or in the end of the last tube an additional sleeve is also fixed, which is tightly connected to the pipeline hole for supply of irrigation water inside tightly connected pipes, where above the slots a trough is fixed at a capillary clearance. |
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Method of improvement of fertility of soil for tree and grass cultures comprising the extraction of silt from places of its formation, and after production of silt it is treated to remove excess moisture content, then it is placed into containers for consequent transportation and before planting of woody plants or grass cultures in soil a trench is made and there the layers of extracted silt and removed soil are backfilled sequentially, tree or grass cultures are planted, meanwhile a trench is formed down to the lower level of fertile soil, and sequential backfilling of layers of extracted silt and removed soil is performed after the beginning of forming of the trench, then in places of backfilling of silt and removed soil the holes are formed periodically, which are filled by water and injected by biological organisms for conversion of silt and improvement of soil fertility, meanwhile between the sequentially located trenches with the sequentially backfilled extracted silt and removed soil an additional trench is formed, where below the tillage depth one or several parallel sequences of troughs are laid, above which at a capillary clearance a sequence of tightly connected plastic pipes with the lower long slots are located, and the beginning of plastic pipes and their end are connected to the pipeline for supply of irrigation water and to the pipeline for air removal from plastic pipes, then the tillage of total soil is performed and tree cultures are planted or grass cultures are sawn. |
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Method includes extraction of silt from places of its formation, and after production of silt it is treated to remove excess moisture content, then it is placed into containers for consequent transportation and before planting of woody plants or grass cultures in soil a trench is made and there the layers of extracted silt and removed soil are backfilled sequentially, then tree or grass cultures are planted. A trench along the future planting of tree cultures and between them is formed down to the lower level of fertile soil, and sequential backfilling of layers of extracted silt and removed soil is performed after the beginning of forming of the trench. Then in places of backfilling of silt and removed soil the holes are formed periodically, which are filled by water and injected by biological organisms for conversion of silt and improvement of soil fertility, after this procedure tree or grass cultures are planted. Before the future planting of tree or grass cultures or after that between sequential plantings of tree cultures and orthogonally to sequential trenches with a removed silt and backfilled removed soil an additional trench is formed and sand is backfilled there. Then several parallel sequences of troughs are stacked, above which at a capillary clearance a sequence of tightly connected plastic pipes with the lower long slots is placed. A beginning of plastic pipes and their end are connected to the pipeline for supply of irrigation water and to the pipeline for air removal from plastic pipes, then layers of silt and removed soil are backfilled sequentially. |
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Method of improvement of fertility of soil for tree and grass cultures comprising the extraction of silt from places of its formation, and after production of silt it is treated to remove excess moisture content, then it is packed into containers for consequent transportation and before planting of woody plants or grass cultures in soil a trench is made, and there the layers of extracted silt and removed soil are laid sequentially, and then tree or grass cultures are planted, meanwhile a trench is formed between longitudinal rows of tree cultures down to the lower level of fertile soil, and sequential backfilling of layers of extracted silt and removed soil is performed after the beginning of forming of the trench, then in places of backfilling of silt and removed soil the holes are formed periodically, which are filled by water and injected by biological organisms for conversion of silt and increase of soil fertility. |
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Method of irrigation water supply for capillary irrigation from the covered ground to the vineyard plantation includes making of vineyard crone in the form of bowl composed by ring-shaped supports, sequentially increasing by diameter, which are connected to each other with rigid radial guides, which are fixed in the lower part of the bowl on the upper part of the vertical support, the lower part of which is fixed on the upper part of the bowl-shaped vessel, which is positioned above the ground, installation of the pipeline with the water outlet holes and coaxial vertical branch pipes for supply of irrigation water into the internal part of bowl-shaped vessels, which are positioned on the vineyard plantation inside soil, the pipeline is installed in the lower part of bowl-shaped vineyards, along each bowl-shaped vineyard the additional vertical supports are fixed and their upper parts are connected to the respective ring-shaped supports in each cup from the diametrally opposite sides, the vertical branch pipes of the pipeline are positioned inside a vertical support and their lower end is tightly connected to the central hole of the bowl-shaped vessel for supply of irrigation water in their internal part. |
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Method of capillary irrigation from the covered ground of vegetable cultures includes installation in the ground along planting of vegetable cultures of branch pipes with the tightly shut ends, the lower part of which has a slot, and their upper part has a hole for intake of irrigation water, installation of the pipeline with the water outlet holes for supply of irrigation water into the respective branch pipe. The pipeline is fixed from the one side on the vertical support, in which from two opposite sides the lower and upper retainers for fixing the lower and upper ends of the spiral limiter of direction of growth of vegetable cultures are located. The branch pipes with the tightly shut ends in the ground at the depth below tillage are positioned orthogonally to the pipeline and arranged in the upper part, which is tightly connected to the lower part and placed in the ground with a capillary clearance above the trough, which is longer than the made longitudinal slot, and the hole for intake of irrigation water in the upper part of the branch pipe is designed as an internal restrictive branch pipe with smaller diameter and external fixing branch pipe with the larger diameter with external stiffeners, where the vertical support is tightly fixed. The upper hole of the vertical support is tightly connected with the pipeline water outlet hole for supply of irrigation water through the internal part of the vertical support into internal volume of the branch pipe with the tightly shut ends. |
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Method of capillary irrigation from the covered ground of vegetable cultures includes installation in the ground along planting of vegetable cultures of the sequence of branch pipes with the tightly shut ends, the lower part of which has a slot, and their upper part has a hole for intake of irrigation water, installation of the pipeline with the water outlet holes for supply of irrigation water into the respective branch pipe, on the vertical support from two opposite sides there are the lower and upper retainers for fixing the lower and upper ends of the spiral limiter of direction of growth of vegetable cultures. The branch pipes with the tightly shut ends are made from the upper part, which is tightly connected to the lower part, inside which at a capillary clearance the lower part of the trough is provisioned, which is longer than the made longitudinal slot, and a hole for intake of irrigation water in the upper part of a branch pipe is designed as an internal restrictive branch pipe with smaller diameter and external fixing branch pipe with the larger diameter with external stiffeners, where the vertical support is tightly fixed. The upper hole of the vertical support is tightly connected with the pipeline water outlet hole for supply of irrigation water through the internal part of the vertical support into internal volume of the branch pipe with the tightly shut ends. |
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Apparatus for removing icicles and ice build-up Invention relates to the field of construction, in particular to the apparatuses for removing icicles and ice build-up from roofs. The apparatus comprises a housing on which a hollow spring-loaded sectoral retainer is fixed, with an opportunity of angular rotation under the influence of ice load, leading to a change in the resistance of the capacitive sensor and, as a consequence, automatic triggering of the audio signal, warning about the danger of fall of icicles and ice build-up from the roof. |
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Crude mixture for making artificial porous aggregate Crude mixture for making artificial porous aggregate contains, wt %: low-melting clay 81.2-84.6, sulphite-alcohol wort 0.6-0.8, kaolin 0.6-0.8, zinc oxide 0.6-0.8, fly ash 13.0-17.0. |
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Method of producing o-luminolates of alkali metals Invention relates to a method of producing O-luminolates of alkali metals. The method includes reacting 3-nitrophthalic acid with hydrazine hydrate to form 5-nitro-2,3-dihydro-1,4-phthalazinedione, reducing the nitro groups and obtaining alkali metal salts. The cyclisation reaction is carried out in a medium of concentrated acetic acid at boiling point. Reduction of the nitro groups with simultaneous formation of alkali metal salts is carried out in an aqueous alkaline medium using hydrogen as a reducing agent at pressure of 1-5 atm and temperature of 90-110°C and a Raney nickel catalyst. After crystallising, separating, washing and drying the crystals, associates of hydrate forms of O-metallated luminal having the following general formula are obtained: |
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Gummy gingerbread production method Method envisages recipe components pre-processing, preparation of a syrup of sugar and molasses, the syrup mixing with a mixture of wheat flour and girasol-sunflower flour, taken at their weight ratio equal to nearly 8:1, melange, vegetable oil, margarine, butter, honey, soda and carbon-ammonium salt and almond essence, dough kneading, moulding and baking. Girasol-sunflower flour preparation envisages girasol-sunflower pre-processing, cutting, drying in the microwave field till residual moisture content is nearly 20% at microwave field power providing for warming of girasol-sunflower inside the bits to a temperature of 80-90°C during at least 1 hour, additional drying by convective method till residual moisture content is nearly 5% and cryo-milling in liquid nitrogen. All the components are taken at preset components ratio. |
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Gummy gingerbread production method Method envisages recipe components pre-processing, preparation of a syrup of sugar and molasses, the syrup mixing with a mixture of wheat flour and yacon flour, taken at their weight ratio equal to nearly 8:1, melange, vegetable oil, margarine, butter, honey, soda and carbon-ammonium salt and almond essence, dough kneading, moulding and baking. Yacon flour preparation envisages yacon pre-processing, cutting, drying in the microwave field till residual moisture content is nearly 20% at microwave field power providing for warming of yacon inside the bits to a temperature of 80-90°C during at least 1 hour, additional drying by convective method till residual moisture content is nearly 5% and cryo-milling in liquid nitrogen. All the components are taken at preset components ratio. |
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Gummy gingerbread production method Method envisages recipe components pre-processing, preparation of a syrup of sugar and molasses, the syrup mixing with a mixture of wheat flour and scorzonera flour, taken at their weight ratio equal to nearly 8:1, melange, vegetable oil, margarine, butter, honey, soda and carbon-ammonium salt and almond essence, dough kneading, moulding and baking. Scorzonera flour preparation envisages scorzonera pre-processing, cutting, drying in the microwave field till residual moisture content is nearly 20% at microwave field power providing for warming of scorzonera inside the bits to a temperature of 80-90°C during at least 1 hour, additional drying by convective method till residual moisture content is nearly 5% and cryo-milling in liquid nitrogen. All the components are taken at preset components ratio. |
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Gummy gingerbread production method Method envisages recipe components pre-processing, preparation of a syrup of sugar and molasses, the syrup mixing with a mixture of wheat flour and oyster plant flour, taken at their weight ratio equal to nearly 8:1, melange, vegetable oil, margarine, butter, honey, soda and carbon-ammonium salt and almond essence, dough kneading, moulding and baking. Oyster plant flour preparation envisages oyster plant pre-processing, cutting, drying in the microwave field till residual moisture content is nearly 20% at microwave field power providing for warming of oyster plant inside the bits to a temperature of 80-90°C during at least 1 hour, additional drying by convective method till residual moisture content is nearly 5% and cryo-milling in liquid nitrogen. All the components are taken at preset components ratio. |
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Optical-acoustic monochromator for filtration of optical images Invention relates to the field of applied optics and spectrometry and concerns an optical-acoustic monochromator. The monochromator contains the non-collinear optical-acoustic filter characterised by that for the dispersion compensating element the output face of the crystal of the optical-acoustic mesh of the filter is used. The slope angle of output crystal face with reference to the input face is selected so that the spectral drift of the diffraction angle in the mesh was as much as possible compensated by spectral drift of the refraction angle of diffracted beam on the slope output face. |
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Gummy gingerbread production method Method envisages recipe components pre-processing, preparation of a syrup of sugar and molasses, the syrup mixing with a mixture of wheat flour and chicory flour, taken at their weight ratio equal to nearly 8:1, melange, vegetable oil, margarine, butter, honey, soda and carbon-ammonium salt and almond essence, dough kneading, moulding and baking. Chicory flour preparation envisages chicory pre-processing, cutting, drying in the microwave field till residual moisture content is nearly 20% at microwave field power providing for warming of chicory inside the bits to a temperature of 80-90°C during at least 1 hour, additional drying by convective method till residual moisture content is nearly 5% and cryo-milling in liquid nitrogen. All the components are taken at preset components ratio. |
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Iminopyridine derivatives and use thereof as microbiocides Invention relates to a method of controlling infection of useful plants with phytopathogenic microorganisms or prevention thereof, wherein a compound of formula I or a composition thereof, which contains said compound as an active ingredient, is deposited on plants, on a parts thereof or place where said plants grow, where the compound of formula I is |
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Bitter liqueur preparation method Absinth sage in an amount of 50-120 kg per 1000 dal of the ready product is poured with 50-60°C treated drinking water at a ratio of 1:1 and maintained during 5-6 hours. Water infusion is drained, filtered; part of the infusion is separated, heated up to 50-60°C, strewn with sugar in an amount of 1 kg per 0.5 l of the infusion; the mixture is continuously stirred till sugar complete dilution; sugar syrup is filtered. The absinth sage is repeatedly poured with water-and-alcohol liquid with 70% vol. proof at a ratio of 1:2, maintained during 5-7 days under stirring conditions during 15-20 minutes every other day; water-and-alcohol infusion is drained and filtered. Blend is prepared from the remaining water infusion, water-and-alcohol infusion, sugar syrup, treated drinking water and "Extra" and "LUX" rectified ethyl alcohol under stirring conditions during 15-20 minutes after each component introduction and after blending completion. In the blend one uses the following ingredients in an amount per 1000 dal of the ready product: water infusion - 35-110 l, water-and-alcohol infusion - 95-235 l, sugar syrup - 20-25 l, treated drinking water and rectified ethyl alcohol - in an amount required for 40 proof. The blend is maintained for 3-10 days; the liqueur is filtered. |
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Solar cell, solar cell fabrication method and solar cell module Method of solar cell fabrication includes the phases of creation of pn-transition in a semiconductor substrate, creation of passivating layer on the light receiving surface and/or on the light non-receiving surface of semiconductor substrate and creation of the power take-off electrodes on the light receiving surface and on the light non-receiving surface. The passivating layer is formed by the aluminium oxide film with the width up to 40 nm, and the electrode is formed by burning of conducting paste at 500-900°C within the time from 1 second up to 30 minutes with formation of the baked product, which will penetrate through a passivating layer, forming an electrical contact between the electrode and substrate. As a result of creation of aluminium oxide film with the specified width on the substrate surface it is possible to achieve the excellent characteristics of passivation and excellent electrical contact between silicon and electrode only by burning of the conductor paste, that is a standard technology. Besides the phase of burning, which was necessary to achieve the effects of passivation of aluminium oxide film in the past, can be avoided. |
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Gummy gingerbread production method Method envisages recipe components pre-processing, preparation of a syrup of sugar and molasses, the syrup mixing with a mixture of wheat flour and girasol flour, taken at their weight ratio equal to nearly 8:1, melange, vegetable oil, margarine, butter, honey, soda and carbon-ammonium salt and almond essence, dough kneading, moulding and baking. Girasol flour preparation envisages girasol pre-processing, cutting, drying in the microwave field till residual moisture content is nearly 20% at microwave field power providing for warming of girasol inside the bits to a temperature of 80-90°C during at least 1 hour, additional drying by convective method till residual moisture content is nearly 5% and cryo-milling in liquid nitrogen. All the components are taken at preset components ratio. |
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Method to measure oxygen in gas media Use: to measure concentration of oxygen in gas mixtures of different composition. The substance of the invention consists in the fact that a cell is used with a cavity formed by an oxygen-conducting solid electrolyte, on the opposite surfaces of electrolyte there are electrodes, including a measuring and a reference one, by means of the electrodes they measure the difference of oxygen potentials between reference and the analysed gas, and by the value of the produced EMF they calculate the quantity of oxygen in the analysed gas. The reference gas is pure oxygen, for this purpose they use a cell with a gas-tight cavity, formed by a solid electrolyte, on the opposite surfaces of which there are two pairs of electrodes, one of which performs the function of an oxygen pump, and the other comprises measuring and reference electrodes, besides, the reference electrode is located inside the cell cavity. The cell is placed into a flow of the analysed gas, pure oxygen is pumped into the cell cavity from analysed gas by sending DC voltage to a pair of electrodes, and by means of measuring and reference electrodes they measure the difference of oxygen potentials between pure oxygen that washes the reference electrode and the analysed gas that washes the measuring electrode, and by the value of this EMF they calculate the quantity of oxygen in the analysed gas. |
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Bitter liqueur preparation method Water infusion is drained, filtered; part of the infusion is separated, heated up to 50-60°C, strewn with sugar in an amount of 1 kg per 0.5 l of the infusion; the mixture is continuously stirred till sugar complete dilution; sugar syrup is filtered. The rootstock is repeatedly poured with water-and-alcohol liquid with 70 vol. % proof at a ratio of 1:2, maintained during 5-7 days under stirring conditions during 15-20 minutes every other day; water-and-alcohol infusion is drained and filtered. Blend is prepared (in an amount sufficient for 1000 dal of the ready product with 40 vol. % proof) from 35-110 of the water infusion, water-and-alcohol infusion, sugar syrup, treated drinking water and "Extra" and "LUX" rectified ethyl alcohol under stirring conditions during 15-20 minutes after each component introduction and after blending completion. The blend is maintained for 3-10 days; the liqueur is filtered. |
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Invention is used for the non-destructive test of long-term operated metal of operated devices of heat power equipment. The essence of the invention consists in that the delay time of surface ultrasonic waves is determined, and electronic-microscopic examinations of long-term working built-up and basic metal are performed, meanwhile the acoustic criteria of assessment of resource of long-term working basic and built-up metal contains the coefficient which takes into account an anisotropy of acoustic characteristics, and also the coefficient which takes into account the change of value of local fields of internal stresses in the studied metal. |
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Method and system to monitor partial discharges Pulse is received from an electric system. They decide whether a pulse is the noise or a duplicated signal; if the pulse is the noise or a duplicated signal, this pulse is rejected. The pulse is broken into two or more frequency components. These two or more frequency components are normalised to the type of the maximum level. Two or more normalised frequency components related to the received pulse are compared with other saved multitude of normalised preset frequency components related to other pulses, for identification of similar pulses that indicate the available state of rejection. If the pulse is identified as the pulse indicating the available state of rejection, data is saved in the data base, connecting the pulse with two or more normalised frequency components and the available state of rejection. A spectrum of the pulse rejections is grouped with similar normalised frequency components in the scattering diagram saved in the data base. If normalised frequency components of the pulse are not similar to the normalised frequency components of the current group, they create a new group of the spectrum of the pulse rejections saved in the data base. If the pulse is identified as indicating the available state of rejection, the user is notified on the availability of the state of rejection. Also the system is stated, which realises the specified method. |
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Invention relates to the field of physical acoustics and is intended for study of ultrasonic properties of liquids, such as marine water and various process fluids. The method includes the generation and reception of signals of minimum two different frequencies, passed through the measuring section, by a single emitter operating in the mode "generation - reception". The time interval between impulses is selected so that the previous impulse has been damped. The measuring section is a distance between the emitter surface and the reflecting surface located axially with it in a parallel plane. The signals area filtered at the difference frequency with measurement of amplitudes of pressure of waves of difference frequency and then the parameter of nonlinearity is determined by the value of nonlinear ultrasonic parameter (ε) according to the formula ε=ε0[PΩ(r)/PΩ0(r)], where ε - value of nonlinear ultrasonic parameter in the studied medium, PΩ(r) - amplitude of pressure of the wave of difference frequency at the distance r in the studied medium, and ε0 and PΩ0(r) - are the values of nonlinear ultrasonic parameter and amplitude of pressure of the wave of difference frequency at the distance (r) in known medium, respectively, determined earlier by calibration. |
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Method of knotting for binding two flexible ropes or cables Invention may be used in the instruments of industrial fishing, sailing activity, in climbing equipment, marine and onshore trailering. The method comprises forming the oppositely located semi-knots made in the form of left and right loop with running and standing ends, followed by tightening and stretching in different directions of the ends, at that the semi-knots are formed so that after the overlap with the standing ends the running ends are oriented transversely the standing after which they are imposed on each other, and then the running end of the semi-knot underlying during knotting envelops closer to it contacting loop parts of both semi-knots, it is directed under the loop of the semi-knot underlying during knotting and positioned along the standing end neighbouring to it, in addition, the running end of the semi-knot overlying during knotting is directed in the opposite direction by passing it under the loop of the semi-knot underlying during knotting or this running end envelops from the bottom the loop parts of both semi-knots located closer to it and it is directed over the loop of the semi-knot overlying during knotting, after which the running end is located along the neighbouring standing end, and then the knot is tightened. |
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Method of manicure and pedicure Invention refers to personal procedures, particularly to manicure and pedicure, and can be applied in professional and individual activities. The purpose of invention is to obtain an optimal procedure of nail form correction with possible control of correct, healthy and aesthetic direction of nail growth along with ingrown nail treatment without special brackets. Manicure and pedicure method using scissors and other special tools involves removal of pathological skin areas with plantar callosities, calluses and keratoses, with preliminary assessment of pathology limits and volume, by disposable surgical scalpel starting from the border between healthy and deformed skin sections and moving gradually towards the centre of deformed sections thus removing plantar callosities, calluses and keratosis completely at all deformed sections. Nail form is corrected and oriented in correct and aesthetic direction by using a file with maximum thickness of 1 mm, starting treatment parallel to a nail plate and separating the plate from lateral line, and treating open end afterwards. Angle between them is filed by a file moving underneath and forming the nail correctly. Ingrown nails are corrected by lateral toe line treatment starting with filing with movements perpendicular to the lateral line from inner surface towards outer edge without touching the nail plate, with file grain size depending on the keratosis degree of lateral line (the harder keratosis the lower granularity) and decreasing along treatment progress to higher granularity. The file is oriented parallel to the nail plate, then the open end is treated by filing off a corner between the open end and lateral edge. Further the nail plate is treated with a file of maximum 1 mm thickness, where the file is oriented perpendicular to the nail plate and separates the plate from lateral line. Afterwards the open end is filed by file from underneath to shape it. |
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Groove is made on a side surface of a blank from a massive slab, besides the groove is made by means of pressing out. An RFID-mark is placed in the groove without substantial protrusion. The side surface is equipped with lining edges. Processing information saved on the RFID-mark is read. The blank from the massive slab is treated with an account of the read processing information. Information is saved, including information on the treatment process, on the RFID-mark. |
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Kitchen device with treatment bowl Kitchen device (1), in particular, a kitchen machine or a kitchen processor that contains a bowl (12) for products being treated and the cover (11) of the bowl (12) for products being treated as well as a treatment tool (10) that is rotated round the rotation axis (14) with the help of the drive device (15); the device is intended for food products treatment; the treatment tool (10) contains at least one scraper (13)(intended for mechanical separation of food product layer (21) sticking to the cover (11) and/or the bowl (12) for products being treated during the kitchen device operation; the treatment tool (10) is rotation symmetrical with a perimeter (30a) in the edge area (20) with several scrapers (13) positioned in the perimeter area (30a). |
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Head cushion for neck and throat muscle relaxation for sitting persons includes head belt for attachment to human head, chair belt for attachment to seat cushion part, and neck belt connecting forehead part of the head belt to the chair belt. Head belt can be moved along the neck belt. |
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Multicooker with lifting heating element Multicooker with lifting heating element belongs to cooking devices in domestic environment and extends functionality of this kitchenware type, particularly by ability to cook fast-baking dishes such as pancakes, fritters, omelettes, toasts etc. in stream mode without the use of kitchen ovens, stoves, and other thermal treatment equipment. Heating element of multicooker can be put into two positions: in the lower position for cooking of everyday meals and in the upper position for fast cooking of various meals, including traditional dishes. |
Another patent 2551123.