Russian patents diapazon from 2539900 to 2540099

2539900 - 2539949
2539950 - 2539999
2540000 - 2540049
2540050 - 2540099

	Suction apparatus Invention refers to medical equipment. A suction apparatus comprises a body involving combined handle and tip, ducted and piped blind, a vacuum line connection tube and an anticoagulant supply tube. A tip end comprises an extending portion with a blind belt. From an outer side, the blind has two connectors, one of which is connected through a first blind duct with the inner cavity of the body, while the other one - through the second blind duct with the third inner pipe connected to a vacuum tube. The second blind duct together with its connector is connected to supply the anticoagulant into the inner cavity for vacuum supply. On the surface, the tube comprises the vacuum line connection tube controlling a suction value and provided with a skewed end hole. A ratio of the inner diameter of the vacuum tube to the inner diameter of the tip end makes no more than 1:2.5.
	Thermoelectric massage device Invention refers to medicine, particularly to therapeutic devices designed for stimulating hair growth and treating scalp diseases. A thermoelectric massage device comprises an aluminium body with handle, which integrates a cavity for an electric power source, a program control unit and magnetic field sources. A cavity filled with a fusing substance has holes, wherein an aluminium comb teeth are tightly inserted. The comb teeth comprise magnetic field sources, e.g. in the form of a U-shaped magnet along the length of the comb. Opposite side of the teeth is in a thermal contact to bearing seams of a thermoelectric unit working seams of which are coupled with an exposing portion of the comb teeth.
	Device for fluorescence diagnostics of malignant new growths Invention refers to medical equipment and can be used for the fluorescence diagnostics of skin new growths, as well as of intradermal recurrences of the other tumours. A device for the fluorescence diagnostics of malignant new growths comprising a LED emitter, a video camera with a spectrally-selective optical system, and a computer with a display; additionally, it comprises an emitter mode switch and a USB-concentrator; one input of the emitter mode switch is connected to a power voltage source; its other input is connected to an output of the USB-concentrator, a first input of which is connected to an output of a personal computer, while its second input-output is connected to an input-output of the video camera; an output of the emitter mode switch is connected to an output of the emitter.
	Method for refinement of substrate orientation for diamond epitaxy In a method of refining orientation of a diamond monocrystalline substrate during filing and polishing, said substrate being mounted by a face-plate on a spindle of a composite device, with possibility of smooth turning on a vernier about an axis in two mutually perpendicular directions with fixation, adjustment of the misalignment angle of the growth surface with a diffraction plane is carried out without removing the crystal on a narrow section, the area which is in the range of 1-5% of the total area of the face of the substrate to be refined, using intermediate measurement methods which do not require X-ray diffraction and repolishing of the entire growth surface, which provides better quality, saves time and enables to conduct refinement with accuracy defined by the division value of the vernier.
	Method of restoring diamond genesis temperature-time conditions Invention relates to physical-chemical analysis methods and can be used in diamond analysis. Disclosed is a method of restoring temperature-time conditions for genesis of diamonds of the type IaAB or mixed type Ib-IaA, based on calculation, from local concentrations of impurity nitrogen in forms C, A and B in a crystal, measured for example by infrared microspectroscopy, of local values of an integral parameter K_nt of aggregation kinetics of the n-th order of corresponding nitrogen centres. The method further includes recording the change in values of the integral aggregation parameter of corresponding nitrogen centres Δ(K_nt) on crystal growth layers, for example in any region of the thin diamond plate crossing the growth layers. The temperature T and time Δt of genesis are determined using the equation A_rexp(-E_a/k_BT)×Δt=Δ(K_nt), where: k_B is Boltzmann constant, A_r and E_a denote Arrhenius constant and activation energy of the process of aggregation of C- or A-centres, corresponding to the aggregation kinetics order n.
	Method of determining physical parameters of water Invention relates to material interaction physics, particularly to a method of determining physical characteristics - angle of internal friction φ_i and specific cohesion c_w of water with a liquid crystal structure. The relationship $h_{f i l m} = \sqrt{σ_{f i l m} / γ_{w}} = \sqrt{α / γ_{w}},$ where σ_film is the surface tension of the upper layer of the water film at temperature T°C and normal atmospheric pressure p_atm.med=1.033 kg/cm² of the ambient medium, α is a test reference coefficient, is used to determine the thickness of the surface film of water; specific cohesion of water is determined as c_w=τ=γ_w·h_film=27.446 Pa for h_film=27.978·10^-4 m, and the angle of internal friction of water φ_i is determined from the relationship tgφ_i=1-[c_w/(γ_w·H)] at a given depth H.
	Plunger-free engine Invention relates to plunger-free engine in electric power generation system. This engine comprises cylinder and piston with two ends to reciprocate therein. This piston divides said cylinder in two chambers for compressed working fluid to be injected therein from one or more inlet means. Note here that said piston can displace above and by said inlet means at every stroke so that working fluid is replenished in one chamber when piston compresses fluid in another chamber. Note here that said piston features elongated shape, its length being at least five times larger than its diameter. Note also that cylinder features length at least ten times as large as its diameter while inlet means comprises slide valve.
	Measurement method of mechanical efficiency of internal combustion engine Invention relates to test equipment and can be used for diagnostics of internal combustion engines. The method is implemented considering the fact that with an engine changed over to an idle mode with preserved rated rpm and cyclic feedings, number of feedings is proportional to the value of mechanical energy losses in it, and total number of feedings in a nominal mode - proportional to indicated power. A number of passed feedings in its idle mode is found, and as per its ratio to the total number of feedings in the nominal mode there determined is mechanical efficiency of the engine.
	Structure and method for conversion of heat energy to mechanical energy Invention can be used in devices for conversion of heat energy to mechanical energy. A structure for conversion of heat energy to mechanical energy includes line circuit (3), circulation device (4) for circulation in line circuit (3) of a zeotropic mixture of cooling agents, which includes the first cooling agent and the second cooling agent, evaporator (6), heat source (7), turbine (9) and condenser (12). The first cooling agent has evaporation temperature that is higher than the second cooling agent at similar pressure. In evaporator (6) a mixture of cooling agents is evaporated by means of heat source (7). Turbine (9) is brought into movement by evaporated mixture of cooling agents. In condenser (12) the mixture of cooling agents is cooled so that it is condensed. There is a control device having a possibility of evaluation whether the mixture of cooling agents is fully evaporated in evaporator (6), and in case the situation is as described above, the structure is changed over to a low-effective state. When in a low-effective state, non-fully evaporated mixture of cooling agents, which leaves the evaporator, is supplied to separating device (14), in which some part of the mixture of cooling agents, which is in a liquid form, is separated from some part of the mixture of cooling agents, which is in a gaseous form; after that, only the gaseous part of the mixture of cooling agents is sent in the direction to the turbine in line circuit (3). When temperature of heat source (7) increases inversely to high temperature, the structure is changed over to a high-effective state, in which the separated liquid mixture of cooling agents is discharged back to line circuit (3). The invention describes a conversion method of heat energy to mechanical energy.
	Elastic damping support of turbo-machine rotor Elastic damping support of a turbo-machine rotor includes a bearing installed on a shaft and a stator element. The stator element includes a shell and a shell fixed on the outer ring of the bearing. The latter shell is connected to the stator element by means of a split bushing and forms together with it a damping cavity restricted by seals. On opposite sections of the shells, which are located between the split bushing and the seal that is the closest to it, there are splines and mating splines so that a gap is formed between them. Preferably, the splines and the mating splines have straight sides.
	Turbine solid nozzle element, method of its production, turbine nozzle with such multiple elements and gas turbine including such nozzle Nozzle element is made of composite including fibrous reinforcement compacted by ceramic matrix. It comprises sections of inner and outer bases and at least one blade attached thereto. Base sections extend at every zone of their attachment to the blade. Fibrous reinforcement comprises fibrous structure woven by 3D or multiple ply weaving that features continuity in the entire volume of nozzle element and over the entire periphery of one or every blade. Solid fibrous blank is woven that contains in lengthwise direction, at least the following elements: one pattern including first segment that makes the blade preform blank, second segment extending the first one at its one lengthwise end to make two wings facing each other. Third element extends the first one at its opposite end to make two wings facing each other. This blank is turned to make wings of the second and third segments extend perpendicular to first segment. Blank shape is developed to make fibrous preform of nozzle element. Note here that blade part making the preform is produced by shaping the first segment. Parts that make the preforms of base sections are produced from wings. Then, preforms are compacted by matrix to make a solid nozzle element with fibrous reinforcement. Fibrous reinforcement comprises fibrous structure that features continuity in the entire volume of nozzle element and over the entire periphery of one or every blade. Other inventions of the set relate to turbine nozzle made as described above and to gas turbine with such nozzle.
	Method for formation of superconducting ultrathin film yba₂cu₃o_7-x on dielectric substrates Invention relates to laser spraying of superconducting ultrathin films of complex metal oxide compound like YBa₂Cu₃O_7-x by optimisation of parameters of laser radiation and postgrowth annealing in spraying chamber. It allows the production of ultrathin superconducting 12-25 nm deep films with surface irregularity of 1-2 nm. In compliance with this method, ceramic target YBa₂Cu₃O_7-x is subjected to dense laser radiation of 3·10⁸÷5·10⁸ W/cm², power and 1.06 mcm wavelength, pulse duration of 10-20 ns and pulse repetition rate of 10 Hz for 15÷30 s at 50÷100 Pa. Note here that target temperature makes 600÷700°C, substrate temperature equals 800-840°C. Superconducting 12-25 nm deep film results. Thereafter, at 840-780°C film is annealed at cooling rate of 4°C/min, at 780-700°C - at cooling rate of 10°C/min, at 700-400°C - at cooling rate of 15°C/min, at 400-20°C - at cooling rate of 19°C/min.
	Measuring system with vibration type transducer Measuring system comprises a vibration-type transducer (MW), through which during operation a fluid medium passes, for generation of oscillatory signals corresponding to parameters of fluid medium , and also an electronic converter (ME) electrically connected with the transducer for control of the transducer and for assessment of the oscillatory signals, sent from the transducer. The transducer (MW) has, at least, one measuring pipe (10, 10') for conducting of fluid medium; at least, one electromechanical oscillation exciter (41) for active excitation and/or sustaining of bending oscillations; at least, one measuring pipe in a useful yield mode; at least, one oscillation sensor (51) for registration of vibrations and for generation of self-characteristic vibration; at least, one measuring pipe for measurement of oscillatory signal (s₁) of the transducer. The electronic converter (ME) again by means of the oscillatory signal component, which expresses by itself a mode of bending oscillations, in which, at least, one vibrating measuring pipe performs bending oscillations, at least, with one antinode; in case of bending oscillations in the yield mode, at least, with two antinodes, the message (X_KV) on cavitation is generated, which signals on the occurrence of cavitation in the fluid medium.
	Vaccine for prevention and treatment of rotaviral infection containing hybrid protein as active agent (versions) Invention refers to molecular biology, biotechnology, medicine and aims at the prevention and treatment of rotaviral infection. What is presented is a rotavirus infection vaccine based on the hybrid protein characterised by sequences SEQ ID NO.: l, SEQ ID NO.: 2, consisting of immunogenic epitopes of flexible bridged VP6 and VP8 proteins (versions). What is presented is the rotavirus infection vaccine based on the hybrid protein (SEQ ID NO.: 3 - SEQ ID NO.: 6) consisting of immunogenic epitopes of flexible bridged VP6 and VP8 proteins and an adjuvant, flagellin fragments (versions). The hybrid protein, an active component of the versions of the vaccine is produced in procaryote and eucaryote cells with the use of recombinant DNA technology and various purification procedures. The immunological polyvalence of the presented versions of the rotavirus A, B and C vaccine, and also the preventive and therapeutic action have been shown.
	Clock synchronisation method and device therefor Invention relates to communication engineering and radio engineering and can be used for comparison of time scales spaced apart by a long distance. The clock synchronising device which implements the disclosed method comprises a frequency and time standard 1, a heterodyne unit 2, first 2.1 and second 2.2 heterodynes, a pseudonoise signal generator 3, a switch 4, first 5, second 13 and third 24 mixers, a first intermediate frequency amplifier 6, first 7 and second 12 power amplifiers, a duplexer 8, a transceiving antenna 9, first 14 and second 25 second intermediate frequency amplifiers, first 10 and second 15 clippers, first 11 and second 16 buffer storages, a metre 17 for measuring delay and derivatives thereof, a controlled delay unit 18, a multiplier 19, a low-pass filter 20, an extremal controller 21, a microprocessor 22, a third generator 23, a second correlator 26, a threshold unit 27 and a switch 28.
	Kit for giving preliminary action direction, method and aids used therein Group of inventions refers to a kit for targeted medical imaging and/or clinical medicine, and to a method for using the kit. The declared kit comprises a pre-guide probe and an effector probe, wherein the pre-guide probe comprises a primary guide fragment and a first bio-orthogonal reactive group, and wherein the effector probe comprises an effector element, such as a label or a pharmaceutically active compound, and a second bio-orthogonal reactive group. Any of the first and second bio-orthogonal reactive groups represents dienophile in the form of stressed 8-merous cycle (cyclooctene or cyclooctine), while diene represents electron-deficient tetrazine or other applicable diene. A method for using the kit involves administering the pre-guide probe into the individual and enabling the probe circulating in the individual system for a period of time effective to achieve binding of the primary guide fragment with the primary target with the unbounded substance discharge from the body, with the effector probe to be inserted.
	Thermocouple input channel resistant to wear and respective methods Invention refers to measurement equipment and can be applied in thermometric measurement. Invention includes thermoelectric circuit, method of thermoelectric system vibration damping, and compressor with this thermoelectric system. Thermoelectric system includes thermocouple input channel that can be inserted in a structure where a medium flows, elongated sensor installed partially inside the thermocouple input channel and allowing for of temperature measurement, at least one sealing ring around the elongated sensor at the first end to damp vibrations of elongated sensor by contact with thermocouple input channel, and elastomer material around the elongated sensor at the other end to damp vibrations of elongated sensor by contact with thermocouple input channel. Sealing ring does not contact thermocouple input channel not closely, so that fluid medium damping vibrations can pass through sealing ring into the channel.
	Method of treating vascular leak syndrome Claimed group of inventions relates to medicine, namely to therapy and haematology and deals with treatment of increased vascular permeability (vascular leak syndrome). For this purpose effective amount of compound, which has formula: , is introduced.
	Method for preparing tissue-specific matrix for tissue engineering of parenchymal organ Tissue-specific matrix is obtained by performing a perfusion washing and a decellularisation of a parenchymal organ. Herewith 60-120 minutes before the perfusion washing of the donor organ, measures to prevent intravascular blood cell aggregation and microcirculation disturbances are taken and involve the intramuscular or intravenous administration of a disaggregant or disaggregants (heparin and trental) into a donor. That is followed by an organ perfusion by administering into its vascular bed phosphate-buffered normal saline of the following composition: 138 mM NaCl, 2.67 mM KCl, 1.47 mM KH₂PO₄, 8.1 mM Na₂HPO₄, distilled water up to 1l and containing 1% serum albumin and 10-15% glycerol or 10-15% dimethyl sulphoxide with pH 7.4 in an amount equal to a double amount of the vascular bed of the organ at a perfusion pressure of 100-120 mm Hg in its arterial system. Thereafter, the decellularised organ is ground to a particle size of 0.5mm to 4mm; the ground fragments are portioned in an amount of 5-10g, and each portion is frozen by immersing into liquid nitrogen gas for 5-10 minutes. The frozen portions are re-ground to a particle size of no more than 600 mcm; then each portion is de-frozen by re-suspending in phosphate-buffered normal saline 30-70ml of the following composition containing 138 mM NaCl, 2.67 mM KCl, 1.47 mM KH₂PO₄, 8.1 mM Na₂HPO₄, distilled water up to 1l , with pH 7.4, at a room temperature. The prepared suspension is cleaned from the particles of less than 200mcm; the prepared fraction is lyophilised and sterilised to prepare the target matrix samples.
	Functional food product Functional food product consists of carrots and bulb onions, tomato puree and vegetable oil and additionally contains girasol, above-ground girasol biomass, garlic, salt and citric acid at the following ratio of initial recipe components, wt %: carrots - 12.0-14.0; bulb onions - 2.0-2.5; tomato puree - 10.0-12.0; vegetable oil - 3.0-3.5; girasol - 47.0-50.0; above-ground biomass of girasol - 17.5-23.7; garlic - 1.0-1.2; salt - 0.2; citric acid - 0.1.
	Device for separation of flow of round-oval objects Invention relates to agricultural engineering. The device comprises a receiving inclined conveyor with the shock-absorbing surface, the receiving absorber of flow rate, the input separating unit with a set of disks with minimum separating gaps, the subsequent separating unit, the flow activators, the deflection plates under the separating units and sack chutes for calibrated fractions. The subsequent separating unit comprises the upper and lower separating modules which are mounted in cascade above one another so that the module located higher comprises larger separating gaps, than the module located lower. The receiving absorber of flow rate is located with the gap above the receiving conveyor and is made in the form of a set of independently rotating sections on the axis, each of which is provided with shock-absorbing outer elements.
	Composition of copepods fat, preparation containing such fat composition, using it for reducing visceral fat storage, improving glucose tolerance, preventing or treating obesity-related diseases and disorders Invention refers to a composition containing copepods fat, and to using this composition for reducing a visceral fat storage. The composition of copepods fat contains wax esters 20-100 wt %, preferentially wax esters 40-85 wt %. The above wax esters consist of monoesters, preferentially mono- or polyunsaturated C16-C22 fatty acids and preferentially monounsaturated C16-C22 fatty alcohols. What is also presented is a preparation containing the above composition.
	Lighting device for large electric appliances Lighting device for electric appliances, in particular, an internal lighting device for domestic refrigerating apparatus with the lower part intended for installation of lighting device, and the upper part, fastened on the lower part, is offered. On the upper and on the lower part several elements of conjugation with geometrical closure intended for fastening of the upper part on the lower part are located. The named elements can go into engagement by longitudinal shift of the upper part (20) in the plane of engagement with reference to the lower part. On the upper part in the front area there are two hooks, which are engaged with elements of conjugation with geometrical closure on the lower part. The elements of conjugation are designed with a possibility of hooking from below. The method of mounting of the lighting device comprises the positioning of the lower part on the housing wall. The upper part is fastened on the lower part, for this purpose the upper part is mounted on the lower part and moved together in the plane of engagement with reference to the lower part, as a result the located on the upper and the lower parts the elements of conjugation with geometrical closure engage each other. The elements of conjugations located in the lower part with geometrical closure, are hooked from below.
	Biocidal composition Claimed invention relates to biocidal composition, containing tributyltetradecylphosphonium chloride and tetrakis(hydroxymethyl)phosphonium sulphate in weight ratio, constituting from 2:1 to 1:10. Said composition is used to control microorganisms in water and water-containing systems.
	Vibrating-damping strap for blower blade and blower for aircraft turbojets Vibrating-damping strap (10) is to be fitted between blower blade (6) body (12) and blower disc (2). Said strap has radially outer surface (18) provided with at least one plate (16a, 16b) in contact with blower blade body and radially inner surface (20) composed by upstream surface (22) facing the disc (2) and downstream surface (24) separated from the latter by ledge (26). Said upstream surface is located radially inward relative to downstream surface. Upstream surface (22) has zone (101) extending radially inward starting at somewhat distance from its upstream end (22a). Upstream surface (22) of radially inner surface (20) starts from recess (103) from upstream end (22a) to change over to ledge (105) radially levelled in direction of inner area wherein extending zone (101) originates.
	Fly destruction method Invention relates to control of flies and can be used for destruction of flies at live-stock farms, in rooms of public catering, trade and in household use. A fly control method is characterised by the fact that a mixture of an active substance and an auxiliary component is used. Rolled edible oats are used as the active substance. Oats are crushed till small flat plates with the size of 0.7×1.1 mm are obtained. A substance enhancing eating qualities is used as an auxiliary component.
	Manufacture of dough goods with fruit filling Invention relates to food industry. The method involves preparation of dough of flour and other initial ingredients and preparation of a fruit filling of fresh fruits with a thickener introduction. The fruit filling is represented by berries of varieties applicable for this purpose; each portion of the filling is prepared of berries of one or several varieties or of a certain variety fruit where each portion of the filling is prepared of whole or sliced fruit. The fruit filling production is performed with preliminary dividing of the filling into separate portions consisting of one or several fruits or their slices with application of a thickener injection on each portion; the thickener consists of a thick sweet syrup prepared of water solution of sugar powder with sugar concentration equal to 15 - 55%; the temperature of the filling being glazed is maintained within the range of 0-15°C during 6 - 17 minutes.
	Biologically active food additive based on honey and antler deer farming products Biologically active food additive contains dry blood of antler deer, an antler concentrate and honey at the following components ratio, wt %. antler concentrate - 8-10; dry blood - 2-3; honey - 87-90.
	Oil system of gas-turbine engine Invention relates to aircraft engine building, namely to an oil system of an aircraft gas-turbine engine. In the known oil system containing an oil tank, an oil filter with a siphon trap and an air bleeding jet nozzle in a loop of the siphon trap, which are installed in an engine oil supply line; with that, the loop of the siphon trap with the air bleeding jet nozzle is located inside the oil tank cavity, and the jet nozzle is interconnected with its free volume, according to the invention, an uprising part of the loop of the siphon trap is formed with the filter oil supply line, and the descending part of the loop is formed with an internal cavity of the oil filter housing.
	Preparation line of items from dough with filler Invention relates to food industry and can be used at production of semi-finished products containing a filler in a dough envelope. The line includes stamping drums, shaping assemblies of dough strips, a filler feeder pump, a bunker, conveyors, gear motors and a frame. The shaping assemblies of dough strips include a loading and dough mixing unit with two four-bladed rolls, the primary shaping unit of a dough strip with upper and lower groups of rolls, a conveyor for supply of the dough strip to the secondary dough rolling unit. The secondary dough rolling unit consists of four shaping and two diverting rolls providing separation of the primary dough strip into two secondary ones and their supply to the stamping drums with further manufacture of finished products. The secondary dough rolling unit is provided with an optic sensor for automated control of availability of the dough strip supplied to this unit.
	Control method of operating mode of gas turbine based on exhaust gas temperature, and gas turbine Invention relates to power engineering. A control method of an operating point of a gas turbine, which involves determination of a turbine pressure coefficient, calculation of a reference threshold curve of transition from a combustion mode in the primary zone to a combustion mode in the primary and secondary zones as functions of turbine pressure coefficient, determination at the first point of time when exhaust gas temperature corresponding to the operating point is higher than exhaust gas temperature on the reference threshold curve of transition from the combustion mode in the primary zone to the combustion zone in the primary and secondary zones for one and the same turbine pressure coefficient, and variation, at the pre-specified time interval after the first point of time, of a parameter of fuel distribution from the first value to the second value if exhaust gas temperature corresponding to the operating point remains higher than exhaust gas temperature on the reference threshold curve of transition from the combustion mode in the primary zone to the combustion mode in primary and secondary zones. Besides, a controller for control of the operating point of the gas turbine is presented according to the method.
	Method for obtaining noncarbonated soft drink Method provides for preparation of a flavour syrup from Flavomix-R biologically active additive, Lemon-Lime natural flavour 5.11721 Doehlar, Caramel Colour E150d colouring agent, 2.00171 Doehler and ascorbic acid. After that, carbonated mineral water is added at constant mixing directly to the obtained flavour syrup for stabilisation of properties of decloracetin contained in Flavomix-R biologically active additive. Then, carbon dioxide is removed from the carbonated drink, and therefore, a noncarbonated soft drink is obtained. The following original components are used per 1000 dm³ to obtain a finished drink: ascorbic acid 0.05-0.07 kg, Flavomix-R biologically active additive 0.6-0.85 kg, Lemon-Lime natural flavour 0.15-0.25 kg 5.11721 Doehlar, Caramel Colour E150d colouring agent 0.08-0.07 kg, 2.00171 Doehler and water making the rest.
	Method of switching of fuel feed to combustion chamber Invention refers to power industry. Method of switching fuel feed to combustion chamber from pre-mixed first fuel to premixed second fuel involves reduction and stop of premixed first fuel feed and further start of premixed second fuel feed. In the intermediate phase after termination of premixed first fuel feed and before the start of premixed second fuel feed, combustion chamber operates with pilot oil of one or more types, generating diffusion flame only.
	Method of producing chitosan Invention relates to producing chitosan from chitin and can be used in medicine, chemical, textile, paper and food industry. The method comprises crushing chitin to particle size of 1-2×2-3 mm; deacetylation of chitin in a double-neck reactor in 40% NaOH solution with in ratio to chitin of (1-3):(20-60) at 100°C, pressure of 300 mm Hg for 1-2 hours, wherein the double-neck reactor is fitted with a reflux condenser and is connected to a vacuum water-jet pump.
	Auger wheel pump Proposed pump comprises housing 1, drain chamber 2, discharge pipe 3, rotor shaft 4, auger 5, wheel 7 and impeller 8, said shaft 4 being hollow. Shaft hollow part is communicated via bore 6 with auger blade channel while by bore 9 with impeller chamber. Impeller chamber is communicated via slit gap in shaft 11 with drain chamber 2.
	Gel card filling device having ioniser Device includes a receptacle of the gel card type initially sealed by a cap, a piercing component to perforate the cap, an ioniser for eliminating electrostatic charges that may be present on the receptacle after perforating the cap, and filling means to fill the receptacle after elimination of the charges. The ioniser is located between two mobile bars which support the piercing component. A medical analyser for analysing chemical reactions taking place in at least one receptacle with microtubes containing one or more reagents and sealed by a cap comprises a filling device, made as described above, means of moving said receptacle towards said filling device, and means of analysing chemical reactions that can occur in the microtubes of the receptacle after the filling means have poured a certain amount of liquid into each microtube. A method of filling the receptacle with microtubes, initially containing one or more reagents and sealed by a cap comprises piercing the cap of the receptacle, eliminating electrostatic charges that may be present on the receptacle after perforation and filling, during which a given amount of liquid is poured into each microtube after eliminating charges in order to form an air gap between the reagent(s) and the liquid.
	Solar collector for water heating and method of its use in construction as sheet roofing modules for erection of pitched roofs Solar collector for water heating consists of two welded to each other metal sheets, top and bottom stamped with corrugations or with round dents for point welding of sheets to each other, and four threaded hollow bars, welded to the bottom sheet, that allows to pump through slit-like cavities between sheets the sufficient amount of water, for connection with pipelines in the hot water supply system. The sheets are point welded to each other along contour and corrugations or round dents, and the top sheet along edges has wave profiles; that provides a possibility to use each collector as a roofing module, meanwhile the screen (top sheet) of each collector is coated with a selective coating.
	Synergistic herbicidal composition containing fluroxypyr and quinclorac Herbicidal synergistic mixture comprises fluroxypyr and quinclorac. The herbicidally effective amount of the said mixture is brought into contact with the vegetation or its locus, or it is applied in soil or water to prevent the emergence or growth of vegetation.
	Method of wood article processing Invention relates to woodworking, particularly, to painting of wood articles. Painting composition consists of direct dye dissolved in tap water at the following ratio: 2-3 of direct dye and 98-97 of tap water. Wood article is processed at the temperature whereat article surface ply starts softening that makes 131-170°C and at pressure of 6 atm. At feed of heated painting composition, a gas-vapour mix, the wood article temperature varies from 5°C to 20°C. Said painting composition is fed for about some 10 seconds and, then, for 10-20 seconds its is processed at 131 -170°C and 6 atm.
	Fabrication of rocket engine charge igniter body from composites and its structure In compliance with this invention, cylindrical shell is made from composites. All heterogeneous shell elements are fabricated of easily deformable fabric laid over heating surface of prepreg, its amount being calculated for every process revision and reinforcing fibres being arranged at the angle. Said heterogeneous shell elements are made by seaming at mandrel with sealing at required number of cycles repeated to design diameter of the shell. Heated surface features the relief corresponding to shell diameter differences at length equal to fabric prepreg length at this process step. Rocket engine charge igniter body from composites comprises cylindrical shell with outer heat-resistant coating and flat bottom on one side and free threaded end capped by detachable plug on opposite side to make an internal chamber to house said charge with elements of its ignition. Inner part of said cylindrical shell is made of easily deformable fabric laid over heating surface of prepreg, reinforcing fibres being arranged at the angle. Inner part of said cylindrical shell has internal thread with circular plies of shell profile thread extending onto cylindrical part and bottom composed of embedded part with flat end from the side of inner space and threaded tang from outer side.
	Thermostatic valve, in particular radiator valve Radiator valve contains valve body, input hole, output hole, valve seat between the input and output holes, valve element connected with rod. The specified valve element is made with possibility of movement to and from the specified valve seat. The specified valve contains a connecting geometrical element to connect the bellows element and valve body. The specified bellows element is made with possibility of activation of the specified rod. The valve seat is made in form of a insert part located between the input and output holes. At that the specified insert and specified rod are made with possibility if installation in the specified valve body from the same side.
	Method and device for controlling turbine based on dependence of exhaust gas temperature on pressure coefficient of turbine Invention relates to energy industry. The method of controlling an operating point of a gas turbine comprising a compressor, a combusting chamber and a turbine. The method comprises determining the pressure of the exhaust gas at the outlet of the turbine, measuring pressure at the outlet of the compressor, determining the pressure coefficient of the turbine based on the pressure of the exhaust gas of the turbine and the pressure at the outlet of the compressor; calculating the exhaust gas temperature at the outlet of the turbine as a function of the pressure coefficient of the turbine, determining the reference temperature curve of exhaust gas in the plane defined by the exhaust gas temperature and the pressure coefficient of the turbine, and controlling the gas turbine for keeping the operating point on the reference temperature curve of exhaust gas. Also a gas turbine is provided, having a control device for controlling the operating point of the gas turbine according to the method.
	Manufacturing line of meat pasty, pies and other types of culinary products from dough with filler Invention relates to process equipment used for manufacture of products from dough with filler. A line includes bunkers for filling and mechanisms for supply of filler and dough, drives and a mixing and displacement chamber (MDC) including a smooth roll and a stamping ribbed roll. The bunker for filling and the mechanism for supply of filler are combined into a filler unit. The bunker for filling and the mechanism for supply of dough are combined into a dough unit. The smooth roll is made in the form of a hollow shaping cylinder. The stamping ribbed roll is also made in the form of a final hollow shaping and cutting cylinder. A finished product conveyor is installed under the shaping and final shaping and cutting cylinders. As drives of all the moving assemblies of the line, motor gears automatically actuated by means of a control panel are used.
	Method for removing entrapped gas in power production system with combined cycle Power production system with a combined cycle includes a steam-turbine system, a gas-turbine system including a compressor, a combustion chamber and a gas turbine; a heat recovery steam generator, and a flow-through line. A heat recovery steam generator is connected between the gas-turbine system and the steam-turbine system for generation of steam with heat energy taken from the gas-turbine system. The heat recovery steam generator includes the first stage having a possibility of high pressure steam output, the second stage having a possibility of intermediate pressure output, and the third stage having a possibility of low pressure output. The flow-through line has a possibility of passage of the saturated steam generated in the heat recovery steam generator to a combustion chamber of the gas-turbine system. The flow-through line includes a condenser and a superheater. The condenser is connected between the heat recovery steam generator and the superheater, and the superheater is connected between the condenser and the combustion chamber. The condenser is located in the power production system with a combined cycle with non-horizontal orientation so that upward movement of saturated steam from the heat recovery steam generator to the combustion chamber and gravitational downward movement of the condensate formed in the condenser to the heat recovery steam generator is performed with reduction of amount of steam transferred to the combustion chamber at transfer of carbon dioxide from the flow-through line to the combustion chamber.
	Method of cultivation of globe-thistle and phacelia Invention relates to agriculture. For cultivation of globe-thistle and phacelia at a field contiguous to apiary, before planting the seeds of the named plants are granulated and moistened for 3-5 mines in weakly alkaline or neutral solution consisting of clay, black soil, waters and wood ash in a proportion 1:1:1:0.01, then they are dried up on the net with the mesh size no more than 2 mm, and phosphate and potassium fertilizing are brought into soil. Seeds are planted during May 20-25 into the prepared seed beds to the depth 2.8-3.2 cm with the interval between plants 30 cm, inter-row interval - 25 cm with account for blooming during June 20 - July 10. During blooming the preventive harvesting of blooming cultures is performed on the area amounting up to 40% of cultivated terrain.
	Horizontal wind-powered turbine Horizontal wind-powered turbine comprises a frame and a unit for air flow routing. A rotor able of rotating on the rotor shaft is mounted on the frame horizontally. The rotor is fitted by three or more radial blade elements fixed on the rotor shaft by a fastener. The radial blade elements are set at equal distance from each other. Each radial blade element comprises supporting brackets and a wind blade fixed at the outer end section of the supporting brackets. The wind blade is of such a shape so that to capture an air flow directed to it and provide for the movement of the blade and creation of rotating force at the rotor shaft. As a result the rotor rotates around its longitudinal axis. The radial blade elements are rigidly connected to each other at their outer end sections by guy lines with tension adjustment. The air flow routing unit is designed for the acceleration and guidance of the air flow into the working air channel in order to affect the wind blades set in the working air channel. As a result the wind blades are moved under the action of the aerodynamic drag.
	Apple compote sterilisation method Invention is related to preservation industry. The method for sterilisation of apple compote in jars SKO 1-82-1000 involves sequential heating in a 120°C air flow at a rate of 5-6 m/s during 22 minutes, showering with 100°C water during 15 minutes and staged cooling in baths with 80°C, 60°C and 40°C water during 5, 5 and 7 minutes, respectively. During processes of heating in air flow and cooling, the jar is subjected to interrupted turning upside down with a frequency equal to 0.166 s^-1 with a 2-3 minutes interval; showering is performed in a static state of the jars.
	Engagement mechanism for door locks with lock bolt Engagement mechanism for door locks with a lock bolt driven by a handle or a rotary head, which may find application in housekeeping, industry, hotels, public organisations, offices, etc. The mechanism performs a pull-in motion, which is sent to a lock bolt (8A) in a lock (8), and connects a shaft (7) of square cross section passing via a lock (8), one end of which is continuously engaged with the inner handle (5), and also an electric motor (10), the shaft of which is connected to a worm shaft (10A). The other end of the shaft (7) of the square cross section is fixed on a guide bushing (20). A profiled bore (20A) is in permanent engagement with a profiled slider (19), arranged coaxially with an outer handle (4). During activation the mechanism by means of the electric motor (10) and a spring (12), fixed with the worm shaft (10A), moves the slider (19) in axial direction towards the hole (4A) of engagement of the outer handle (4), thus connecting it with the shaft (7) of the square cross section, which drives the lock bolt (8A).
	"strained tomatoes" preserves sterilisation method Invention is related to preservation industry. "Strained tomatoes" preserves sterilisation method involves four-stage heating of preserves in baths with 80°C, 100°C water and in baths with 120°C and 140°C calcium chloride solution during 5, 5, 5 and 20 minutes with subsequent four-stage cooling in bath with 120°C calcium chloride solution and in baths with 100°C, 80°C and 60-40°C water during 5, 7, 8, and 10 minutes without counter-pressure.
	Aircraft gas turbine combustion chamber with different-shape bores Gas turbine engine combustion chamber extends in circle relative to lengthwise axis A and is defined by outer lateral wall, inner lateral wall and circular chamber end wall connecting one end of outer lateral wall with one end of inner lateral wall. Outer lateral wall comprises spark plug distributed in its circumference, primary holes and dilution holes located downstream of primary holes in direction of lengthwise axis A. Primary holes located in every adjacent zone abutting on one of spark plugs are located downstream of primary holes located in said zones.