WO/2015/030623 METHODS AND SYSTEMS FOR LOCATING SUBSTANTIALLY PLANAR SURFACES OF 3D SCENE||WO||05.03.2015|
||PCT/RU2013/000761||3DIVI COMPANY||SOLOGUB, Evgeny Sergeevich|
The technology described herein allows for locating a room surfaces, such as a floor, walls, a ceiling, based on depth maps obtained by a depth-sensing device. The room surfaces can be located through a multi-step process including, for example, the steps of obtaining a depth map, selecting characteristic pixels from a plurality of pixels pertained to the depth map, calculating 3D coordinates with respect to the selected characteristic pixels, determining clusters of the 3D coordinates, generating a plurality of candidate planes based at least in part on the clusters, selecting planes associated with the floor, walls, ceiling from the plurality of candidate planes, and determining 3D coordinates of the selected planes. The 3D coordinates or related data of the located room surfaces can be utilized in virtual reality simulation or rendering of 3D images.
WO/2015/030620 METHOD FOR PRODUCING MICRO-DISPERSED ORGANIC FERTILIZER FROM PEAT||WO||05.03.2015|
||PCT/RU2013/000742||CLOSED JOINT-STOK COMPANY "TURF IND."||ANTIPOV, Mihail Vladimirovich|
The invention can be used in agriculture for improving the structure and composition of soil and for increasing yields of vegetable and cereal crops and of perennial grasses, and relates to peat processing technology intended for producing micro-dispersed organic fertilizer from peat. A method for producing fertilizer involves the preliminary grinding of peat, in an aqueous or aqueous alkaline medium, using a disk cutter, to an average particle size of 80-120 microns, until a suspension is produced, processing the suspension using an alkali at a weight ratio of components in the suspension (calculated based on dry material) of peat: water: alkali = 1:(1-10):(0.1-1), while the disk cutter is in operation, and simultaneously grinding using a submersible bead mill which is affixed to the same shaft as the cutter, over a period of 20-30 minutes at a temperature of 20-70ºC until an average particle size of 10-30 microns is reached. The technical result is zero waste, simpler technology, reduced duration, decreased cost of the final product, and the ability to use the fertilizer by means of spraying and drip irrigation.
WO/2015/030624 METHOD OF PREPARING RAW MATERIAL FOR ANAEROBIC DIGESTION OF ORGANIC WASTE AND INSTALLATION FOR IMPLEMENTING SAME||WO||05.03.2015|
||PCT/RU2014/000103||OBSCHESTVO S OGRANICHENNOJ OTVETSTVENNOSTYU "BIOENERGIA"||SMOTRICKIJ, Aleksandr Andreevich|
The group of inventions relates to the field of agriculture and bioenergetics and can be used in preparing raw material for the anaerobic digestion of various types of organic waste into environmentally-friendly and useful substances in the form of fertilizer and biogas so as to utilize biological waste and locally stabilize the ecological situation in places where same has accumulated (manure, bird droppings, waste from agricultural and agro-industrial production, domestic food waste, etc.). The group of inventions includes a method of preparing raw material for the anaerobic digestion of organic waste and an installation for implementing same. The essence of the group of inventions comprises, when preparing the raw material for the anaerobic digestion of organic waste, heating the mixture, but also simultaneously degassing same by means of vacuuming and subsequent processing which is carried out by applying energy from an ultrasonic hydrodynamic emitter to a flow of the mixture. The technical result of the group of inventions consists in improving the quality of a substrate by means of achieving a high degree of grinding, disinfecting and homogenizing of the mixture, thus allowing for increasing processing rates by 1.5-2.0 times and increasing the yield of useful product by 2.0-2.5 times.
WO/2015/030621 METHOD FOR INCREASING OIL WELL YIELDS AND DEVICE FOR IMPLEMENTING SAME||WO||05.03.2015|
||PCT/RU2013/000746||OBSCHESTVO S OGRANICHENNOI OTVETSTVENNOSTJU "VIATECH"||ABRAMOVA, Anna Vladimirovna|
The invention relates to the field of petroleum extraction, and specifically to intensifying the process of extracting high-viscosity petroleum. The method includes positioning a downhole instrument in a well, said instrument being connected to an above-ground ultrasonic generator used for producing elastic oscillations of various frequencies in a petroleum reservoir, on the basis of which, a preliminary analysis of geophysical and/or hydrodynamic data is carried out. The petroleum reservoir additionally undergoes thermal treatment using an induction heater which is positioned in the same downhole instrument, and the downhole instrument is powered by current having a direct component and an alternating component. Alternation between ultrasound treatment and thermal treatment is carried out by means of changing the direct component of the current. The moment at which modes are switched is determined by the dynamic level of well fluid, the temperature of which should not exceed the temperature of petroleum coking, and the operating mode of the equipment is determined in accordance with the results of the geophysical and/or hydrodynamic data for the well. The housing of the device possesses ferromagnetic properties in the area where the induction heater is positioned, and, in the area where an ultrasound converter is positioned, the housing is made of a material which does not possess ferromagnetic properties. A control unit is provided with equipment for adjusting the duration and intensity of the ultrasound treatment and thermal treatment, and for adjusting the modes used for changing the parameters of the current.
WO/2015/030626 SYNTHETIC THERMAL NANOMACHINE||WO||05.03.2015|
||PCT/RU2014/000307||AVETISOV, Vladik Avanesovich||AVETISOV, Vladik Avanesovich|
Изобретение относится к области нанотехнологий, более конкретно к тепловым нано-машинам. Синтетическая тепловая нано-машина содержит по крайней мере один функциональный элемент, обеспечивающий преобразование тепловой энергии в (квази)механическое движение. При этом указанный функциональный элемент представляет собой полимерную глобулу из синтетического полимерного материала, в которой соседствующие фрагменты полимерной цепи образуют структуру иерархически вложенных друг в друга складок и/или кластеров звеньев, формирующих в объеме глобулы разветвленную сеть нековалентных эластичных связей. Предпочтительно в качестве полимерного материала использован эластомер со встроенными в него полифункциональными звеньями, способными образовывать в объеме глобулы нековалентные связи с энергией порядка 5÷20 kT. Синтетическая тепловая нано-машина по изобретению характеризуется характеристиками преобразования энергии, аналогичными биологическим молекулярным машинам, но может быть получена без использования методов биотехнологии или генной инженерии.
WO/2015/030625 MASS TRANSFER APPARATUS||WO||05.03.2015|
||PCT/RU2014/000282||JOINT STOCK COMPANY "AKME-ENGINEERING"||MARTYNOV, Petr Nikiforovich|
The invention relates to energy mechanical engineering and can be used in power installations involving a liquid-metal heat carrier. A mass transfer apparatus including a housing and, provided therein, a flow reaction chamber filled with a solid-phase granulated oxidation agent, and an electric heater positioned in the reaction chamber. The housing of the apparatus is equipped with a repository for reserves of the solid-state granulated oxidation agent, said repository being located below the reaction chamber and being made in the form of a cup having a bottom, said cup being connected to the reaction chamber. The technical result consists in extending the operational duration of the mass transfer apparatus.
WO/2015/030627 EMISSION LAYERS FOR ORGANIC LIGHT EMITTING DIODES AND METHODS FOR THEIR PREPARATION||WO||05.03.2015|
||PCT/RU2014/000435||SIA EVOLED||UTOCHNIKOVA, Valentina Vladimirovna|
A method for producing the emissive layer for an organic light emitting diode comprises dissolving a luminophore-containing compound and an organic conductive material in a common solvent, depositing a thin film of the resulting solution on a substrate and subsequently heat treating the deposited film at a temperature above 100C but below the emissive layer thermal decomposition temperature. The luminophore-containing compound may be a luminophore or a luminophore precursor that is transformable into a luminophore when heated. For example, the luminophore-containing compound may be a soluble ternary coordination compound containing a neutral ligand. The soluble ternary coordination compound is decomposed by heat treatment to form a luminophore; the neutral ligand is completely eliminated from the thin film by the heat treatment. The method allows emission layers to be obtained that contain an insoluble compound as the luminophore.
WO/2015/030622 ANESTHESIA RESPIRATORY APPARATUS HAVING A LIQUID ANESTHETIC DOSAGE DISPENSER||WO||05.03.2015|
||PCT/RU2013/000756||SMOLYAROV, Boris Vladimirovich||SMOLYAROV, Boris Vladimirovich|
The invention relates to medical technology and provides more accurate control of liquid anesthetic vapor concentrations and a reduction in the time required to prepare an apparatus for operation. The present apparatus includes a container for an anesthetic, a mixing and vaporization chamber, a liquid-anesthetic dosage dispenser in the form of a vertical tube, a pressure sensor, and electromagnetic valves. The apparatus is additionally provided with a micro compressor, which is connected to the container for the anesthetic and to an electronic control unit which is capable of using software to change the output of the micro compressor and is capable of controlling the electromagnetic valves. The upper end of the dosage dispenser tube is additionally connected by a pressure line to the mixing and vaporization chamber via an electromagnetic valve. The dosage dispenser tube is made of a material which is transparent to infrared radiation, and is provided, on the outside thereof, with an infrared optoelectronic sensor which is connected to the electronic control unit and is affixed to the tube at a level which is higher than the level at which liquid anesthetic is output into the mixing and vaporization chamber.
WO/2015/030629 FOAM-FORMER FOR MINERAL FLOTATION||WO||05.03.2015|
||PCT/RU2014/000626||MALYSHEV, Oleg Anatolievich||MALYSHEV, Oleg Anatolievich|
Proposed is the application of monosubstituted tertiary acetylenic alcohols of the general formula RR'C(OH)C≡CH (R=СН3, С2Н5 СН2СН(СН3)2, R+R'=(СН2)5,), and also a composition of said compounds with foam-formers based on alcohols having an alkyl radical or a heteroalkyl radical, as the foam formers used during mineral flotation. The technical result is a decrease in flotation cost while maintaining the level of mineral extraction.
WO/2015/030633 SMART DEVICE COVER||WO||05.03.2015|
||PCT/RU2014/000645||YOTA DEVICES IPT LTD||GORILOVSKY, Dmitry Alekseevich|
A smart device cover for a smart device comprising a front cover assembly, a secondary display on the front cover assembly, an attachment mechanism for hingely attaching the front cover assembly to the smart device and a data communication interface for receiving data from the smart device, the received data triggering display of an image on the secondary display. A method and a smart device cover provided to a smart device. At the smart device cover, pairing with the smart device, receiving at least partial data from the smart device destined to be displayed or to trigger display of an image on a secondary display of the smart device cover, processing the received data into a suitable rendered image for the secondary display and displaying the rendered image on the secondary display.