||WO||WO/2015/012710 - CAR RUN ON HYDROGEN WITHOUT HYDROGEN ON BOARD||29.01.2015||
||PCT/RU2013/000627||HYTRIB CORPORATION GMBH||KHOVANSKIY, Viacheslav Nikolaevich|
The invention relates to an ecologically pure car based on the use of energy-accumulating substances. The car comprises an internal combustion engine, a hydrogen generator installed in the boot, and an additional system for cooling exhaust gases. The internal combustion engine is equipped with a liquid cooling system with a main radiator. The main radiator is installed in front of the engine. The additional system for cooling exhaust gases ensures an autonomous supplying of the hydrogen generator with water by condensing water vapour in the exhaust gases. The system for cooling exhaust gases is connected to an exhaust manifold of the engine and consists of a surge tank and a condenser. The condenser is in the form of a gas/air heat exchanger and a storage tank for collecting water condensate and for discharging uncondensed gases. The storage tank is connected by means of pipes to the hydrogen generator where the supply of water to the latter and the circulation of the water in order to intensify the hydrogen extraction process are carried out by means of a pump. The pump is installed inside the storage tank. Water is discharged from the generator into the storage tank via a filter. The filter is installed in a housing of the generator. The technical result consists in increasing the environmental friendliness of the car.
||WO||WO/2015/012712 - JET GENERATOR||29.01.2015||
||PCT/RU2013/000636||OBSCHESTVO S OGRANICHENNOI OTVETSTVENNOSTYU "ELEKHANT"||USHAKOV, Evgeny Viktorovich|
The invention relates to measurement technology and can be used in measuring the flow rate and volume of liquid and gaseous media and of steam in the thermal power, gas, chemical and other branches of industry. The technical result which the claimed invention aims to achieve is providing for the high sensitivity of a device at low flow rates, which allows for raising the useful signal level at minimal flow rates, and for decreasing the minimum sensitivity threshold, which allows for decreasing the minimum flow rate at which generation begins. Said technical result is achieved in that a jet generator contains a jet discrete element comprising a supply nozzle, a working chamber formed by the inner walls of two guides which deviate outward from a nozzle outlet, and a separator having a concave deflector; a U-shaped cutout is provided on the outer side of each of the guides, the sides of which cutout form an angle of no more than 90 degrees with the tangent to the direction of flow in feedback channels. The angle between guides may be between 15 degrees and 40 degrees, preferably 30 degrees, and the supply nozzle may be provided with a nozzle.
||WO||WO/2015/012713 - DEVICE FOR STORING, CONSUMING, INTRODUCING AND DISTRIBUTING A FUNCTIONAL NUTRITIONAL AGENT||29.01.2015||
||PCT/RU2013/000639||POLYANSKJ, Vladimir Vasil'vich||POLYANSKJ, Vladimir Vasil'vich|
A spoon-type device for storing, consuming, introducing and distributing a functional nutritional agent consisting of a flat working portion having a holder connected thereto. The working portion of the spoon is provided with at least one container containing at least one serving of a functional nutritional agent. The container is affixed to the working portion with the ability to be closed using the plane of the container cavity. In a second variant, the working portion is flat and is provided with at least one aperture in the central portion thereof, and is provided with at least one container which contains at least one serving of functional nutritional agent and which is affixed to the working portion with the ability to close the container cavity using the plane of the working portion. In a third variant, the working portion is flat and is provided with at least one container which contains at least one serving of functional nutritional agent and which is affixed to the working portion with the ability to close the container cavity using the plane of the working portion, and the holder is provided with a through-channel. In a fourth variant, the working portion is flat and is provided with at least one aperture in the central portion thereof and is provided with at least one container which contains at least one serving of functional nutritional agent and which is affixed to the working portion with the ability to close the container cavity using the plane of the working portion, and the holder is provided with a through-channel. The use of the present device provides for a maximally homogeneous state of mediums to be mixed, while introducing and distributing one or a plurality of servings of a functional nutritional agent.
||WO||WO/2015/012711 - METHOD FOR CONSTRUCTING A GRAPH-BASED INTERMEDIATE REPRESENTATION IN A COMPILER||29.01.2015||
||PCT/RU2013/000631||HUAWEI TECHNOLOGIES CO., LTD||SLESARENKO, Alexander Vladimirovich|
The invention relates to a method (800) for constructing a graph data structure as an intermediate representation of source code for a compiler configured for compiling the source code into executable machine code running on a processor of a computer system, wherein program operations of the source code are represented in an object-oriented programming language by objects of classes that form a hierarchy growing from a base node class of the graph data structure, the method (800) comprising: producing new nodes (801) of the graph data structure by calling factory methods associated with existing nodes of the graph data structure based on a factory method design pattern implemented in the nodes of the graph data structure, wherein the nodes of the graph data structure are identified by symbols; and using the symbols as proxies of the nodes (803) of the graph data structure according to a proxy design pattern.
||WO||WO/2015/012719 - METHOD FOR LIFTING LIQUID MEDIA TO THE SURFACE AND APPARATUS FOR CARRYING OUT SAID METHOD||29.01.2015||
||PCT/RU2013/000762||BODYAKIN, Vladimir Ilyich||BODYAKIN, Vladimir Ilyich|
The invention relates to mining and can be used for extracting a lava mass from magmatic sources located in craters of dormant volcanoes. The invention ensures the possibility of controllable and safe lifting of volcanic lava from magma lakes and transporting same to a location for complex processing. The lava is extracted according to the gas lift principle with a dispersing agent. Non-combustible fumarole gases which escape from the liquid medium being lifted and are recoverable during the process of transporting same are used as the working gas. If necessary, a mixture of said gases with other non-combustible gases is used. The apparatus is equipped with a receiving tank which is hermetically closed by a heat-protective casing, the bottom of which is inclined in the direction of a transport chute. A gas separator is connected to a compressor for injecting the mixture of gases into the dispersing agent by means of a gas discharge pipe which is connected to an additional gas storage tank. The transport chute is equipped with sectioned heat-insulating covers, in which there are openings which are connected to tanks for collecting the gases which can escape during the process of transporting the liquid medium, and with expansion reservoirs for stabilizing the flow and the temperature thereof by forced heating from external sources.
||WO||WO/2015/012717 - PNEUMO-ACOUSTIC LIQUID ATOMIZER||29.01.2015||
||PCT/RU2013/000706||DUBROVSKY, Andrey Nikolaevich||DUBROVSKY, Andrey Nikolaevich|
The invention relates to devices using periodic shock waves, producible in a supersonic gas jet when the latter is retarded by a hollow resonator, for atomizing liquids. The technical result of the invention is an increase in the dispersibility of the droplets being produced. The technical result is achieved in that, in the pneumo-acoustic liquid atomizer, a resonator body is mounted inside a housing with the formation of a groove with a width and a depth h at a distance l from a deflector, the internal part of the resonator body is in the form of a conical funnel with an outlet diameter dk, and a diffuser element is attached to the conical funnel, and an input duct for liquid is in the form of a connecting pipe, wherein the diameter of the critical section is selected from the condition of production therein of one of the transverse resonances at the operating frequency of the gas-jet generator. The diffuser element is in the form of a helical swirler, and the diameter of the critical section is selected from the following conditions: dk=αmn λ/π, where: αmn are the roots of the equation Y1(αmn)=0; Y1 is a first-order Bessel function, and λ is the wavelength of oscillations which can be generated in the pneumo-acoustic liquid atomizer.
||WO||WO/2015/012718 - SYSTEM FOR MONITORING PARAMETERS OF VITAL FUNCTIONS||29.01.2015||
||PCT/RU2013/000714||OBSCHESTVO S OGRANICHENNOI OTVETSTVENNOSTYU "GLOBALLAB"||LEBEDEV, Arseny Aleksandrovich|
The invention relates to analytical information systems intended for monitoring, analysis and prognosis in the spheres of vital functions. The monitoring system comprises parameter recording means in the form of sensors, mobile devices or personal computers equipped with functions for measuring individual parameters of the environment or parameters of vital functions and sending the results of single or current measurements to a server in the form of a real or virtual computerized machine or cluster of computerized machines and having the possibility of performing the functions of waiting for input connections from the parameter recording means, receiving and storing these results in a database for ensuring access by third parties to the measurement results at the request of said third parties. The system comprises a message dispatch unit, which is in the form of an application or an external service for the reception and storage of requests from third parties for subscription to the given measurements, for the reception of data within the request and transmission of data from the database of the server to third parties in accordance with the protocol WebSocket or with the aid of the technology of long polling. The server is also capable of implementing an additional function in respect of the aggregation of measurement results and transmission to the message dispatch unit in the form of aggregated measurement results for subsequent relaying thereof within requests to web applications operating on the web browser of third parties for viewing the measurement results in real time.
||WO||WO/2015/012715 - METHOD AND DEVICE FOR NANOSTRUCTURED CARBON COATING||29.01.2015||
||PCT/RU2013/000645||OBSHCHESTVO S OGRANICHENNOY OTVETSTVENNOSTYU "PLAZMA-SK"||ANPILOV, Andrey Mitrofanovich|
The production of nanostructured carbon coatings relates to the field of nanotechnology. Creating and studying nanostructured materials is of great interest from the scientific and applied points of view. One of the important application purposes constitutes making coatings which allow for reducing the secondary electron emission coefficient in systems power of receiving microwave devices. The method for producing a nanocarbon coating is characterized in that the surface is pre-treated using electric discharges, a surface relief is created, the surface is heated to 50-60°C and then the surface is coated with a layer of a nano-carbonaceous gel on the basis of an alcohol having a thickness of 1-2 mm, and the gel layer is evaporated under an air flow heated to a temperature of 50-60°C. The device for producing a nanocarbon coating comprises a reservoir with a plate located therein and with a colloid solution supply system and a fan arranged above the reservoir. It follows from the results of the secondary emission coefficient measurements that the coatings produced make it possible to suppress the effect of the avalanche multiplication of secondary electrons upon interaction of the microwave radiation with the treated surface. The property of the coatings during storage in the atmosphere of air for a period of 1-2 months does not change.
||WO||WO/2015/012716 - PNEUMO-ACOUSTIC ROD-SHAPED ATOMIZER||29.01.2015||
||PCT/RU2013/000705||DUBROVSKY, Andrey Nikolaevich||DUBROVSKY, Andrey Nikolaevich|
The invention relates to mechanical devices for atomizing liquids, for producing fog in rooms, for moistening the air in weaving rooms and in greenhouses and for sterilizing medical premises with the aid of bactericidal solutions. The technical result of the invention is to prevent circular instability at increased generation frequencies and to produce droplets of 30 - 40 μm. The technical result is achieved in that, in the pneumo-acoustic rod-shaped atomizer, the central rod has a diameter equal to the diameter of the nozzle, and longitudinal grooves in the central rod are arranged at distances not exceeding a quarter of the wavelength of the working frequency of the atomizer, wherein the depth of the grooves on the central rod, the width t thereof, the quantity n, the generation frequency f, the width of a resonant flute of the pneumo-acoustic rod-shaped atomizer and the distance between an annular gas nozzle H and the bottom of the annular resonator are selected from the ratios: S=n⋅δ⋅t, where: S is the total cross section of the grooves at a specified gas production rate; 12.5≤f⋅δ⋅15; 1.8≤σ/δ≤2.1; 7≤H/δ≤8.
||WO||WO/2015/012720 - METHOD FOR CHECKING WEBSITES FOR THE PRESENCE OF REAL-TIME MULTIMEDIA STREAMS ON SAID WEBSITES AND COMPUTER-IMPLEMENTABLE SYSTEM FOR PERFORMING SAID METHOD||29.01.2015||
||PCT/RU2013/001055||OBSHCHESTVO S OGRANICHENNOY OTVETSTVENNOSTYU "BALAKAM"||OREL, Denis Olegovich|
The method for checking websites for the presence of real-time multimedia streams on said websites comprises downloading a website for checking the schedule, and analyzing the downloaded websites in respect of the presence of references to multimedia streams on said websites followed by storage of the references found in a database of streams, wherein information relating to the fact of a multimedia stream belonging to a website is stored in a database of interrelations. A check is then performed on the given streams for determining the type of streams, namely whether the multimedia stream is a real-time stream, and for identifying changes in the type of stream and/or the state of the stream and/or in the characteristics of the stream, with information relating to the changes subsequently being stored in the database of streams. Furthermore, a record of the fact of changes is made in the database of interrelations, new references to websites on which references to real-time multimedia streams have been identified are added to the schedule and/or the check period for references to websites for which changes in the stream have been identified which are already in the schedule is changed and/or the start time of a subsequent check is changed. The computer-implementable system comprises modules and databases which reproduce the algorithm of the method.