WO/2016/064366 DISPLAY DEVICE VIEWING ANGLE COMPENSATION||WO||28.04.2016|
||PCT/UA2014/000117||ECHOSTAR UKRAINE, L.L.C. ||KUPLEVAKHSKY, Andrey |
Various embodiments for compensating for user view angle of a display device are presented. The viewing angle of a user may be determined using sensors. Based on the viewing angle, the attenuation of the output of the display device may be determined. Compensation mode for the display output may be determined. The compensation mode may adjust the output of the display to compensate for the display attenuation allowing an improved image quality at large viewing angles.
WO/2016/064367 METHOD FOR PRODUCING LIQUID FUEL||WO||28.04.2016|
||PCT/UA2015/000004||KOZLOV, Alexander ||KOZLOV, Alexander |
Method for producing a high-energy liquid fuel with a high content of fractions of petrol, kerosene, diesel and a high content of low- boiling ester gases without the use of heat, raw materials and other energy-intensive processes that lead to significant cost of the liquid fuel production. The method for producing liquid fuel includes a combination of water environment with a symbiotic complex containing aerobic bacterial plankton, phytoplankton and microplankton taken from natural habitat. When providing temperature conditions within the mesophilic range, for initiating the process of further reproduction and conversion of the specified aerobic plankton into the anaerobic one whose cytoplasm contains hydrocarbons of fuel grade, it is needed to once add a liquid mixture of paraffins and light hydrocarbons in an amount sufficient to replace the formed liquid medium by liquid in the form of paraffins and light hydrocarbons mixture. Then the mixture gets fermented under anaerobic conditions for a time sufficient for spontaneous lysis, resulting in the outflux from the plankton cytoplasm of liquid hydrocarbons that form a liquid fuel. In order to accelerate the lysis, the plankton pulp formed during the fermentation is extracted by contact interaction with an extractant which is a mixture of long-chain paraffins and light hydrocarbons.
WO/2016/064369 METHOD AND SYSTEM FOR MANUFACTURING OF THREE DIMENSIONAL OBJECTS||WO||28.04.2016|
||PCT/UA2015/000029||JOINT STOCK COMPANY "NVO "CHERVONA HVILYA" ||KOVALCHUK, Dmytro |
Method and system for manufacturing of three dimensional objects comprising of base substrate (18) placed on the supporting plate (30), electron beam gun (2), feed means (17) for feeding of feedstock material to melting zone, positioning system (31, 36) for positioning of said supporting plate (30) with base substrate (18), vacuum tight operating chamber (29), wherein an energy source for generating of molten pool on the substrate and for melting of feedstock material in said system is gas-discharge electron beam gun (2) with cold circular cathode (8) placed between two circular anodic electrodes placed coaxially to said cathode (8) which generates electron beam (9) in the shape of hollow inverted cone, and feedstock guide (17) is placed along the axis of said of said electron beam gun (2), and said gas- discharge electron beam gun (2) and said feedstock guide (17) are combined in one functional assembly.
WO/2016/064368 SEALED THREADED JOINT FOR METAL PIPES||WO||28.04.2016|
||PCT/UA2015/000028||LLC "INTERPIPE MANAGEMENT" ||ROZENBERG, Oleg Igorevich |
The invention relates to the field of sealed threaded joints for metal pipes in the oil and gas industry. A joint is formed by threaded end portions, having an internal and an external conical buttress thread, of two coaxially arranged pipes, and by contiguous sealing and thrust surfaces. The sealing surface of a female pipe is conical, and the sealing surface of a male pipe is toroidal. The thrust surfaces of the pipes are conical with a negative taper angle. The male pipe is provided with an additional cylindrical surface, which interfaces with the toroidal sealing surface and with the threaded end portion. The male pipe is provided with an additional conical surface, which interfaces with the toroidal sealing surface and, at the opposite end, with the conical thrust surface. The female pipe is provided with an internal annular groove, situated between the threaded end portion and the conical sealing surface. The technical result is improved tightness of the joint.
WO/2016/060635 DEVICE FOR CONTROLLING THE REACTIVE POWER OF AN ELECTRICAL GRID (VARIANTS)||WO||21.04.2016|
||PCT/UA2014/000128||KONTOROVYCH, Leonid Nisonovich ||KONTOROVYCH, Leonid Nisonovich |
The invention relates to the field of electrical engineering and can be used in high-voltage electrical grids having a voltage of 110-750 kV. The technical result is that of providing for the generation of reactive power for 110-750 kV grids, extending the range of reactive power control, and reducing hazardous currents and voltages in the windings of a controlled reactor during switching of sections of a capacitor bank. In a device for controlling reactive power according to one variant, a power winding of a controlled reactor is provided with at least one tap, connected via at least one switch to sections of a capacitor bank. According to another variant, a controlled reactor is provided with an additional winding having at least one tap, the neutral end of the winding being earthed and the line end being insulated. The tap is connected via at least one switch to sections of a capacitor bank.
WO/2016/060634 METHOD FOR MANUFACTURING A COMPONENT OF THE MAGNETIC SYSTEM OF A TRANSFORMER OR REACTOR||WO||21.04.2016|
||PCT/UA2014/000126||KONTOROVYCH, Leonid Nisonovich ||KONTOROVYCH, Leonid Nisonovich |
The invention relates to electrical engineering and can be used in the manufacture of magnetic system components for transformers and reactors. The technical result is improved reliability as a result of an increase in electrical and mechanical strength, further accompanied by a reduction in electromagnetic losses. The present manufacturing method includes manufacturing at least one blank by winding a strip of electrical steel in the direction of rolling onto a bar of a given shape, at the same time additionally insulating the coils of the strip against each other, and cutting the wound blank along its radius. An insulating adhesive compound is applied to the surface of the strip during the winding process, and the blank is radially tightened. Subsequent thermal treatment is carried out at a temperature of not more than 300°C. A portion having a length of at least 20 mm is cut out along the radius of the cooled blank. An insert is installed in place of the cut out portion and tightly secured, said insert consisting of at least one stack of insulated electrical steel strips, connected in the rolling direction and coated with an insulating adhesive compound, the ends of said strips being additionally insulated by electrical pads.
WO/2016/060636 POWER GENERATING SYSTEM WITH CONTROL OF LOCAL ATMOSPHERIC FLOWS (VARIANTS)||WO||21.04.2016|
||PCT/UA2015/000095||ADAMOVYCH, Gennadii ||ADAMOVYCH, Gennadii |
The invention relates to the field of wind energy. A power generating system with the ability to control local atmospheric flows comprises a wind turbine with vanes, a generator, a forced suction chamber, discharge devices, an accelerating channel situated between the tapered portion of a convergent channel and a working chamber, a controllable moveable double gate valve, and a wind turbine with vanes which is situated at the outlet of the accelerating channel, wherein the vanes of the two wind turbines have oppositely directed vectors of rotation, the turbines are interconnected and are disposed in the working chamber, one of the opposite open ends of which is connected, via the accelerating channel, to the convergent channel, while the other end is connected to a divergent chamber, at the outlet of which are disposed controllable movable deflection gates. The invention provides the possibility of controlling the volume, speed and direction of atmospheric flows of air on the vanes of a wind turbine.
WO/2016/057005 METHOD AND SYSTEM FOR CREATING TECHNOLOGY TRANSFER||WO||14.04.2016|
||PCT/UA2014/000118||POLINOVSKYI, Viacheslav Vasyliovytch ||POLINOVSKYI, Viacheslav Vasyliovytch |
A method for creating a technology transfer process and an information system for implementing same relate to electronic information systems, the databases of which are based upon certain knowledge. The technical result consists in broadening the functional capabilities of a process (system) and in increasing efficiency. According to the method, information, which is placed in a system by users, is transformed into an object of technology transfer, and connections are made between users and objects of technology transfer. A system for implementing the method contains a data input/output unit (1), a user registration and identification unit (2), a system access control unit (3) and a data processing unit (4). The system additionally includes a clustering unit (5) and a module for organizing technology transfers, including databases of persons (11), profiles (12), proposals (13), requests (14), analytical results (15) and authorizations (16). The application of the proposed group of inventions will enable the creation of novel innovative products and jobs and foster the emergence of new professions and specializations.
WO/2016/053222 METHOD FOR CARRYING OUT "PAYBEAM" CONTACTLESS PAYMENTS||WO||07.04.2016|
||PCT/UA2015/000085||MARTSENIUK-KUKHARUK, Oleksii Anatoliyovych МАРЦЕНЮК-КУХАРУК, Алексей Анатольевич||MARTSENIUK-KUKHARUK, Oleksii Anatoliyovych МАРЦЕНЮК-КУХАРУК, Алексей Анатольевич|
A method for carrying out "Paybeam" contactless payments for traditional and electronic commerce in which POS-terminals are connected to payment processing servers which are connected to databases of authorized entities which register payments made, wherein a contactless payment for a good and/or service is carried out by identifying a bank card of a payer, initial identification parameters of which are registered, in the form of payer credentials or details, in a processing center database, and wherein a device for inductively transmitting payment data is provided with a circuit for directly digitally synthesizing a signal, a digital signal synthesizer or the circuit for directly digitally synthesizing a signal is used, an emitter driver in a payment data transmission device is in the form of a high-frequency switch with a mid-point of power consumption and stabilization of the voltage of the mid-point relative to an upper power-supply point and a lower power-supply point, a normalized electromagnetic pulse emission power is adjusted using binary digital pulse width modulation, and the inductive transmission of payment data is carried out remotely by creating a peak change of a magnetic field on a magnetic reader.
WO/2016/053223 REMOTE CONTACTLESS METHOD FOR CHARGING MOBILE DEVICES||WO||07.04.2016|
||PCT/UA2015/000086||MARTSENIUK-KUKHARUK, Oleksii Anatoliyovych МАРЦЕНЮК-КУХАРУК, Алексей Анатольевич||MARTSENIUK-KUKHARUK, Oleksii Anatoliyovych МАРЦЕНЮК-КУХАРУК, Алексей Анатольевич|
The invention relates to electrotechnics. The claimed method is implemented using a device for the inductive transmission of digital data. The remote contactless charging of an independent power supply of a mobile device is carried out during the emission of electromagnetic waves. Remote charging is carried out during telephone conversations, during the transmission of digital or voice data and during contactless payments with the aid of a device for the inductive transmission of digital data. A device for the inductive transmission of digital data comprises a digital signal synthesizer, a module for charging the power supply of a device for inductively receiving radio waves from an emission source of a mobile device, a bluetooth-type wireless transmission module, a peripheral device for interfacing with a read head of a magnetic card reader, and an interface device. The digital signal synthesizer is provided with a real-time microcomputer system and is connected to an emitter driver. The emitter driver is connected to an inductor. The emitter driver is in the form of a high-frequency switch with a consumption midpoint and stabilization of the midpoint voltage relative to a top point and a bottom point of power supply. The emitter driver is configured as an H bridge circuit. The inductor is capable of converting an alternating electromagnetic field into direct current with the transmission thereof to an independent power supply in order to charge same. The module for charging the power supply is disposed preferably parallel to or corresponding with the position of the antenna of a mobile device. The contactless transmission of digital data is controlled by means of software of the mobile device.