WO/2015/174888 METHOD OF DETECTING EXPLOSIVES AND OTHER TARGET SUBSTANCES||WO||19.11.2015|
||PCT/RU2015/000166||PUBLIC JOINT STOCK COMPANY AEROFLOT-RUSSIAN AIRLINES ||ZARIPOV, Azat Gumerovich |
This invention relates to methods of detecting explosives and other target substances with the aid of detection dogs and can be used in airports, stations and other public places. The aim of increasing the accuracy of detection of target substances with the aid of detection dogs and reducing inspection time is achieved in that prior to inspection of an object, the complex psychophysiological response of a detection dog to detection of the smell of an explosive and/or other target substance in a given concentration is observed; upon a change in behaviour of the detection dog during inspection of the object, the current complex psychophysiological response of the detection dog is compared to the previously observed response to detection of a smell, and on the basis of the results of this comparison it is determined whether the detection dog has detected explosives and/or other target substances.
WO/2015/174890 LOAD-BEARING EXOSKELETON, BACK CARDAN JOINT AND ANNULAR CARDAN OF LOAD-BEARING EXOSKELETON||WO||19.11.2015|
||PCT/RU2015/000267||ZLYDAR', Sergey Vasil'evich ||ZLYDAR', Sergey Vasil'evich |
The invention may be used in tourism, sports, and in conducting rescue and army operations, and is directed at improving the ratio of the mass of a load to be carried relative to the mass of an exoskeleton itself, and includes an improved ergonomic design. A load-bearing exoskeleton comprises a frame with elements for fastening to the torso, and two pairs of hip and ankle levers. The frame consists of a shoulder unit in the form of a combination of plates connected so as to form an X, the ends of which are bent to form an L, and, connected to same by means of a back Cardan joint and two support platforms, a lumbar unit consisting of a belt-like yoke which is curved in accordance with the shape of the lumbar area of the human body; a support platform of the back Cardan is secured to the top central point of the yoke, and the ends of the yoke, with elements for affixing Cardan rings, are oriented downwards and are located at the level of the hips. Three-dimensional casings of the hip levers are connected to the frame by means of the annular Cardans, with two degrees of freedom for rotation of the hip levers, the bases of which levers are connected by means of angular arms to slide platforms which are mounted on the three-dimensional casings of the hip levers, wherein an arm is capable of moving along arcuate guides on the platforms as the angle between the frame and the three-dimensional casings of the hip levers changes. Support platforms are detachably connected to an ankle fork.
WO/2015/174889 MASS FOR MANUFACTURING A DIAMOND TOOL||WO||19.11.2015|
||PCT/RU2015/000175||OTKRYTOE AKTSIONERNOE OBSHCHESTVO "NAUCHNO-ISSLEDOVATELSKIJ INSTITUT PRIRODNYKH, SINTETICHESKIKH ALMAZOV I INSTRUMENTA" - OAO "VNIIALMAZ" ||DUDAKOV, Valerij Borisovich |
The invention relates to the field of tool production, and specifically to diamond tools containing diamond grains which are bound by an organic binding agent. A mass for manufacturing a diamond tool contains diamond, an organic binding agent, and a carbon filler, namely graphene oxide in the form of ultrafine powders, in the following ratio of components (vol%): 6.0-32.0 diamond; 2.0-20.0 carbon in the form of ultrafine graphene oxide powders; and the balance being an organic binding agent. The mass may additionally contain a brittle filler, wherein powders of boron carbide, silicon carbide, aluminum oxides, silicon dioxide and others may be used as such a filler, and also metal powders selected from the group including Ag, Cu, Fe, Bi, and Al. A mass containing carbon in the form of ultrafine powders of graphene oxide is less expensive, does not contain scarce components, and allows for manufacturing a tool having high strength, durability and cutting performance.
WO/2015/174891 RODENT TRAP||WO||19.11.2015|
||PCT/RU2015/000299||PRIHODCHENKO, Valery Andreyevich ||PRIHODCHENKO, Valery Andreyevich |
The invention relates to devices for catching small rodents, particularly mice and rats, in which a bait serves as an element of the trap design, triggering the trap when removed (eaten). A trap includes a base (1), on which a spring-loaded frame (2) and a hold-down bar (3) are hingedly mounted. A bait holder (4) is attached to the base (1) and consists of two L-shaped vertical elements (5) and (6) with horizontal portions (9) and (10) respectively. The vertical elements (5) and (6) of the bait (4a) holder (4) are positioned opposite one another on different sides of the hold-down bar (3), forming a gap (13a) for the hold-down bar. Vertical portions (7) and (8) of the L-shaped elements are located in a single plane perpendicular to the surface of the base of the trap, and the horizontal portions (9) and (10) of the L-shaped elements are arranged in such a way that the side edges thereof, one of which is designated by the reference sign (15), are positioned along the longitudinal axis (14) of the base (1) of the trap.
WO/2015/174881 DEVICE FOR PRODUCING DIRECT CURRENT FLOWING IN THE POWER SUPPLY CIRCUIT OF A LOAD||WO||19.11.2015|
||PCT/RU2014/000336||CLOSED-UP JOINT-STOCK COMPANY DRIVE ||ROMANOV, Yuriy Igorevich |
The present device for producing direct current flowing in the power supply circuit of a load comprises, connected in series, a direct voltage source (1), a direct voltage-to-pulse voltage converter (11), a pulse voltage-to-direct voltage converter (47), and also a direct current stabilizer (60), and a load (58) connected by one terminal to an output of the pulse voltage-to-direct voltage converter (47) and by another terminal to an input of the direct current stabilizer (60), and a control circuit (80) connected by one input to one of the terminals of the load (58) and by another input to an output of the direct current stabilizer (60), and by an output to a control input of the direct voltage-to-pulse voltage converter (11), providing, as the load (58) varies, for the generation of a stabilizing voltage at the direct current stabilizer (60) and the production of an invariable quantity of direct current flowing in the power supply circuit of the load (58).
WO/2015/174880 PRE-FILM LIQUID FUEL CARTRIDGE||WO||19.11.2015|
||PCT/RU2014/000333||GENERAL ELECTRIC COMPANY ||MYERS, Geoffrey David |
A pre-film liquid fuel cartridge (20) includes a primary liquid fuel passage (106), a plurality of inner fuel ports (116) and a plurality of outer fuel ports (124) that are in fluid communication with the primary liquid fuel passage. An inner pre-filming surface (142) is defined downstream from the plurality of inner fuel ports. The inner pre- filming surface (142) terminates at a first shear edge (140). An outer pre-filming surface (152) is defined downstream from the plurality of outer fuel ports. The outer pre-filming surface (152) terminates at a second shear edge (154). The first and second shear edges are relatively oriented so that a first pre-filmed liquid fuel sheet exiting the first shear edge intersects with a second pre-filmed liquid fuel sheet exiting the second shear edge, thereby atomizing the first and second pre-filmed liquid fuel sheets.
WO/2015/174885 METHOD FOR CONSTRUCTING A THREE-DIMENSIONAL COLOR IMAGE AND DEVICE FOR THE IMPLEMENTATION THEREOF||WO||19.11.2015|
||PCT/RU2014/000349||KLIMOV, Andrei Vladimirovich ||KLIMOV, Andrei Vladimirovich |
The invention relates to the field of image formation. The construction of a three-dimensional color image consists in positioning and rotating an object to be scanned on a platform, illuminating the object using a screen, and producing a plurality of images using light sources and scanners, the cameras of which form 3D images and color 2D images, which are installed on a stand diametrically opposite the screen and which are located on at least two levels. Processing is carried out by constructing a polygonal grid and forming a silhouette by combining the images from the scanner cameras. The stand and the platform are capable of mutual angular displacement, and the scanners are positioned on the stand in such a way that the fields of vision of each pair of 3D and 2D cameras of neighboring scanners form an area of overlap consisting of 1/3-1/8 of the area of the image of each camera from a corresponding pair of cameras. A device for carrying out the method contains: a stand (block) (6) of 3D scanners (1), means of illumination (2), a rotating portion (3) and a monotone (white) screen (4) with LED illumination (9) which is positioned behind the object to be scanned, opposite the block (6) of scanners (1).
WO/2015/174883 TEST BUNDLING AND BATCHING OPTIMIZATIONS||WO||19.11.2015|
||PCT/RU2014/000345||ORACLE INTERNATIONAL CORPORATION ||BARILOV, Alexey Alexeevich |
Test bundling and batching by a test execution framework may be customized in accordance with test suite requirements for testing platform implementations on network-connected, resource-limited devices. Tests, test data and test results may be communicated in bundles or batches. Multiple tests may be bundled into a test application bundle and communicated over a single data connection. Test data for the tests in a bundle may be packaged into a single batch and transferred using a single data connection. Similarly, results from executing the tests in a test application bundle may be batched and transferred together over a single connection. Additionally, a custom user interface may be utilized to allow for customizing the test bundling policy for individual test suites. Providing the ability for a user to customize the test bundling policy may significantly reduce the number of data connections required during test suite execution.
WO/2015/174882 METHOD OF DETERMINING THE FILTRATION PARAMETERS OF THE SPACES BETWEEN BOREHOLES||WO||19.11.2015|
||PCT/RU2014/000342||LIMITED LIABILITY COMPANY «РOLYCODE» ||FARAKHOVA, Rushaniya Rinatovna |
This invention relates to oil production technologies, and more particularly to methods of carrying out, interpreting and analyzing the results of hydrodynamic surveys of the space between boreholes. A three-dimensional hydrodynamic model of a space between boreholes is generated, then a survey using pulse action on a formation is simulated and an optimal survey scenario is subsequently selected, after which a survey is conducted in the field according to the above-mentioned scenario and the filtration parameters of the formation are determined with the aid of data interpretation, and finally the hydrodynamic model is updated taking into account the data determined in the preceding step.
WO/2015/174884 MULTI-LINK CONSTRUCTION ELEMENT AND METHOD FOR ASSEMBLING SAME||WO||19.11.2015|
||PCT/RU2014/000347||KOMRAKOV, Evgeny Vyacheslavovich ||MOLOKHINA, Larisa Arkadievna |
The invention relates to the field of construction and specifically to building structures. The technical result consists in creating construction entities which function as a single pre-stressed structure characterized by a high bearing capacity, stability and rigidity. A multi-link construction element includes at least two links, each of which is in the form of a reinforcing module consisting of an initial support element and an end support element having apertures for a pre-stressed reinforcement and a platform for positioning anchors and tensioning devices, and a reinforcing framework positioned between the support elements. The pre-stressed reinforcement of a first link is anchored on the initial and end support elements thereof. The pre-stressed reinforcement of each subsequent link is anchored on the end elements of the previous link and of the current link. The reinforcing framework comprises an upper element and a lower element, which are in the form of a cell lattice having cells shaped like equilateral polyhedrons, and also a middle element, which is in the form of a three-dimensional reinforcing structure comprising inclined reinforcing rods that form, in space, oppositely-oriented equilateral polyhedral pyramids.