||WO||WO/2014/129922 - METHOD FOR MANAGING LICENCES IN A DRM SYSTEM||28.08.2014||
||PCT/RU2013/000139||PROTECTION TECHNOLOGY RESEARCH, LIMITED LIABILITY COMPANY||ZATSEPIN, Alexander Nikolaevich|
This invention is applicable in the field of the production of hardware for the protection of copyrights (DRM systems) and comprises a method for managing licences which makes it possible to manage licences both for applications and content and for services within the realms of one universal DRM system. Such a universal nature of a DRM system makes it possible to use unified mechanisms for managing users, payments, limitations and records for all types of objects of licensing (applications containing document content, services), which reduces the costs for setting up and using the system. The proposed method for managing licences is based on a unified model for the presentation of a licence in a database for all types of objects of licensing and on uniformity of the logic for the licence authenticity verifications for all types of objects of licensing. The possibility of providing uniformity of the logic for the verification of licence authenticity is provided by virtue of the performance of verification by the DRM server of the authenticity of a licence on each use of the object of licensing by an end user, and also (optionally) periodically during the process of use of an object of licensing.
||WO||WO/2014/129920 - DEVICE FOR FUEL COMBUSTION IN A CONTINUOUS DETONATION WAVE||28.08.2014||
||PCT/RU2013/000130||NONPROFIT PARTNERSHIP IN SCEINCE, EDUCATION AND INNOVATION ACTIVITIES "CENTER FOR PULSE-DETONATION COMBUSTION"||FROLOV, Sergey Mihaylovich|
The invention relates to devices for the combustion of a gaseous or atomized liquid fuel, and specifically to gas or droplet detonation, and can be used for the combustion of a combustible mix in various technological devices and power plants operating under conditions of continuous detonation combustion. What is proposed is: a device for the detonation combustion of a fuel in a continuous detonation wave, which device comprises a ring-shaped or disc-shaped combustion chamber with a fuel component supply system and with a detonation initiator, in which turbulator barriers of constant or variable height in the form of regular grooves or pins or in the form of a sandy grittiness are formed on the inner surfaces of the combustion chamber. In cross section, the profile of the groove has a rectangular or semicircular shape, and the pin has the shape of a cone, a truncated cone or a hemisphere. The turbulator barriers are oriented so as, on propagation of the detonation wave, to form hotspots which ensure additional stability of the process. With the aid of the orientation of the turbulator barriers, it is possible to also solve other problems, for example to set the direction of the thrust vector during use of the combustion chamber in a reaction engine. The invention differs in terms of the high level of technological efficiency and makes it possible to ensure a stable process for detonation combustion of both homogeneous and heterogeneous fuel mixes in a continuous detonation wave.
||WO||WO/2014/129925 - METHOD FOR MEASURING ARTERIAL PRESSURE||28.08.2014||
||PCT/RU2013/000147||SUKIASYAN, Sargis Ashotovich||SUKIASYAN, Sargis Ashotovich|
The invention relates to medicine, and specifically, to physiology and cardiology. The method for measuring arterial pressure consists in that the percentage of blood exiting from the left ventricle is determined, furthermore the value by which the pressure in the aorta increases is determined, and then the actual final diastolic pressure in the aorta is determined and the following are produced: a general formula for determining the actual final diastolic pressure in the aorta, a pulse pressure formula, systolic values of the arterial pressure and, specifically, the minimum audible systolic pressure and the maximum audible systolic pressure, wherein an instrument pointer indicates the arterial pressure which has to be overcome in order for a sound to be achieved. The claimed method for measuring arterial pressure makes it possible more accurately to determine arterial pressure values, with the aim of carrying out more accurate diagnostics and, if necessary, prescribing a subsequent treatment for diseases of the cardiovascular system individually for each person.
||WO||WO/2014/129926 - AXIAL PISTON PUMP WITH ENERGY RECOVERY||28.08.2014||
||PCT/RU2013/000632||FOMIN, Vladimir Fjodorovich||FOMIN, Vladimir Fjodorovich|
An axial piston pump with energy recovery comprising a rotor having a cylinder block provided with channels for pumped liquid which are connected to the piston cavity of the cylinders, and channels for a liquid which is used for energy recovery which are connected to the rod cavity of the cylinders, and provided with through-channels of a stator, the flat surface of which comes into contact with the end face of the rotor. The rotor comprises a plate which is provided with through-channels for a pumped liquid and channels for a liquid which is used for energy recovery. Said plate has a flat surface which comes into contact with a flat surface of the stator, and an opposite embossed surface which comes into contact with an embossed surface of the end face of the cylinder block and which is installed on the cylinder block at the end face of the rotor so as to be able to move along the rotor axis and at an angle relative to the rotor axis while the flat surface thereof is pressed against the flat surface of the stator by means of a spring.
||WO||WO/2014/129924 - METHODS FOR HETEROGENEOUS PROPPANT PLACEMENT AND REDUCED FLUIDS LOSS DURING FRACTURING||28.08.2014||
||PCT/RU2013/000141||SCHLUMBERGER CANADA LIMITED||YUTKIN, Maksim Pavlovich|
A method for treating a subterranean formation penetrated by a wellbore, comprising forming a treatment slurry comprising a carrying fluid, particulates and one or more peels; injecting the treatment slurry into a fracture to form a substantially uniformly distributed mixture of the particulates and the peels; and wherein the particulate and the peels have substantially dissimilar sedimentation rates in the fracture is provided
||WO||WO/2014/129928 - DYNAMIC PLATFORM||28.08.2014||
||PCT/RU2013/000794||FEDCHENKO, Oleg Anatolevich||FEDCHENKO, Oleg Anatolevich|
A dynamic platform relating to technical means of the entertainment industry and specifically to movable platforms for achieving the mechanical displacement of viewers in virtual reality simulators and rides, particularly capsule rides. The main technical result is an increase in the degree of freedom. The device contains a movable frame and a stationary frame (1 and 2) connected by means of legs (4). The movable frame (2) and the legs (4) are connected by means of movable bearing assemblies on which are positioned actuators having an engine (5) and (6) having a movable half-frame which is positioned horizontally relative to the stationary frame.
||WO||WO/2014/129919 - VERTICALLY MOVING STAND FOR X-RAY APPARATUS||28.08.2014||
||PCT/RU2013/000127||ZAKRYTOE AKСIONERNOE OBSCHESTVO "IMPUL'S"||CHUGUNOV, Sergey Alexandrovich|
The device relates to lifting mechanisms and specifically to vertically moving stands used in supports for x-ray apparatuses. The achieved technical result is increasing the safety of the vertically moving stand, decreasing the structural weight while maintaining the ability to limit the load when moving downward, and decreasing the dimensions and cost of the structure by means of eliminating the need to balance the x-ray equipment with a counterweight. The goal is achieved in that a device for raising and securing in place a carriage is in the form of an auto-decelerating worm gear motor situated in the upper portion of a column. At least 2 sprockets are installed on an output shaft of the gear motor, and a rocker is pivotally provided in the central portion of the carriage, the ends of said rocker being connected by means of chains to the sprockets. The carriage is equipped with a switch for the direction of rotation of the gear motor, and with a spring lever mechanism capable of rotating the rocker should an x-ray equipment mounting bracket encounter an obstacle while moving downward and capable of activating the switch for the direction of rotation of the gear motor.
||WO||WO/2014/129921 - METHOD FOR COOLING HOUSING OF MELTING UNIT AND MELTING UNIT||28.08.2014||
||PCT/RU2013/000138||OBCHESTVO S OGRANICHENNOJ OTVETSTVENNOSTJU PROMYSHLENNAJA KOMPANJA "TEHNOLOGIJA METALLOV"||GOLUBEV, Anatolij Anatoljevich|
The invention relates to a method and device for cooling the housing of a melting unit melting chamber. In the method, a liquid metal heat carrier is used to cool the upper portion of an airtight cavity, formed by a double-walled metal shell of the melting chamber housing, by means of inputting the liquid metal heat carrier into the cavity which encompasses a free space, a slag bath and the upper portion of a lined metal bath, while the lower portion of the airtight cavity, formed by the double-walled metal shell of the housing and separated from the upper portion thereof and encompassing the lower portion of the lined metal bath, is cooled only by means of a gaseous heat carrier which is inputted through pipe fittings situated on the lateral surface of an external wall of a heat-exchanger, heated gaseous heat carrier is removed from the heat-exchanger by means of pipe fittings situated on the lateral surface of the external wall of the heat-exchanger, and the temperature of the liquid metal heat carrier is maintained within certain limits by means of adjusting the flow rate of the cold gaseous heat carrier which passes through the heat-exchanger in accordance with readings of a device which sets the temperature of the liquid metal heat carrier. A device is disclosed for carrying out the method. Higher output and lower costs are achieved.
||WO||WO/2014/129930 - TRAILER HAVING EXPANDABLE BODY (VARIANTS)||28.08.2014||
||PCT/RU2013/000880||BELOUSOV, Mikhail Anatol'evich||BELOUSOV, Mikhail Anatol'evich|
The utility model relates to means of transportation and specifically to passenger car trailers and mini-tractor semi-trailers intended for transporting various loads, and also to tourist residential and commercial trailers. The technical result of the utility model is the possibility to significantly increase the capacity dimensions of the trailer for storing loads and increasing living space. Said technical result is achieved in that the trailer, which is in the form of a covered body installed on a wheel axle and containing a coupling unit, is distinguished in that a section having smaller dimensions is contained within the body, said section being capable of being displaced along guide rails beyond the dimensions of the body horizontally laterally or longitudinally, the inner displaced section of the body being provided with a folding support on the bottom thereof. A second variant, which provides for a trailer which is in the form of a covered body installed on a wheel axle and containing a coupling unit, is distinguished in that a section having smaller dimensions is contained within the body, said section being capable of being displaced along guide rails beyond the dimensions of the body upwards, the top portion of the external portion of the body being provided with telescoping support components, or alternatively, the inner displaced section of the body is provided with telescoping support components in the base thereof for securing same on the roof of the body.
||WO||WO/2014/129927 - METHOD FOR PRODUCING NANO-DISPERSED POWDERS AND APPARATUS FOR REALIZING SAID METHOD||28.08.2014||
||PCT/RU2013/000686||OBSHCHESTVO S OGRANICHENNOY OTVETSTVENNOSTYU "LABORATORIYA EFFEKTIVNYKH MATERIALOV"||MALININ, Vladimir Ignatievich|
The invention relates to the field of nano-technologies and nano-materials and concerns the production of nano-dispersed powders. The method for producing nano-dispersed powders comprises feeding a starting powdery metal into an antechamber of the apparatus, mixing said metal with a first active gas, which is usable separately or in combination with other gases, igniting the metal/gas mixture in the antechamber and converting the metal into a gaseous phase by a self-sustaining exothermic reaction, feeding the mixture which forms into a main combustion chamber and mixing said mixture with a second active gas, completely burning the metal in the gaseous phase and forming, in a separating apparatus, a suspension of condensed combustion products by cooling, condensing and separating the latter, with subsequent isolation of nano-dispersed powders from the suspension, wherein a gas which is chemically neutral in relation to the metal is fed into the antechamber in order to cool the condensed phase and prevent the latter from adhering to the walls of said antechamber, distilled water is fed into the main combustion chamber in order to reduce the temperature thereof, and a portion of the suspension of condensed combustion products is returned, after additional cooling, into the separating apparatus for use together with the distilled water. The apparatus for producing nano-dispersed powders is characterized in that said apparatus is used for realizing the above-mentioned method. The technical result consists in increasing productivity, ensuring stable operation and reducing energy consumption.