||WO||WO/2014/200325 - CONSORTIUM OF THE RECOMBINANT INFLUENZA A VIRUSES FLU-NS1-124- L7/L12-H5N1, FLU-NS1-124-OMP16-H5N1, FLU-NS1-124-L7/L12-H1N1 AND FLU-NS1- 124-OMP16-H1N1, FAMILY ORTOMYXOVIRIDAE, GENUS INFLUENZAVIRUS, EXPRESSING BRUCELLA IMMUNODOMINANT PROTEINS DESTINED TO GENERATE A VACCINE AGAINST BRUCELLOSIS||18.12.2014||
||PCT/KZ2014/000006||THE REPUBLICAN GOVERNMENT ENTERPRISE ON THE BASIS OF ECONOMIC CONTROL RIGHTS "RESEARCH INSTITUTE FOR BIOLOGICAL SAFETY PROBLEMS" OF THE SIENCE COMMITTEE OF THE MINISTERY OF EDUCATION AND SCIENCE OF THE REPUBLIC OF KAZAKHSTAN||SANSYZBAY, Abylay Rysbayuly|
This invention relates to the fields of biotechnology, veterinary science and public health, and describes a vector vaccine which can be used to prevent brucellosis. The essence of the invention is that reverse genetics methods have been used to construct novel, genetically-stable recombinant influenza viral vectors based on the influenza A viral vectors Flu-NSl-124-L7/L12- H5N1, Flu-NSl-124-Omp16-H5Nl, Flu-NSl-124-L7/L12-HlNl and Flu-NSl-124-Omp16- H1N1 (of the subtypes H5N1 and H1N1) that contain the genetic sequences of the Brucella proteins L7/L12 (ribosomal) or Omp16 (outer membrane) inserted into the viral NS1 gene, which express these Brucella proteins in vivo and are safe in cattle. Our studies showed that this vaccine candidate in cattle induced a strong antigen-specific T-cell immune response, and most importantly provided a high level of protectiveness comparable to the commercial B. abortus S19 vaccine and superior to the B. abortus S19 vaccine in combination with Montanide Gel01 adjuvant. Furthermore it is shown that the developed vaccines can effectively differentiate vaccinated animals from infected animals.
||WO||WO/2014/193205 - MOBILE TELEPHONE||04.12.2014||
||PCT/KZ2013/000008||SEILOV, Adilkhan Sanbulganovich||SEILOV, Adilkhan Sanbulganovich|
The invention relates to mobile telephone technology, and more particularly to telephone sets having additional functional capabilities. The proposed mobile telephone solves the problem of freeing up a person's attention and hands, and makes it possible not only to call any subscriber from a telephone book, but also to reply to subscriber calls without being distracted from dealing with matters in progress. Furthermore, the power source is constantly recharged. This is achieved in that the mobile telephone device comprises a transceiver unit connected to an antenna, an audible call indication unit, a memory unit, a microphone, an operating mode selection unit and a power source, which are connected to a controller in the form of an artificial human tooth having a vibrating call unit disposed in the base thereof, while the external surface of said artificial tooth is provided with a galvanic couple which generates current and charges up the power source when located in an alkali medium.
||WO||WO/2014/193206 - DEVICE FOR CONVERTING THE FORCE OF GRAVITY AND BUOYANCY INTO ELECTRICAL ENERGY||04.12.2014||
||PCT/KZ2014/000003||BEKBEMBETOV, Bauyrzhan Bakhitzhanovich||BEKBEMBETOV, Bauyrzhan Bakhitzhanovich|
A device for converting the force of gravity and buoyancy into electrical energy. The invention relates to the field of power engineering. A converter comprises a container which is closed by a cover and is mounted on supports and is filled with a liquid, in which container there is arranged a drive with a perpetual working element, which is connected to floats, a basic electric generator and a transmission. The float is in the form of an outer cylinder mounted coaxially to an inner cylinder with the possibility of reciprocal motion. The inner cylinder is connected at the bottom to the base of the container, wherein there is a through-opening in a cavity at the base. A piston with a connecting rod is mounted in the cavity of the inner cylinder and adjoins the walls of the cylinder in a hermetically sealed fashion, with the possibility of reciprocal motion. Lateral connecting rods, which are connected to a vertical spring and a connector, are mounted along the sides of the inner cylinder. The outer cylinder is closed in the upper part, wherein there are feed/discharge valves for liquid and air in the upper part, which valves are connected to flexible tubes, which are connected to self-winding coils. One flexible tube is led up to a turbine connected to an additional electric generator, and a second flexible tube is led up to a source of air. The outer cylinder is open in the lower part, wherein the cavity of the cylinder is provided with a sealing ring, and fixing means for the lateral connecting rods are arranged on the outer side of the cylinder. An electronic control unit regulates the feed/discharge of liquid into and out of the container and coordinates the operation of the fixing devices and valves.
||WO||WO/2014/185758 - WIND WHEEL (WITH TWO ALTERNATIVES)||20.11.2014||
||PCT/KZ2014/000004||SHAIKENOV, Blok||SHAIKENOV, Blok|
The invention relates to wind-power technology, in particular to the use of wind power for generating power using horizontal axis wind turbines. A wind wheel consists of two parts: a short root part and a long wing-shaped part. The short root part is manufactured from high-quality steel, and consists of an axial section and a sleeve section. A short part of a blade is located at a distance of 1.5-4.5 m from the attachment of the root to the main shaft of a wind engine and is bent at 30-45° relative to the primary axis of the attachment. The bend is directed back, counter to the direction of rotation of the blades. The axial section is attached to the engine head. The long wing-like part of the blade is connected to the sleeve section of the short root part via annular hinged units. The invention is directed to increasing the coefficient of use of wind power.
||WO||WO/2014/182144 - BEARING||13.11.2014||
||PCT/KZ2014/000002||GERGERT, Vladimir Yakovlevich||GERGERT, Vladimir Yakovlevich|
The utility model relates to the field of mechanical engineering and can be used in the production of bearings for vehicles. The technical result is a reduction in frictional forces, an increase in the speed of the bearing, and an increase in the dynamic (radial) and static (axial) load, owing to which increase the reliability and the service life of the bearing are increased. This is achieved in that the bearing is a combined bearing, comprising a roller bearing with a row of rollers and a ball bearing, and, according to the utility model, the roller bearing comprises an internal race and an external race with the rollers of the roller row arranged therebetween, and the ball bearing comprises two support rings with a separator together with the balls of the ball row arranged therebetween, wherein the roller bearing is connected to the ball bearing by means of interaction of one of the support rings of the ball bearing with the internal or external race of the roller bearing.
||WO||WO/2014/142637 - METHOD FOR PRODUCING THERMOPLASTIC ELASTOMERS||18.09.2014||
||PCT/KZ2013/000003||IMANOV, Akylbek||IMANOV, Akylbek|
The invention relates to a development of an effective method for producing thermoplastic elastomers based on 20.0 PBW of polyolefins, 25.0-30.0 PBW of synthetic rubbers, and 40.5-52.5 PBW of surface and bulk modified regenerated rubber products (RRP) and 4.25 PBW of a curing system per 100 PBW of RRP, which can be used for producing technical items and parts, cable insulation and modifiers for asphalt and bitumen mixtures.
||WO||WO/2014/126449 - MASS SPECTROMETRY METHOD AND DEVICES||21.08.2014||
||PCT/KZ2013/000004||SAPARGALIYEV, Aldan Asanovich||SAPARGALIYEV, Aldan Asanovich|
The invention relates to electronic analytical technology for determining the composition and structure of substances, and specifically to the field of analyzers which include at least one mass spectrometer (MS), and can be used in medicine, biology, the oil and gas industry, metallurgy, the energy industry, and in geochemistry, hydrology and ecology. The technical result is an increase in MS resolution, sensitivity, precision and speed when measuring the composition and structure of substances, with a concurrent increase in the functional capabilities and a decrease in the geometrical dimensions and the mass of substance analyzers. A multi-track method of mass spectrometry and a three-dimensional reflecting (3D-reflecting) method of mass spectrometry have been developed, the latter requiring the use of a three-dimensional reflecting IO subsystem (3D-reflector). In order to carry out these methods, a novel, laterally-discontinuous conical variety of electric field distribution is set forth, including a type thereof with three-dimensional distribution in the reflection area. Variants of devices have been developed in order to achieve the method. Set forth are the main ion-optical schemes which make it possible to create various varieties of MS.
||WO||WO/2014/112855 - DEVICE FOR ERADICATING OIL SPILLS IN BODIES OF WATER||24.07.2014||
||PCT/KZ2013/000007||NURTAYEVA, Aliya||NURTAYEVA, Aliya|
The present invention relates to the field of ecological problems of environmental protection in the oil industry, in particular to methods and devices for removing (eliminating) oil spills in large areas of water, and can be used in the eradication of spills of oil, of oil products and of other hydrophobic combustible liquids in bodies of water. The technical result which can be achieved is that of ensuring more complete combustion of an oil film floating on a water surface. The device comprises an oleophilic body which is fastened to the shaft of a drive mechanism, and a float and ballast, which stabilize the position of the device in such a way that part of the body projects above the water surface covered by the oil film. When the oleophilic body rotates, the oil film which has adhered thereto is raised above the water surface and ignited. The combustion is maintained continuously since the oil film is constantly renewed in the combustion zone as the body rotates.
||WO||WO/2014/104866 - WIND POWER PLANT||03.07.2014||
||PCT/KZ2012/000019||BUKTUKOV, Nikolay||BUKTUKOV, Nikolay|
The invention relates to wind power engineering. The wind power plant has a load, brackets, blades and a shaft. The blades are hingedly attached to the brackets. To the blades there are attached V-shaped levers which are hingedly interconnected by rods. To the shaft there are fastened the brackets, a section of pipe and a pulley shaft. A flexible pull line passes over the pulley, connecting a blade to the load, which is located inside the pipe. Below the brackets there is mounted a bearing assembly, the housing of which is connected to supports. In one embodiment, the shaft is connected to an electromechanical assembly. In another embodiment, the lower brackets are connected to a ring provided with magnets, and a ring with windings is fastened to the bearing assembly. A casing is fastened to the supports. Curved air ducts are fastened to the top part of the casing. The bottom part of the casing is flared in the shape of a cone with the broad base facing toward but not touching the ground. The surface below the cone, the entire vertical length of half of the casing and the air ducts are painted black, and the opposite side of the casing and the cone are transparent. The invention is directed to enabling the generation of electric power in the absence of wind in fine weather, increasing the efficiency with which the energy of the wind is used and simplifying the design.
||WO||WO/2014/098544 - WIND TURBINE||26.06.2014||
||PCT/KZ2013/000016||MATAYEV, Yestay||MATAYEV, Yestay|
An elegant and highly efficient wind turbine is proposed, as well as a universal blade design which can be used in motors of various designs and modes of operation. The wind turbine comprises a rotor with a vertical axis of rotation, asymmetrical rigid blades mounted on the rotor such as to be able to rotate through a certain angle about their vertical axes, and a supporting structure in the form of vertical rectangular frames diverging from the centre, which makes it possible to converge the wind flow and accelerate same in the vicinity of the rotor. The proposed wind turbine design makes it possible to increase the efficiency with which the energy in the wind is used, reduce parasitic drag and simplify and strengthen the structure, resulting in an increase in the capacity of the wind turbine.