WO/2015/102477 METHOD FOR THE SEARCH AND ANALYSIS OF AN OBJECT/TARGET||WO||09.07.2015|
||PCT/KZ2014/000025||SAPARGALIYEV, Aldan Asanovich||SAPARGALIYEV, Aldan Asanovich|
The present invention relates to a system and method for the search and analysis (identification) (based on at least one of the following analysis types: structural analysis or quantitative analysis of the chemical composition of a substance) of an object/target, based on the use of at least one of the following information/energy carriers (CEIs): corpuscular streams, electromagnetic waves, and acoustic waves. Search and analysis is carried out using at least one characteristic selected from the group consisting of the following types (a)-(c): (a) the use of one or more object channels and transmission paths and also one or more analysis channels and transmission paths; (b) the use of at least two CEIs that intersect in an object/target, selected from a comprehensive list of CEI subtypes, wherein the effects of the interaction between the CEIs themselves and between the CEIs and a target/sample are used at least in the event of a set of values and parameters of mutual orientation which describe the physical characteristics of each CEI and of the target/sample; (c) the use of at least one of the components making up an RRM, selected from the group consisting of the following substances (compounds): inorganic or organic, inter alia, biological, substances.
WO/2015/099519 COMBINED EARTHQUAKE PROTECTION SYSTEM (VARIANTS)||WO||02.07.2015|
||PCT/KZ2014/000014||REPUBLIK STATE ENTERPRISE FOUNDED ON THE RIGHT OF ECONOMIC COMPETENCE OF THE MINISTRY OF EDUCATION AND SCIENCE OF THE REPUBLIK OF KAZAKHSTAN (KZ) "KAZAKH NATIONAL TECHNICAL UNIVERSITY AFTER K.I. SATPAEV"||SHOLANOV, Korganbai Sagnaevich|
The invention relates to seismic engineering, and more particularly to earthquake-resistant construction. A combined earthquake protection system consists of seismic insulating devices disposed between the side walls of a building and a foundation and also beneath the building, on the foundation. Passive seismic insulating devices are placed between the base of the building and the foundation. Active seismic insulating systems consisting of SHOLKOR robotic platforms are installed in a horizontal plane around the perimeter of the building at the bottom part thereof between the side walls of the building and the foundation. The technical result is a reduction in the level of horizontal displacement of the foundations of buildings and structures during seismic activity, and the prevention of resonant oscillations of building structures.
WO/2015/099518 STAND FOR TESTING FOR SEISMIC RESISTANCE||WO||02.07.2015|
||PCT/KZ2014/000013||REPUBLIK STATE ENTERPRISE FOUNDED ON THE RIGHT OF ECONOMIC COMPETENCE OF THE MINISTRY OF EDUCATION AND SCIENCE OF THE REPUBLIK OF KAZAKHSTAN (KZ) "KAZAKH NATIONAL TECHNICAL UNIVERSITY AFTER K.I. SATPAEV"||SHOLANOV, Korganbai Sagnaevich|
The invention relates to technology which is intended for simulating earthquakes, and can be used for certifying the seismic resistance of seismic isolation systems and seismic protection systems. Proposed is a stand which is comprised of a model to be tested, said model being of a building or of other entities, and of a model of a foundation, wherein seismic isolation or seismic protection systems and devices to be tested are installed between the model of the building, at the bottom part thereof, and the model of the foundation. In order to simulate the movement of the earth's crust during an earthquake, SHOLKOR robots, having pneumatic or other actuators, are installed between a stationary base and the model of the foundation. Using SHOLKOR platform robots for earthquake simulation makes it possible to produce any spatial movement of the foundation because, in each SHOLKOR robot, an upper platform has six controllable degrees of freedom relative to a lower platform (in this case, the stationary base), and said robots can together provide for any spatial movement of the model of the foundation. By setting an amplitude and frequency on the model of the building, and carrying out a comparative analysis, it is possible to determine the amount by which the level of seismic impact decreases when transmitted through a specific seismic isolation or seismic protection system.
WO/2015/065166 SHOCK PLYOMETRIC WEIGHTED EXPANDER WITH TWO HANDLES (VARIANTS)||WO||07.05.2015|
||PCT/KZ2013/000014||SADVAKASSOV, Rustam Maratovich||SADVAKASSOV, Rustam Maratovich|
The invention relates to the field of sports equipment, and specifically to multi-functional wrist and hand expander exercisers and to plyometric kettlebells, and can be used as a means for exercising wrist joints, forearms and shoulders, and for the effective execution of various training exercises aimed at a particular development of the core and leg muscles. The technical result is a unique design of the shock plyometric weighted expander which permits the use of high-intensity shock movements through the air and towards targets and makes it possible to execute various amplitude exercises (swings), plyometric exercises and energy accumulations and to develop explosive speed. Furthermore, using the present shock plyometric weighted expander makes it possible to improve neural activation and segmental reflexes and to build up potential and kinetic energy, thus forcing separate groups of muscles to each undergo various contractions (eccentric, isometric and concentric contractions) numerous times. In a first variant, this is achieved in that the shock plyometric weighted expander, including a handle and a connecting element, according to the invention, contains a thickened central element having one weight affixed thereto, the central element transitioning abruptly into upper connecting elements, which are connected to an additional handle, and transitioning abruptly into lower connecting elements, which are connected to a main handle; the thickened central element is located on the same axis as the main handle, and the additional handle is positioned so as to be offset from the axis of the main handle.
WO/2015/057042 MASS SPECTROMETER AND ELEMENTS THEREOF||WO||23.04.2015|
||PCT/KZ2014/000021||SAPARGALIYEV, Aldan Asanovich||SAPARGALIYEV, Aldan Asanovich|
The invention relates to electronic analysis technology for determining the composition and structure of substances, and more particularly relates to the field of analyzers comprising at least one mass spectrometer (MS). The invention can be used, for example, in medicine, biology, the oil and gas industry, metallurgy, power engineering, geochemistry, hydrology and ecology. The main aim of the present invention is to increase the resolving power of an MS. Proposed are devices for forming and introducing into an analysis IB unit of an MS a plurality of small cross-section ion paths, thus increasing the resolving power of the MS. The invention additionally provides an increase in the sensitivity, accuracy and speed with which the composition and structure of substances are measured, while also expanding the functional capabilities of an MS. A further aim achieved by the proposed invention is that of increasing the range of means available. In the invention for mass spectrometry, ion optical elements with a central plane are proposed, which make it possible to carry out simultaneous or successive substance analysis on different paths and channels.
WO/2015/057041 IN-LINE CAVITATION ASSEMBLY||WO||23.04.2015|
||PCT/KZ2014/000018||SUSANOV, Yury Aslanovich||NUKENOV, Dauit|
An in-line cavitation assembly is intended for treating heavy and viscous crude oil for the purpose of breaking down high molecular weight compounds into smaller, simpler compounds, thus bringing about an up to tenfold reduction in the viscosity of the oil and an up to 70 percent increase in light oil yield. The assembly consists of a constant-level tank with a float valve for maintaining the level in the tank, to which crude oil is supplied from a temporary storage tank. The oil, pumped through a vertical siphon tube, begins to "boil" as a result of reduced pressure, releasing bubbles of gas (gasoline) in the body of the flow as a result of the saturation of the vapours, at a set vacuum and temperature. When they enter the pump, which raises the pressure, the bubbles begin to collapse, breaking down high molecular weight compounds as a result of hydraulic impacts. In order to prevent siphon failure due to an accumulation of bubbles, an air valve is installed at the top of the siphon tube, from which valve a vacuum pump pumps out gasoline vapours, which pass through the evaporator of a refrigerating machine and are condensed and collected in a tank for use as appropriate.
WO/2015/057040 SOLAR CELL||WO||23.04.2015|
||PCT/KZ2014/000017||SUSANOV, Yury Aslanovich||SUSANOV, Yury Aslanovich|
The "YURASUS" solar cell relates to renewable energy sources. Polymer film solar cells have become widespread today because they are environmentally-friendly to produce and use, they are twice as cheap in terms of specific capacity and significantly lighter by comparison with crystalline silicon-on-glass cells, and they do not heat up when generating electric power. The proposed solar cell device is characterized in that the substrate is made from a polymer film methacrylate side-emitting optical fibre, which makes it possible to create units by gluing together sheets, thus immeasurably increasing current collection per square metre of a unit. With a film thickness of 0.2 mm, a unit of 50 sheets, having a thickness of 10 mm, is capable of generating 2.5 kWh per square metre. Polymer solar cells in unit form can be used in place of tiles in residential and industrial buildings, and also in electric motor vehicles, airplanes and electric trains and even in spacecraft, in the the form of a cladding for the body thereof in place of the currently used "parasols", which are vulnerable in space.
WO/2015/047060 INDEPENDENT COOLER||WO||02.04.2015|
||PCT/KZ2014/000012||MASLENNIKOV, Nikolai Nikolaevich||MASLENNIKOV, Nikolai Nikolaevich|
Изобретение относится к энергетике. При работе устройства путём испарения в жидкостном веществе, происходит разделение температуры вещества на холодное и горячее состояние. При односторонней передаче тепловой энергии в ступенях, каждая ступень нагревается от нижерасположенной ступени, и передаёт тепло к вышерасположенной ступени. Независимый охладитель отличается тем, что состоит из множества ступеней с жидкостными и газовыми слоями. Верхняя ступень закрыта и жидкость не имеет возможности испарения в атмосферу. Задачей изобретения является разделение, накопление и концентрация холодного и горячего состояния вещества, использование тепловой энергии окружающей среды. Независимый охладитель используется в качестве холодильника или нагревателя. Для работы независимого охладителя не требуется постороннее топливо.
WO/2015/041509 UNIVERSAL FILTER ELEMENT||WO||26.03.2015|
||PCT/KZ2014/000016||RUZUDDINOV, Saurbek||RUZUDDINOV, Saurbek|
The invention relates to universal filter elements of valve-free, gas-proof respirators intended for protecting the respiratory organs from harmful substances found in the air of manufacturing facilities of aluminium and phosphorus plants, mineral fertilizers and nonferrous metallurgy. A known universal filter element composition comprising: 17.0 - 25.0% by mass of potassium carbonate; 0.7 - 1.0% by mass of sodium hydroxide; 9.0 - 12.5% by mass of sodium silicate; 9.0 - 12.5% by mass of glycerin; 5.9 - 7.4% by mass of water; with the remainder being cotton cloth, does not provide effective protection against sulphur dioxide in excess of 15 MAC. Owing to the fact that the proposed composition additionally comprises calcium oxide and manganese sulphate in the following ratio of components: 22.0 - 32.0% by mass of potassium carbonate; 0.8 - 1.1% by mass of calcium oxide; 1.0 - 1.5% by mass of sodium hydroxide; 10.0 - 14.0% by mass of sodium silicate; 9.0 - 13.0% by mass of glycerin; 0.07 - 0.12% by mass of manganese sulphate; 12.0 - 16.0% by mass of water; with the remainder being cotton cloth, it is possible to increase the absorption capacity of the filter, the degree of protection against sulphur dioxide and additional retention of hydrogen sulphide, thus making it possible to effectively use the filter for protecting the respiratory organs in manufacturing facilities where the content of sulphur dioxide exceeds 15 MAC, that of hydrogen sulphide exceeds 15 MAC, and the content of hydrogen fluoride reaches 30 MAC.
||PCT/KZ2013/000012||BYCHKOV, Dmitriy Anatol'evich||BYCHKOV, Dmitriy Anatol'evich|
The present invention relates to a tampon suitable for feminine hygiene and having a horizontally elongated body made from a compressed absorbent fibrous material with an insertion end and a withdrawal end, and a string for removing the tampon, which is secured by one end in the body of the tampon. The tampon has a truncated conical shape with a sloping base and at least one transverse groove configured in a circle on the surface of the tampon, and further has a string situated at an angle in the body of the tampon, said string protruding from the elongated side at the edge of the surface of the withdrawal end which is at an angle to the axis of the tampon. The transverse groove is configured with and without raised elements in the form of ridges and letters. The proposed tampon design in the shape of a truncated cone with an angled base (a sloping withdrawal end) and a transverse groove(s) passing across the surface of the tampon, as well as an inclined string and a domed insertion end simplifies the processes of insertion and removal, protects against drying of the vaginal walls, a side effect inherent in all previously known tampons, and also prevents accidental passage of the tampon from the vagina into the uterus.