WO/2017/048112 CHILD RESTRAINT DEVICE||WO||23.03.2017|
||PCT/KZ2016/000001||KRAVETS, Evgeny Alekseevich||KRAVETS, Evgeny Alekseevich|
The invention relates to passive safety means for children that are usable in vehicles, and is directed towards increasing the safety, comfort and convenience of using a child restraint device. The child restraint device consists of a reinforced safety belt and a reinforced safety belt buckle, and additionally comprises a strengthened plate and an extender of the reinforced safety belt buckle.
WO/2017/026880 LAPAROSCOPIC GASTRIC BYPASS METHOD FOR TREATING OBESITY||WO||16.02.2017|
||PCT/KZ2015/000012||OSPANOV, Oral||OSPANOV, Oral|
The invention relates to medicine, and specifically to surgery. A laparoscopic mini gastric bypass is performed. A gastric banding device is used for forming a small stomach having a volume of 30 to 50 mL. A stomach segmenting element is secured and covered using seromuscular sutures. A loop of the small intestine having a length of 200 to 300 cm from the ligament of Treitz is anastomized to the small stomach. A gastrointestinal anastomosis is formed using an anastomosis compression clip having a length of 15 to 20 mm. After removal of the compression device from the anastomosis area, the communication between the small and large segments of the stomach is hermetically sealed. The method provides for the low-impact surgical treatment of obesity, and reduces the risk of intra-operative and post-operative complications by means of a minimum number of anastomoses, incisions, and sutures.
WO/2017/018867 DEVICE FOR UPGRADING A "YURASUS" SOLAR CELL||WO||02.02.2017|
||PCT/KZ2016/000013||SUSANOV, Yury||SUSANOV, Yury|
A device for upgrading a "YURASUS" solar cell consisting of individual sheets made from a light-conducting side-emitting polymer optical fibre with a photovoltaic coating applied thereto, said sheets being glued together to form a unit, at least one face of which is oriented towards the sun, said device being illuminated, for the purpose of generating electrical energy in conditions of limited light or in the absence thereof, via a face(s) that is not oriented towards the sun, by an appropriate artificial light, for example economical light emitting diode lamps or light lasers mounted on a holder with a reflector, which can be switched on automatically with the aid of a sensor. By means of the present device, a solar cell becomes universal and suitable for use in electric motor vehicles, electric trains, airplanes, spacecraft and domestic settings, and becomes independent of sunlight. Calculations show that the proportion of electrical energy consumed, for example by a motor vehicle battery generating 105 kWh, is not more than 0.5 kWh.
WO/2017/014616 ASYNCHRONOUS ELECTROMAGNETIC MOTOR||WO||26.01.2017|
||PCT/KZ2015/000017||SAKHNOV, Alexandr Valentinovich||SAKHNOV, Alexandr Valentinovich|
The claimed invention relates to power engineering and can be used as a drive with a wide power range. The technical result is an increase in motor efficiency. In the claimed asynchronous electromagnetic motor, a tyre-shaped stator comprises a body and at least five rows of electromagnets, which are arranged at an angle about the entire perimeter of the stator, wherein the working cores of the electromagnets extend into a hollow groove surrounding a rotor. The electromagnets are activated with the aid of a controller, which supplies a current to transverse groups of electromagnets at a plurality of points on the stator. The resulting electromagnetic field interacts with the tips of the rotor and causes it to rotate.
WO/2017/010855 SANITARY PAD||WO||19.01.2017|
||PCT/KZ2015/000015||BYCHKOV, Dmitriy Anatol'evich||BYCHKOV, Dmitriy Anatol'evich|
The invention relates to a sanitary pad for everyday use, presented in two embodiments, one of which provides the possibility of increasing the length of the pad. The claimed embodiments envisage an article comprised of four layers. In one embodiment, the pad comprises a whole horizontally elongate body; in the other embodiment, the pad is formed of two separate parts which, when joined, form a single whole elongate body, wherein one part can be extended from the other in order to increase the length by up to +8 cm. The pad can have markings applied thereto using antiseptic aniline colours, said markings serving to provide an approximate indication of the increase in length of the pad.
WO/2017/003273 WAVE ELECTRIC POWER STATION ON THE BASIS OF A PARALLEL MANIPULATOR||WO||05.01.2017|
||PCT/KZ2016/000012||A NON-PROFIT JOINT-STOCK COMPANY "KAZAKH NATIONAL RESEARCH TECHNICAL UNIVERSITY AFTER K.I. SATPAEV" OF THE MINISTRY OF EDUCATION AND SCIENCE OF THE REPUBLIC OF KAZAKHSTAN||SHOLANOV, Korganbai Sagnaevich|
The invention relates to power engineering, in particular to wave power engineering. The wave electric power station comprises a hydraulic six-mobility parallel manipulator Sholkor. The manipulator is fastened by a lower platform to a base. An upper platform is a body which is submerged into water and has controllable buoyancy for returning the platform into the starting position. Six hydraulic drives of the manipulator carry out the function of hydraulic pumps for forward motion and convert the mechanical motion of the upper platform into motion of a hydraulic fluid, setting hydraulic motors which are connected to a generator shaft into motion. In hydraulic cylinders, each of said hydraulic drives is connected above piston cavities and below piston cavities by a delivery hydraulic line and a bleed hydraulic line to a hydraulic motor. Each of the twelve hydraulic motors acts independently of one another via an overrunning clutch on the generator shaft, rotating the latter in one direction. The invention is directed towards reducing the risk of destruction of the structure from dynamic wave actions, and also towards increasing the efficiency of converting wave energy into electrical energy.
WO/2017/003272 METHOD FOR PRODUCING GELATIN MICROCAPSULES FOR PROTECTIVE COATINGS||WO||05.01.2017|
||PCT/KZ2015/000007||TOVARISSHCHESTVO S OGRANICHENNOY OTVETSTVENNOSTYU "AIM LAB"||KURBATOV, Andrey Petrovich|
The group of inventions relates to microencapsulation of corrosion inhibitors and the use of microcapsules in protective coatings for steel articles. The disclosed method for producing gelatin microcapsules comprises preparing a gelatin solution in water, comprising a surfactant and a hydrophobic corrosion inhibitor, dispersing the solution using ultrasound and then adding a coacervation agent, mixing, separating microcapsules and curing their shells. The gelatin microcapsules comprising a hydrophobic corrosion inhibitor are used in nickel-plating electrolyte formulations for making protective nickel coatings. The technical result consists in the production of gelatin microcapsules, with a diameter of no larger than 2 µm, comprising a corrosion inhibitor, which are agglomeration-resistant in a nickel-plating electrolyte and make it possible to produce coatings that provide a high level of protection against corrosion.
WO/2017/003274 MASS SPECTROMETER, INCLUDING 3D TIME-OF-FLIGHT MASS SPECTROMETER||WO||05.01.2017|
||PCT/KZ2016/000014||SAPARGALIYEV, Aldan Asanovich||SAPARGALIYEV, Aldan Asanovich|
The invention relates to electronic analytical technology for determining the composition and the structure of substances, in particular in the field of analyzers comprising at least one mass spectrometer (MS), and can be used in medicine, in biology, in the gas and oil industry, in metallurgy, power engineering, geochemistry, hydrology and ecology. A time-of-flight mass spectrometer (TOF MS) is proposed having at least one feature selected from the group consisting of the following: (a) a loop form; (b) a link conduit; (c) with a compensatory source; (d) with an attached discharge system. The technical result consists in an increase in the resolution of the TOF MS.
WO/2016/195465 ELECTRIC MACHINE AND ELECTRIC DRIVE||WO||08.12.2016|
||PCT/KZ2016/000011||SAPARQALIYEV, Aldan Asanovich||SAPARQALIYEV, Aldan Asanovich|
The present invention relates to a device for operating a system of inductively interacting blocks (SIB) in an electric machine (EM), and also to an electric drive. In particular, this invention describes a multisector EM and the adjustable equalization (I) of a total torque transmitted to a general starter of the EM. The main task of the present invention is to increase the energy capacity value of the EM. The invention additionally provides for an increase in the efficiency value and a reduction in the material consumption of the EM. Furthermore, the proposed variants of the SIB include all types of EM. The invention can be used for creating new energy-efficient types of EM and for wide-scale (mass) use of compact and environmentally friendly electric motors, instead of environmentally harmful and unwieldy internal combustion engines.
||PCT/KZ2015/000014||GERGERT, Vladimir Yakovlevich||GERGERT, Vladimir Yakovlevich|
The invention relates to the field of mechanical engineering and can be used in the manufacture of vehicles. A combined bearing includes a roller bearing and a ball bearing. The roller bearing comprises an outer race and an inner race with a single row of rollers disposed therebetween. The ball bearing comprises two rings and, disposed therebetween, a cage with balls. A first ring of the ball bearing is provided with a running track for the balls, whereas a second ring of the ball bearing is comprised of the end face of the outer or inner race. The roller bearing is coupled to the ball bearing by means of the interaction of the ring with the end faces of the inner or outer race. On the inner portions of the rings of the roller bearing cage there is provided a conical projection, inside which is an aperture for securing a roller. The guiding edges of the inner race are outwardly inclined at an angle of from 0.5 to 10 degrees. The cage is comprised of two rings of different diameters, and spacer bushings are mounted at a distance between the rings. The technical result is an increase in the reliability and lifespan of the bearing as a result of reduced friction, increased bearing speed and increased dynamic (radial) and static (axial) load.