WO/2016/189336 USE OF THE EQUIPMENT FOR STRUCTURIZATION AND POLARIZATION OF FUEL, COMBUSTION MIXTURE OR WATER AS AN EQUIPMENT FOR EXTRACORPOREAL PROCESSING OF BLOOD||WO||01.12.2016|
||PCT/GE2015/000001||KUREGYAN, Kamo||KUREGYAN, Kamo|
The invention relates to transfusion and to the equipment designed for processing blood for the purpose of effective treatment of various diseases, including leukemia, as well as for deactivation of viruses. Application of the known equipment (published under number WO2013050882, according to claim 1) for structurization and polarization of fuel, combustion mixture or water, as an equipment for extracorporeal treatment of blood of human or animal by the influence of electric field at the time of flowing in the channel between the electrodes made of gold and/or platinum and titanium or coated therewith, followed by reinfusion of blood into the patient's circulatory system.
WO/2016/189337 PLANAR MAGNETRON SPUTTERING DEVICE||WO||01.12.2016|
||PCT/GE2016/000005||BERISHVILI, Zaur||BERISHVILI, Zaur|
The device comprises a vacuum chamber, in which an anode and a cathode
with a target electrode are arranged, and comprising a magnetic system, a cathode unit and a system for cooling the cathode unit with a liquid, wherein, in the cathode unit, the magnetic system is fastened to a disc which is manufactured from magnetically soft material and is fastened to a bladed disc holder which can rotate under the action of a stream of the cooling liquid, the magnetic system comprises a group of permanent magnets which are mounted on the disc, the like poles of each group are placed around a contour of defined radius of the circumference of an involute, wherein one of the groups of magnets is arranged outside said contour, while a second group of magnets is arranged inside said contour, the poles of magnets of opposite polarity of the second group are arranged opposite the poles of one of the groups of magnets that is arranged along said contour, wherein the magnetic groups create a closed contour, the cathode unit comprises a mechanism for adjusting the frequency of rotation of the magnetic system, the device is implemented both under conditions of rotation of the magnetic system and so as to be operable in a stationary mode, the magnetic system can adjust the distance between the poles of magnets of opposite polarity that are included in the magnetic group of magnets within a range of 3-10 mm, and the frequency adjustment mechanism additionally comprises a program control device.
WO/2016/170373 EXPLOSION PROTECTION SYSTEM||WO||27.10.2016|
||PCT/GE2016/000004||LEPL G. TSULUKIDZE MINING INSTITUTE||MATARADZE, Edgar|
1. Technical effect Increasing the quick action, efficiency and reliability of currently available explosion protection systems. 2. Essence of application The proposed explosion protection system contains an explosion detector and a shock wave damping agent discharge device. The detector consists of overpressure and flame sensors, an identification module and an electromagnetic signal wireless transmitter. The discharge device contains a container filled with damping agent. 3. Field of use Protection of infrastructural and industrial facilities from non-authorized and, terrorist explosions; localization of methane explosion energy in coal mines.
WO/2016/151343 PORTABLE, REMOVABLE, HANDHELD DEVICE FOR RECORDING, PLAYING BACK AND STORING INFORMATION||WO||29.09.2016|
||PCT/GE2016/000002||GELASHVILI, Ilia||GELASHVILI, Ilia|
1. Technical result: Increased read-only memory operating speed; improved reliability; simplified memory manufacture and reduced production costs; reduced overall dimensions of a memory device; programmable read-only memory (PROM) with the functionality of a hand-held, portable device. 2. Essence: A programmable read-only memory comprising two modules, the first module containing PROM memory cells and being connectable to a computer USB port by means of the second module. 3. Field of use: Read-only memories.
WO/2016/132160 METHOD OF MAKING STEEL USING A SINGLE INSTALLATION, AND INSTALLATION||WO||25.08.2016|
||PCT/GE2016/000001||KASHAKASHVILI, Guram||KASHAKASHVILI, Guram|
The invention relates to the field of metallurgy and can be used in the making of steel in a single installation that encompasses all of the stages of the making and refining of steel as well as the casting of steel from the installation. The present installation comprises a casting ladle with two slide gates; a water-cooled roof with electrodes, which is conjoined with the ladle and is connected to a gas cleaner; a slag-removal trough; metering hoppers for adding fluxes and deoxidizers; charging pipes for adding charge materials; a pig iron charging funnel; a nozzle for injecting natural gas and air or oxygen, which is comprised of coaxial pipes and is mounted in a pouring nozzle of the second slide gate; and, connected to an injection apparatus, a tube for injecting slag-forming reagents together with an inert gas or nitrogen. The installation is provided with a conveyor, which has a fuel burner and is connected to the roof. In the installation, the cavities formed during melting are filled by the addition of ground scrap and/or pre-reduced pellets, which are heated by furnace exhaust gases and/or additional natural gas flames as they travel on the conveyor, covered by the roof. The invention makes it possible to avoid heat loss, reduce fuel consumption and also increase the consistency of the process of melting and treating a metal in a single modernized installation under automated conditions without deactivating the installation or removing the furnace roof.
WO/2016/124951 DEVICE FOR CUTTING AND TRANSPLANTING HAIR BULBS (GRAFTS)||WO||11.08.2016|
||PCT/GE2016/000003||SHIOSHVILI, Tamaz||SHIOSHVILI, Tamaz|
The device includes a needle for cutting (1), one end of which stands proud of the device, the other end of which is rigidly connected by a holder (2) to one end of a tube (3), the other end (4) of said tube being rigidly connected to an electric motor (5). A plunger (6) is disposed on the outer surface of the tube so as to be capable of free movement. A needle-pusher (7) is disposed inside the tube, wherein one end (8) of said needle-pusher is rigidly connected to the plunger, while the second end (9) is disposed in a channel of the needle for cutting so as to be capable of free movement. The tube has a slot (10), which is set back from the plunger disposed on the tube. The tube also has disposed thereon a spring (11), one end of which rests upon the plunger, and the other end of which rests upon a limiting washer (12). All of the listed moveable elements are disposed in a housing (16), which has two openings: one is before the plunger; the other (18) is behind the plunger, and is connected to a suction system.
WO/2015/011508 METHOD FOR GENERATING STATIC ELECTRICITY FROM A FLUID FLOW||WO||29.01.2015|
||PCT/GE2013/000007||KUREGYAN, Kamo||KUREGYAN, Kamo|
The invention relates to methods of static electricity generation on account of utilization of kinetic energy of a flow of dielectric liquid of gaseous medium as a result of its ionization/polarization and removing charges. The method may be used at creation of generators simple in terms of technology and design, reliable and cheap, with a long operational life. The method of tribo-ion generation of static electricity provides ionization/polarization of flowing dielectric liquid or gaseous medium due to the friction on surfaces of at least one pair of isolated solid bodies creating flowing channel, creation of electric charges on them, and removing charges for direction to the customers. Between contact surfaces adjoining to the flow multiple swirling and creation of turbulence are provided by means, for example, of execution of the contact surface with multiple indents, male-females, or macro- or microroughnesses obstructing the flow. Materials for solid bodies are chosen from triboelectric series so that they charge unlikely towards the fluid medium. The clearance between contact surfaces is controllable.
WO/2014/191781 ROTARY-PISTON INTERNAL COMBUSTION ENGINE||WO||04.12.2014|
||PCT/GE2013/000004||GOYTEMIROV, Ramzan||GOYTEMIROV, Ramzan|
The present invention pertains to four-stroke non-poppet valve rotary internal combustion engines operating by gasoline fuel, natural gas, diesel fuel or hydrogen and can be used for simplification of structure, ensuring reliable and smooth operation of engines with any number of cylinders. The engine comprises a cylinder block group mounted within a housing on rotation supports with combustion chambers facing a rotational center; a rim with a curvilinear, closed inner running track being in contact with pressure-bearing running rollers mounted on pistons; a gas distribution spool-type core fixed against rotation in a central opening of the cylinder block group and having ports on its outer periphery for supplying the air-fuel mixture or air, ignition spark, and/or for injecting the fuel into the combustion chambers; A common port for successively exhausting from the combustion chambers the exhaust gasses is provided. The ports for supplying and exhausting in combination occupy no more than 180° + - 10 degrees on the angular sector of the core, and the port for ignition spark and/or fuel injection is disposed at diametrically opposed sector of 180° + - 10 degrees. The spool-type core is mounted in freely suspended state and can have conical shape, be spring-loaded and made of heat-resisting ceramics.
WO/2014/184592 ARTIFICIAL INTRAOCULAR LENS||WO||20.11.2014|
||PCT/GE2014/000001||DVALI, Merab||DVALI, Merab|
The present invention relates generally to medicine, in particular to the field of ophthalmology. The technical result of the invention is the creation of the artificial foldable IOL which is easy to implant and prevents posterior capsule opacification after cataract surgery. The technical results is achieved by the fact that proposed artificial foldable IOL consisted of optic (2) and more than 2 haptics (C- shaped supporting elements) which are performed with square edge (6) aligned radially towards the optics, are equally spaced from each other and make the whole circle creating the continuous circular sharp square edge when implanted in the capsular bag. Each supporting element (3) has the first arc profile groove (4) in the inner side relevant to optic part radii to touch optic part while supporting element are united in the circle, and the second arc profile groove (5) in the periphery relevant to touching point of outer side of supporting element to touch the previous supporting element while supporting element are united in the circle.
WO/2014/102552 METHOD FOR IMPARTING MOTION TO AN IMPELLER AND WATER TURBINE IMPELLER||WO||03.07.2014|
||PCT/GE2013/000010||ABRAMYAN, Vitaly||ABRAMYAN, Vitaly|
The invention relates to the field of mechanical engineering and is meant for use in hydropower engineering. A method for imparting rotational motion to an impeller consists of creating a main torque by means of using the effect of an incoming flow of a liquid on main blades, said blades having the convex sides thereof facing the flow in a way which maximally changes the radial direction thereof, and an additional torque using the effect of an outgoing flow of liquid on additional blades, said blades having the concave sides thereof facing the flow. The water turbine impeller comprises main blades, provided between an upper rim and a lower rim, said blades being convex on the side from which the flow enters and concave on the opposite side in the direction of rotation of the impeller. A lattice of additional blades, the concave sides of said blades facing the flow, is provided at the outlet of the impeller, said lattice extending from a fairing to the lower rim and being connected to the main blades.