WO/2016/114740 METHOD FOR PRODUCING A COMPLEX OF BIOLOGICALLY ACTIVE SUBSTANCES EXHIBITING HYPOGLYCEMIC ACTIVITY||WO||21.07.2016|
||PCT/UA2015/000002||KUTSANYAN, Akop Surikovych||KUTSANYAN, Akop Surikovych|
The invention relates to medicine and chemical and pharmaceutical industry, in particular, to methods for producing a complex of biologically active substances exhibiting hypoglycaemic activity of plant material. A method for producing a complex of biologically active substances exhibiting hypoglycaemic activity comprises extracting bean herb with alcohol followed by concentrating and/or drying the extract, wherein the extraction is carried out with 96% alcohol resulting in a first extract and a bean herb residue, wherein the first extract is concentrated resulting in a first solid extract or it is concentrated and dried resulting in a first dry extract and the bean herb residue is extracted with 70% alcohol resulting in a second extract at least a portion of which being concentrated resulting in a second solid extract or being concentrated and dried resulting in a second dry extract.
WO/2016/114741 PHOTOGRAPH PRINTING DEVICE||WO||21.07.2016|
||PCT/UA2015/000014||KUZMIN, Serhii Oleksandrovych||KUZMIN, Serhii Oleksandrovych|
The utility model relates to self-service terminals and may be used for printing photographs located in web-resources, including in social networks, or for printing photographs which are stored on mobile devices or information carriers. The proposed photograph printing device contains a housing, having a monitor and an input device, which are in the form of a touch-screen; installed in the housing are a printing device, a Bluetooth adapter, a network adapter, a 3G modem, a Wi-Fi adapter, and a payment receiving device, which are connected to a control unit by means of wired or wireless communication lines; the control unit is capable of forming a user interface, which is displayed on the monitor, using which, a user searches for photographs on at least one web-resource so as to subsequently print same, wherein a photograph search is carried out by a user inputting a query via the user interface, and the control unit is connected to at least one web-resource by means of the network adapter, using at least one applied programming interface (API). The device is additionally provided with an NFC reader, an iBeacon beacon, and a presence sensor, which are connected to the control unit via wired or wireless communication lines, wherein the control unit is connected, via wired and/or wireless connection technologies, to a photograph printing service server and is capable of verifying a unique user code for carrying out a selected order using a code provided to a given user via the photograph printing service server.
WO/2016/114742 THERMOSTABLE SUPERCONDUCTIVE MAGNETIC GRADIOMETER||WO||21.07.2016|
||PCT/UA2016/000001||MINOV, Yurii Dmytrovych||MINOV, Yurii Dmytrovych|
The invention relates to the design of SQUID-magnetometer antenna. The antenna frame is made as a tube from composite material based on epoxy binding agent reinforced with carbon fibers, the fibers are inserted into at least two layers of longitudinal-transverse reinforcement, the number of fibers and angle between fibers of adjacent layers is selected from the condition of equality of the coefficients of thermal expansion (CTE) of frame and superconducting wire. Modifications include another type of polymer binding agents or mineral fiber, selection of composite CTE by changing the type of binding agent and/or fibers, the number of layers. The technical effect - increased strength, thermal stability, lower own magnetic noise, and shielding external magnetic interferences.
WO/2016/114743 HYPERSONIC PROTECTION METHOD FOR A TANK||WO||21.07.2016|
||PCT/UA2016/000002||GALCHENKO, Nikolai Alekseevich||GALCHENKO, Nikolai Alekseevich|
The invention relates to the field of tank protection devices. The present tank protection method includes continuously emitting electromagnetic waves into the surrounding space, detecting an attacking anti-tank weapon, tracking same, determining its speed and direction of approach towards a tank, calculating the optimal point of engagement with the attacking weapon, generating a hypersonic jet which is directed at the calculated point and conveys shot, and detonating a shrapnel shell in the vicinity of the attacking weapon. A spherical combustion chamber and a supersonic nozzle are used for the purpose of generating the hypersonic jet and conveying shot. The combustion chamber and nozzle are connected by terminal leads to an information and control system. The result is an increased degree of protection for a tank.
WO/2016/111665 OIL PURIFICATION FILTER||WO||14.07.2016|
||PCT/UA2015/000130||KOLTUNOV, Georgii Anatolievich||KOLTUNOV, Georgii Anatolievich|
The invention relates to oil filters for an internal combustion engine. The present filter comprises a casing, connected to a cover, and a main filtering element, accommodated inside the casing, and is additionally equipped with a non-return filtering valve consisting of: a convex support with lateral openings and an external flange, in which a spring-mounted frame containing slots is mounted; a ring, a spring and a valve plate, which are mounted on the central opening in the convex support; and filtering material, which is arranged on the surface of the spring-mounted frame and of the lateral part of the convex support. The invention prevents failure of the coupleability between the filtering element of the non-return valve, the non-return valve and the spring.
WO/2016/111664 VENDING MACHINE FOR PREPARING A MOJITO COCKTAIL AND SIMILAR COCKTAILS||WO||14.07.2016|
||PCT/UA2015/000013||FOLOMEEV, Dmitry Anatoliyovych||FOLOMEEV, Dmitry Anatoliyovych|
The invention relates to vending machines for preparing cocktails, in particular mojito cocktails, and cocktails similar thereto. An apparatus is equipped with units for the metered dispensing of fruit and mint, said units being equipped with a device for cutting up same, ice, the apparatus being able to crush the latter, sugar and liquid concentrate. Furthermore, the apparatus additionally has modules making it possible to compress the pre-metered components directly in a glass, and to subsequently mix the components in order to improve the organoleptic properties of the final beverage. The processes of compression and mixing directly in a beverage vessel make it possible to allow the beverage to be prepared at high speed, and the above-mentioned units make it possible to extend the range of possibilities of the apparatus with regard to preparing various beverages.
WO/2016/108801 DEVICE-SPECIFIC FEATURE RECOMMENDATIONS||WO||07.07.2016|
||PCT/UA2014/000138||ECHOSTAR UKRAINE, L.L.C.||RYLSKYI, Igor|
Device-specific feature recommendations to enhance end-user quality-of-experience. In one example implementation, end-user interactions with a television receiver may be monitored. If it is discovered that one or more convenience or programming features have not been previously accessed, the television receiver itself may instantiate a process to notify an end-user that a number of features or services are in fact available or accessible, and also possibly provide a simplified method or means for access to such features or services.
WO/2016/108803 MONUMENT WITH MOSAIC||WO||07.07.2016|
||PCT/UA2015/000011||PSHECHENKO, Bohdan Mykolayovych||PSHECHENKO, Bohdan Mykolayovych|
The invention relates to monuments in the form of a grave monument. A monument with a mosaic contains a gravestone element, containing a base with inscriptions and/or images, which has recesses which form the inscriptions and/or images, and/or which has an overlaid workpiece which is affixed to the base and which has a raised through-hole forming a recess on the base. The recesses are filled with elements in the form of a mosaic made of different types of stone and/or glass and/or made of granules of different types of stone and/or glass, said elements being secured in the recesses, using an adhesive composition, at a level no lower than the level of the front surface of the base and/or the front surface of the workpiece, and the recesses being monolithically filled by the adhesive composition. The front surface of the mosaic is polished, and an adhesive putty is used for filling exposed indentations and cavities formed by air bubbles when mixing the components of the adhesive composition and when pouring same onto the elements of the mosaic. The front surface is coated with a protective layer of adhesive composition and is polished. The technical result consists in enhancing the frost-resistance, reliability and durability of the front surface of a monument which includes a mosaic.
WO/2016/108802 DEVICE FOR ADJUSTING THE SHARPNESS OF A PHOTOGRAPHIC IMAGE USING A PLASTIC LENS AND A PLASTIC ARRAY||WO||07.07.2016|
||PCT/UA2015/000008||GOLUB, Vladimir Ivanovich||GOLUB, Vladimir Ivanovich|
The claimed invention can be used in photographic cameras, electronic surveillance devices, robotic technology, artificial vision and video cameras. The proposed invention addresses the problem of developing a design that can be used in the aforementioned fields of application. This problem is solved in that the claimed device involves the use of a taking lens, fastened to return springs in a housing, the focal length of which can be varied by means of a change in pressure of a working fluid brought about by a compressor.
WO/2016/108804 METHOD FOR FORMING A SANDWICH ASSEMBLY||WO||07.07.2016|
||PCT/UA2015/000102||VASYLIEV, Yurii Pavlovich||VASYLIEV, Yurii Pavlovich|
The invention relates to the field of construction and to astronautics. The claimed method for forming a sandwich assembly consists in that two metal surfaces are corrugated and a "rigid" polystyrene foam is injected into the space between these corrugated surfaces. The corrugations on opposite surfaces are arranged in a criss-cross fashion. The corrugated surfaces perform the function of a mould for a polyurethane foam which can be injected into the gap therebetween, wherein the internal layer, which is monolithic after hardening, performs the functions of a binding agent and an effective heater simultaneously. No matter what force is applied to the surface of the sandwich assembly (pinpoint, linear or distributed), said force is converted into tensile deformation of the opposite metal layer. The method is expediently used for manufacturing prefabricated constructions, small cylindrical houses, joint-free multi-kilometre pipelines, structures in space (station, solar mirror, solar sail), etc.