WO/2016/195614 DEVICE FOR ADJUSTING THE DEGREE OF COMPRESSION OF AN INTERNAL COMBUSTION PISTON ENGINE||WO||08.12.2016|
||PCT/UA2015/000075||MALENKO, Oleksandr Fedorovych||MALENKO, Oleksandr Fedorovych|
The invention relates to mechanical engineering building, and specifically to devices for adjusting the degree of compression of an internal combustion piston engine. The device for adjusting the degree of compression of an internal combustion piston engine contains a working cylinder with an actuating piston, an adjustment cylinder with an adjustment piston, a movable segment and a supporting segment, a rod, a pull-back spring and a supporting structure. Figure 1, figure 2 and figure 3 show the mutual arrangement thereof and the interconnection of all of the elements. The proposed device makes it possible to optimally adjust the degree of compression in a combustion chamber, with maximum accuracy and at any moment, in all operation modes of an internal combustion engine, and also increases the efficiency.
WO/2016/195615 METHOD FOR SEPARATING A GRANULAR MIXTURE IN A FLOWING MEDIUM AND DEVICE FOR CARRYING OUT SAID METHOD||WO||08.12.2016|
||PCT/UA2016/000030||ORSYK, Sergiy Ivanovich||ORSYK, Sergiy Ivanovich|
The invention is used in various branches of industry, in particular in agriculture for preparing seeds for sowing and for selection purposes. The method for separating a granular mixture in a flowing medium consists in a gravitational supply of particles, with an aerodynamic, monotonously increasing action thereon with a cascade of flat jets, said cascade being stabilized in terms of pressure and discharge. Large impurities are removed from the granular mixture beforehand, and stable parameters are maintained in the separation chamber. The device comprises a vibrating screen, an adjustable hopper with an agitator and a vibrating chute, a generator of a cascade of flat jets, which is connected to a drive for supplying air under pressure, a fraction collector and a separation chamber. The output of the separation chamber is covered with a filtering element in the form of a rotating drum with a calibrating sifter on the surface, said sifter being connected to a cyclone. The rotating drum is connected via an air conduit to the drive for supplying air to the generator of a cascade of flat jets. A separator of fractions which cannot pass through the sifter is in the form of a slotted confuser, a fan and a cyclone with a waste hopper, which are arranged consecutively. The claimed invention makes it possible to increase the quality of processing a granular mixture in a flowing medium, and also to use the device for separating and drying the granular mixture.
WO/2016/195616 LID FOR A CONTAINER||WO||08.12.2016|
||PCT/UA2016/000067||KOZLOV, Slav||KOZLOV, Slav|
The present invention relates to the branch of production of packaging for storage and transportation of goods or materials, for example, such as closures (lids) for containers, more specifically, to closures (lids) combined with auxiliary devices not intended for closure, even more specifically, to lids for a container (hereinafter, the lid) with means for storage of auxiliary devices in a specific position, in particular, elastic elements, and with auxiliary package for additional items or materials, and may be used, for example, for closing containers or reservoirs with food products and contain auxiliary devices for consumption of food products. The lid for a container comprises a hollow casing with an upper part and a lower part. The upper part of the casing being formed by side walls and an end wall and comprising means for keeping auxiliary devices, made in a form of elastic petal- shaped elements arranged in one plane. The lower part of the casing comprises a side wall and means of coupling with the container. The means of coupling with the container designed as fillets having a form of segments arranged along a perimeter of the inner surface of the lower part of the casing. Flanges arranged along the perimeter of an inner surface of the lower part of the casing above the fillets. Flanges comprise a bearing surface on a side of the fillets and a gripping surface having a hook in a lower part thereof. A distance from a plane of positioning the petal-shaped elements to an end surface of the upper part of the lid h is within 0.2...0.8 of the lid height H. A distance from the bearing surface of flanges h1 to the plane of positioning petal-shaped elements is not less than a height of flanges h2. A total surface area of the petal-shaped elements S is within 0.5...0.8 of a sectional area of the upper part of the casing S1 at a site where petal- shaped elements are positioned.
WO/2016/190834 MANIPULATOR FOR CONTROLLING AN ELECTRONIC DEVICE||WO||01.12.2016|
||PCT/UA2016/000031||ZHARKOV, Oleksii Valeriiovych||ZHARKOV, Oleksii Valeriiovych|
The proposed group of inventions relates to programme control devices and can be used as a control element (foot-operated manipulator) for controlling electronic devices. The claimed manipulator for controlling an electronic device contains a body with surfaces for supporting an operator's feet and with projecting surfaces which are intended to be mounted on a horizontal surface; wherein the body incorporates a unit for processing and receiving/transmitting data to an electronic device, said unit being connected to said electronic device by means of a wired or wireless connection; the body is designed in the form of a hollow pipe, which is closed at both ends; the projecting surfaces, which are intended to be mounted on a horizontal surface, are designed in the form of rolling wheels which are rigidly fastened outside the body symmetrically in relation to the centre of the body, between the surfaces for supporting the operator's feet or in the centre of the body; wherein a cavity of the body additionally has mounted therein a sensor unit for detecting motion of the body, said sensor unit being functionally connected to the unit for processing and receiving/transmitting data to the electronic device; and the manipulator is designed so as to be capable of rolling and/or tilting relative to a horizontal axis.
WO/2016/190835 AERODYNAMIC RECIRCULATING BULK MATERIAL SEPARATOR||WO||01.12.2016|
||PCT/UA2016/000062||KOSTRUBIAK, Olena||KOSTRUBIAK, Olena|
The invention can be used in various branches of industry in which the processing of bulk materials, in particular grain, is required. A separator comprises an air blower; a separation chamber with two inlets and two outlets; a loading hopper; at least one discharge channel; a return air duct with a series of curved portions; and at least one residue collection chamber. The sequentially connected air blower, separation chamber and return air duct form a recirculation channel. The return air duct comprises at least one horizontally flared portion, to which one of the aforementioned residue collection chambers is connected via an opening in the lower wall of the air duct. The separator is designed such that air can be injected into the separation chamber via the discharge channels. The first horizontally flared portion in the direction of flow has a downwardly curved lower wall. An opening into a residue collection chamber is situated within the region of a smooth curve from the flared portion to the first portion having an upward curve. The opening into the residue collection chamber is the only opening in the return air duct which constantly connects the return air duct to the external environment. The technical result is improved purification of fractions and better operational and environmental characteristics.
WO/2016/190836 WIND-DRIVEN POWER PLANT||WO||01.12.2016|
||PCT/UA2016/000093||LEVINA, Liudmyla Mykolaivna||LEVINA, Liudmyla Mykolaivna|
A wind-driven power plant contains at least one main high-voltage generator, which consists of a rotor in the form of two discs with permanent magnets secured equidistantly in a circle on the periphery thereof such as to alternate in an axial direction and to be positioned with opposite poles facing each other; and a disc stator with coreless armature coils, which is arranged with an air gap between the discs of the rotor. Furthermore, the power plant has at least one low-voltage generator, which is secured in series below the main high-voltage generator, wherein the stators thereof are secured on the same shaft; and two or more blades, which are secured by means of brackets to the rotor of the main high-voltage generator using spring-type flange mountings. In addition, the power plant is equipped with an electronic module for synchronising and mixing the voltages of the two above-mentioned types of generators, wherein the mass of one or more main high-voltage generators is greater than the mass of one or more additional synchronous low-voltage generators.
WO/2016/186601 "VUSABO" FOOD PASTE||WO||24.11.2016|
||PCT/UA2015/000116||HASYMOV, Vusal Abilfat Ohly||HASYMOV, Vusal Abilfat Ohly|
Subject matter of the invention: "Vusabo" food paste. Field of the invention: the invention relates to the food industry, more particularly to technology for producing food products, and even more particularly to food pastes, and may be used for individual consumption or in public catering when producing garlic-based food pastes having a long shelf life for use in meat dishes and hot soups. The present food paste contains garlic and vegetable oil, wherein said ingredients are taken in the following ratio by mass percent: garlic: 59-63; vegetable oil: 38-41. The invention provides for the improved organoleptic characteristics of a paste, while decreasing the unpleasant notes of garlic and simultaneously providing an improved beneficial effect and an extended shelf life.
WO/2016/182524 LONG-BURNING WATER-HEATING SOLID FUEL BOILER||WO||17.11.2016|
||PCT/UA2015/000070||STANCHEV, Vadym Grygorovych||STANCHEV, Vadym Grygorovych|
A long-burning water-heating solid fuel boiler, containing a housing with a double wall for filling with water, and, positioned therein, a combustion chamber, two air conduits, one of which contains an air intake duct connected to an air feeding device installed with the ability to be raised and lowered for immersion in fuel, and the other air conduit being capable of feeding air under the fuel, wherein a portion of the air conduit for feeding air under the fuel is positioned outside of the boiler housing and is provided with a cooled-airflow feed regulator. The technical result consists in forming an airflow cooling zone.
WO/2016/182525 DEVICE FOR COLORING LIGHT MARKING LINES||WO||17.11.2016|
||PCT/UA2016/000016||KAPATSII, Andrii||KAPATSII, Andrii|
Use: for applying construction markings to surfaces of various curvature in construction and mining. Essence: a laser level is equipped with a reservoir with a photosensitive substance capable of changing the color thereof under the influence of light radiation from the laser level; an atomizer for applying the photosensitive substance onto laser marking lines; and a pole/extender for bringing the atomizer closer to the laser marking lines. When applying the photosensitive substance from the atomizer onto the visible laser marking lines, the color of the photosensitive substance changes in those places where particles of the photosensitive substance are applied onto the laser lines. After the color of the photosensitive substance has changed, the laser level may be turned-off. The marking lines will remain colored and will be located in those places where the laser marking lines had previously been. The ability to apply the photosensitive substance from a distance obviates the need for working at height when applying construction markings. Technical advantages: increasing the convenience of marking operations using a laser level; decreasing the cost of marking ceilings and walls, and various curved surfaces.
WO/2016/178644 METHOD OF PRODUCING AN ORGANIC FERTILIZER||WO||10.11.2016|
||PCT/UA2016/000074||MINERALOV, Oleh Ivanovych||MINERALOV, Oleh Ivanovych|
The invention relates to agriculture, more particularly to poultry farming, and even more particularly to producing an organic fertilizer from poultry manure or pig farming waste, and can be used as fertilizer for crops. According to the present method, first of all, chicken manure or pig farming waste is mixed with alkali metal hydroxides of the general formula MeOH, where Me = K, Na, in an amount of up to 1-6% of the mass of the manure, until a pH of 8.0-11.0 is reached. Next, the resultant mixture is mixed with special-purpose additives in the form of a mixture of the tribasic acids citric acid and boric acid, and dried at a temperature of 60-65°С under stirring, with water being removed until the water content of the fertilizer is from 20 to 25%. The quality of the organic fertilizer is improved as a result of an increase in the amount of potassium in the organic fertilizer composition, and an increase in the water solubility of the nutrients in the manure, thus increasing the speed with which they are absorbed by plants.