WO/2016/076815 NATURAL BODY SCRUBBER||WO||19.05.2016|
||PCT/UA2014/000123||KOBZA, Tetyana Ivanivna ||KOBZA, Tetyana Ivanivna |
Claimed is a body scrubber, containing an operating element in the form of a sleeve, which is knitted, so as to have a loop structure, on an industrial knitting machine. To avoid causing an allergic reaction, the surface of the operating element is knitted, using natural plant-based thread, into extended loops having a loop height of 0.1-1.8mm; handles are hand-knitted, or knitted using a knitting machine, from natural plant-based thread using a macramé method. The surface of the operating element may also be made of multi-colored thread, or in the form of designs or patterns; the scrubber may also be provided with a chip which reproduces speech or music, and also be provided with a tag with information, for instance regarding a clothing size or a manufacturer.
WO/2016/076816 NODE OF INDIVIDUAL MOVING ELEMENTS OF MECHANICAL MODEL||WO||19.05.2016|
||PCT/UA2015/000018||TOVARYSTVO Z OBMEZHENOIU VIDPOVIDALNISTIU "UKRAINIAN GEARS" ||SHESTAK, Gennadii Anatoliiovych |
The invention relates to producing kits for games and souvenirs. The invention consists in a node for connecting moving elements thereof in order to perform a connecting action using two groups of components. A first group of components and a second group of components are connected by means of inserting protrusions, which are positioned along opposing edges of at least two individual components of the second group, in at least two rectangular connecting apertures of one of the individual components of the first group, and which are disposed symmetrically relative to a central aperture on each of the individual components of the first group. The second group of components contains at least two individual components which are made in the form of symmetrical pairs. Additional protrusions are inserted, which protrusions are disposed on other opposing edges of at least two individual components of the second group, in at least two rectangular connecting apertures of a different individual component of the first group. A central axial gap is formed between central protrusions of the individual components of the second group, and an axis is then inserted into the central aperture of one of the individual components of the first group. The result consists in the fastest and most-reliable assembly of the node.
WO/2016/076817 X-RAY EQUIPMENT FOR TOMOSYNTHESIS||WO||19.05.2016|
||PCT/UA2015/000037||MIROSHNYCHENKO, Sergii ||MIROSHNYCHENKO, Sergii |
X-ray equipment for tomosynthesis has two pilot bearings in the form of opposite vertical pillars having common vertical symmetry plane; carriage placed on said pillars with possibility of adjustable reciprocal movement; arcwise rails, which are oppositely fixed onto said carriages and circumscribe an area of placement of examined patients, a controllable collimated X-ray emitter and a digital X-ray receiver, which are oppositely positioned onto said arcwise rails with possibility of controllable unidirectional synchronous angular movement and equipped with facilities for positional checking of theirs; a control unit; a data processing unit, and a tomosynthesis unit. This equipment characterized in that an optical axis of exit aperture of said X-ray emitter (and, in operative position, geometrical axis of X-ray beam) is always perpendicular to the said X-ray receiver surface.
WO/2016/076818 LIGHT SIGNAL DEVICE FOR TRAFFIC CONTROL||WO||19.05.2016|
||PCT/UA2015/000112||GRYGORENKO, Andriy V. ||GRYGORENKO, Andriy V. |
The invention relates to light signal devices for traffic control installed along the carriageways or otherwise used for roads and traffic management. The claimed device includes the support pillar (1), light warning device with LED panels (19) which work with the control signals of the main light traffic signage (5), (6), (8) synchronically. According to the invention, protection means of the outer surface of the pillar (1) is made in the form of the original removable hollow structure (9) comprising two sections (10), (11), terminal mounting assemblies (14), (15), and spacer elements (17). On the outer side of the hollow structure (9), there are at least two grooves where the LED panels are fixed. The proposed device allows, due to the design improvements, to get a clear visualization and contrast control signals and at the same time ensures a long-term preservation of the aesthetic appearance of the device and reduce maintenance costs. Various preferred embodiments of the invention are proposed for providing the increase of reliability and safety of its operation, expanding of its functionality, in particular, ensuring of constant local coverage in the direction of the roadway.
WO/2016/072956 METHOD FOR UNLOCKING A DEVICE WITH A TOUCHSCREEN||WO||12.05.2016|
||PCT/UA2014/000132||TSARKOV, Mykola Valeriiovych ||TSARKOV, Mykola Valeriiovych |
A method is claimed for unlocking a device with a touchscreen. In the claimed method, during an attempt to unlock the device, an image of a unit of language from a database of units of a foreign language and a corresponding set of images of translation samples are randomly displayed on the touchscreen, one of said translation samples being a component of an information pair of the specified unit of language, and at least two visual symbols, which indicate a direction of movement for the images of the translation samples; in order to unlock the device with a touch screen, an image of a translation sample is selected, and, using successive or simultaneous contact/touch input or gesture, the specified image of the translation sample is moved on the touchscreen in the direction indicated by the visual symbol, recognition and decoding of the image are carried out and the database of units of language is checked to ascertain whether the specified translation sample belongs to the information pair of the reconstructed unit of language; in the event of a positive determination, the locked status of the device with a touchscreen is automatically deactivated and access is granted to the user interface of the device.
WO/2016/072959 METHOD FOR CARBON MATERIALS SURFACE MODIFICATION BY THE FLUOROCARBONS AND DERIVATIVES||WO||12.05.2016|
||PCT/UA2015/000104||ZADERKO, Alexander ||ZADERKO, Alexander |
A chemical vapor deposition method for fluorine-containing carbon materials preparation provided. The claimed method comprises treating of carbons with fluorocarbons or derivatives that passes at a moderate high temperature. The fluorine-containing carbon materials show hydrophobicity, high thermal stability and can be used as catalysts support, lithium battery anodes, and hydrophobic materials or as surface precursor. Surface fluorine characterized by intensive signal in the XPS spectrum, found in a range of 685- 687 eV. Obtained fluoro-containing functionalities is stable at a temperature about 1000 °C.
WO/2016/072958 METHOD FOR OBTAINING LOW TEMPERATURES AND A HEAT EXCHANGE DEVICE‑RECUPERATOR||WO||12.05.2016|
||PCT/UA2015/000103||LIMITED LIABILITY COMPANY "RESEARCH AND PRODUCTION COMPANY "DNIPRO-MTO" ||MOSTYTSKYI, Andrii |
The invention relates to a method for obtaining sub-zero cold in chambers of freezer storage plants with a capacity of 120-160 cubic decimetres. The method is carried out using a throttling regenerative cycle in a compression cooling plant which operates on a mixture of refrigerating media, consisting of isobutane, ethylene, methane and nitrogen. The heat exchange device-recuperator which is used in the regenerative cycle features an inner delivery pipeline in the form of a cylindrical spiral with a helical channel, and an outer suction pipeline in the form of an inlet chamber, an annular channel and an outlet chamber, the aforesaid pipelines being arranged one inside the other, and an additional tubular member, which is disposed on the delivery pipeline and is twisted into the form of a cylindrical spiral.
WO/2016/072957 HEATER OF FLOWING LIQUID OR GAS||WO||12.05.2016|
||PCT/UA2015/000081||ROTNER, Serhii Mychailovych ||ROTNER, Serhii Mychailovych |
A heater of flowing liquid or gas contains a flow pipe having a varying cross-section along the length thereof, the surface of which pipe is provided with discrete heating elements made of a resistive, non-inductive nanostructure silicon-carbon film, said heating elements resting on substrates. The inside of the pipe is provided with a baffle, which imparts a given cross-section to a flow of liquid or gas along the length of the pipe. The resistive film is made of a silicon-carbon-metal composite, with a silicon concentration within the film of at least 30%.
WO/2016/068828 METHOD FOR PRODUCING "BIOMAZUT" BOILER FUEL||WO||06.05.2016|
||PCT/UA2015/000007||TROTSKO, Igor Borisovich ||TROTSKO, Igor Borisovich |
The present method relates to techniques for producing environmentally-friendly composite fuels, can be used for producing water-mazut emulsions and includes preparing a feedstock, dosing components followed by processing, and producing a fuel; as feedstock an organic feedstock (biological sludge) is used, and also heavy types of fuel or chemical-industry waste which is unfit for use as a fuel. The organic feedstock is mixed with heavy types of fuel, and the mixture is then fed into an emulsifier-disperser where the substance is crushed and structured into a fluid highly-dispersed emulsion using cavitation, with a particle diameter not exceeding 1-5 microns and a moisture content of between 1% and 58%. The method achieves the goal of simplifying the implementation and decreasing the energy consumption of the method, and also achieves the goal of broadening the scope of application.
WO/2016/068827 SYSTEM FOR PRODUCING A DIGITAL IMAGE WITHIN A SPECIFIED SPECTRAL RANGE||WO||06.05.2016|
||PCT/UA2014/000121||HOMICH, Oleksii Mykolayovych ||HOMICH, Oleksii Mykolayovych |
The utility model relates to the field of optoelectronic technology and can be used for producing video cameras, photo cameras and various optoelectronic devices. The proposed system for producing a digital image within a specified spectral range consists of the following, consecutively arranged along the path of incoming optical radiation: a light stream splitting unit, light-sensitive elements and an electronic information processing unit connected to the latter. The light stream splitting unit comprises a matrix of light valves and a converging lens. Furthermore, the system additionally comprises a diverging lens, a dispersion prism and a matrix of parallel light valves, wherein the control input of the matrix of parallel light valves and the outputs of the light-sensitive elements are connected to the inputs of the electronic information processing unit.