WO/2015/099631 CURVED SECTION OF A SINGLE-CHAIN SCRAPER CONVEYOR||WO||02.07.2015|
||PCT/UA2014/000003||LIMITED LIABILITY COMPANY "CORUM GROUP"||IVANOV, Vladimir Valentinovich|
1. Technical field: mining machinery. 2. Specific applicability: curved sections of single-chain scraper conveyors. 3. Essence of the invention: guide elements are configured in the form of rings (7) which interact with rotating supporting elements (6) disposed thereinside, said rotating supporting elements (6) being in the form of rotating bodies and being mounted in a housing (1) which is fastened to a frame (2). 4. Technical result: increased reliability, and reduced servicing time of curved sections.
WO/2015/099633 HEADING MACHINE||WO||02.07.2015|
||PCT/UA2014/000085||LIMITED LIABILITY COMPANY "CORUM GROUP"||POLUNIN, Sergei Arkadyevich|
1. Technical field: mining machinery. 2. Specific applicability: selective-cut heading machine. 3. Essence of the invention: a working member and an additional working member are configured in the form of modules, wherein a module comprising a reduction gear with a cutting head is designed to be replaceable, and another module and a frame are identical for both working members. 4. Technical result: mobility and ease of replacement and repair of a working member.
WO/2015/099632 MINING MACHINE REDUCTION DRIVE DISENGAGEMENT MECHANISM||WO||02.07.2015|
||PCT/UA2014/000084||LIMITED LIABILITY COMPANY «CORUM GROUP»||PANKOV, Dmitrij Ivanovich|
1. Technical field: mining machinery. 2. Direct application: in devices for the mechanical disengagement of engines from reduction drives of a cutting tool actuator. 3. Essence of the invention: it is proposed to provide a shaped recess (21-22) along the longitudinal axis (X) of a cup (3), in the form of a groove (21) connected to a nest (22), and to fasten a rod (2) in the recess in an initial position in such a way that a flat area (10) provided on the rod (2) is situated transversely to the longitudinal axis (X) of the cup (3), wherein the rod (2) is installed in the rear portion (4) of the cup (3) and is positioned in the shaped recess with the ability to rotate in the nest (22) and to move in the groove (21) along the longitudinal axis (X) of the cup (3), and the thickness (L10) of the rod (2) with the flat area (10) is made to be proportional to the width (L21) of the groove (21). 4. Technical result: increasing the operational reliability and decreasing the activation time of a reduction drive disengagement mechanism.
WO/2015/094144 METHOD FOR MAGNETIC-HYDRAULIC CLEANING OF BEARINGS AND DEVICE FOR IMPLEMENTING SAME||WO||25.06.2015|
||PCT/UA2014/000072||STELMAKH, Alexander Ustimovych||STELMAKH, Alexander Ustimovych|
A method for the contactless controllable magnetic-hydraulic cleaning of bearings and a device for implementing same (variants) relates to the field of mechanical engineering, and specifically to technologies for cleaning micro-, submicro- and nano-sized technological contamination off of working (contacting) surfaces of metal components, specifically surfaces of non-separable roller bearings which are protected from removal using regular hydro-mechanical methods, and can be used when said surfaces are being prepared for utilization, and during repair work which has the aim of extending the service life thereof.
WO/2015/088465 ROTOR OF AN ASSEMBLY FOR CONVERTING THE ENERGY OF FLUID MEDIA||WO||18.06.2015|
||PCT/UA2013/000148||GALETSKIJ, Anatolij Jurevich||GALETSKIJ, Anatolij Jurevich|
The invention relates to a rotor assembly for converting the energy of fluid media. The present rotor assembly has an inner rim (2) rotatably mounted on a shaft (1), and rigid vanes (3) fastened to the outer side of the inner rim (2), wherein the front and rear surfaces (5, 7) of the vanes (3) are formed by identical surfaces which are bent in the same direction, wherein the surfaces (5, 7) of the vanes (3) are formed by a surface of a cylinder truncated along the axis or by a surface of a truncated cone truncated along the axis, and the angle of inclination of the plane formed by the chords (10) of the profile of each vane (3) to the axis of the shaft (1) is from 5° to 43°. The angle between a projection of the line around which the radius of the arc forming the surface of a vane is described onto a plane parallel to said line and passing through the axis of rotation of the rotor and the axis of rotation of the rotor is from 75° to 90°.
WO/2015/088466 GEOPHYSICAL EXPLORATION METHOD||WO||18.06.2015|
||PCT/UA2014/000093||BURKYNSKYY, Igor Borisovich||BURKYNSKYY, Igor Borisovich|
The geophysical exploration method involves synchronous measurements of an intensity of the natural pulsed electromagnetic field of the Earth (NPEFE) in different parts of the area being explored with all measurements are taken in a range of very low frequencies in at least two different directions to receive a signal by routing and reference devices, and first the sensitivity and identity of reception of signals by all routing and reference devices are adjusted, the antennas for the same reception channels of all involved devices are oriented in same preset directions of space, the graphs with spatial changes in the intensity of fields along the work profile are construed, any geophysical anomaly is identified in the profile being explored, with measuring available structural and lithological heterogeneities by an anomalous change in the intensity of NPEFE, the boundaries of anomalies are mapped and the results are given a geological interpretation. The routing devices for measurement of the electromagnetic field for subsequent compensation of noises from local and remote sources are additionally installed, at least two routing devices are installed in each peg, the profiling is made with simultaneous measurement of signals by all routing and reference devices with the preset discreteness, the digital filtering is provide for selection of signals in the context of noise, the group processing is given to signals from routing and reference devices by setting admissible ranges for factors of cross-correlations between signals of the corresponding channels of different routing devices, different routing and reference devices, a time interval is set for calculations of factors of cross-correlations for signals, calculations of factors of cross-correlations between signals from the corresponding channels of routing devices and between signals of the corresponding channels of routing and reference devices, values of each calculated factor of cross-correlations for each routing devices are compared with corresponding admissible ranges of factors for cross-correlations of signals, with further determination of a signal from the routing device as a NPEFE signal in the point of current location of the routing device, if the values of the calculated cross- correlation factors correspond to the preset corresponding admissible range of cross-correlation factors, then a number of signals determined as NPEFE signals is calculated in each point of current locations of the corresponding routing device for each corresponding device within the time interval in accordance with the preset discreteness of signal measurements, and the intensity of NPEFE in those points is determined for the further mapping of the boundaries of geophysical anomalies, on the basis of the intensity value of NPEFE in different points of the area being explored.
WO/2015/088467 LONG-BURNING SOLID-FUEL HOT WATER BOILER||WO||18.06.2015|
||PCT/UA2014/000105||STANCHEV, Vadym Grygorovych||STANCHEV, Vadym Grygorovych|
The invention relates to heating devices and can be used in heating systems. A long-burning boiler includes a housing having a double wall, a combustion chamber, two air ducts having independent outer apertures with slide-gates, a boiler grate, a turbo-generator which is installed on an air intake conduit, an air supply device which is made to be detachable and is installed so as to be able to be raised and lowered by means of a pulley assembly, an air diffuser capable of being used for various types of fuel and containing, in the central portion thereof, a means for being submerged into fuel, doors which are made to be adjustable, and a layer of thermally insulating material which is provided on the bottom of the boiler. The boiler is equipped with a safety overpressure relief valve. The technical result consists in increasing the efficiency, the thermal capacity and the safety of the device.
WO/2015/088468 DEVICE FOR REPRESENTATION OF VISUAL INFORMATION||WO||18.06.2015|
||PCT/UA2014/000116||MOSKALENKO, Mykhailo||MOSKALENKO, Mykhailo|
In the proposed device for representation of visual information containing a screen and a mirror the reflecting surface of which is a surface of revolution, according to the present invention, the axis of revolution of the mirror reflecting surface passes through the center of revolution of the eye, and the screen surface is a surface that approximates points which are optically conjugated with specified points of the image observed by the eye. At that, the screen surface is a surface of revolution the axis of which coincides with the reflecting surface's revolution axis, while the generatrix thereof is a curve that approximates points, which optically conjugate with specified points of the meridional cross-section of the image observed by the eye. In addition, the mirror is executed in a manner to be one-sidedly transparent in the direction towards the pupil of the eye. Added to the device for representation of visual information is a second identical device for representation of visual information, in such a manner that optical surfaces of their elements are symmetrical to each other relative to the plane of symmetry of the observer's eyes.
WO/2015/084287 BRAKING DEVICE OF A CUTTER-LOADER MINING MACHINE||WO||11.06.2015|
||PCT/UA2013/000151||LIMITED LIABILITY COMPANY "CORUM GROUP"||PANKOV, Dmitriy Ivanovich|
1. Technical field: mining machinery. 2. Specific applicability: braking systems of cutter-loader mining machines. 3. Essence of the invention: a rotating friction disk (7) is disposed between a clamping member (11) and a non-rotating friction disk (6) such as to be capable of longitudinal movement relative to the longitudinal axis (X) of a shaft (5), wherein the clamping member (11) is in the form of a non-rotating friction disk which interacts with an elastic member (12) that is kinematically connected to a drive (16) of the clamping member (11), and the non-rotating disk (6) is stationary relative to the shaft (5) and is fastened between a housing (13) and a base (4). 4. Technical result: a reduction in the overall dimensions and an increase in the operational reliability of the braking system.
WO/2015/084286 USER EMOTICON CREATION AND TRANSMISSION METHOD||WO||11.06.2015|
||PCT/UA2013/000141||STOYANOV, Vyacheslav Viktorovych||STOYANOV, Vyacheslav Viktorovych|
The invention relates to message transmission methods, and specifically to transmitting messages having photographic objects which express the emotions of a user. Proposed is a method for creating and transmitting the emotions of a user, comprising the following steps: automatic recognition of photographic images of a user on information input and/or output devices in accordance with a predetermined algorithm; recognition of user emotions by means of scanning photographic images of the user and selecting the most relevant photographic images in accordance with a predetermined algorithm; conversion of the most relevant photographic images with a corresponding type of emotion into a photographic object; selection, by the user, of a type of emotion from a library of types of emotions using an information input and/or output device; transformation of the photographic object, by means of a generator of an array of pixels with the selected type of emotion, into a graphical user emoticon; receipt of a sequence of symbols from a user by means of an information input and/or output device.