WO/2015/057178 METHOD OF PREPARING TOBACCO-FREE SMOKING COMPOSITION FOR HOOKAH||WO||23.04.2015|
||PCT/UA2013/000154||SHISHAFRUITS LTD.||BALIURA, Ievgenii Vladymyrovych|
The invention relates to tobacco substitutes, and specifically to tobacco-free smoking compositions, and is principally intended for smoking using a hookah. In the method of preparing a tobacco-free smoking composition for a hookah, including the preliminary preparation of a main organic material, the main organic filler being comprised of at least one type of fruit, and of a binding agent consisting of a mixture of propylene glycol and food-grade glycerin in a ratio of (1:4)-(4:1), wherein the preliminary preparation of the main organic filler material is carried out by means of freeze-drying, in the process of which, the fruit is crushed to a fraction-size of 3-12 mm, frozen in liquid nitrogen at a temperature of (-40)-(-60)°С, and kept in a vacuum for 30-40 minutes, thus forming the filler material, which has a residual moisture content of 1-6% and which is impregnated with binding agent using the following ratio of compositional components by mass percent: main organic filler material: 10-55; binding agent: the remainder. Technical result: the method of preparing a tobacco-free smoking composition for a hookah allows for reducing the rate of combustion, decreasing the rate of use per filling, and improving the quality thereof.
WO/2015/057180 PERMANENT MAGNET PREPARATION METHOD||WO||23.04.2015|
||PCT/UA2014/000107||OLEFIRENKO, Anatolii Ivanovich||OLEFIRENKO, Anatolii Ivanovich|
Subject of the invention: a permanent magnet preparation method. Field of application: electrical technology. Essence of the invention: using preset parameters for changing the non-uniformity of a magnetic field around the poles of permanent magnets and for configuring the surface thereof, preparing permanent magnets out of powders having various magnetic characteristics, positioning same in a special die mold prepared so as to correspond to the configuration of solids of rotation or translational motion, orienting the powders in a magnetic field, then compressing, sintering and heat-treating same. Technical result: changing the non-uniformity of a magnetic field around the poles of permanent magnets in a calculated direction allows, during interaction between the permanent magnetic fields of like poles of permanent magnets which are affixed to mobile and stationary bodies and which have poles of a single polarity between same, for producing kinetic energy from the motion of the bodies, an alternating magnetic field and an eddy magnetic field without the use of known sources of energy and, by positioning conductor/windings and massive ferromagnets in the alternating magnetic field, for producing electrical and thermal energy or for affixing the bodies.
WO/2015/057179 INDEPENDENT REAR SUSPENSION FOR THE WHEELS OF A VEHICLE||WO||23.04.2015|
||PCT/UA2014/000077||BESEDOVSKYI, Yurii Lvovych||BESEDOVSKYI, Yurii Lvovych|
The invention can be used in the field of vehicle engineering for three-wheeled and four-wheeled forms of transport. The present independent rear suspension for the wheels of a vehicle comprises: two trailing arms with wheels, said arms being provided with vertical members and being pivotally connected at one end to the lower part of the body, and at the other end, via the vertical members, to the ends of an equal-arm rocker; and two shock absorber and spring assemblies. Between the trailing arms with wheels and on the same transverse axis therewith is mounted a centre trailing arm which is pivotally connected at one end to the lower part of the body, and at the other end, via the shock absorber and spring assemblies, to the upper part of the body; furthermore, the centre part of the equal-arm rocker is pivotally attached to the centre trailing arm. Technical result: a flexible connection is provided between the wheels of a vehicle and the body thereof, which connection is not affected by the fastening of structural elements of the vehicle in order to lend rigidity to the structure during travel and in a static state with the body in a vertical position; this in turn results in a smoother ride without vibrations and in greater stability, thus rendering the vehicle more comfortable and safe.
WO/2015/053730 DEVICE FOR PRODUCING DRAFT OF EXHAUST GASES IN ENGINE EXHAUST PIPE||WO||16.04.2015|
||PCT/UA2013/000139||SIDORENKO, Yuri Grygorovych||SIDORENKO, Yuri Grygorovych|
The invention relates to vehicle design elements, and specifically to a device for producing a draft of exhaust gases in the exhaust pipe of an internal combustion engine of a vehicle. The device, according to the invention, is carried out in the form of a jet ejector which includes an air turbine having an electric drive, the inlet of which turbine being intended for connecting to the surrounding atmosphere, and a nozzle being installed at the outlet of the air turbine, said nozzle being positioned in the cavity of the exhaust pipe with the ability to mix streams of exhaust gas with air from the air turbine. The proposed device is also characterized in that it is supplemented by a system for activating/deactivating the air turbine electric drive. At the foundation of the present invention is the goal of developing a device which has increased efficiency by means of creating conditions for forcedly diluting exhaust gas in an exhaust pipe of an internal combustion engine of a vehicle, and which would not be dependent on the speed of oncoming air flowing over the vehicle, thus allowing for increasing the draft of exhaust gases in the exhaust pipe and for improving the ventilation of engine cylinders in various operating modes.
WO/2015/053734 ENERGY DEVICE||WO||16.04.2015|
||PCT/UA2014/000111||REMIZOV, Pavel Pavlovich||REMIZOV, Pavel Pavlovich|
The invention relates to power engineering, more particularly to hydro and wind power engineering, and even more particularly to an energy device.
WO/2015/053733 CASE FOR TRUNK OF VEHICLE||WO||16.04.2015|
||PCT/UA2014/000110||POLIAKOV, Serhii Evhenovych||POLIAKOV, Serhii Evhenovych|
The utility model relates to means for storing and transporting various objects, accessories, food, etc., and can be used for equipping vehicles. Proposed is a case for the trunk of a vehicle, said case containing a hollow housing having walls, a bottom, a hinged lid, means for affixing the lid on the housing, and at least one handle, which is connected to the front wall of the housing, wherein the housing and the lid are made of a polymeric material and are each cast in a single piece, the walls of the housing and/or the bottom and/or the lid are provided with at least one outer or inner reinforcing rib, and the means for affixing the lid on the housing consist of at least two latches, and wherein the outer dimensions of the case are smaller than the dimensions of the trunk of the vehicle.
WO/2015/053731 METHOD FOR UNDERGROUND GASIFICATION OF A HYDROCARBON-CONTAINING FORMATION||WO||16.04.2015|
||PCT/UA2014/000036||TROTSENKO, Eduard Anatolievich||TROTSENKO, Eduard Anatolievich|
The invention relates to methods for gasifying hydrocarbons. The present method involves drilling at least two production wells, having vertical-horizontal bores which pass through an underground formation, and at least one gas extraction well, positioning electrodes in the vertical-horizontal wellbores, heating the formation, producing a vapor/gas mixture and extracting same via the gas extraction well. The present invention is novel in that the formation is heated in consecutive thermo-zoned areas; the first area is heated by applying voltage to two electrodes which are positioned in horizontal wellbores; the formation of an electric arc is initiated between said electrodes and is maintained until a thermal breakdown in the inter-electrode zone of the well surface layer is produced and a resistance heating channel is formed between the electrodes in said layer. Subsequent areas of the formation are heated by adjusting the strength of the current fed to the electrodes while simultaneously oppositely displacing the electrodes within the horizontal wellbores at a rate of 1.0-2.5 meters per day. The technical result consists in increasing the specific yield of the produced vapor/gas mixture.
WO/2015/053732 CONVECTION PORTION OF HEATING BOILER||WO||16.04.2015|
||PCT/UA2014/000048||TYMOSCHUK, Valeriy Vladimirovich||TYMOSCHUK, Valeriy Vladimirovich|
The device relates to power engineering and can be used in heating boilers for providing heat to public utility and industrial installations. The essence of the invention consists in that a rear wall of the convection portion of a boiler is inclined, and fluid channels are inclined, the fluid channels being made to be different lengths, said lengths increasing with proximity to the rear wall, and the upper and lower edges of the channels being positioned in a step-like formation, with the width of the gas channels decreasing with proximity to the rear wall. Such an arrangement allows for turbulent motion of combustion gases along the gas channels at a significant angle of incidence. The invention allows for achieving a high level of efficiency.
WO/2015/050523 MINERAL-WINNING SYSTEM||WO||09.04.2015|
||PCT/UA2013/000135||LIMITED LIABILITY COMPANY "CORUM GROUP"||DOLOTOV, Vyacheslav Vjacheslavovich|
1. Technical field: mechanical engineering. 2. Direct application: in mining machinery for forming installation roadways during longwall preparation. 3. Essence of the utility model: the housing (7) of a winning machine displacement actuator is connected, along a conveyor, to a base (1) by means of at least one releasable mortise-type connection (9). 4. Technical result: simpler assembly and disassembly of an actuator for longitudinal displacement of a winning machine along a conveyor during servicing of the mineral-winning system.
WO/2015/050524 MECHANIZED SUPPORT SECTION||WO||09.04.2015|
||PCT/UA2013/000136||LIMITED LIABILITY COMPANY "CORUM GROUP"||NEPOMNIASHCHYI, Oleksandr Lazarevich|
1. Technical field: mechanical engineering. 2. Direct application: mechanizing roof support and control processes during the underground mining of mineral resources. 3. Essence of the proposed technical solution: additionally introducing a rocker arm (10) which is pivotally connected to a second end of a hydraulic jack (7) of a section displacement mechanism (8) and to a section base (2), with the ability to come into contact with the latter. 4. Technical result: eliminating the effect of the operation of a base (2) raising mechanism (5) on a rod of the hydraulic jack (7) of the section displacement mechanism (8), the rod of the hydraulic jack (7) remaining stationary relative to a cylinder as the base is raised and maintaining a full range of motion. Practical advantages: providing the increment of displacement of the section, which is claimed by the producer as a technical characteristic of said section, and, as a result, obviating the need for any extra displacements of a longwall system.