||WO||WO/2014/149007 - COMPOSITE MATERIAL WITH A HOMOGENEOUS DISTRIBUTION OF CARBON NANOTUBES AND A METHOD FOR PRODUCTION OF THEREOF J||25.09.2014||
||PCT/SK2014/000007||USTAV ANORGANICKEJ CHEMIE SAV||SEDLÁČEK, Jaroslav|
A composite material with a homogeneous distribution of carbon nanotubes, the material is being made of aluminium oxide, corundum or zirconium dioxide or silicon nitride or silicon carbide or aluminium with a volume representation of 90 to 99.5 %, and carbon nanotubes with a volume representation of 0.5 to 10 %. The composite material is showing a high compactness of at least 99 % of theoretical density, with the homogeneous distribution of carbon nanotubes preserved along with ensuring a fine grained microstructure of the alumina matrix with an average size of particles less than 1 μm.
||WO||WO/2014/137299 - GENERATING ELECTRIC ARC, WHICH DIRECTLY AREALLY THERMALLY AND MECHANICALLY ACTS ON MATERIAL, AND DEVICE FOR GENERATING ELECTRIC ARC||12.09.2014||
||PCT/SK2014/050006||GA DRILLING, A. S.||KOČIŠ, Ivan|
Generating electric arc, which thermally and mechanically acts on material in such manner that the electrical arc is shaped and guided by the action of magnetic field and hydro-mechanical forces on the electrical arc, wherein: - the substantial part of the electric arc acts directly and areally on conductive and/or non- conductive material to be disrupted, - the substantial part of the electric arc's heat flow is directed into the material to be disrupted, - wherein both electric arc roots move on the electrodes of the generator and the electric arc has preferably a shape of a spiral. A device for generating an electric arc with thermal and mechanic action on material containing axially symmetrical electrodes, i.e. an anode (4) and a cathode (6), a spark gap (7), nozzles (5) for the working medium flow, cooling media inlet and outlet (12), electric power supply (14), ring-shaped magnets (9) whose section has the shape of a triangle and the anode (4) has the shape of the diffuser with an angular span from 5 0 to 130 °.
||WO||WO/2014/137298 - BIOLOGICAL REACTOR FOR WASTE WATER PURIFICATION||12.09.2014||
||PCT/SK2014/050005||PÉNZES, Ladislav||PÉNZES, Ladislav|
Biological reactor for wastewater treatment from minor sources of pollution using activation process with activated sludge in upflow and/or with growth culture, where all processes of biological treatment with activation process take place in a single-tank biological reactor, where functional areas of mechanical pre-treatment, aeration and activated sludge separation are spatially separated. The biological reactor contains a tank (1), in which a separation chamber (4) is centrally situated, an area between a casing (5) of the separation chamber (4) and a casing (2) of the tank (1) is divided into two parts by two vertical partition walls A (7) and B (8) spanning from a tank bottom (3) to a bottom of a discharge piping (29), namely into a mechanical pre-treatment chamber (11) and an aerated chamber (12). Recirculation of activated mixture from the oxic aerated chamber (12) into the mechanical pre-treatment chamber (11) is provided in such manner that pre-treatment chamber (11) and the aerated chamber (12) are connected by an opening (19, 22) in the upper parts of both vertical partition walls A (7) and B (8), wherein aeration elements A (36) and B (37) located near the bottom of the aerated chamber (12) in front of partition walls A (7) and B (8) are situated so that a height of the water column over the aeration element A (36) is lower than a height of the water column over the aeration element B (37) and/or an air flow regulator (42, 43) for the aeration elements A (36) and B (37) provides air flow regulation in such manner that the amount of the air conveyed into the aeration element A (36) is higher than the amount of the air conveyed into the aeration element B (37), which allows to create horizontal circulation of water surface layer of activated mixture around the upper part of the casing (5) of the separation chamber (4), namely from the opening (19) in the partition wall (7) through the mechanical pre-treatment chamber (11) of to the opening (22) in the partition wall B (8) and through the opening (22) in the partition wall B (8) to the aerated chamber (22) and further to the opening (19) in the partition wall A (7).
||WO||WO/2014/137300 - DEVICE FOR COLLECTING POLLUTANTS FLOATING ON THE WATER SURFACE AND METHOD THEREOF||12.09.2014||
||PCT/SK2014/050007||ŠVASTA, Boris||ŠVASTA, Boris|
A device for collecting pollutants floating on the water surface comprising a vacuum pump (3), a collecting tank (2), and a suction element (1) containing a positioning element (13), an outlet (14), and a suction opening (11), wherein the suction element (1) contains an inclined plane (12) touching the draught level (H) or intersecting the draught level (H) and the water side of the inclined plane (12) and the draught level (H) form an angle a above the draught level (H) of measure from 95° to 180°; the vacuum pump (3) is connectable to the outlet (14) of the suction element (1) either directly or by means of a connecting element (6) in such manner that the vacuum pump (3) is able to create underpressure inside the suction element (1); the outlet (14) is either above the draught level (H) in that part of the suction element (1) where the inclined plane (12) is above the draught level (H) or is below the inclined plane (12); and wherein the positioning element (13) ensures that the suction element (1) is able to be positioned towards the water surface in such manner, that the draught level (H) identical with the surface of polluted water traverse the suction opening (11) or that the draught level (H) touches the lower edge of the suction opening (11).
||WO||WO/2014/129980 - MECHANICAL SYSTEM FOR TIGHTENING LACES||28.08.2014||
||PCT/SK2014/000004||KOLKA, Ivan||KOLKA, Ivan|
A mechanical device for tightening laces comprising a hollow base (1) with openings (la) in opposite side walls. An operating rod (2), also with openings (2a) fits slidably within the hollow base (1). Laces (3) may be threaded through the openings (la, 2a) so that when the when operating rod (2) is slid in the direction y, such that the openings (2a) in the operating rod (2) are no longer aligned with the openings (la) in the base (1) then the laces are tightened. Optionally a tooth system is provided between the base (1) and the operating rod (2) which hampers undesirable sliding of the operating rod (2) within the base (1).
||WO||WO/2014/123490 - HYDRAULIC GEAR MOTOR, GEAR PUMP AND GEARBOX WITH CONTINUOUSLY VARIABLE PARAMETERS.||14.08.2014||
||PCT/SK2014/050003||FIGURA, Pavol||FIGURA, Pavol|
Gearbox (1) with continuously variable parameters comprises at least one pump (2) and at least one hydraulic motor (3), wherein at least one pump (2), or a hydraulic motor (3) is with the continuously variable parameters. It consists of an input shaft (4) and one or more output shafts (5), (6) with equal or proportional continuously variable regulation of revolutions. It may be constructed as a centralized - one piece, or de-centralized, where the pump (2) is at a distance from the hydraulic motor (3) and the liquid medium passes through the hydraulic pipes (19) and (20). Pump (2) and the hydraulic motor (3) may be of the same design or different and are provided with the shift mechanism composed of a holder (13), the shift wheel (14) and the snap lock (15). Gear pump (2) with a continuously variable flow rate comprises at least one shaft (4) which holds the inner rotor (8) that is inserted into the outer rotor (7). The rotors (7),(8) are mutually axially movable. The inner rotor (8) is provided from the both sides with a sliding seal (9) with the shift screw and sliding seal (10) with compensatory cylinders are secured by snap locks (15). These parts are fitted into the central body (18), side seal (12) and side seal (11) having inlet opening (21) and outlet opening (22) connected by bypass regulated member. Compensating pistons (23) of the planar compensating system are rigidly attached to the side seal (11). Pump (2) with the continuously variable flow rate comprises at least one planar compensating system.
||WO||WO/2014/123489 - ULTRALIGHT THREE-TRACK URBAN VEHICLE||14.08.2014||
||PCT/SK2014/000003||PIPONEER S.R.O.||KLEIN, Štefan|
The ultralight three-track urban vehicle is formed by at least one framed skeleton (1 ) of a regular enclosed shape, consisting in a left and right pair of the upper and lower arches (2,3), where at least the connecting points of the left and right pair of the upper and lower arches (2,3) are connected through crossbars (4). The front two-wheel and rear one-wheel axle's suspended solid frames (5,6) are attached to the skeleton (1 ) with a one degree freedom and an integrated electric drive unit. Lightweight body parts of the front visor cover (7), floor (8) with a rear cover, and side door covers are attached to the skeleton (1 ). At least one seat (9) made of sheet metal is attached to the lower arches (3) and/or the floor (8) with the rear cover. A dashboard (10) with controllers and made of bent sheet metal is attached to the upper arches (2). The dashboard (10) contains a display with the basic operation data indicators or a docking station for iPhone (Smartphone) integration with an active connection to the regulatory and drive units. A battery with a front cover is placed on the front two-wheel axle's suspended solid frame (5).
||WO||WO/2014/120098 - FINGER JOINT||07.08.2014||
||PCT/SK2014/050001||RYBÁRIK, Jozef||RYBÁRIK, Jozef|
Finger joint is formed by parallel teeth (2) and grooves (3) formed at the ends of prismatic elements (1) such that the tops (21) of the teeth (2) and/or the bottoms (31) of the grooves (3) lying in the plane (β) parallel to plane (α) that is vertical to longitudinal axis (4) of the prism element (1). It is preferred that the plane (β) to make with the plane (α) an angle (δ) in the range from 10 ° to 80 °.
||WO||WO/2014/112957 - METHOD OF ACTIVATION AND CULTIVATION OF PRODUCING MICROORGANISMS AND FERMENTATION BY THESE MICROORGANISMS||24.07.2014||
||PCT/SK2014/000001||GTVT, S.R.O.||ŠIŠKA, Jozef|
For activation and cultivation of production microorganisms producing primary metabolites, and for fermentation of these products with help of such microorganisms, the product, which is produced by the production microorganisms in setup conditions, is added to the substrate, cultivating or fermentation mixture. The product is added before and/or during the cultivation or fermentation. The solution may also be utilized for the isolation of production microorganism cultures.
||WO||WO/2014/112958 - VERTICAL AXIS WIND TURBINE||24.07.2014||
||PCT/SK2014/000002||OTTMAR, Martin||OTTMAR, Martin|
Wind turbine is device with vertical flatboards rotor that use wind energy remarkable that consist of fixed carry axle-tree (1), fixed circle base (2), concave rotor axle-tree (4) with four rotor flatboards (3) agile assembled on carry axle-tree (1), cylinder cover with exit windhole (5) turnable assembled on carry axle-tree (1) and circle base (2), swinging assembled wings of enter windhole (6), turnable assembled direction lamellas (7) inside enter windhole, swinging assembled string shock absorber and fixed lamellas stop motions (8), swinging assembled spiralis (9) and spirall pegs (10) on top and bottom enter windhole area assembled on cylinder cover with exit windhole (5) and fixed pneumatic control system (11), reservoir of compressed air (12), rub coupling (13) and direction wing (14) on top area of cylinder cover with exit windhole (5).