WO/2015/067977 STRUCTURAL ARRANGEMENT AND PROCEDURE FOR THE STABILISATION OF LINEAR EARTHWORKS||WO||14.05.2015|
||PCT/HU2014/000091||SZABÓ, József ||SZABÓ, József |
The subject of the invention relates to a structural arrangement for the stabilisation of linear earthworks, i.e. mainly railway line superstructures, for the prevention of movements of the superstructure due to the effect of forces transverse to the direction of the trace line, whilst intermittently maintaining traffic. The invention's distinctive feature is that the load-bearing support structure is made up of a support beam (3) stabilising the ballast bed (21) and running alongside the trace line on the side of the sleepers (22) where movements tend to occur, and a supporting wall (4) located at the other side of the support beam (3) opposite the sleepers (22), extending from the superstructure (2) down towards the subsoil, and a protective blanket (5) covering the support beam (3) and the supporting wall (4), simultaneously embracing the ends (22a) of the sleepers (22) facing towards the support beam (3). The invention also encompasses the procedure for creating the structural arrangement; this procedure involves building the support beam (3) stabilising the sleepers (22), which are part of the railway superstructure, and the ballast bed (21) under them, and running alongside the trace line on the side of the sleepers (22) where movements tend to occur, and constructing, when indicated, a supporting wall (4) in the earth lying up against the other side of the support beam (3) opposite the sleepers (22), covering the support beam (3) and the supporting wall (4) with a covering blanket (5), and constructing a drain (7) underneath the supporting wall (4) if necessary.
WO/2015/032367 METHOD OF FUEL FOR ENERGETICS PRODUCTION AND FUEL PRODUCING DEVICE||WO||12.03.2015|
||PCT/CZ2013/000133||HEDVIGA GROUP, A.S.||CUBER, Petr|
Pressure vessels (1 ) containing a charge are preheated at pressure of 2 to 5 kPa with liquid heat carrier (8) to maximally 120° C and they are afterheated in another place to maximally 550° C, the pressure vessels (1 ) are continually added and/or replaced and generated gasses are continuously drawn off, cooled to maximally 60° C and separated oily condensate, residual gasses and solid residues are burned after treatment in a cogeneration unit (20). The device comprises preheating unit (2) and afterheating unit (3) with an interconnected liquid heat carrier (8) and with beds (9) containing pressure vessels (1) equipped with an - outlet (5) to a gas pipeline (7). There are preferably a cooler (17) and gas tank/tanks (19) connected on the gas pipeline (7). Condensate pipeline (16) and the gas pipeline (7) are emptying into the cogeneration unit (20) and, as the case may be, a heat exchanger (15) connected to the liquid heat carrier (8) is contained.
WO/2015/013774 HYBRID HONEYCOMB FOR BEES||WO||05.02.2015|
||PCT/BA2014/000005||MILIĆEVIĆ, Ivan ||MILIĆEVIĆ, Ivan |
The hybrid honeycomb for bees includes the supporting artificial comb (1) which has on both sides of its surface inchoate comb cells (2) which have unequal, in height, edges (3) on which is applied a wax wreath (6) from which the bees develop the cell walls to the intended height (8). The hybrid honeycomb on its upper edge has in position a area for drone brood (17), and on the brim openings for the bees and the queen to pass through (13) from one side to the other and has elements so as to comfortably attach (12) the comb to the frame lathes (11), (14), and (15). The peaks of the inchoate cells (4) on the artificial comb (1) are not level in height and rough in length of the cell side peaks. The wax net is likewise rough and wavy on both surfaces of the hybrid comb.
WO/2014/193266 LED LAMP||WO||04.12.2014|
||PCT/RU2014/000326||LIMITED LIABILITY COMPANY "DIS PLUS" ОБЩЕСТВО С ОГРАНИЧЕННОЙ ОТВЕТСТВЕННОСТЬЮ "ДИС ПЛЮС"||SOKOLOV, Yuriy Borisovich СОКОЛОВ, Юрий Борисович|
The present LED lamp relates to lighting technology and can be used in the manufacture of light sources for use in lighting equipment for general and local outdoor and indoor lighting. The technical result of the claimed invention is a reduction in the axial dimensions of the lamp and an improvement in the conditions for heat transfer between an LED circuit board and the ambient environment. The LED lamp comprises a convex diffuser, a circuit board with LEDs, which is mounted at an end face of a hollow heat sink, and a means for connection to a power supply circuit, said means being disposed in a cavity in the heat sink, wherein a thin-walled cylinder made from a thermally conductive, electrically insulating material is disposed in the heat sink cavity, and a metal diaphragm which is capable of heat transfer is mounted between the circuit board and the aforementioned cylinder; furthermore, the means for connection to a power supply circuit is configured on the bottom base of the thin-walled cylinder.
WO/2014/123489 ULTRALIGHT THREE-TRACK URBAN VEHICLE||WO||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/2014/104957 METHOD AND DEVICE IN LIFTING A CAR/TRUCK CARRYING DECK PANEL ABOARD A MULTI DECK PURE CAR/TRUCK CARRIER (PCTC)||WO||03.07.2014|
||PCT/SE2012/051505||TTS MARINE AB ||WESTERMARK, Henrik |
Method and device in lowering/lifting a carrying deck panel (11) for carrying cars/trucks inside a hold aboard a Pure CarlTruck Carrier (PCTC), while using at least one lifting device (1) having lifting means applied under said deck panel (11) being reversibly raisable and/or extendable and/or liftable and/or lowerable to lift or lower said deck panel (11). Said lifting means (9, 10, 15) are applied at a number of choice specifically calculated for each deck panel (11) dependent upon which panel is to be lifted/lowered. The lifting means (9, 10, 15) is/are to be controlled from rest position/-s to provide a distributed lifting force pattern below said deck panel (11) to lift or lower the same by applying lifting force/-s in an individually controllable pattern thereon, so that the deck panel (11) when in an unloaded state can be lowered and lifted undeflectedly or deflected in a predictable fashion.
WO/2014/035362 COMPUTER SYSTEMS, PARTS OF A HOUSING FOR A COMPUTER SYSTEM, HEAT EXCHANGERS, AND METHODS FOR ASSEMBLING PARTS OF A COMPUTER SYSTEM||WO||06.03.2014|
||PCT/US2012/052424||RAZER (ASIA-PACIFIC) PTE. LTD. ||WILSON, John, Alexander |
According to various embodiments, a computer system may be provided. The computer system may include: a housing with a protrusion; a heat generating device; a heat exchanger; and a heat pipe configured to transfer heat from a first end of the heat pipe to a second end of the heat pipe. The first end of the heat pipe may be coupled to the heat generating device. The second end of the heat pipe may be coupled to the heat exchanger. The second end of the heat pipe may be arranged in the protrusion of the housing.
WO/2013/119442 PARASITICIDAL ORAL VETERINARY COMPOSITIONS COMPRISING SYSTEMICALLY-ACTING ACTIVE AGENTS, METHODS AND USES THEREOF||WO||15.08.2013|
||PCT/US2013/023969||MERIAL LIMITED ||SOLL, Mark, D. |
This invention relates to oral veterinary compositions for combating ectoparasites and endoparasites in animals, comprising at least one systemically-acting active agent in combination with a pharmaceutically acceptable carrier. This invention also provides for improved methods for eradicating, controlling, and preventing parasite infections and infestations in an animal comprising administering the compositions of the invention to the animal in need thereof.
WO/2013/041890 LIGHT-CONDUCTING EARMOLD PROVIDED WITH OPTICAL FIBER||WO||28.03.2013|
||PCT/HR2011/000037||KOSOR, Tonci ||KOSOR, Tonci |
Problems of defect hearing or diseases of particular parts of the ears appear from various causes. The most severe cases relate to middle and inner parts of the ear. Besides other treatments, this is also treated by laser beams. This invention relates to conducting a laser light beam from a source outside the ear directly to the middle and the inner ears, aimed to as efficient and quick as possible healing such disturbances as ringing in the ears, loss of hearing, Ménière's disease, vertigo, inflammations, etc. Presently, illuminating of the middle and the inner ears is performed from outside, by directing a laser light beam of large power through the bone. This results in large losses in light power reaching the intended spot. The invention essence is the light-conducting earmold provided with an optical fiber. The light-conducting earmolds is custom made according to a patient's ear canal model, or in series as a generic earmold. Through the light-conducting earmold passes an optical fiber conducting the laser light beam. To the optical fiber in the light-conducting earmold is connected a laser light source. During the treatment session the patient does not have to lie down and still. The light beam passes through the optical fiber and the light-conducting earmold, passing directly through the eardrum into the middle and the inner ears. Direct acting of the laser beams on parts of the middle and the inner ears decreases losses and requires lesser laser light of lesser power.
WO/2010/125412 CIGARETTE FILTER||WO||04.11.2010|
||PCT/HU2009/000041||SZÖLLÕSI, Péter ||SZARVAS, Tibor |
The invention relates to a special, highly efficient cigarette filter. In particular, the invention relates to a new cigarette filter, in which materials of natural origin not used before in this special field are applied. More particularly, the present invention relates to a special, highly efficient cigarette filter, which can be used favorably for adsorbing the toxic components of the cigarette smoke, and neutralizing the free radicals produced during burning of the cigarette.