WO/2016/108761 DEVICE FOR PROTECTING ELECTRIC CIRCUITS AGAINST ELECTRIC OVERLOAD AND INDICATING EACH REASON FOR INTERRUPTION||WO||07.07.2016|
||PCT/SI2014/000085||NELA RAZVOJNI CENTER ZA ELEKTROINDUSTRIJO IN ELEKTRONIKO, D.O.O.||POGRAJC, Ales|
A device for protecting electric circuit against electric overloading comprises a casing, in which in addition to an actuating handle (1), an engaging strap (2), an actuating lever (3), a disconnecting lever (4) and a trigger (5) two sensors (81, 82) for detecting velocity are integrated. The first sensor (81) is mounted adjacent to said actuating lever (3) and adjusted to cooperate with a protrusion (34), with which said actuating lever (3) is furnished, and to detect the velocity (Vv) of movement of the actuating lever (3). The second sensor (82) is mounted adjacent to said actuating handle (1) and adjusted to cooperate with a protrusion (12), with which said actuating handle (1) is furnished, and to detect the velocity (Vg) of the actuating handle (1) when rotated around its pivot point (10). Both sensors (81, 82) are connected with a control unit (9), which is on the other hand connected with at least two indicators (91, 92, 92), which are available on said casing and are visible from outside.
WO/2016/108763 DEVICE FOR OBTAINING ENERGY FROM KINETIC ENERGY OF GAS MOLECULES||WO||07.07.2016|
||PCT/SI2014/000087||RCJ D.O.O.||KLOBČIČ, Marko|
The object of the invention is a device that generates an oriented flux of gas molecules and utilises said oriented flux for obtaining electric energy. The device comprises a housing (2) containing gas, a membrane (3) dividing the housing into compartments, wherein the membrane (2) is provided with a plurality of funnel-like through holes (6), a bypass (7) that links the said compartments, a turbine machine (8) with an electric current generator (9), arranged within the bypass (7), and a heat exchanger (10) supplying heat to the first compartment (4). Owing to the configuration of the holes in the membrane, the number of molecules that penetrate from the first compartment (4) to the last compartment (5) exceeds the number of molecules that return from the last compartment (5) to the first compartment (4). Due to the difference in pressures in the compartments, the gas flux flows through the bypass (7) and generates electricity by means of turbine machine (8) and the generator.
WO/2016/108760 PROCESS FOR CONTINUOUS SYNTHESIS OF SUBMICRON OXIDE POWDER CERAMIC MATERIALS FOR THERMAL COATINGS||WO||07.07.2016|
||PCT/SI2014/000082||RAZVOJNI CENTER JESENICE, družba za razvoj novih materialov in tehnologij, d.o.o.||KRIŽAN, Janez|
Continuous synthesis of submicron oxide powder ceramic materials for thermal coatings solves current lack of flame (spray) pyrolysis of water based precursor to A2-x-yBxCyZr207 material where A can be either Gd or La, while B and C may be selected from Ce, Pr, Nd, Sm, Eu,Tb, Dy, Ho, Er, Tm, Yb, Lu, Hf, Ga, Sc, whereby moiety of B and C are preferably between 0 at. % and 10 at. % by combining method of flame pyrolysis of water soluble precursor with combustion synthesis in continuous process using special reactor. Continuous synthesis according to this patent application is performed in reactor for the synthesis of reduced submicron powder compounds comprising thermoacoustic burner known in state in the art and described in SI24270, and is incorporated herewith by reference.
WO/2016/108762 METHOD AND DEVICE FOR DETERMINING CHARACTERISTIC TEMPERATURES OF STEEL TAKEN DIRECTLY FROM A TUNDISH||WO||07.07.2016|
||PCT/SI2014/000086||RCJ D.O.O.||BRADAŠKJA, Boštjan|
The objective of the present invention is to provide a device and a method which assure accurate and repeatable continuous temperature measurements of steel melt during its solidification when sampling from a tundish in a steel mill using a continuous casting process. The device comprises a measuring cup (2), a protecting element (3), a cup protection element (5), a funnel (6), a holder, a housing protected by a cardboard tube, a thermocouple with a ceramic connector, and a rod to house a compensating cable with a plastic connector. All parts of the device with the exception of the protecting element (3), the cup protection element (5), and the funnel (6) are reusable. The method for determining characteristic temperatures of the liquid steel comprises steps of preheating the measuring cup (2) of the device and covering the steel melt in the measuring cup (2) with a layer of exothermic powder.
WO/2016/099405 METHOD FOR PRODUCING NON-ALKALINE STEATITE CERAMICS WITH IMPROVED ELECTRICAL PROPERTIES||WO||23.06.2016|
||PCT/SI2014/000077||RAZVOJNI CENTER ENEM NOVI MATERIALI, D.O.O.||RAMŠAK, Irena|
The object of the invention is a process for producing non-alkaline steatite ceramics having controlled electrical properties for electrotechnology. Non-alkaline steatite ceramics of the invention belongs to a group of magnesium silicates of C C221 type. Steatite ceramics is an electrical insulator with low electrical conductivity at increased temperature, low dielectric constant and small dielectric losses. To produce steatite ceramics the materials talc, kaolin, clays, barium carbonate and calcium oxide and magnesium oxide in the form of hydroxides, carbonates, nitrates or other salts were used. The mixture can contain up to 3 % by weight of iron oxides. After the mixture is ground and the products are formed, the blanks are fired at a temperature in the range from 1280 to 1350 °C for 1 hour to 10 hours. The steatite ceramics without an addition of calcium oxide and magnesium oxide has specific electrical resistance at 400 °C 0.6 x 107 Ohm m. In case when calcium and magnesium oxides are added, the specific electric resistance of the ceramics is 1.4 x 107 Ohm m at 400 °C.
WO/2016/099406 AN INFLATABLE WATERCRAFT WITH AN EMBEDDED DRIVE||WO||23.06.2016|
||PCT/SI2015/000036||3S SPORT D.O.O.||SITAR, Sebastjan|
The object of the invention is an inflatable watercraft (1) (SUP - stand up paddling) with an embedded drive and having a specially shaped recess in the centre, preferably in the centre of gravity of the watercraft (1), into which a housing (2, 2') of a drive assembly is inserted before the watercraft is filled with air. While the watercraft (1) is filled with air, the air pressure firmly fixes the housing (2, 2') of the drive assembly to a proper position. The housing (2, 2') accommodates the drive assembly that comprises a storage battery (4), an electric motor (5), a compressor (3) and an electronic circuit (8), wherein the drive assembly is provided with a flow-through channel (6), in which a drive screw (7) is arranged, and both the input and the output sides of the flow-through channel (6) are protected by grates. The drive assembly is operated by an operating device (9) arranged within an oar (10) and wireiessly connected with the electronic circuit (8) in the drive assembly of the inflatable watercraft (1).
WO/2016/093773 DEVICE AND METHOD FOR VENTILATION||WO||16.06.2016|
||PCT/SI2015/000010||MIKROVENT 5 D.O.O.||NOVAK, Peter|
The subject of the invention is the device and method for ventilation, which solve the technical problem of air exchange in a room and reduction of heat loss from a room when the surroundings are colder than the room or reduction of heat gain in a room when the surroundings is warmer than the room. The subject of the invention is constructed in such a manner that a ventilation device (1) has a counterflow heat exchanger (3) including heat exchanger slats (6) made of plastic material, whereby an individual heat exchanger slat (6) includes several parallel channels that convey air. One counterflow of air runs through the heat exchanger slats (6), while the other counterflow runs into spaces between the heat exchanger slats (6). A gap between the heat exchanger slats (6) is maintained by two ribbed edge elements (7), which also enclose the flow surface, between the heat exchangers slats (6). Both sides of the counterflow heat exchanger (3) are fitted with triangular fittings (5), whereby one flow surface of the triangular fitting (8) is connected to flow channels through the heat exchanger slats (6), and the other flow surface of the triangular fitting (8) is connected to flow surfaces between individual heat exchanger slats (6). By turning the triangular fittings (5), the position of air inlet and/or outlet opening is changed.
WO/2016/093772 METHOD FOR EXTERNAL INSTALLATION OF A SAILING BOAT LIFTING KEEL||WO||16.06.2016|
||PCT/SI2014/000076||SEAWAY YACHTS, D.O.O.||KOGOJ, Roman|
The invention refers to a new method for the installation of an external lifting keel, i.e. the design and installation of a mechanism for sailing boat lifting keels. The installation procedure consists of the positioning the frame of the keel with bolts on the external part of the hull so that the bolts on the frame are aligned with the bores in the hull; after that, mounting plates or supporting profiles are attached to these bolts and tightened with nuts.
WO/2016/093771 STEATITE CERAMICS WITH IMPROVED ELECTRICAL PROPERTIES AND A METHOD FOR THE PRODUCTION THEREOF||WO||16.06.2016|
||PCT/SI2014/000074||INŠTITUT "JOŽEF STEFAN"||RAMSAK, Irena|
The object of the invention is a process for producing alkaline steatite ceramics having controlled electrical properties for electrotechnology. Alkaline steatite ceramics of the invention belongs to a group of magnesium silicates of C 220 type. Steatite ceramics is an electrical insulator with a relatively low electrical conductivity at increased temperature. To produce the alkaline steatite ceramics the materials talc, kaolin, clays, bentonite and dolomite were used. The mixture can contain up to 1.5 % by weight of iron oxides. After the mixture is ground and the products are formed, the blanks are fired at a temperature in the range from 1280 to 1340 °C for 1 hour to 10 hours. Alkaline steatite ceramics with bentonite without added kaolin has specific electrical resistance at 400 °C 1.4 x 106 Ohm m. The ceramics, in which the total content of bentonite is replaced by kaolin, has specific electrical resistance at 400 °C more than 1 x 108 Ohm m.
WO/2016/089314 FRAME FOR SUPPORTING LIMBS AND METHOD FOR ITS USE||WO||09.06.2016|
||PCT/SI2015/000035||KOVAČ, Kristina||KOVAČ, Kristina|
The invention concerns a frame to support the limbs and the procedure for its use in providing conditions for the implementation of health care at the extremities of the patient. The frame for the support of the limbs and a method for its use to address deficiencies described above to resolve this problem with the help of medical staff, and the known solutions in such a way that it consists of an existing operating table mounted adjustable arms (1.1, 1.2) in which are inserted vertically adjustable uprights carriers (2.1, 2.2), which have at the top made tapered pin (3.1, 3.2) in which is inserted a transversal bar (4) with implemented openings (5.1, 5.2) and fittings (6.1, 6.2) for the loops.