WO/2016/064352 ELECTRIC FUSE||WO||28.04.2016|
||PCT/SI2014/000072||RAZVOJNI CENTER ENEM NOVI MATERIALI D.O.O. ||LEBAR, Brane |
An electric fuse is in particular suitable for protecting direct electric circuits (DC). At least in each of terminal portions (31, 32) of a melting member (3), namely between each knife-blade contact (210, 220) and each neighboring weak zone (30, 30', 30''), on each of dominant surface (33, 34) which are faced apart from each other, at least one barrier (51, 51', 51''; 52, 52', 52'') is placed, which consists of a flexible at least short-term thermally resistant material and is intended to prevent progression of electric arc.
WO/2016/060622 PROCESS AND A DEVICE FOR IMPROVEMENT OF OPERATION OF SILICON PHOTOMULTIPLIERS IN THE REGIME OF PILED-UP PULSES OF LIGHT||WO||21.04.2016|
||PCT/SI2015/000033||INSTITUT "JOZEF STEFAN" ||VENCELJ, Matjaz |
The present invention belongs to the field of silicon photomultipliers based sensor systems, more precisely to the field of processes for extending the usability of sensor systems with silicon photomultipliers in the regime of piled-up pulses of light and devices, which are based on these processes. The extension of the silicon photomultiplier performance into the piled-up regime is made by adding an intermediate step into the measurement of the incident light intensity. This step takes into account the properties of the sensor and dynamically compensates for the gain loss due to temporary inhibition of parts of sensor. On the basis of this estimation the system reports numerically modified estimations for brightness of flashes.
WO/2016/060621 AN INNER BOOT WITH AN INTEGRATED SKI BOOT HEATING SYSTEM||WO||21.04.2016|
||PCT/SI2015/000032||ALPINA, tovarna obutve, d.o.o. ||LUKANČIČ, Boštjan |
The object of the invention is an inner boot of a ski boot with an integrated heating device, in which a heating part is arranged in the area around the toe section of the inner boot of the ski boot, and the heating device per se does not pose any obstacle to a skier while skiing and the ski boot can also be used without the heating function. The inner boot of the ski boot with an integrated heating device of the invention comprises a heated textile material (1) with an embedded heating wire arranged around a toe section in the inner boot of the ski boot, wherein the heating wire of the heating textile material (1) is connected to a source of energy represented by an insert (6) of storage batteries integrated in the rear part of the inner boot of the ski boot.
WO/2016/053204 POLYMERIC ENGINE AND/OR GEARBOX BRACKET||WO||07.04.2016|
||PCT/SI2014/000059||SIEVA D.O.O. ||PURGAR, Miran |
The subject matter of the invention relates to the polymeric engine and/or gearbox bracket which fall within the scope of automotive industry and is used for supporting the engine and/or the gearbox. Brackets are usually manufactured by using different metals. According to the invention, the bracket is made of PA6 polymeric material reinforced by glass fibres. It enables to produce a lighter engine and/or gearbox bracket, while keeping all the other properties and characterises unchanged in comparison with the classic engine and/or gearbox brackets.
WO/2016/053205 CLAMPING SYSTEM FOR DRIVING SIMULATORS||WO||07.04.2016|
||PCT/SI2015/000031||NERVTEH D.O.O. ||VENGUST, Matej |
A fastening system for driving simulators solves a technical problem of a budget-priced way of simulating the activities of vertical forces between a vehicle underbody and the road and simulation of the tilt of the vehicle. The challenge is solved in a way that the fastening system for driving simulation comprises a base (1), on which a rear bottom support plate (2) is fastened, the system is driven via shaft (5) that is arranged on an eccentric (13) connected with an arm (8) through a shaft (6). The arm (8) is fastened into an upper rear support plate (3) and the latter is connected with a platform (4), a gas spring (7) is also fastened to the platform (4). The angle between the arm (7) and the vertical in the bottommost position ranges from 25 0 to 35 ° and the angle between the gas spring (7) and the vertical ranges from 7 ° to 13 °.
WO/2016/048249 METHOD AND DEVICE FOR PRODUCING MINERAL WOOL FIBERS||WO||31.03.2016|
||PCT/SI2014/000054||IZOTEH D.O.O. ||ŠIROK, Brane |
Method for producing mineral wool solves technical problem of failure to.achieve good and uniform intertwining of the mineral fibers, good and uniform wetting of the mineral fibers by the binder, tearing of the primary layer once deposited on the accumulation grid as well as tearing-off molten chunks of material from rotating cylinder causing loss of material and decreasing the productivity by manipulating air flow around said rotating cylinder so air flows past backward facing edge of said rotating cylinder at an angle relative to axis of said rotating cylinder. This can be achieved either by shaping the edge of the rotating cylinders by chamfering the edge of the rotating cylinder facing upstream direction of air flow, or by adding a radial fan to the rotating cylinder, namely to side of the rotating cylinder facing upstream direction of air flow.
WO/2016/048250 SYSTEM FOR AUTOMATIC SAIL HANDLING||WO||31.03.2016|
||PCT/SI2014/000055||SEAWAY YACHTS, D.O.O. ||KOGOJ, Roman |
The proposed invention addresses the connection of used and new deck equipment and electronics to automatically control sail handling during sailing. System consists of a rig with electric rewind winches mounted on mast, jib sheet track mounted on deck in a position to allow correct rope alignment with winch and other fittings on deck and mast, sheet slack retrieve system inside the mast, away from guest onboard the yacht, control unit which electronically controls the commands from 8 buttons on steering position.
WO/2016/043670 MAGNETIC INDUCTION SYSTEM, A SENSOR AND A METHOD FOR MEASURING AIR PRESSURE IN VACUUM INSULATION PANELS||WO||24.03.2016|
||PCT/SI2015/000027||BAGGIA, Aleš ||BAGGIA, Aleš |
The present invention relates to magnetic induction system, a sensor and a method for measurement of pressure in vacuum insulation panels. Measurement of air pressure in vacuum insulation panels according to the present invention is carried out in a way that a vacuum sensor is inserted underneath an enveloping film of the vacuum insulation panel during production. The vacuum sensor comprises an induction heating body and an air chamber. The vacuum sensor is placed in such a way that the air chamber is positioned between the induction body and the enveloping film of the vacuum panel. The air chamber is provided with one or several openings in order to be in pressure communication with the space outside of the vacuum sensor. When the vacuum insulation panel is finished and the enveloping film hermetically closed, pressure measurement may begin. A measuring probe is approached to the vacuum insulation panel from the outside at a spot where the vacuum sensor is located underneath the enveloping film. The measuring probe is provided with an AC electromagnetic field generator and a temperature meter. The AC electromagnetic field generator causes the induction body in the vacuum sensor to heat and the temperature meter is used to measure the temperature on the surface of the vacuum panel where the vacuum sensor is located. In this way the heat flow through the air chamber is measured. As the heat flow through the air chamber depends on the pressure therein, the pressure in the vacuum insulation panel can be deduced from the temperature measured at the spot where the air chamber comes in contact with the enveloping film.
WO/2016/039697 CARBON ANCHOR ARM WITH A TURNING MECHANISM AND METHOD OF MANUFACTURE||WO||17.03.2016|
||PCT/SI2014/000051||SEAWAY YACHTS, D.O.O. ||KOGOJ, Roman |
The present invention relates to a carbon anchor arm with a turning mechanism that enables the anchor to be lowered and raised using an anchor windlass and allows the anchor to be stored inside an anchor storage compartment located at the bow of the boat. The entire carbon anchor arm and rotating mechanism assembly is fitted in the bow and comprises an anchor support member, a carbon anchor arm (1), an anchor arm locking mechanism with sliding bearings made from Koterm and other anchor arm elements (2), a bottom metal member with a hub that guides the anchor chain (3), and a hydraulic mechanism with a hydraulic motor (4) that enables 180-degree rotation.
WO/2016/039698 PARTICLES OF SPHERICALLY AGGLOMERATED LACTOSE FOR DIRECT COMPRESSION AND METHOD OF PREPARATION THEREOF||WO||17.03.2016|
||PCT/SI2015/000029||LAMEŠIĆ, Dejan ||LAMEŠIĆ, Dejan |
Many active pharmaceutical ingredients are not directly compressible, therefore addition of pharmaceutical excipients is necessary. Fillers are essential pharmaceutical excipients, among which sugars are commonly employed, especially lactose. It is required that such substances have good flowability and compressibility. The present invention enables a simple and industry applicable production of particles of spherically agglomerated lactose that have suitable flow properties, excellent compression characteristics and reduce or prevent occurrence of segregation in mixture for production of solid dosage forms. They are porous spherical agglomerates. Particles of spherically agglomerated lactose comprise prism-like primary particles that are radially arranged and form a bigger agglomerate structure. Particles of spherically agglomerated lactose have suitable size, are highly breakable, have relatively high specific surface area and enable production of tablets with high tensile strength.