||WO||WO/2014/196934 - BISTABLE MECHANISM FOR SWITCHING ELECTRICAL LOADS||11.12.2014||
||PCT/SI2013/000036||NELA RAZVOJNI CENTER D.O.O.||RODE, Marko|
A bistable mechanism is comprised of a spring (12) that is fastened to a lever (7) and a rocker arm (6) thus ensuring maximum torque. Bridges (4, 8) are fastened to the rocker arm (6) symmetrically to the axis of rotation of the rocker arm (6), and a contact spring (10) is compressed upon switch-off and switch-on, which makes it possible that the switch is switched over by way of various combinations of contacts with a minimum energy input that is provided by an electromagnet or a hand in the case of manual switching.
||WO||WO/2014/196935 - RETRACTABLE LEASH MECHANISM WITH AUTOMATIC BRAKE||11.12.2014||
||PCT/SI2014/000007||LISHINU D.O.O.||FIKFAK, Rok|
The mechanism of the invention has a rotary element pivotably arranged in a lower part (1) of the housing onto a central shaft; on the upper part (3) of said rotary element snap elements (5) are pivotably arranged around a central transmission element (6). One ends (5b) of said snap elements (5) engage with a projection (6a) of the central transmission element (6) and their locking parts (5c) engage with an external lock (9) provided with teeth (9a) on the inner circumferential side.
||WO||WO/2014/196936 - SWIVELLING-PISTON INTERNAL COMBUSTION ENGINE||11.12.2014||
||PCT/SI2014/000033||HRŽENJAK, Niko||HRŽENJAK, Niko|
Internal combustion engine (1) with a swivelling piston, consisting of an engine block, a piston (5) fitted on one side to a bearing, swivelling around its axis (5c), a cogged shaft (6), a crank (8), a connecting rod (9) and a crankshaft (10), featuring a three-part engine block (2, 3, 4), where the piston (5), swivels inside the operating area (3a) of the central part of the block (3), functioning in four combustion chambers (11, 22, 33, 44) and using the crank (8) and connecting rod (9) to drive the crankshaft (10). The engine's piston (5) has a sharp angle (a) between 8° and 60°, it functions in four combustion chambers (11, 22, 33, 44), its central part featuring a cogged hub fitted onto the cogged shaft (6).
||WO||WO/2014/193313 - METHOD FOR REINFORCING POROUS CONSTRUCTION MATERIALS AND USE OF CALCIUM ACETOACETATE SOLUTION TO THIS AIM||04.12.2014||
||PCT/SI2014/000028||ZAVOD ZA GRADBENISTVO SLOVENIJE||SKRLEP, Luka|
A method for reinforcing porous mineral construction material is proposed, in which during the first step a solution of calcium acetoacetate Ca(OOCCH2COCH3)2 in a solvent is prepared, upon which such solution is applied onto each surface of said construction material in order to enable penetration thereof towards the interior of said construction material, namely into pores therein, by which calcium carbonate CaCO3 is produced and deposited within the pores in the construction material. Said application of said solution of calcium acetoacetate Ca(OOCCH2COCH3)2 onto the surface of each porous mineral construction material is optionally at least once repeated. The solvent is preferably water, but optionally the solvent can also be alcohol, namely methanol or ethanol, or a mixture thereof.
||WO||WO/2014/193312 - PROCESS OF INSTALLING A LOAD-BEARING WALL WITH BILATERAL THERMAL INSULATION||04.12.2014||
||PCT/SI2013/000062||INTECH-LES, RAZVOJNI CENTER, D.O.O.||KUNIČ, Roman|
The process of installing a load-bearing wall with bilateral thermal insulation, in which case thermal insulation on both sides serves as formwork for the installation of internal supporting concrete core, provides a faster and more economical production of thermal insulation walls, reduces energy consumption and environmental effects. In addition, the process as well provides simple installation of the necessary reinforcing equipment, piping systems for electricity and water supply and general piping sets for heating or cooling purposes. The process includes spacers, which provide fixation of thermal insulation panels by using metal tab washer screws, which are only required during the installation period and during the process of concrete hardening - while a concrete core is forming. After the wall is made, the tab washer screws are removed and can be re-used, whereas the spacers remain permanently placed into a concrete core. Thermal insulation panels, forming formwork, fundamentally have regular prismatic shape, and are primarily made from hard polystyrene panels (EPS or XPS), which are cut or shaped on the construction site, if necessary.
||WO||WO/2014/189472 - COLLAPSIBLE SKI||27.11.2014||
||PCT/SI2014/000022||ELAN, D.O.O.||AVGUSTIN, Vinko|
The invention refers to a collapsible ski, wherein the front part (1) and the rear part (2) of such ski, when arranged in their linearly aligned position, are allowed to be fixed in such position by means of a platform (3), which is rotatable around an axis (200), which extends throughout a fold between said parts (1, 2) and is rectangular with respect to said sliding surface (95). Consequently, a ski is realized according to the invention, which is on the one hand due to practical storage and transporting, and on the other hand also due to simplification of technology for manufacturing of each particular component, when compared with manufacturing of classic single- part skis, without using any tools simply and in situ assembled of several mutually in a detachable manner connectable parts, and at the same time, such ski also provides a possibility of combining such separately manufactured and preferably standardized parts both in view of providing semi-products and finalizing each collapsible ski as such.
||WO||WO/2014/168588 - THE PROCESS OF CONTINUOUS VACUUM/SUCTION VENEER IMPREGNATION||16.10.2014||
||PCT/SI2013/000070||INTECH-LES, RAZVOJNI CENTER, D.O.O.||ČESNIK, Renata|
The invention refers to a process of continuous vacuum/suction veneer impregnation as a way of introducing different liquid substances into the depth of a wooden mass of each veneer sheet separately. The invention is characterized by transporting veneer (1) down the transport device (37) into the formulation applicator (50), where the impregnating formulation is applied onto the open side (la) of the veneer (1), after which it enters impregnation unit (400) in a way that the pressure side (lb) of the veneer faces the vacuum suction nozzles (410), in which case the negative pressure causes suction of the formulation from the open surface (la), and the penetration of the formulation into the depth of a wood veneer (1).
||WO||WO/2014/168589 - FLAT GAS DISCHARGE TUBE||16.10.2014||
||PCT/SI2014/000019||ISKRA ZAŠČITE D.O.O.||ROZMAN, Robert|
The object of the invention is a gas discharge tube for surge protection of different electronic devices, more precisely a gas discharge tube with a very thin design. The flat gas discharge tube includes a ceramic insulator (1), two metal electrodes (2,3), gas filling and a graphite coating (5) on the ceramic insulator, and is characterized in that the ceramic insulator is cylindrically shaped and has a wider ring (1a), a narrow ring (1b) with metallized layers (6,6') and a wider ring (1d), which is formed into a tip in the direction towards the centre of the ceramic insulator, wherein the distance between the planes with metallization is smaller than or equal to the distance of the inner wall (1d', 1d") of the ceramic tip. The insulation distance on the ceramic insulator between the electrodes is increased with the shape of the ceramic insulator and the shape of electrodes, which enables optimal performance of the gas discharge tube.
||WO||WO/2014/158098 - BORING OF SAND CORES FROM CASTINGS||02.10.2014||
||PCT/SI2014/000015||RC SIMIT D.O.O.||LORBER, Dejan|
A dedicated hollow tool is used in boring of sand cores, which tool crushes the centre of a sand core by rotation and translation into the inside of a casting. Air under pressure flows to an edge of a crushing plate directly to the place of sand crushing. The air removes the sand in direction outside the casting, and on the way out the mixture of air and sand removes the remaining core and cleans the surface,
||WO||WO/2014/158099 - STAND FOR SUPPORTING LIMBS AND METHOD FOR ITS USE||02.10.2014||
||PCT/SI2014/000018||KOVAČ, Kristina||KOVAČ, Kristina|
The object of the invention is a stand for supporting limbs and a method for its use in creating conditions for providing treatment on patient's limbs. The stand for supporting limbs and the method for its use eliminate disadvantages of the described solution to the problem by assistance of medical staff and known solutions in that the stand comprises two standalone units each having a tripod (2, 2') with a vertical support (1, 1') and a telescopic extension (4, 4') with a pointed plug (5, 5') and a transversal bar (7) with respective openings (8, 8') at both ends, and a movable adjustable loop or loops (10) with a stop element (9).