WO/2015/130236 APPARATUS FOR WASHING CAST PARTS||WO||03.09.2015|
||PCT/SI2014/000045||RC SIMIT, D.O.O.||VRANESEVIC, Darko|
Apparatus for washing cast parts comprises a washing tank (1), a rinsing tank (2), a drying device (3), a transporter (41) for transporting cast parts to washing and a transporter (42) for transporting washed and dried cast parts. Said apparatus further comprises a robot (5), in the operating area of which said washing tank (1), said rinsing tank (2), said drying device (3), and said transporters (41, 42) are located. Moreover, said apparatus is furnished with a heat pump (6), which is adapted for transferring the heat from the rinsing tank (2) into the washing tank (1).
WO/2015/130237 PROCESS FOR PREPARATION OF ALUMINIUM-BASED ALLOYS, ESPECIALLY FOR CASTING OF MOTOR VEHICLE PARTS||WO||03.09.2015|
||PCT/SI2014/000046||RC SIMIT, D.O.O.||VRANESEVIC, Darko|
The invention refers to a process for preparation of aluminium-based alloy, especially for casting of heavily loaded thin-walled motor vehicle parts, in which an alloy AlSi5Cu1Mg containing more than 0,6% of iron is produced of secondary i.e. recycled aluminium, upon which by adding pure primary aluminium the content of iron is decreased below 0,2%.
WO/2015/122853 PHARMACOLOGICAL OPHTHALMIC COMPOSITION FOR USE IN THE CORRECTION OF PRESBYOPIA AND ITS ADMINISTRATION||WO||20.08.2015|
||PCT/SI2014/000008||VID D.O.O.||FEINBAUM, Claes G.|
The object of the invention is to provide a pharmacological ophthalmic composition for use in the correction of presbyopia as a drop introduced onto the surface of the eye and surrounding soft tissue (drops) or as an implant surgically introduced into the subconjunctival space with sustained slow release application.
WO/2015/122854 A MOUNT FOR TEMPERATURE STABILIZATION OF OPTICAL COMPONENTS||WO||20.08.2015|
||PCT/SI2015/000005||OPTOTEK, D.O.O.||NOSE, Janko|
The present invention relates to optoelectronic laser devices, more precisely it relates to a mount for mounting optical components with an emphasis on temperature stabilization and their adjustment. The mount for temperature stabilization of optical components is characterized in that improved temperature responsiveness of the optomechanic assembly is achieved, and in addition uniform heat supply or removal, respectively, from entire side surfaces of the optical component is ensured by decreasing of the volume of thermally active part of the mount and by placing heat conducting brackets, which surround the optical element; that a disconnection of the thermally active part and a thermally inactive part of the mount is achieved with point or line contacts or the thermally active part is made of a material with high thermal conductivity, while the thermally inactive part of the mount is made of a material with low thermal conductivity; that the mount can be made from a single piece, which allows further simplification for cylindrically shaped optical components, for which the mechanical mount from one piece also functions as heat conductive brackets.
WO/2015/119581 SEATING FURNITURE||WO||13.08.2015|
||PCT/SI2014/000081||LINA DESIGN D.O.O.||URSIC, Damjan|
The invention proposes a seating furniture, which comprises at least one basic constituent (1), which consists of three larger spherical members (11, 12, 13), which abut each other in contact points (110, 120, 130), as well as of a smaller spherical member (10), which abuts each of said larger spherical members (11, 12, 13) in contact points (101, 102, 103) and is connected with each of them in said contact points (101, 102, 103).
WO/2015/119582 FLUOROMETRIC IMMUNOASSAY FOR DETECTION OF ANTI-DSDNA ANTIBODIES||WO||13.08.2015|
||PCT/SI2015/000003||UNIVERZITETNI KLINICNI CENTER LJUBLJANA||KVEDER, Tanja|
The present invention relates to the field of immunological methods, more precisely to the field of detection methods for antibodies against double-stranded DNA (dsDNA) for diagnostics of chronic autoimmune diseases, such as systemic lupus erythematosus (SLE). The fluorometric immunoassay method for detection of anti-dsDNA solves the technical problem of designing a method for detection of the aforesaid antibodies, which would be faster, cheaper and less toxic as the standard Farr-RIA method, but would have the same diagnostic specificity (which is 100%) and improved diagnostic sensitivity (for 3%). Detection of anti-dsDNA is based on detection of fluorescence in two fractions of samples, in the supernatant and in the sample with a precipitate, which contains immune complexes composed of added dsDNA and anti-dsDNA present in the patient's serum, wherein the detected fluorescence is a consequence of binding fluorescent dyes with dsDNA bound in the complexes or with free dsDNA. The method according to the invention allows obtaining reliable results, fast sample analysis and results availability to the attending physician, use of human and environmentally safe chemicals and lowering of costs in comparison to the standard Farr-RIA method.
WO/2015/119583 PLASTIC CARTRIDGE CASE WITH BARRIER||WO||13.08.2015|
||PCT/SI2015/000004||AREX Proizvodnja orodij, naprav in storitve d.o.o. Šentjernej||KRALJ, Ivan|
The object of the invention is a plastic cartridge case with a barrier, especially for a projectile of small arms, such as a cartridge bullet of a rifle or a gun, wherein a body (1) of the projectile case is made of plastics or a similar material that allows a simple and cheap fabrication of a cartridge case and also allows formation of a barrier (2) within the body (1) of the cartridge case, which barrier forms two chambers (A, B), the size of which has influence on pressure height in the cartridge case and consequently on bullet velocity.
WO/2015/116005 FIBERIZING APPARATUS AND METHOD OF MELT FIBERIZATION||WO||06.08.2015|
||PCT/SI2014/000004||IZOTEH D.O.O.||DOLENC, Sašo|
Fiberizing apparatus and method solve above referenced technical problem of responding to change in characteristics of a melt cascade (for purposes of this invention this term describing melt in either droplets, or streams, or rivulets, or other type of flow cascading from furnace or like through melt vessel, and onto rotating wheel or plurality thereof, and between said rotating wheels) by responding to changes in product output, or, analysis of (a) trajectory of movement of melt stream, (b) melt concentration relative to surrounding air between the first and the second rotating wheels, and (c) movement vector by changing geometrical setup of the rotating wheels in rotating wheel setup according to this invention, or some other indication of effectiveness of fiberizing process.
WO/2015/112097 SOLAR PANEL COOLING SYSTEM FOR WATERCRAFT||WO||30.07.2015|
||PCT/SI2014/000003||SEAWAY YACHTS, D.O.O.||KOGOJ, Roman|
The present invention relates to a cooling system for use with solar panels mounted on the roofs of watercraft. The system comprises lateral support ribs (4), support ribs (3) and air ducts (5); the lateral side ribs (4) being embodied as recesses (4a) extending along the entire length of the longitudinal edge of the roof of the watercraft, the support ribs (3) being embodied as protrusions on the surface of the roof extending longitudinally along the roof from the bottom surface (6) of the roof and the air ducts (5) being formed between individual ribs (3, 4), the bottom surface (6) of the roof and the solar panels (1). The shape and layout of the ribs (3, 4) are defined by means of a 3D computer model and the ribs are an integral part of the roof structure and both the ribs and the entire surface of the roof are made from reinforced plastic. Air enters through the air intakes (2) and travels along the air ducts (5), enabling the circulation of air under the solar panels (1) and thereby cooling the solar panels (1).
WO/2015/105461 ERGONOMIC ADAPTABLE CUSHION||WO||16.07.2015|
||PCT/SI2014/000080||LINA DESIGN D.O.O.||URSIC, Damjan|
The invention refers to an ergonomic adaptable cushion, which comprises a flexible and gas-proof sheath (1) with a valve (2) for providing aeration or deaeration of the internal space (10) of said cushion, which is surrounded with said sheath (10), and moreover also a granulated filler (3), which is placed within said sheath (1).