WO/2015/105462 SAFETY SEAL WITH A CLOSING MECHANISM||WO||16.07.2015|
||PCT/SK2015/050001||SEALCORP, A.S.||KOPAČKA, Milan|
A body (3) of a seal contains a cavity and an inlet opening (31) and an outlet opening (32) for inlet and outlet of an insert element (2) and between the inlet and outlet openings (31, 32) in the cavity of the body (3) a retaining area (34) is formed. In the cavity of the body (3) a closing mechanism (4) is arranged. Said closing mechanism (4) contains a static part and at minimum one flexible element (41) having a free end for co-operation with the insert element (2) and with another element positioned in the cavity of the seal, for its locking, wherein in the locked position the free end of the flexible element (41) of the closing mechanism (4) is positioned in the retaining area (34).
WO/2015/105463 A METHOD FOR DETERMINATION OF CONTENT OF HYDROPHOBIC COMPOUNDS IN WATER-MISCIBLE ORGANIC LIQUIDS||WO||16.07.2015|
||PCT/SK2015/050002||ÚSTAV EXPERIMENTÁLNEJ FYZIKY SAV||SEDLÁK, Marián|
The method for determination of content of hydrophobic compounds in water-miscible organic liquids is based on the segregation of hydrophobic compounds contained in organic liquids after their mixing with water in form of discrete, relatively stable nanoparticles, whose number concentration, size, and density correlate with the hydrophobic compounds content, which is subsequently quantified by calibration curves. The laser light scattering method can be used for such quantification. The advantage of the method is a low equipment price, a low single- measurement price, its compactness/use in the field, and mainly its appropriateness for use as a screening method.
WO/2015/094128 PROCESS FOR THE PREPARATION OF 4-AMINODIPHENYLAMINE PRECURSORS||WO||25.06.2015|
||PCT/SK2013/050016||DUSLO, A.S.||BALKO, Jozef|
Process for the preparation of 4-aminodiphenylamine precursors by reacting aniline and nitrobenzene in the presence of water and a base, with controlled amount of water with respect to the base, characterised in that the mole ratio of water to the dosed base, obtained after extraction of organic impurities by an aromatic solvent of an aqueous phase from hydrogenation of a condensation mixture, is between 3.99 and 3:1 at the start of the coupling reaction, and between 0.40 and 0.59:1 at the end of the coupling reaction, and the end of the coupling reaction is indicated by full conversion of nitrobenzene or by achieving the maximum content 2 wt. % of the initial amount of nitrobenzene in the reaction mixture. The ingredients are continuously fed into reactor cascades in the required ratio to the condensation process, the mole ratio of aniline to nitrobenzene is between 1 :1 and 10:1, and hydrogenation of the condensation product in the presence of a hydrogenation catalyst and added water is followed by separation of the hydrogenation catalyst, and an organic phase, containing 4-aminodiphenylamine, is separated from the aqueous phase, containing the released base.
WO/2015/094129 DOORS, ESPECIALLY SAFETY DOORS||WO||25.06.2015|
||PCT/SK2014/000023||LUKÁČ, Peter||LUKÁČ, Peter|
Doors, mainly safety doors are furnished from the sides and the top part of the doors with double folded edged metal bar (1 ), which matches with the outside and inside parts of the doors and is with her anchoring elements fixed into the circuit wooden frame (2). Wooden frame (2) is from the inside secured with the metal support (3), whereby the space is defined with metal support (3) is filled with metal plate (4) and with the filler (5). Inside the metal support (3) is with the threaded joint by help with the bar (6) attached the body (7) of the lock, at which the doors are under seal with double folded wing (8) hinge with the holes (9) for anchoring in both areas of folding. Edge joints of the circuit wooden frame (2) contain at least one glued inside nib (10) and at least one outside nib (1 1 ). Circuit wooden frame (2) is glued from two wooden plates (12) with mirror arrangement of fibres age-bands with orientation from each other. Mounting label is elongated. Metal arch (3) is„ L„ profile or ribbon. Doors, mainly safety doors are under seal with advanced door hinge, which is the consist of double folded wing (8) door hinge and door lining wing (14) of the door hinge. Double folded wing (8) of the door hinge has holes (9) for anchoring in both levels of folds. Door hinge is secured with plug-in pin (16) with one separable head (13) pin with secured screw or with the pin. Double folded wing (8) of the door hinge is with two pin eyes inserted in to the middle part of the lining wing (14) of the door hinge, which is secured with central attached holes (15) for centring and anchoring screws. Filling is (5) fireproof and/or anti noise.
WO/2015/094130 METHOD AND APPARATUS FOR LIGHTNING THREAT INDICATION||WO||25.06.2015|
||PCT/SK2014/000024||USTAV STAVEBNICTVA A ARCHITEKTURY SAV||VIDEEN, Gorden|
The invention describes a method of monitoring of increased risk of lightning on the basis of information about the increase of electric charge of water droplets, which are obtained by measuring the characteristics of scattered EM radiation. The change of these characteristics is related to the electric charge, which the droplets acquire. In order to normalize the optical characteristics as well as the concentration of droplets it is necessary that the measurements are carried out at two suitably selected wavelengths. The wavelengths can be combined, allowing the use of two or more wavelengths.
WO/2015/088454 METHOD OF HOOF TRIMMING OF UNGULATES BY A LIQUID JET AND A VETERINARY TRIMMING ASSEMBLY||WO||18.06.2015|
||PCT/SK2014/050024||AQUACLEAN, SPOL. S R.O.||KRAJNÝ, Zdenko, Ing.|
A method of hoof trimming of ungulates by a liquid jet, characterised in a sequence of steps: • stabilizing of the ungulate's hoof in a clamping device and/or a cage; • cleaning the ungulate's hoof and claw by a pressure liquid; • and preferably also in physical diagnostics of the hoof and the claw with locating of the borderline between the hoof and claw, • outlining of the cutting plane in the borderline area between the hoof and the claw; • separating the claw from the hoof by means of a liquid jet of a veterinary trimming assembly in an air or liquid environment along the cutting plane by the action of the pressure liquid jet with the operating pressure of 1 20 to 250 MPa and the pressure liquid flow rate of 4 to 15 l/min with the pressure liquid jet feed rate of 10 to 220 mm/min, wherein the thickness of the pressure liquid jet is 0.5 to 1.0 mm. The pressure liquid is water, or possibly water with an added abrasive and/or a disinfectant and/or a medicinal agent.
WO/2015/072933 A method of protection of optical media, such as CDs and DVDs against unauthorised copying and a non-standard optical audio disc and video disc with protection against loading and playing in personal computers and matrices for making thereof||WO||21.05.2015|
||PCT/SK2014/050011||ŠAFÁRIK, Ivan||ŠAFÁRIK, Ivan|
Subject-matter is that between an inner edge (32) and a outer edge (33) of a lead-in area (30), are created by mechanical means grooves (31) in the form of concentric circles around the central axis (60) with the profile of the letter "V" in the protective layer (2), wherein these grooves (31) have peaks (34) and edges (35) are created in such a way that the groove (31) with the largest possible diameter of the circle does not exceed the inner part of the outer edge (33) and the groove with the smallest possible diameter of the circle does not exceed the inner edge (32) of the lead-in area (30), wherein the density of the grooves (31) is such that edges (35) of the grooves are touching each other on the surface of the protective layer (2) and between the individual edges (35) of the grooves (31) there is no area undamaged by the grooves (31). Non-standard audio discs and video discs are manufactured by pressing from the matrix, they contain lead-in area (30) data area (40) and lead-out area (50) and in the area with the radius from 18,00 + 1 mm to 23,50 + 1 mm are provided with the zone (80) of the mechanical protection, which contains a set of grooves (31) in the form of concentric circles, with the profile of the letter "V", which are arranged closely to each other in such a way, that their upper edges are touching.
WO/2015/065293 WEB PLATFORM BASED CONTACTLESS PAYMENT SYSTEM WITH A VIRTUAL PAYMENT CARD||WO||07.05.2015|
||PCT/SK2014/050023||ADVOKÁTSKA KANCELÁRIA, MARKO, S.R.O.||KIANIČKA, Ladislav|
The layout of the web platform based contactless payment system with the virtual payment card and the method of operation thereof are applied in the system of on-line contactless payment sale. The core of the layout is a bank server (SB) with adapted web platform based contactless payment system software with a virtual payment card and its interconnection with payment terminals (PT) and user portable electronic communication devices (PEKZ) containing a virtual payment card application (VPK), wherein it always involves connection of two of the said three parts of the system. That contains an activation unit (AJ) for a consumer, who is connected to the bank server (SB) through communication hardware means (PEKZ) having Android, iOS, Windows Phone, BleckBerry and other operating systems, in future also other operating systems are possible. A merchant is connected to the bank server (SB) through communication hardware means, such as a cash register or other payment terminals. The bank server (SB) contains virtual payment card software (VPK) for the consumer and seller's software (SP) for the merchant. The virtual payment card (VPK) contains a limit setting (NL) for the accounts. The limit can be set, if the consumer has several accounts, for each account included in the virtual payment card (VPK). The virtual payment card (VPK) contains a PIN code and/or BIO PIN (PK), which approves individual payments and logs into the virtual payment card (VPK). The bank server (SB) also generates a virtual payment receipt (VPD) for the consumer as well as for the merchant. The virtual payment receipt (VPD) in the virtual payment card (VPK) for the consumer automatically passes into the archiving database (ADB), where it is sorted into individual categories according to the consumer's requirements.
WO/2015/057175 USE OF 5-CARBOXYMETHYL-3-MERCAPTO-1,2,4-TRIAZINO-[5,6-B]INDOLES AND THEIR PHARMACEUTICAL COMPOSITION||WO||23.04.2015|
||PCT/SK2014/000021||ÚSTAV EXPERIMENTÁLNEJ FARMAKOLÓGIE A TOXIKOLÓGIE SAV||CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS (60%)|
The present invention relates to the use of 5-carboxymethyl-3- mercapto-1,2,4-triazino-[5,6-b]indoles (the general formula (I)) and their pharmaceutically acceptable salts hydrates and solvates thereof for the use in treatment, control and prevention of human and veterinary diseases in which activities of aldo- keto reductases AKR1B1 and AKR1B10 are key etiological factors for their development and progress such as the development of diabetic complications (macro-, microangiopathy, atherosclerosis, retinopathy, cataracts, nephropathy, neuropathy, bone mass loss and atherosclerosis), inflammatory diseases (uveitis, sepsis, periodontitis, asthma and colorectal cancer), abnormal proliferation of vascular smooth muscle cells in atherosclerosis and restenosis, lung carcinoma in smokers, and several types of cancer (lung, breast, hepatic, prostate, pancreatic, endometrial cancer, cervical cancer, and cervical adenocarcinoma), diseases of the female reproductive system (menstrual disorders and fertility problems), timing of parturition, mood disorders, psychiatric and neurological diseases. The present invention relates to pharmaceutical compositions comprising effective amount of 5-carboxymethyl-3-mercapto-1,2,4-triazino-[5,6-b]indoles of the general formula (I) and a pharmaceutically acceptable carrier for the use in treatment, control and prevention of human and veterinary diseases. (Formula (I))
WO/2015/050507 METHOD FOR ISOLATION OF CIRCULATING CELLS FROM PERIPHERAL BLOOD||WO||09.04.2015|
||PCT/SK2014/000020||USTAV STAVEBNICTVA A ARCHITEKTURY SAV||KOCIFAJ, Miroslav|
Method for isolation of circulating cells from peripheral blood that uses magnetic nanoparticles covered with monoclonal antibodies that are injected to vein through vein cannula (1), while the position of nanoparticles is controlled using magnets (2), nanoparticles are exposed to circulating blood cells, and blood cells are captured by bonding to antibodies on the surface of nanoparticles, then are nanoparticles moved closer to vein cannula with the movement of magnets (2), and subsequently is through the cannula (1) inserted wire (3) with the magnetic core (4) and magnets (2) are removed or switched off, then are nanoparticles attracted to the wire (3), then is the wire (3) with blood cells removed from cannula (1) and placed in tube (6) with medium, subsequently is magnetic core of the wire (4) removed and nanoparticles with bound blood cells released in the medium.