WO/2016/166559 DEVICE FOR DRILLING AND CUTTING WITH IMPROVED ELECTRODE AND TUBULAR ELECTRODE FOR CUTTING AND DRILLING USING BURNING METHOD IN THE OXYGEN MIXTURE||WO||20.10.2016|
||PCT/HR2016/000013||STANEK, Josip||STANEK, Josip|
Device for drilling and cutting with improved electrode enables simpler construction and easier handling and can therefore be constructed as the portable handheld device, i.e. it can be used for cutting and drilling under the water. It consists at least of the following parts: tank for oxygen under pressure, oxygen inlet hose, coupling, holding fixture, body of the device, valve, tubular electrode holding shank and tubular electrode, provided that the tubular electrode is made of iron tube, into which are inserted the alloy and non-alloy rods which burn down in the oxygen mixture during the drilling/cutting procedure. Essential part of the present invention is a tubular electrode for cutting and drilling using burning method in the oxygen mixture which is made of iron tube, inside of which there are non-alloy metal rods and alloy rods with content of aluminium and magnesium.
WO/2016/162705 BUTTERFLY VALVE WITH IMPROVED SEAT RING PROVIDING INSTANT VALVE CLOSING AND UNIFORMLY INCREASING SEALING||WO||13.10.2016|
||PCT/HR2015/000010||IVW D.O.O.||AL-KHOURY, Rami|
The present invention relates to a seat ring (4) for a butterfly valve provided at an inner circumferential surface of a valve body (1) so as to create a seal between the inner circumferential surface of a valve body (1) and the valve disc (2) when closing the valve, and a sealing projection (23) continuously protruding inwardly provided between a pair of bosses (20) formed around a pair of opposite valve stem holes (18) for inserting valve stems (3a, 3b) positioned radially outwardly of a flow passage direction. The sealing projection consists of contact surface (25) and adjacent semi-elliptic surface (24), wherein the contact line of the contact surface (25) and top portion of the adjacent semi-elliptic surface (24) is semi-elliptic edge (24') displaced by offset "h" from plane defined by vertical valve centerline (3) and transversal valve centerline (28) in disc closing direction, wherein offset "h" amounts at least half of the valve disc (2) periphery thickness. The sealing projection (23) is arranged and configured such that one sealing projection (23) engages with one side of the valve disc (2) while another sealing projection (23) engages with another side of the valve disc (2). The contact surface (25) curved swelling towards the periphery of the valve disc (2) in disc opening direction is extending from semi-elliptic first contact/closure curve (25') of the contact surface (25) to semi-elliptic edge (24') and is shaped as a straight line i.e. tapered surface formed with the slant varying in the circumferential direction in such a manner that the slant is steep in the vicinity of the bosses (20), and gentle in the central portion away from the bosses (20). Such design enables a periphery of the valve disc (2) to entirely and substantially at the same instant come into contact with semi-elliptic first contact/closure curve (25'), and uniform penetration of valve disc (2) into seat ring (4) thus uniform sealing along the disc circumference which uniformly increases while rotating the disc in closing direction. Instantaneous valve closing together with fluid flow rate control, by adjusting the rotation angle of the valve disc (2), enable the valve to be used as flow control valve until the very first closed position. Present invention also provides low grinding/clamping of sensitive media e.g. granules between the valve disc (2) and seat ring (4).
WO/2016/156888 COUMARIN DERIVATIVE AS ANTIVIRAL AGENT, PHARMACEUTICAL COMPOSITION THEREOF, ITS PREPARATION AND USE||WO||06.10.2016|
||PCT/HR2016/000005||I-NOVA MEDICINSKA ISTRAZIVANJA D.O.O.||TRKOVNIK, Mladen|
The present invention discloses the novel coumarin derivative 7,9- dihydroxy-3- (4,5, 7-trihydroxy-2-oxo-2ff-chromene-3-yl ) -4H-furo [3,2- c] chromen-4-one (1), its synthesis, pharmaceutical composition, preparation and use thereof. The pharmaceutical composition comprising : (1) 7, 9-dihydroxy-3- (4,5, 7-trihydroxy-2-oxo-2JFi-chromene-3-yl ) -4H- furo [3, 2-c] chromen-4-one (1) as active pharmaceutical ingredient; and (2) one or more pharmaceutical excipients, required to yield final dosage forms suitable for therapeutic administration. The composition is safe and efficient therapeutic agent for viral diseases including the acquired immunodeficiency syndrome (AIDS).
WO/2016/139496 BALLAST WATER TREATMENT SYSTEM BASED ON WHIRLING MOTION, HYDRODYNAMIC CAVITATION AND VACUUM EFFECT||WO||09.09.2016|
||PCT/HR2016/000006||CVETKOVIC, Martina||CVETKOVIC, Martina|
The International Convention on Control and management of Ship's Ballast Water and Sediments stipulates conditions related to ballast water treatment systems which are high efficiency of the method at removing the targeted organisms, minimum damage to the environment, crew safety, economical and simple application. The invention relates to the ballast water treatment system based on whirling motion, hydrodynamic cavitation and vacuum effect. The system is embodied in the variants (I, II and III): Variant I - system with unit (U) for whirling, hydrodynamic cavitation and vacuum effect comprising cylindrical chamber (9), two vortex tubes (2) with a cylindrical nozzle (3) at the ends of each vortex tube; Variant II - system with unit (V) for whirling, hydrodynamic cavitation and vacuum effect comprising cylindrical chamber (9), two conical funnels (10), two vortex routers (14), two vortex tubes (2) and nozzle (11 ) with cavitation jet router (12) at the ends of each vortex tube; and Variant III - system with unit (Z) for whirling, hydrodynamic cavitation and vacuum effect comprising cylindrical chamber (9), two conical funnels (10), two vortex routers (14) and two vortex tubes (2) and nozzle (18) with several cavitation jet routers (12) in each vortex tube. In the units (U, V and Z) between vortex tubes and nozzles occur hydrodynamic cavitation and vacuum effect that destroy harmful marine organisms and disinfect sea water. The system working process does not include use of biocides or any other chemicals.
WO/2016/135521 DENTAL FORMULATION||WO||01.09.2016|
||PCT/HR2016/000009||BASIC, Robert||BASIC, Robert|
This invention discloses a dental formulation consisting of of: - calcium alumino silicate having the particles of spherical shape - CAS and - one or more excipients and optional ingredients required to produce a desired final dosage form: oral suspension, toothpaste, dental powder, dental gel and chewing gum. CAS is characterized by: - specific chemical composition: 0.311 - 0.732 wt. % Na20, 14.712 - 15.360 wt. % CaO, 27.643 - 28.450 wt. % A1203, 33.248 - 35.193 wt. % Si02 and 20.446 - 23.273 wt. % H20; - spherical shape of particles without distinguishing crystal faces and with high surface roughness: RSSA/GSSA = 2.58-2.81 - particles size in the range from 0.4 μπι and 5 μπι and average particles size in the range from 1.15 μπι to 1.848 μπι. - external real specific surface area (RSSA) from of 2.375 m2/g to 4.433 m2/g; - external geometrical specific surface area (GSSA) from 0.921 m2/g to 1.593 m2/g. Thanks to these properties of CAS, the formulation of the present invention is efficient desensitizing, mineralizing, and polishing agent for teeth.
WO/2016/135522 HYDROFOIL BASED VESSEL STABILISATION SYSTEM||WO||01.09.2016|
||PCT/HR2016/000010||PALIC, Gordan||PALIC, Gordan|
The invention concerned refers to a hydrofoil-based vessel stabilisation system which ensures vessel stability without the unnecessary ballast weight. The stability of the vessel is efficiently achieved by the use of hydrofoils (1) placed under the water, which are detached from the vessel, connected to the beams or an axle (2) in a way which enables their rotation. As the hydrofoils (1) are rotated in opposite directions and passing through the water, they are pulling one side of the vessel downwards and lifting the other side upwards, thus enabling the rotation of vessel in the opposite direction of the wind or other forces tilting the vessel. The hydrofoil-based vessel stabilisation system consists of a pair of hydrofoils (1) placed under the water and detached from the vessel, connected to the vessel by several beams (2), several axles (3), out of which two are horizontal axles (3) connected to the hydrofoils (1) in a way that the hydrofoils (1) rotate around the horizontal axles (3) by means of the control levers (4). The system uses the function of the weight (6) or at least one electromotor (11) together with a rack (10) for the rotation of hydrofoils (1). The said hydrofoil (1) rotation system also contains a central vertically placed axle (3) which is in rack-based connection with the bevel gears (12), which the vertical axle (3) rotates via at least one electromotor (11) or manually.
WO/2016/120646 PERSONAL WATER FILTER DEVICE||WO||04.08.2016|
||PCT/HR2016/000003||SIPOS, Laszlo||SIPOS, Laszlo|
The invention discloses simple to operate personal water purification device using membrane type filtration with almost constant pressure exerted to the membrane filter during the operation. The water inlet (51) is connected to the high pressure chamber (42) via non-return valve (50). The water from the chamber (42) is injected via the piston (41) into the already pressurized circuit which maintenance filter (11) working pressure. Pressurized circuit is formed in the concentrate cylinder (20) and the filtration unit (10). The fluid circulation within the pressurized circuit is enabled via circulation piston (30) motion. The permeate outlet (13) produces potable water while remaining concentrate is returned to the return chamber (21). Circulation piston (30) and high pressure piston (41) are connected via piston coupling (43) and operated, preferably, by the hand activating reciprocal motion of the piston rod (23). The membrane type filtration can be ultra-filtration membrane, nano-filtration membrane or reverse osmosis membrane.
WO/2016/116771 MULTIFUNCTIONAL AFT DOOR||WO||28.07.2016|
||PCT/HR2015/000001||CONDURA YACHTING||IVICA, Vuksan|
The innovation reveals a hydraulic aft door which, in addition to preventing the penetration of sea at the stern, also has the function of a tender lifter, gangway, platform for easier access to the water, and for carrying the tender. When mounted onboard, it takes up far less stern space than the currently known solutions. The aft door according to the invention is intended for mounting on sailboats with an open transom.
WO/2016/108052 CORRUGATED PIPE WITH ADAPTABLE COUPLING||WO||07.07.2016|
||PCT/HR2014/000046||MOTIO D.O.O.||BEKAVAC, Ante|
Adaptable coupling for corrugated pipes that comprises a corrugate pipe (1) and an integrated coupling body (2) having a cylindrical inner surface. The coupling body (2) comprises a plurality of circumferentially spaced wing-springs (3), the wing-springs being arranged in a single row around the coupling body and being provided with blocking means (5) for preventing the wing-springs (3) from springing inwardly toward the radial centre of the coupling body (2) before the deactivation of the blocking means (5). The wing- springs (3) have a curved shape, the part of the wing-spring (3) not- connected to the coupling body (2) being directed toward a radial centre of the coupling body (2) in order to prevent releasing of a receiving pipe from the coupling body (2) upon the deactivation of the blocking means (5).
WO/2016/108054 DEVICE FOR COLLECTING PET EXCREMENT, AND LOCATION DISINFECTOR AND AROMATIZER||WO||07.07.2016|
||PCT/HR2015/000022||ŠARIĆ, Želimir||ŠARIĆ, Želimir|
The device for collecting pet excrement, consists of shell casing (1.1), which on one side has a rear fixed cover (1.2), while from the front side a front moveable cover (1.3), which is fixed to the handle (1.4), which also serves as a liquid tank (1.5), so that the shell casing (1.1) with the rear fixed cover (1.2) and front moveable cover (1.3) when the same is in the closed position, form the interior area of the device, whose minimum dimensions are within the width (2.1) and length 2.2) of the shell casing (1.1) of the device, whose length (2.2) increases by movement of the front moveable cover (1.3) by the length of movement p (3.1), which is done using the handle (1.4), that slides along the handle guide (4.1), that has the same cross-section shape as the handle (1.4), in this way the surface area with the following dimensions is achieved, p (3.1) x a (1.9), so that it is possible to encompass the excrement of the pertaining dimensions with reserve within it so that by using the handle closing of the front moveable cover is achieved so that the excrement is thrown into the excrement container.