|1.||WO||WO/2013/182863 - FLOATING DOCK FOR MANUFACTURING OF FLOATING PLATFORMS BY ARTIFICIALLY FREEZING OF WATER||12.12.2013||
|PCT/HR2013/000014||DEBELJAK, Tomislav||DEBELJAK, Tomislav|
The floating dock for manufacturing floating platforms by artificially freezing water with a surface area which is bordered by the upper, lower and lateral sides in the form of arbitrary geometrical shapes or their combination, and exceptionally large dimensions, which extend over surfaces of a number of tens of thousands of m2, while masses of immense quantities of frozen water and millions of tonnes, consists of a ballast tank (7) which is made of one or multiple pipes which may be round but also any desired cross-section and may be made, first and foremost, of steel but also any other material, whereby with horizontal (9) and vertical (8) latticed rod brackets, which may be made from arbitrary, mutually welded steel profiles. They connect the aforementioned pipes (1 ) which comprise the ballast tank (7), and they additionally strengthen it and at the same time form a type of formwork mould in which it is possible to conduct manufacturing of floating platforms by artificially freezing water. The ballast tank (7) of the floating dock (10), which is made of pipes, may be divided into multiple sections: (7.1 ), (7.2), (7.3) and (7.4) of which each comprises a separate chamber for filling with gaseous or liquid medium of various specific weights in certain ratios in a way that enables the desired, not only submersion and surfacing of the aforementioned dock, but also the required levelling. The unit for the control - management system (10.2) which contains the computer system for operating the compressor system with compressor unit (10.3) which is connected to the aforementioned computer system of the aforementioned control- management unit (10.2) and electrical valves (13.1 ), and other parts of equipment as required, may be located on the shore, and through pipelines compromised gaseous medium according to the defined procedure, which is conducted by the control- management system (10.2), is blown into the pipes which comprise the ballast tank of the aforementioned dock, in which manner the surfacing of the floating dock is enabled.
|2.||WO||WO/2013/182864 - FORMWORK OF THE FLOATING PLATFORM MADE OF ARTIFICIALLY FROZEN WATER||12.12.2013||
|PCT/HR2013/000016||DEBELJAK, Tomislav||DEBELJAK, Tomislav|
The formwork mould of the floating platform made of artificially frozen water of exceptionally large dimensions, whose surface extends over amounts of a number of tens of thousands m2, while masses of immense quantities of frozen water reach up to millions of tonnes, which are positioned and fixed within the interior surfaces of the formwork mould and within which the procedure of artificially freezing water takes place so that the formwork becomes an integral part of the mentioned floating platform, and consists of an external (1.1 and 1.2) and thermal insulation (1.3 and 1.4) layer, and additional functional elements. The external layer of formwork (1.1 and 1.2) is primarily made of material which may be in the form of mutually joined steel sheet metal of arbitrary thickness and form, for example a trapezoidal profile, and applied onto the lateral surfaces (1.9) of the formwork mould and bottom surface (1.11) of the formwork mould, and on its interior side, a thermal insulation layer (1.3 and 1.4) has been applied, which may be made of thermal insulation foam of the desired thickness. To fasten the upper layers of the formwork (1.1 and 1.3) during their formation, vertical brackets (1.6) fasten the upper layers of formwork (1.1 and 1.3) during their formation. Fastening of formwork within the mould is conducted by fastening elements (1.5) in the manner that first temporary fastening of the external layer of the formwork with the mould is achieved during the formation of the external layer of formwork, while upon the separation of the floating platform made of artificially frozen water from the formwork mould, this connection is severed. At the same time, through the fastening elements (1.5), which are permanently fastened to the external layer of the formwork, the joining of the thermal insulation and external layer of the formwork is achieved, as well as joining the frozen water, that is ice, with the thermal insulation and external layer.
|3.||WO||WO/2013/175247 - CRIMPING MANDRELS FOR CRIMPING OF CABLE CONNECTORS WITH ROTATING FORMING TOOLS||28.11.2013||
|PCT/HR2013/000013||BEX D.O.O.||STANIĆ, Bojan|
This invention refers to crimping mandrels for crimping cable connectors with rotating forming tools, with which the uniform crimping of cable connectors is achieved. The crimping mandrels for crimping cable connectors consist of front 1 and rear 2 portions of housing, with the inside thereof consisting of a small handle 13, where the application of pressure thereon in the direction of the plastic handle 14 initiates a pulley mechanism via a left winch 11 and a right winch 12, an eccentric shaft 9 and a pusher shaft 16, whereby further translational movement of the lower rotating forming tool 5 achieves linear motion of the shaft 16 through the guide sleeve 25, which leads the front pusher 6 and the rear pusher 21. Both pushers 6 and 21 are situated on the sides of the lower rotating forming tool 5, and movement of the shaft of the lower rotating forming tool 24 toward the upper rotating forming tool 3, contact is established between the lower rotating forming tool 5 and the upper rotating forming tool 3. Another characteristic of the invention is that the lower rotating forming tool 5 and the upper rotating forming tool 3 have the possibility of rotating around the corresponding shaft of the lower rotating forming tool 24 and the corresponding shaft of the upper rotating forming tool 20 for the purpose of selecting a suitable profile that will crimp a specific connector.
|4.||WO||WO/2013/171523 - ARTIFICIAL ICE FLOATING PLATFORM||21.11.2013||
|PCT/HR2013/000012||DEBELJAK, Tomislav||DEBELJAK, Tomislav|
An artificial ice floating platform is obtained by artificially freezing water within a surface area (3.2) bordered by upper, bottom and lateral sides arranged forming a body of a desired geometrical form abd made from suitable material, including stainless steel in the form of sheet metal. The surface area (3.2) consists of one or more layers, so that the internal layer of the surface area is covered with a thermally insulating material (3.3) made from suitable material including thermal insulation foam, which serves as a heat insulator between the interior area (2.2) of the bordered surface area (3.2) and the surrounding area. Positioned in the interior area (2.2) are all the systems needed for realisation of the procedure for artificial freezing of water, while the backbone of the artificial freezing of water is comprised of the cooling system which consists of cooling plants (5.1) with cooling units for cooling the cooling medium for freezing water and for maintaining the ice, pipelines (5.2) with bundles (6.1) of pipes along which the cooling medium is appropriately distributed within the interior area (2.2). A system of sensors (7.1) for measuring ice temperature are distributed within the interior area (2.2) and connected to a control- management centre (4.1) with a computer system for supervision of the execution of all processes.
|5.||WO||WO/2013/167917 - WASHING AND DRYING BY CENTRIFUGATION||14.11.2013||
|PCT/HR2013/000009||VEVEREC, Zdenko||VEVEREC, Zdenko|
Electric valve (13) allows water to heater tank (12) where it is heated or not, together with the powder according to the wash mode. The mixture moves in the recirculation through the nozzle (5) spraying the inside of the drum (6) rotating together with it about 400 to 1200 r / min. A mixture of powder and water pass through the fabric because of the influence of centrifugal force and thus flushing out impurities from them. Washing and rinsing is carried out by centrifugal force in one direction and the other in a given time interval. Drying machine is carried out using the same procedure but the heated air exits the nozzle.
|6.||WO||WO/2013/167918 - BEDDING FOR UNGULATES AND ITS RECYCLING INTO COMPOST||14.11.2013||
|PCT/HR2013/000010||VOLNER, Matija||VOLNER, Matija|
The invention relates to a bedding for ungulate and other animals, consisting of dust- freed wood pellets or sawdust and nutrient medium for composting bacteria. The nutrient agent is based on the brown alga, preferably Ascophyllum nodosum. The bedding is supplemented with medicinal herbs selected from: lavender (Lavandula angustifolia), lavandin [Lavandula x intermedia), laurel (Laurus nobilis), marigold (Calendula officinalis) and Lemon balm (Mellisa officinalis). The patent further relates to the bedding composting procedure, and the use of the bedding as a preventive agent against lesions and pneumonia in animals in intensive farming.
|7.||WO||WO/2013/167919 - AUTOMATIC FLUSHING AND TOILET SEAT CLEANING AND DESINFECTING DEVICE - DESINFECTOR||14.11.2013||
|PCT/HR2013/000011||EUROMODUL D.O.O.||BABIĆ, Dragutin|
Automatic flushing and toilet seat cleaning and disinfecting device consists of case (1), to which the toilet (2) is attached with the inlet pipe (3) for flushing of the toilet (2), which is connected via collector (4) to the expansion tank (5), with the pressure in the range of 4-5 bar, which provides for safe and quality flushing of the toilet (2). Flushing starts automatically after the user steps away 80 cm - 100 cm from the toilet (2). The toilet (2) has a toilet seat (6), which is connected to the motor-reducer (7), which uses electronic impulse (8) after flushing the toilet (2), to rotate the toilet seat (6) horizontally and enter the case (1). During the movement, the toilet seat (6) is washed by high-pressure spray (9) with water (5) mixed with the disinfectant (10). When the toilet seat (6) reaches the sensor switch, it stops and starts moving back to its starting position on the toilet (2). During that movement, the toilet seat (6) is completely dried by a drier (1 1), using the air compressed by a high power fan (12). The inner part of the toilet seat (6) has hinged doors (13), which close off the inside of the case for safety and aesthetic purposes. All of the above are the contents of the device - disinfector, and ensure the process of cleaning and disinfecting toilet seats and flushing of the toilet.
|8.||WO||WO/2013/160708 - AUTOMATIC IDENTIFICATION OF NEIGHBORS IN WCDMA NETWORK||31.10.2013||
|PCT/HR2012/000011||ERICSSON NIKOLA TESLA D.D.||PILIPOVIC, Smiljan|
The present invention discloses method of automatic identification of neighbors in WCDMA network characterized by further discrimination of cells being characterized via scrambling code. Method performs calculating of SFN-CFN time differences of each cell being listed in measurement report to form relations to some referent cell within the synchronization topological object. The invention discloses forming of basic synchronization sub-tree element, merging, optimization and fine tuning of the synchronization topological objects via increasing amount of data recorded and processed by the data-system. Invention improves searching for missing neighbors, in handover procedure and improves handover success in the area where scrambling code reuse pattern is too tight and the signal originating, cell cannot be easily identified solely by the scrambling codes.
|9.||WO||WO/2013/153410 - WAGON FOR TRANSPORT AND CONTROLLED SILTING OF HYGROSCOPIC MATERIAL||17.10.2013||
|PCT/HR2013/000006||RADIONICA ZELJEZNICKIH VOZILA CAKOVEC D.O.O.||HORVAT, Darko|
The invention refers to a wagon for transport and controlled tilting of hygroscopic material. Wagon is comprised of frame (1) equipped with bogies (3) and with at least two controllable wagon boxes (2). Each wagon box (2) has on each of the lateral sides one or more controllable lateral segments (2.2) for lateral tilting and an additional frontal segment (2.3) in case the box (2) is placed at the fore/aft end of the wagon frame (1). The wagon has the ability of controlled lateral tilting, achieved by regulation of inclination of the wagon box (2), as well as by regulation of displacement of the lower edge of the controllable lateral segment (2.2). Additionally, the wagon has a tarpaulin (7.1) which is automatically wound and unwound over the cargo space (2.5) of each of the boxes (2), and where the winding mechanism does not take space from the wagon cargo space (2.4). Programmable logic controller (PLC) oversees tilting operations in order to prevent wagon from tipping-over.
|10.||WO||WO/2013/150321 - FIRE DAMPER||10.10.2013||
|PCT/HR2013/000005||BARUŠIĆ, Josip||BARUŠIĆ, Josip|
Fire damper as the technical solution according to the invention is based on a specially conceptualized new design characterized in that all component elements of the mechanism with which the housing of the fire damper is accomplished are made of a single-piece, that is made of a metal sheet strip that is sufficiently wide for a specific size of the damper, wherein the folding process is applied to form a profiled section as well as a flange (4.12). Within the same manufacture process perforations (4.9) are made by the cut-out procedure on the width of the belt of the metal sheet to achieve radically reduced heat transfer between two segments of the damper housing in axial direction, as well as coupling "combs" (4.5) for coupling in the angles of the metal sheet formed to the damper housing with the single (4.7) and the double (4.8) extensions of the "comb", and finally also the slots (4.15) in the side edges of the metal sheet the width of which is equivalent to the width of the flange. The cut-out procedure is implemented to make the openings (4.10) of appropriate sizes for the passage of the axis of the damper blade, the openings (4.11) for the coupling of two metal sheets of the formed housing of the damper, the openings (4.16) for fixing of the actuator of the damper and the openings (4.17) for fixing of the temperature sensor. After the foregoing procedures of folding and punching of the metal sheets are completed, the metal sheets treated in such manner are folded along the folding lines (4.6) X-X, Y-Y, Z-Z and W-W, by which the metal sheet is formed into the damper housing, and the two folded metal sheets with already existing openings 4.11 are finally coupled with rivets. The solution of the technical problem according to the invention also comprises the coupling of the sides of the housing according to the "comb" system to the belt edges (4.9) of the metal sheet with reduced heat transfer, which is accomplished by folding along the wall of the formed housing of the damper both the single (7.1) and the double (7.2) extensions of the "comb" in mutual engagement. Of special importance is the technical solution of the leverage mechanism (6.3) made of two elements, which is on the outer side at the housing wall, by which the axis of the actuating mechanism (6.1) the leverage mechanism (6.3) is coupled with the axis (6.2) of the damper blade.