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1.WO/2009/083744TOURIST INFORMATION SYSTEM FOR MOBILE DEVICES

WO - 09.07.2009

IPC H04L 29/08 Anm.-Nr. PCT/HR2007/000056 Anmelder PRAZEN, Vedran Erfinder PRAZEN, Vedran

This system enables the end-user to access the relevant information regarding the tourist offer in a simple and user-friendly way, using his existing mobile device, in the format that interests him (text, image, audio message, computer animation... etc.). The system is meant as a tourist guide that combines interactive and multimedia content with specific technical features of the mobile device like using the mobile network infrastructure in transmission of voice, data and SMS as well as using the advanced functions of the mobile device like for example camera or GPS receiver. The system shows the information in the following categories: interactive map, explore, rooms, sights, fun, gastro, news, info and about the publisher. The system has an integrated option of self-distribution. The user can forward the system installation to other users in a simple way through a part of the user interface which is directly integrated with a technical feature of a mobile device that allows of sending of text (SMS) messages.

2.WO/2008/071389WENDESCHLÜSSEL FÜR PROFILZYLINDER

WO - 19.06.2008

IPC E05B 27/00 Anm.-Nr. PCT/EP2007/010807 Anmelder BKS GMBH Erfinder NGUYEN, Toan

Die vorliegende Erfindung betrifft einen Wendeschlüssel für Profilzylinder, der von der Schlüsselspitze ausgehende auf seinen beiden Breitseiten angeordnete Ausnehmungen aufweist, die über zumindest jeweils zwei Variationskanten verfügen, ein System aus derartigen Wendeschlüsseln für ein System aus zugeordneten Profilzylindern sowie Profilzylinder und derartige Wendeschlüssel, insbesondere zur Verwendung in Schließanlagen.

3.WO/2009/060245SOLAR POWER PLANT WITH SHORT DIFFUSER

WO - 14.05.2009

IPC F03G 6/04 Anm.-Nr. PCT/HR2007/000037 Anmelder NINIC, Neven Erfinder NINIC, Neven

Solar power plant with short solar chimney called diffuser (D) utilises the air's ability to do work after its passing through the solar collector (S). A part of this work is used to power the turbines (10), the rest for maintaining a particular stream structure above the diffuser called gravitational vortex column. This structure maintains lower pressure behind the turbines that it would be achieved by any solid solar chimney, thus producing larger useful power of the turbines. In the diffuser there are fitted special water nozzles (9) that enable starting of the plant and help maintaining its stationary operation.

4.WO/2013/041890LIGHT-CONDUCTING EARMOLD PROVIDED WITH OPTICAL FIBER

WO - 28.03.2013

IPC A61F 11/08 Anm.-Nr. PCT/HR2011/000037 Anmelder KOSOR, Tonci Erfinder KOSOR, Tonci

Problems of defect hearing or diseases of particular parts of the ears appear from various causes. The most severe cases relate to middle and inner parts of the ear. Besides other treatments, this is also treated by laser beams. This invention relates to conducting a laser light beam from a source outside the ear directly to the middle and the inner ears, aimed to as efficient and quick as possible healing such disturbances as ringing in the ears, loss of hearing, Ménière's disease, vertigo, inflammations, etc. Presently, illuminating of the middle and the inner ears is performed from outside, by directing a laser light beam of large power through the bone. This results in large losses in light power reaching the intended spot. The invention essence is the light-conducting earmold provided with an optical fiber. The light-conducting earmolds is custom made according to a patient's ear canal model, or in series as a generic earmold. Through the light-conducting earmold passes an optical fiber conducting the laser light beam. To the optical fiber in the light-conducting earmold is connected a laser light source. During the treatment session the patient does not have to lie down and still. The light beam passes through the optical fiber and the light-conducting earmold, passing directly through the eardrum into the middle and the inner ears. Direct acting of the laser beams on parts of the middle and the inner ears decreases losses and requires lesser laser light of lesser power.

5.WO/2015/013774HYBRID HONEYCOMB FOR BEES

WO - 05.02.2015

IPC A01K 47/04 Anm.-Nr. PCT/BA2014/000005 Anmelder MILIĆEVIĆ, Ivan Erfinder MILIĆEVIĆ, Ivan

The hybrid honeycomb for bees includes the supporting artificial comb (1) which has on both sides of its surface inchoate comb cells (2) which have unequal, in height, edges (3) on which is applied a wax wreath (6) from which the bees develop the cell walls to the intended height (8). The hybrid honeycomb on its upper edge has in position a area for drone brood (17), and on the brim openings for the bees and the queen to pass through (13) from one side to the other and has elements so as to comfortably attach (12) the comb to the frame lathes (11), (14), and (15). The peaks of the inchoate cells (4) on the artificial comb (1) are not level in height and rough in length of the cell side peaks. The wax net is likewise rough and wavy on both surfaces of the hybrid comb.

6.WO/2009/139612MENSTRUAL HYGIENE-PRACTICAL PANTIES

WO - 19.11.2009

IPC A61F 13/66 Anm.-Nr. PCT/MK2008/000001 Anmelder STOJANOVIK, Petkov, Jasna Erfinder STOJANOVIK, Petkov, Jasna

The invention Menstrual hygiene-practical panties consists of panties that have an insert part (1) for the Sanitary napkins with wings on the edges, that is presented in Picture 1, the insert part consists of an insert part and two openings of the insert part (2) presented in Picture 1, in the openings the Sanitary napkins with wings on the edges are inserted. The Sanitary napkins with wings on the edges are attached on the insert part (1) presented in Picture 1 and the effects of the wings on the sanitary napkins and their purpose is strengthened through the insert part, while the esthetics, the comfort and the efficiency of the panties and the Sanitary napkins with wings are improved. From the outside, the Sanitary napkins are not visible because they are hidden in the insert part and the Menstrual hygiene-practical panties look like shown on picture number 2.

7.WO/2001/080625SEEDLING NURSING VESSEL

WO - 01.11.2001

IPC A01G 9/00 Anm.-Nr. PCT/HR2000/000010 Anmelder JELAVIĆ, Ivan Erfinder JELAVIĆ, Ivan

Seedling nursing vessels in line with this invention may be embodied in several ways. Here there are shown embodiments with mantle consisting of four and five identical tilting segments. The mantel tilting segments (C) have in their lower end support (6) with axle (16) that is to be placed into the groove (30) in the upper holder (D) and groove in the lower holder (E), the two holders making the bottom of the vessel. The mantel tilting segments (C) can be lowered from the vertical (closed) position to the horizontal (open) position, thus enabling control of humidity and regular growth of the seedling roots. At the inner side of each mantle segment (C) there are vertical bent ribs (20) to direct the root growth. At the lower side of the mantle segments (C) and in the vessel bottom, there are openings (8) and (36) for water drainage and seedling root trimming. The vessel designed this way enables nursing of seedlings with correctly directed roots, which is of utmost importance for the plant growth and survival in natural conditions. The vessel is intended for use in nursing of various seedlings in nurseries. They are made in segments to enable easier transportation to the point of use.

8.WO/2009/083743DESK-TOP DECORATION WITH PROMOTIONAL FLAG WAVING ON POLE

WO - 09.07.2009

IPC G09F 17/00 Anm.-Nr. PCT/HR2007/000055 Anmelder KUNAC, Andro Erfinder KUNAC, Andro

The desk-top decoration with promotional flag waving on pole is intended for promotional-decorative purposes and as a universal decoration. It consists of the pedestal (A), the casing (B), the pole (C) and the promotional flag (D). On the pedestal are fitted the electric fan (5), the battery compartment (2), the switch (9) and the mains socket (10). In the base is made the opening (8) allowing air in. The pedestal is made of various shapes but every shape has the opening (13) through which the fan drives air stream to the external side of the flag pole and the flag. In the casing is made opening passing the pole in to the holder (7) on the pedestal base. The pole is made of a pipe with the slit (19), in which pipe is inserted the flag holder (20), whereas the very promotional flag passes out through the slit (19). On the casing is the space designed for placing business cards, pens, notepads, or miniatures depicting activities of the user of the desk-top decoration with promotional flag. The desk-top decoration with promotional flag waving on pole is primarily intended for placing on office and conference-room desks, trade-fair and hotel counters.

9.WO/2006/066364KEYBOARD WITH DYNAMIC CHANGE OF FUNCTIONS

WO - 29.06.2006

IPC G06F 3/023 Anm.-Nr. PCT/BA2005/000007 Anmelder SPAJIC, Anto Erfinder SPAJIC, Anto

The essence of this mouse-keyboard with dynamic change of the functions is in improving the efficiency and speed of the interaction with the computor if the combination of one classic keyboard and one classic mouse is supstituted with combination of two specially constructed mouse-keyboards, presented in this application. Besides the fact that the functionality of this synergy is similar to the combination of classic keyboard and classic mouse, it has an additional value: independent and simultaneous use of two computor mice - one for each hand. If KWDCF is used in portable version, it still enables the user to use 10 fingers for typing, synonim for efficient interaction with the computor and to use computor mice on move, without firm surface as working desk or similar.

10.WO/2015/001365THERMOPLASTIC PIPE WITH REINFORCED SPIRAL AND IT'S PRODUCTION PROCEDURE

WO - 08.01.2015

IPC F16L 9/128 Anm.-Nr. PCT/HR2013/000020 Anmelder VUKOVIC, Ante Erfinder VUKOVIC, Ante

The presently existing thermoplastic pipes with hollow corrugated spiral (A), when laid in water, require additional loading with weights in order to sink. This problem is solved by producing the thermoplastic pipe with reinforced spiral (B). Hollow corrugated spiral (2) is filled with mixture (4) that solidifies after being injected into the spiral. The spiral is reinforced with mixture of water and one of the following materials: cement, concrete, gypsum or another material, pumped with the pump (P) into the spiral. Once solidified in the spiral, the mixture cannot move circularly nor separate after cracking. Once the mixture appears at the opposite end of the spiral, injecting is stopped and the intake and outlet ends of the spiral are closed with plugs (5). The corrugated spiral can be filled with the mixture also through a number of auxiliary openings (6), and can have various outer shapes. Thermoplastic pipe with reinforced spiral (B) has significant advantages relative to thermoplastic pipe with hollow corrugated spiral (A): increased crown load capacity, decreased deflection, longer durability, increased specific gravity, better anchoring in water, decreased part of thermoplastic material relative to the total weight; it easily sinks in water with no additional weights; decreases the costs and time required for building of underwater systems.

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