||WO||WO/2015/002564 - METAL RESILIENT SPACER AMONG PARQUET FINISHING STRIP, FLOOR AND WALL||08.01.2015||
||PCT/RS2013/000015||JOVANOVIĆ, Dragoš||JOVANOVIĆ, Dragoš|
Metal resilient spacer among parquet finishing strip, floor and wall according to the invention is unique because it has a wide intermediate tongue (6) which receives both ends of the groove made in the parquet finishing strip (both front and rear ones), whereas it has one lateral tongue (5) both on its left and right sides which enable additional retaining of the parquet finishing strip both on the floor and the wall and provide for the maximal clamping surface of the parquet finishing strip. Resilience of the spacer (1), which consists of a vertical part (2) and a horizontal base (3) having three resilient tongues (5, 6) intended for holding parquet finishing strip and attaching it to the wall by means of an insert (7) and a screw (8) passing through an opening (4) in the spacer (1), enables that the parquet finishing strips can be placed on uneven wall and floor surfaces or in case when an angle between floor and wall is bigger than 90 degrees, as well as possibility that the parquet finishing strip can be removed from the spacer (1) and reused, wherein they will not be damaged, thereby enabling repeated use of the parquet finishing strips.
||WO||WO/2014/189399 - A MIXED-STRUCTURE N-GRAM LANGUAGE MODEL||27.11.2014||
||PCT/RS2013/000009||AXON DOO||OSTROGONAC, Stevan|
The invention relates to the language model based on mixed-structure «-grams and the method of determining a word sequence probability based on this type of model. The mixed- structure comprising lemma and morphologic class information for all the words of an «-gram enables a modeling technique which insures the inclusion of the most reliable information obtained from the training corpus and enables the creation of high-quality models even when a small amount of data is available. Also, different pruning techniques may be used in order to reduce the number of «-grams included in the model if a large amount of data is available for training.
||WO||WO/2014/189400 - A METHOD FOR DIACRITISATION OF TEXTS WRITTEN IN LATIN- OR CYRILLIC-DERIVED ALPHABETS||27.11.2014||
||PCT/RS2013/000010||AXON DOO||SEČUJSKI, Milan|
The presented invention is related to the method for the recovery of diacritical marks in texts written in any of the languages using Latin- or Cyrillic-derived alphabets with diacritical marks. The embodiment of the invention presented in this document uses multiple information sources (topical information and information on semantic proximity) in the task of diacritisation, which is recognised and treated as a classification task. The invention relies on classification based on topical information provided by text categorisation, the information on semantic proximity of particular words in the text, as well as morphological information. At word level the classification task is limited to the calculation of the semantic score of each particular word interpretation. The actual recovery of the diacritical marks is carried out only at the sentence level (or possibly some higher level such as paragraph or the entire text), with the assumption that users, when adapting a text to a non-diacritised setting, consistently use one of the existing conventions, rather than switching between different conventions.
||WO||WO/2014/178742 - STANDARD REEL WITHOUT A ROTOR||06.11.2014||
||PCT/RS2013/000018||BAKRAČ Dragan||BAKRAČ Dragan|
The standard reel without a rotor (22) with the body (10) and extended part (21) semi-cylindrical in design doesn't have a rotor and the shaft (4) doesn't have translational movement along the axis. The winding is done by the rotation of the spool (13) and the shaft (4) around the longitudinal axis in place, over the pinion (3) which is fixed on the shaft (4) rotated by the main gear (2) over the handle (I) during which 2/3 of the length of the shaft (4) is stabilized in an immobile support (12) inside the body (10) and an immobile support (II) inside the wall of the body while the other 1/3, is outside the body (10) with a spool (13) pulled over. The simultaneous rotation of a top infinite screw (19) and a bottom infinite screw (20) during winding results in a simultaneous translational movement of the top sliding bracket (17) with the roller (15) and the line, and the bottom sliding bracket (18) of the bottom part (16) of the switch (14), along the axis of the top infinite screw (19) and the bottom infinite screw (20) from the beginning to the end in one direction, and then in the other, while the spool rotates. Thus the composition of the coil onto the spool is done without weaving of the line.
||WO||WO/2014/168499 - APPARATUS AND OPERATION METHOD FOR VISUALLY IMPAIRED||16.10.2014||
||PCT/RS2013/000006||NOVELIC D.O.O.||TASOVAC, Darko|
A user wearable visual assistance solution is proposed. The apparatus and method of operation for providing specific solution for object detection and object behaviour detection using mm-wave radar approach, where apparatus is attached to the human head, and where the information about environment is presented to the human being by audio signal provision. Advantageously, the apparatus is embedded in spectacles-like shape, being provided to persons with visual impairments. The usage of the integrated mm-wave ISM Band 60 GHz front end, combined with the low cost printed high antenna with specific advantageously proposed radiation diagram, adequate baseband processing, and dedicated audio signal generation, is providing major solution advantage for people, by having light, non bulky, affordable help in daily life. The introduction of the "spectacles- like" support shape, affords the usage, without explicitly optically showing the purpose of the apparatus. Using proposed additional embodiments for apparatus with additional functionalities, and proposed operation method additional features like: pattern recognition, system training on typical obstacles, as well as acoustic guiding and audio navigation are proposed. Proposed invention addresses also features usable for applications for individuals being in darkness, dense fog and fog like environments like smoke. Thus this invention also explicitly addresses specific industrial, security and safety applications.
||WO||WO/2014/123439 - DRUM WITH EASY INTERCHANGEABLE ASSEMBLY PARTS AND ENHANCED SOUND CHARACTERISTICS||14.08.2014||
||PCT/RS2014/000003||FECE, Ivan||FECE, Ivan|
Drum with easy interchangeable assembly parts and enhanced sound characteristics is characterized by a simple and quick replacement of upper and bottom drum heads (10, 7), of upper rigid hoop (9), and even of a drum body (8), without the use of tools and with no need to perform tuning if the drum parts were replaced by identical ones to previous parts, respectively it is necessary a slight tuning if the parts are different. This is achieved so, that is over a vertical holder (1), designed as a screw, to which is, by its upper end passing through the hub (11), firstly pulled over axially movable carrier wheel (2), and than above it, through the hub (12 ) with insert (15) is also fixed a carrier wheel (4) of bayonet mount rods and finally is through bearings (13) situated into the hub (14) positioned a tightening wheel (5) upon which is a bottom head (7) tensed and fixed into a stretching hoop (37), wherein the tuning of the sound of the drum is performed by moving a body (8) under the influence of the axial movements of a tightening wheel (5).
||WO||WO/2014/123438 - A METHOD AND SYSTEM FOR VECTOR ANALYSIS OF ELECTROCARDIOGRAM IN ASSESSMENT OF RISK OF SUDDEN CARDIAC DEATH (SCD) DUE TO ARRHYTHMOGENIC RIGHT VENTRICULAR DYSPLASIA/CARDIOMYOPATHY BY QUANTIFYING MICRO SCARS (I.E. "BITES") IN THREE DIMENSIONAL VECTOR LOOPS||14.08.2014||
||PCT/RS2013/000005||VRANIĆ, Ivana I.||VRANIĆ, Ivana I.|
Subject matter of the invention are a method and a system to provide diagnosis of arrhythmogenic right ventricular dysplasia - ARVC/D (and similar inherited conditions) that cause sudden cardiac death in otherwise healthy population. Innovative approach in this analysis is possibility to detect so called frusta forms or clinically silent forms. After recording on any ECG standard device, vector analysis is manipulated in strictly defined fashion. The shape and size of QRS complex seen in arrhythmogenic right ventricular dysplasia/cardiomyopathy is determined by the direction and magnitude of the spatially oriented electrical forces that have one common beginning those concerning vector bites. Besides one pathognomonic place there is a triangle of dysplasia to look for. The subject matter of the invention greatly increases the sensitivity and specificity of standard ECG device for early detection with a high likelihood ratio of certainty for a positive diagnosis.
||WO||WO/2014/112891 - PROTECTION OF A CHECK VALVE INSIDE OF A MAIN VALVE||24.07.2014||
||PCT/RS2014/000002||MILOVANOVIĆ, Slobodan||MILOVANOVIĆ, Slobodan|
Protection of a check valve inside of a main valve. The main valve (1) of a gas bottle contains inside its outlet connector (3) a completely screwed check valve (2) which anterior frontal surface relies to bottom (4) of the outlet connector (3). To prevent unscrewing of the check valve (2), a channel (5) has been carved in the outlet connector at the appropriate distance (d) from the bottom (4), into which is inserted a spring ring (6) in such a way that it almost touches the back frontal surface of the check valve (2). The check valve (2) carries in a channel on its back end a rubber sealing ring (9), a side (8) of the channel (5) is made conical because it is made at a sharp angle (a) not bigger than 30° in respect to axis of the outlet connector (3) in order that the ring (9) would not be damaged when it exceeds through the channel (5) during the assembling of the check valve (2) to the outlet connector (3),
||WO||WO/2014/077719 - MOVABLE ERGONOMIC CARRIER FOR DESKTOP COMPUTER||22.05.2014||
||PCT/RS2013/000021||STRAHINIĆ, Slaviša||STRAHINIĆ, Slaviša|
with the following novelties: rectangular pedestal (83) which consists of the boxes (1 and 2) whose outer flanks have places (16 and 17) for mounting the weight (18), and L-profiles (3 and 4) and the boxes (1 and 2) have the boxes (5 and 6) pulled into them whose ends have the castor (7 and 8) carriers welded to them bearing the castors (9 and 10) which provide adjustment of the distance between the castors (9 and 10) and ends of the boxes (1 and 2), and upper side of the pedestal (83) have welded sleeves (19, 20, 21, 22) in their corners where there are pulled in and fixed the pipes (23, 24, 25, 26) whose tips go into the sleeves (34, 35, 36, 37) of the rectangular frame (33) where they are fixed with the fixation (38, 39, 40, 41) elements going through each of their sides so that the elements (38 and 39) also fix the bars (42 and 43) whose tips include the joints (44 and 45) which are pulled into the pipes (23 and 24), so that the joint (44) is in turn followed by the bar (46), pipe (47), joint (48), pipe (50), bar (51) and the mount (52) arm, while the joint (45) is in turn followed by the pipe (53), joint (54), pipe (55), joint (57) and the pipe (60) with the carriers (68 and 69) of the keyboard with the mouse (80) pedestal.
||WO||WO/2014/035271 - LARGER SIZE BOTTLE FOR LIQUEFIED PETROLEUM GAS (LPG) MADE OF TRANSPARENT PLASTIC MATERIAL||06.03.2014||
||PCT/RS2013/000014||STOJKOVIĆ, Strašimir||STOJKOVIĆ, Strašimir|
The larger size bottle for liquefied petroleum gas is made of transparent plastic material consisting of the bottle body (1); bottle neck (2) with safety bottom (11); axled tube (3); connecting ribs (4); threads (5); screw (6) with lateral hole (7); sealing ring (8); safety ring (9) and double bottom (10), assigned by the fact that shows that cylindric and spheric part connected with ribs (4) with the axled tube (3) that is joined with the bottom (10). Due to transparency of the bottle, it is possible to control the volume of the gas in the bottle. By removing the screw (6) in the relevant service workshop the bottle can be washed inside. The bottle with plastic spheric bottom is made of two parts whose botlle bodies (1) are joined by means of safety rings (9) over the circumference, while axled tubes (3) are joined by the screw (6).