WO/2015/152741 LEFT ATRIAL APPENDAGE OCCLUSION DEVICE||WO||08.10.2015|
||PCT/PL2014/000031||JITMED SP. Z.O.O.||ROGOWSKI, Jan|
A left atrial appendage closure device comprises two clamping jaws (2) fixed to a bow (3) comprising a flange with a cut slot, where each of the edges of the slot is connected with the clamping jaw (2). The jaws (2) contain internal channels (5). In a section perpendicular to the symmetry axes of the internal channels (5), a line (a) connecting the symmetry axes of the internal channels (5) is distant from an imaginary line (b) connecting the centres of sections of the bow (3) arms by a distance (14). The bow (3) has in the central part of its periphery a larger section (6) than a section (7) in the places where the bow (3) arms are connected with the jaws (2). The jaw (2) wall (9) from the adjacent jaw (2) side is the thinnest, whereas the wall (9) from the side of fixing the clamping jaw (2) to the bow (3) is the thickest.
WO/2015/152742 APPARATUS AND METHOD FOR SEALING TURBINE ASSEMBLY||WO||08.10.2015|
||PCT/PL2014/000035||GENERAL ELECTRIC COMPANY||PAKKALA, Srinivas|
A turbine or turbine system includes a compressor, a combustor, a turbine section, a diffuser with a parting line between two components, and a seal along the parting line. The seal includes a protrusion, a recess, and a flexible portion between the protrusion and the recess. The flexible portion has a bent cross-section perpendicular to the parting line. An outer surface of the bent cross-section contacts an inner surface of the recess. An inner surface of the bent cross-section contacts an outer surface of the protrusion. Sealing a parting line between two parts of a diffuser in a gas turbine system includes disposing a flexible portion between a protrusion and a recess of the two parts, contacting an outer surface of the bent cross-section with an inner surface of the recess, contacting an inner surface of the bent cross-section with an outer surface of the protrusion, and pressurizing the diffuser.
WO/2015/152740 GAS ACTUATED TOOL||WO||08.10.2015|
||PCT/PL2014/000030||PRZEMYSŁOWY INSTYTUT AUTOMATYKI I POMIARÓW PIAP||ZBOIŃSKI, Mariusz|
Operating element of powder gas actuated tools and equipped with a combustion chamber, wherein the element is of a cylindrical shape, and in the internal chamber of the cylindrical body (1), there is a displaced piston (2) located and equipped with the arbour (3) surrounded by a return spring element (4); however, the arbour (3) is terminated with a replaceable operating bit (5), and the return spring element (4) is supported with one end of the piston (2) and with the other on the bottom (6) of the cylindrical body (1), which has a port hole, in which the arbour (3) is guided.
WO/2015/152743 METHOD OF MANUFACTURING POLYESTER RESINS||WO||08.10.2015|
||PCT/PL2015/000012||CHEMENERGIA KORZENIOWSKI WACŁAW||KORZENIOWSKI, Wacław|
The subject of the Invention is a method to manufacture polyester resins using a by-product formed during a process of oxidizing cyclohexane to cyclohexanol and cyclohexanone and which contains a mixture of carboxyl acids; the method comprises a heating process with the removal of water and low-boiling residues as well as a polycondensation process with di- and polyhydroxy alcohols under a reduced pressure; the method described is characterized by that a water layer is applied as a baseline material in the synthesis; the said water layer is separated from the residues left over after the hydrolysis of cyclohexyl esters contained in the cyclohexane oxidation product, and after the main components, cyclohexanol and cyclohexanon, have been first separated from the said product; thereafter, the water layer is condensed.
WO/2015/152744 A METHOD FOR ADDITIVE MANUFACTURING OF A SPATIAL 3D OBJECT AND A DEVICE FOR ADDITIVE MANUFACTURING OF A SPATIAL 3D OBJECT||WO||08.10.2015|
||PCT/PL2015/000062||PLUCIENNIK, Tomasz||PLUCIENNIK, Tomasz|
The invention provides a method for additive manufacturing of a spatial 3D object and a device for additive manufacturing of a spatial 3D object, in particular for printing three-dimensional objects in color. A method for additive manufacturing of a spatial 3D object, in which subsequent layers are formed by solidifying a surface layer of a liquid medium on a model base (5), where a formed layer is cured and a further layer is formed thereon after the 3D object being built is moved along with the model base (5). In a further layer color is applied and the layer with the color applied is finally cured. A device 1 for additive manufacturing of a spatial 3D object, comprising a frame (2), a tank (3) with a liquid photoactive medium (4), arranged in the frame, a model base (5), arranged within the tank (3) and movable vertically by means of an elevating system (6), and a light source (7). In the frame (2), on guides (8), a printing head (10) is mounted.
WO/2015/147664 THE SYSTEM AND METHOD OF ACTIVE ANTISKIMMING PROTECTION ESPECIALLY FOR DEVICES LIKE TELLER MACHINES, CASH DEPOSIT MACHINES, SLOT MACHINES, PARCEL LOCKERS, VENDING MACHINES.||WO||01.10.2015|
||PCT/PL2015/000045||WALUS, Michał||WALUS, Michał|
The method of active antiskimming protection especially for devices like cash machines, cash deposit machines, slot machines, parcel lockers, vending machines characterized in that human presence is being verified inside the device using motion sensors, where depending on the mode, in no-human mode (Tl ) the cycle (C) is being initiated where beam of electromagnetic impulses is generated preferable stroke and/or cleaner pulls-up from internal side of device through card slot with preferable at least one of three group of servomechanisms being pulled-up in the same moment localized around card slot, PIN pad and shooter preferable for a teller cash machine - cash shooter, where in second mode, human mode (T2) in the device in the time when it is being used at least one of actions is being initiated: pin pad is being lightened with light range preferable from l00nm to 2000nm, so PIN pad is being unreadable for external registering devices like cameras and / or changing the positions of numbers in pin pad, where pin pad preferable is a touch screen and / or liquid crystal display screen preferable with polarization filter which is preferable a sticker on the surface of pin pad and / or is registering pressure and / or temperature on pin pad preferable using pressure or temperature sensors, where in the end of human mode (T2) the device comes back to no-human mode (Tl) state and preferable with communication frequencies interference to block external unauthorized registering systems especially in the form of skimmer. The system is characterized in that it consists of connected and cooperating with each other elements, which are the active antiskimming protection module connected by communication buses with and / or communication interfaces with computational-decision unit, where computational-decision unit is connected with peripheral modules through communication buses and / or communication interfaces.
WO/2015/147666 N-GUANYL DERIVATIVES OF 9-AMINO-5.1 1 -DIMETHYL-5H-INDOLO[2,3-B]QUINOLINE HAVING CYTOTOXIC ACTIVITY||WO||01.10.2015|
||PCT/PL2015/000053||INSTYTUT FARMACEUTYCZNY||SIDORYK, Katarzyna|
New N-guanyl derivatives of 9-amino-5,ll-dimethyl-5H-indolo[2,3-b]quinoline, their preparation process and the pharmaceutical preparations thereof are provided. N-Guanyl derivatives of 9-amino-5,ll-dimethyl-5H-indolo[2,3-b]quinoline possess a selective cytotoxic activity and may be useful for the treatment of neoplastic diseases.
WO/2015/147663 SYSTEM FOR ADJUSTING THE ANGLE OF POWERED TWO-WHEELER REAR VIEW MIRRORS IN RELATION TO THE RIDER'S HEAD POSITION||WO||01.10.2015|
||PCT/PL2015/000044||AMBROŻKIEWICZ, Bartosz||AMBROŻKIEWICZ, Bartosz|
The subject of the invention is a system for adjusting the angle of powered two-wheeler rear view mirrors in relation to the rider's head position, a unit for adjusting the angle of powered two-wheeler rear view mirrors in relation to the rider's head position and a method for adjusting the angle of powered two-wheeler rear view mirrors in relation to the rider's head, used for continuous adjustment of the rear view motorcycle mirrors depending on the rider's body angle. The system wherein the mirror (la, 1b) motors control system consists of a rider's (3) head distance sensor (2), advantageously located on the front powered two-wheeler fairing, connected to a processor (4), whereas the processor (4)'is connected to a calibrator (5) of the rider's (3) position and a manual controller of the mirrors' (la, 1 b) X and Y axes, and with mirrors' (la, 1 b) X and Y axes control motors, whereas the processor (4) has a converter for converting calibrator (5) data and distance sensor (2) variable data into mirrors' (la, 1b) X and Y axes motors control pulses.
WO/2015/147662 TRAINING CLASSIFIERS USING SELECTED COHORT SAMPLE SUBSETS||WO||01.10.2015|
||PCT/PL2014/050017||INTEL CORPORATION||BOCKLET, Tobias|
Various systems, apparatuses, and methods for training classifiers using selected cohort sample subsets are disclosed herein. In an example, a set of target supervectors, representing a target class, is received, and a set of cohort supervectors, representing a cohort class, is received. A distance metric is calculated from a respective cohort supervector to a respective target supervector, and a proper subset of cohort supervectors are selected based on the calculated distance metrics. The set of target supervectors and the selected proper subset of cohort supervectors are used to train a classifier. Further examples described herein describe how training classifiers using selected cohort sample subsets may be used to increase performance and decrease resource consumption in voice biometric systems.
WO/2015/147659 AN IRID OBJECT IDENTIFICATION SYSTEM||WO||01.10.2015|
||PCT/PL2014/000032||AMATEO SP. Z.O.O.||DULKIEWICZ, Piotr|
A IRID object identification system equipped with active identifiers operation of which is based on transmission in the infrared radiation band is characterised in that the identification system uses IRID active identifiers operation of which is based on transmission in the infrared radiation band generated by narrow-angle infrared transmitters whereas a battery (3) of the energy management system (2) is recharged by solar cells (6), and the system comprises a device provided with transmitter (4) and receiver (5) equipped with reader (7). The device (1) of the system makes use directivity of emission in the infrared radiation band to analyse direction of motion of the identifier. This offers the possibility to handle more than one identifier present within the range of reader (7) and thus allows to overlap range areas of a plurality of readers (7) in the barrier or cellular (honeycomb) topology to increase precision of location of objects in a predefined area.