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.
WO/2015/147660 A DEVICE FOR AEROPLANE LANDING MONITORING||WO||01.10.2015|
||PCT/PL2014/000033||AMBITON SP. Z O.O.||CEBULAK, Marcin|
A device for aeroplane landing monitoring equipped with a microprocessor system for measuring height of an aeroplane above airfield apron in order to ensure correct course of landing and avoid damage of undercarriage or even the structure of fuselage and wings characterised in that the device (2) located in aeroplane (1) is equipped with a system of multi-channel measurement microprocessor sensors comprising a system of nose sensors (3) in the front part of the aeroplane and the system of tail sensors (4) in the rear part of the aeroplane. Each of the multi-channel measurement microprocessor sensor systems (3, 4) comprises at least one measurement sensor.
WO/2015/147658 ENERGY PROCESSING AND STORAGE SYSTEM||WO||01.10.2015|
||PCT/PL2014/000028||FRESH-ART Sp.z o.o.||DRABCZYK, Marcin|
Energy Processing and storing system characterised in that it consists of such elements as Geo Battery (8), buffer container (3), control element (4), comprising the control of valves on the Geo Battery (8), expansion valve (7), compressor (6), heat exchanger (5) and ground heat source (9), wherein the entire powering system comprises a heating system (2) and a hot water system. (1), wherein the Geo Battery (8) comprises a control valve regulating the use of heat cumulated in the container (14), the outlet of cooled down agent (15), supply of heat-exchange piping (16), the outlet of heat source (17), Geo Battery "loading" piping (18) and "unloading" piping (23).
WO/2015/147661 PHOTOBIOREACTOR FOR CO2 BIOSEQUESTRATION WITH IMMOBILISED BIOMASS OF ALGAE OR CYANOBACTERIA||WO||01.10.2015|
||PCT/PL2014/000110||UNIWERSYTET WARMIŃSKO - MAZURSKI W OLSZTYNIE||KRZEMIENIEWSKI, Mirosław|
A photobioreactor for CO2 biosequestration according to the invention has a biomass of algae or cyanobacteria immobilised in capsules (3) which have an outer envelope (4). The capsules of the biomass of algae or cyanobacteria (3) are supplied with light from a light source (6) by a separate, single light tube (5). In the photobioreactor, the capsules (3) are surrounded by a gaseous atmosphere and are wetted with a culture medium and periodically flushed. The photobioreactor is polyhedral or circular in its cross section.
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/2015/147665 PROCESS FOR MANUFACTURING BRINZOLAMIDE OPHTHALMIC SUSPENSION AND EYE DROPS FORMULATION||WO||01.10.2015|
||PCT/PL2015/000052||INSTYTUT FARMACEUTYCZNY||MELISSA, Maria|
The invention relates to the process for manufacturing brinzolamide ophthalmic suspension and the eye drops formulation comprising brinzolamide as an active pharmaceutical ingredient. The eye drops are useful in controlling the elevated intraocular pressure in persons suffering from ocular hypertension or primary open angle glaucoma.
WO/2015/147667 SCREW AND METHOD OF ITS MANUFACTURE||WO||01.10.2015|
||PCT/PL2015/050005||GAWEŁ ZAKŁAD PRODUKCJI ŚRUB S.A.||SKÓRA, Mariusz|
A screw characterized in that it has a barrel-shaped central pin (4) whose axis coincides with the screw axis and which is surrounded by a cylindrical bore having a conical bottom with an inclination angle of α = 10 – 30o, and the cylindrical insert (5) made of copper, aluminium, copper alloy, or aluminium alloy is permanently seated in the cylindrical bore, and the top surface of the central pin (4) is lowered by d = 0.1 – 0.6 mm below the top surface of the head (2), and the walls of the pin (4) are convex towards the insert (5). A method for manufacturing the screw consists in producing at the first stage the threaded part (1) together with the head (2) with the cylindrical recess (3) with the cone-shaped bottom with the inclination angle of α = 10 – 30o surrounding the cylindrical central pin (4), and in a separate operation the cylindrical insert (5) is produced from copper, aluminium, copper alloy or aluminium alloy and this insert (5) terminates at one end with a bevel with an inclination angle of α = 10 – 30o, and then in operation A the insert (5) is introduced into the cylindrical recess (3), and subsequently in operation B the upper part of the insert (5) protruding from head (2) of the screw is pre- shaped, and further in one plastic working operation C the pin (4) is upset using an appropriate tool and simultaneously the top surface of the pin (4) is lowered below the top surface of the head (2).