mhurhangee/ep-ind-claims huggingface dataset:
An automatic speech recognition system for recognizing a user voice command in noisy environment, comprising: - matching means for matching elements retrieved from speech units forming said command with templates in a template library; - processing means (32, 36, 38) including a MultiLayer Perceptron for computing posterior templates P(O template(q)) stored as said templates in said template library; - means for retrieving posterior vectors P(O test(q)) from said speech units, said posterior vectors being used as said elements; - calculating means for automatically selecting posterior templates stored in said template library; - characterized in that said calculating means are adapted to use a graph approach, such as the Gabriel's approach or the relative neighbour approach for the selection of said posterior templates from training templates, said selection comprising: - determination of Gabriel/relative neighbours by calculating a matrix of distances between all said training templates, - visiting each training template, - marking a training template if all its neighbours are of the same class as the current training template, - deleting all marked training templates. - matching means for matching elements retrieved from speech units forming said command with templates in a template library; - processing means (32, 36, 38) including a MultiLayer Perceptron for computing posterior templates P(O template(q)) stored as said templates in said template library; - means for retrieving posterior vectors P(O test(q)) from said speech units, said posterior vectors being used as said elements; - calculating means for automatically selecting posterior templates stored in said template library; - characterized in that said calculating means are adapted to use a graph approach, such as the Gabriel's approach or the relative neighbour approach for the selection of said posterior templates from training templates, said selection comprising: - determination of Gabriel/relative neighbours by calculating a matrix of distances between all said training templates, - visiting each training template, - marking a training template if all its neighbours are of the same class as the current training template, - deleting all marked training templates.
A hinge device for rotatably mounting a door to a switchboard enclosure, comprising in combination: - a hinge body fixable to an enclosure, - a fixed pintle integral with the body and extending in a given direction (x), - a mobile pintle mounted slidably in the body along said given direction between an extended position for rotatably engaging a door, and a retracted position towards the inside of the body for disengaging from the door, - means (18; 25) for retaining the mobile pintle in its extended position, wherein said retaining means comprise first and second locking means, formed respectively by the mobile pintle and the body, cooperating for locking the mobile pintle in its extended position; characterised in that the mobile pintle comprises a pin portion extending in said direction (x) and a locking lever perpendicular to said direction for rotating the mobile pintle about an axis (x) parallel to said given direction, wherein the lever constitutes said first locking means, and wherein the mobile pintle is rotatable about said axis (x) so as to reach an angular position in which the lever engages at least one stopping tooth which constitutes said second locking means for limiting the motion of the mobile pintle along said direction and hold it in its extended position. - a hinge body fixable to an enclosure, - a fixed pintle integral with the body and extending in a given direction (x), - a mobile pintle mounted slidably in the body along said given direction between an extended position for rotatably engaging a door, and a retracted position towards the inside of the body for disengaging from the door, - means (18; 25) for retaining the mobile pintle in its extended position, wherein said retaining means comprise first and second locking means, formed respectively by the mobile pintle and the body, cooperating for locking the mobile pintle in its extended position; characterised in that the mobile pintle comprises a pin portion extending in said direction (x) and a locking lever perpendicular to said direction for rotating the mobile pintle about an axis (x) parallel to said given direction, wherein the lever constitutes said first locking means, and wherein the mobile pintle is rotatable about said axis (x) so as to reach an angular position in which the lever engages at least one stopping tooth which constitutes said second locking means for limiting the motion of the mobile pintle along said direction and hold it in its extended position.
A method for reducing or inhibiting the crystallization of taurine in a soap bar, wherein the method comprises: a) admixing a fatty acid soap with an aqueous solution of a taurine or taurine salt as a taurine source to form an amalgamate; and b) preparing a soap bar comprising the amalgamate; wherein the taurine or taurine salt is represented by Formula 1: wherein X is a cation selected from hydrogen, an alkali metal cation, ammonium and triethanolammonium; and wherein R 1 and R 2 are independently selected from H and a C 1 -C 4 alkyl. a) admixing a fatty acid soap with an aqueous solution of a taurine or taurine salt as a taurine source to form an amalgamate; and b) preparing a soap bar comprising the amalgamate; wherein the taurine or taurine salt is represented by Formula 1: wherein X is a cation selected from hydrogen, an alkali metal cation, ammonium and triethanolammonium; and wherein R 1 and R 2 are independently selected from H and a C 1 -C 4 alkyl. wherein X is a cation selected from hydrogen, an alkali metal cation, ammonium and triethanolammonium; and wherein R 1 and R 2 are independently selected from H and a C 1 -C 4 alkyl.
Holding clamp for building material, wherein the holding clamp has at least one elastic region and two clamping legs spaced apart therefrom, and wherein the clamping legs are designed to fix wall covering elements to a masonry and/or to hold drywall construction elements on the masonry and/or on support elements, wherein the elastic region has at least one torsion spring with a torsion axis, characterized in that the clamping legs extend substantially in the direction of the torsion axis of the torsion spring. wherein the elastic region has at least one torsion spring with a torsion axis, characterized in that the clamping legs extend substantially in the direction of the torsion axis of the torsion spring.
An electronic device, comprising: a case that is cooled by a cooling medium; a substrate mounted on the case, the substrate including a land pattern that is in contact with the case; and a temperature sensor mounted on a surface of the substrate, the temperature sensor measuring a temperature of the case, wherein the case includes: a bottom wall; a side wall on the bottom wall; a boss on the bottom wall, the boss supporting the substrate; and a coupling portion that couples the side wall to the boss and extends from the bottom wall toward the substrate, the boss includes a support surface that supports the substrate, and the coupling portion includes an opposing surface that faces the temperature sensor at a position that is lower than a height from the bottom wall to the support surface. a case that is cooled by a cooling medium; a substrate mounted on the case, the substrate including a land pattern that is in contact with the case; and a temperature sensor mounted on a surface of the substrate, the temperature sensor measuring a temperature of the case, wherein the case includes: a bottom wall; a side wall on the bottom wall; a boss on the bottom wall, the boss supporting the substrate; and a coupling portion that couples the side wall to the boss and extends from the bottom wall toward the substrate, the boss includes a support surface that supports the substrate, and the coupling portion includes an opposing surface that faces the temperature sensor at a position that is lower than a height from the bottom wall to the support surface. a bottom wall; a side wall on the bottom wall; a boss on the bottom wall, the boss supporting the substrate; and a coupling portion that couples the side wall to the boss and extends from the bottom wall toward the substrate, the boss includes a support surface that supports the substrate, and the coupling portion includes an opposing surface that faces the temperature sensor at a position that is lower than a height from the bottom wall to the support surface.
Crushing device which can be arranged on the loading platform of a transport device, the crushing device can be connected by means of an interface to the drive of the transport device and can thereby be driven, the control for the crushing device being provided in a vehicle cabin of the transport device, characterised in that the operating element(s) of the control for the crushing device is/are arranged on the side opposite the direction of travel (a) of the transport means, i.e. facing the loading platform, the vehicle cabin has a viewing window which likewise faces the loading platform, and the viewing window is formed at least on one side of the vehicle cabin without posts and angled and/or rounded so that it extends as far as one of the side surfaces (c) of the vehicle cabin.
A microfluidic device for nucleic acid amplification and detection, comprising: a substrate having a chamber for amplification of a volume of nucleic acid; a plurality of wells disposed on the substrate; flow channels connecting the wells and the chamber in the substrate to allow for flow of solution through the chamber; and one or more separation channels (250, 200) provided in the substrate, connecting the chamber and other wells (260, 300) for separating and detecting a fraction of the amplified nucleic acid in the chamber, characterized in that the chamber, the flow channels, and the one or more separation channels (250, 200) are configured such that the hydrodynamic flow resistance of the chamber and the flow channels combined is at least 10 3 times smaller than the hydrodynamic flow resistance in the one or more separation channels (250, 200), wherein the dimension of the one or more separation channels (250, 200) is smaller than the dimension of each of the flow channels and the chamber such that the hydrodynamic flow resistance in the one or more separation channels (250, 200) serves in place of a valve. a substrate having a chamber for amplification of a volume of nucleic acid; a plurality of wells disposed on the substrate; flow channels connecting the wells and the chamber in the substrate to allow for flow of solution through the chamber; and one or more separation channels (250, 200) provided in the substrate, connecting the chamber and other wells (260, 300) for separating and detecting a fraction of the amplified nucleic acid in the chamber, characterized in that the chamber, the flow channels, and the one or more separation channels (250, 200) are configured such that the hydrodynamic flow resistance of the chamber and the flow channels combined is at least 10 3 times smaller than the hydrodynamic flow resistance in the one or more separation channels (250, 200), wherein the dimension of the one or more separation channels (250, 200) is smaller than the dimension of each of the flow channels and the chamber such that the hydrodynamic flow resistance in the one or more separation channels (250, 200) serves in place of a valve.
A door device with a building door, a mortise lock with follower in the building door and a door handle arrangement, the door handle arrangement comprising: • a first and a second door handle (3, 4) designed to be arranged on two opposing sides of the building door, • a pin element connected at least in a rotationally-fixed manner to one of the two door handles (3, 4) for insertion into the follower of the mortise lock, • wherein at least one of the two door handles can be moved into a retracted position and into an extended position, wherein the door handle can be grasped and used in the extended position, in contrast to the retracted position, • wherein the two door handles (3, 4) insert into one another in a displaceable manner for adjustment between the retracted position and the extended position. • a first and a second door handle (3, 4) designed to be arranged on two opposing sides of the building door, • a pin element connected at least in a rotationally-fixed manner to one of the two door handles (3, 4) for insertion into the follower of the mortise lock, • wherein at least one of the two door handles can be moved into a retracted position and into an extended position, wherein the door handle can be grasped and used in the extended position, in contrast to the retracted position, • wherein the two door handles (3, 4) insert into one another in a displaceable manner for adjustment between the retracted position and the extended position.
Method for the purification of methane, wherein an impure methane is contacted with an active compound comprising a heterolytically cleavable bond between two atoms, each selected from the group consisting of nitrogen, phosphorus, sulphur and oxygen, wherein the active compound corresponds to formula ALK-SO 2 -O-O-X or formula ALK-SO 2 -O-O-SO 2 -X wherein ALK is a branched or unbranched alkyl group, especially a methyl, ethyl, propyl, butyl, isopropyl, isobutyl group, or a higher alkyl group, an X = hydrogen, zinc, aluminium, an alkali or alkaline earth metal, and wherein the impure methane is methane comprising higher alkane impurities.
A method for treating substrates for biogas production in anaerobic digesters, which comprises treating a substrate with an efficient amount of one or more proteolytic enzymes alone or in combination with at least one carbohydrase, wherein at least one of the one or more proteolytic enzymes is selected from polypeptides having protease activity and having at least 90, or at least 95% amino acid identity to SEQ ID NO: 1 or to SEQ ID NO: 2.
Method for remotely diagnosing an elevator installation comprising at least one elevator car movable for transporting loads and/or people in a shaft by a drive device (22, 24), and an elevator control apparatus including at least one signal processing device and at least one storage member, wherein the elevator control apparatus controls operation of the elevator installation, characterized in that availability, fault and/or event data of the elevator installation are detected, stored in the storage member and analyzed using the signal processing device, and in that the elevator control apparatus is connected to the Internet via an interface for bidirectional communication and the location of the elevator installation, together with status information which is dependent on the result of the analysis of the availability, fault and/or event data, is transmitted via the Internet to at least one data receiving device (81, 82, 83) and indicated on the monitor thereof on a map that is updatable via the Internet, and in that the stored availability, fault and/or event data are made accessible to specific target groups via the Internet.
An electromagnetically-coupled state detection circuit comprising: a detection unit configured to measure a primary side Q value of a circuit containing a primary side coil electromagnetically coupled with a secondary side coil and power transmission efficiency to the secondary side coil, characterized in that said detection unit is configured to compare the primary side Q value with a pre-detexmined Q value, to correct the power transmission efficiency of the primary side coil based on the primary side Q value, and to detect a state of electromagnetic coupling with the secondary side coil based on an obtained corrected value of the power transmission efficiency. a detection unit configured to measure a primary side Q value of a circuit containing a primary side coil electromagnetically coupled with a secondary side coil and power transmission efficiency to the secondary side coil, characterized in that said detection unit is configured to compare the primary side Q value with a pre-detexmined Q value, to correct the power transmission efficiency of the primary side coil based on the primary side Q value, and to detect a state of electromagnetic coupling with the secondary side coil based on an obtained corrected value of the power transmission efficiency.
A method of deriving a motion vector predictor, MVP, for a motion vector, MV, of a current block of a current picture in Inter mode, wherein the MV is associated with the current block and a corresponding block of a target reference picture in a given reference list, the method comprising: determining at least two co-located reference blocks of a co-located block in the target reference picture, wherein the co-located block, that is the respective area of the current block in the reference picture, is a block in the target reference picture that has the same block location as the current block in the current picture; receiving at least two reference MVs, motion vectors, associated with said at least two co-located reference blocks, respectively; determining the MVP for the current block based on a spatial/temporal MVP candidate set of MVPs, the candidate set including said at least two reference MVs as temporal MVPs; and providing the MVP for the current block, wherein said at least two co-located reference blocks in the target reference picture at least comprise a bottom-right neighboring block of the co-located block and an inside reference block (810, 910) of the co-located block, wherein a MVP search based on the bottom-right neighboring block and the inside reference block (810, 910) is performed according to a search order, and one reference MV associated with the bottom-right neighboring block is used as the MVP if the bottom-right neighboring block is selected for the current block according to the search order. determining at least two co-located reference blocks of a co-located block in the target reference picture, wherein the co-located block, that is the respective area of the current block in the reference picture, is a block in the target reference picture that has the same block location as the current block in the current picture; receiving at least two reference MVs, motion vectors, associated with said at least two co-located reference blocks, respectively; determining the MVP for the current block based on a spatial/temporal MVP candidate set of MVPs, the candidate set including said at least two reference MVs as temporal MVPs; and providing the MVP for the current block, wherein said at least two co-located reference blocks in the target reference picture at least comprise a bottom-right neighboring block of the co-located block and an inside reference block (810, 910) of the co-located block, wherein a MVP search based on the bottom-right neighboring block and the inside reference block (810, 910) is performed according to a search order, and one reference MV associated with the bottom-right neighboring block is used as the MVP if the bottom-right neighboring block is selected for the current block according to the search order.
Profile construction glass sheet with heat insulating properties comprising a profiled glass sheet comprising at least one web having a web inner surface and a web outer surface, and at least one flange having a flange inner surface and a flange outer surface, and a heat-insulating mat of a flexible fibrous polymer composite material which comprises glass fiber reinforced polymer, selected from the group comprising polyethylene terephthalate, polyethylene, and polybutylene terephthalate, and wherein said mat further comprises methyl silicified silica and calcium silicate, said mat having a thickness in the range of 5 mm to 20 mm and being affixed to one or more inner surfaces (14, 20) and/or outer surfaces (16, 22) of the profile construction glass sheet.
A device for use in combining a first gas stream comprising molecular oxygen and a second gas stream comprising nitric oxide for delivery of a combined gas stream to a patient, characterized in that the diffusing of NO and O 2 occurs sufficiently rapidly that less than 1 ppm of NO 2 is delivered to the patient, wherein the second gas stream is provided by an NO source having an NO concentration of greater than 800 ppm to about 10,000 ppm.
A dark adapted perimetry device comprising: a photobleaching device; a concave, array guide the guide comprising a stimulus target array comprising a plurality of stimulus target light sources positioned within the guide wherein each stimulus target light source is connected and is illuminated by a respective LED complex light source wherein each respective LED complex light source comprises a high intensity LED and a low intensity LED of the same wavelength; and a control unit configured to selectively illuminate light sources comprised in the plurality of stimulus target light sources at a predetermined luminance. a photobleaching device; a concave, array guide the guide comprising a stimulus target array comprising a plurality of stimulus target light sources positioned within the guide wherein each stimulus target light source is connected and is illuminated by a respective LED complex light source wherein each respective LED complex light source comprises a high intensity LED and a low intensity LED of the same wavelength; and a control unit configured to selectively illuminate light sources comprised in the plurality of stimulus target light sources at a predetermined luminance.