mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a speech dialog system , in which voice commands of a voice input are recorded and assigned a priority for further processing, characterized in that out of a plurality of successive voice commands, each recognized voice command is allocated to a content-related group of commands, the voice commands being linked to a first priority value which is predefined for the particular group, after which a second priority value is allocated to each of the voice commands within the group according to a predefined priority list of the commands allocated to the group, characterized in that a third priority value is formed from the first priority value and the second priority value, and after which the voice commands are sorted into a sequence according to their final third priority value and are fed for processing in this order, the voice input being additionally evaluated with respect to temporal adverbs for the voice commands, a correction value being generated for each of the two recognized directions of the temporal adverbs, which correction value changes with each further temporal adverb in the same direction, the particular third priority value of each voice command being offset against the correction value, and the recognized directions indicating whether a command should be executed before or after. out of a plurality of successive voice commands, each recognized voice command is allocated to a content-related group of commands, the voice commands being linked to a first priority value which is predefined for the particular group, after which a second priority value is allocated to each of the voice commands within the group according to a predefined priority list of the commands allocated to the group, characterized in that a third priority value is formed from the first priority value and the second priority value, and after which the voice commands are sorted into a sequence according to their final third priority value and are fed for processing in this order, the voice input being additionally evaluated with respect to temporal adverbs for the voice commands, a correction value being generated for each of the two recognized directions of the temporal adverbs, which correction value changes with each further temporal adverb in the same direction, the particular third priority value of each voice command being offset against the correction value, and the recognized directions indicating whether a command should be executed before or after.
A fiber-containing composite comprising: woven or non-woven fibers; and a cured binder formed from a binder composition comprising: a carbohydrate, said carbohydrate is an aldose or ketose; and a crosslinking agent that is an organic compound comprising: a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, wherein the carbohydrate has a carbonyl carbon and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder by Aldol addition reaction, the binder composition to be cured does not contain any urea and/or compounds having a primary or secondary amine or ammonium group or compounds forming urea and/or compounds having a primary or secondary amine or /ammonium group during curing of the binder composition as part of the crosslinking agent or as further component of the binder composition. woven or non-woven fibers; and a cured binder formed from a binder composition comprising: a carbohydrate, said carbohydrate is an aldose or ketose; and a crosslinking agent that is an organic compound comprising: a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, a carbohydrate, said carbohydrate is an aldose or ketose; and a crosslinking agent that is an organic compound comprising: a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, wherein the carbohydrate has a carbonyl carbon and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder by Aldol addition reaction, the binder composition to be cured does not contain any urea and/or compounds having a primary or secondary amine or ammonium group or compounds forming urea and/or compounds having a primary or secondary amine or /ammonium group during curing of the binder composition as part of the crosslinking agent or as further component of the binder composition.
A mobile electronic device , comprising: a communication unit configured to obtain a first atmospheric pressure value from a roadside unit on a pedestrian bridge and having a first atmospheric pressure sensor ; a second atmospheric pressure sensor configured to obtain a second atmospheric pressure value of the mobile electronic device ; and a controller configured to determine that the mobile electronic device is located within a communication area of the roadside unit ; and, when it is determined that the mobile electronic device is located within the communication area of the roadside unit , to calculate a correction value of the second atmospheric pressure value based on the first atmospheric pressure value, when it is determined by the controller that the mobile electronic device is located on a flat portion of an uppermost part of the pedestrian bridge based on a change of the second atmospheric pressure value of the mobile electronic device transitioning from a decreasing state to a substantially constant state. a communication unit configured to obtain a first atmospheric pressure value from a roadside unit on a pedestrian bridge and having a first atmospheric pressure sensor ; a second atmospheric pressure sensor configured to obtain a second atmospheric pressure value of the mobile electronic device ; and a controller configured to determine that the mobile electronic device is located within a communication area of the roadside unit ; and, when it is determined that the mobile electronic device is located within the communication area of the roadside unit , to calculate a correction value of the second atmospheric pressure value based on the first atmospheric pressure value, when it is determined by the controller that the mobile electronic device is located on a flat portion of an uppermost part of the pedestrian bridge based on a change of the second atmospheric pressure value of the mobile electronic device transitioning from a decreasing state to a substantially constant state. to determine that the mobile electronic device is located within a communication area of the roadside unit ; and, when it is determined that the mobile electronic device is located within the communication area of the roadside unit , to calculate a correction value of the second atmospheric pressure value based on the first atmospheric pressure value, when it is determined by the controller that the mobile electronic device is located on a flat portion of an uppermost part of the pedestrian bridge based on a change of the second atmospheric pressure value of the mobile electronic device transitioning from a decreasing state to a substantially constant state.
Inlet valve for a compressor, whereby this inlet valve is intended to be provided in an inlet conduit of the compressor, whereby the inlet valve comprises a pipe for connection to the inlet conduit and a housing that extends around this pipe and which forms a chamber with two walls located opposite one another, respectively a base and a cover , that extend laterally around the pipe , whereby in this chamber the inlet valve comprises an aperture in the shape of a number of blades that are slidingly provided on the base , whereby these blades present a protruding section and which lie against or in one another by edges of the protruding section and whereby the blades are provided with a spindle that is slidable in a radially oriented slot in the base , and means are provided to enable the blades to pivot simultaneously around these spindles , during the radial movement of the spindles in the aforementioned slots , between a closed position whereby the protruding sections are oriented radially to close off the passage in the pipe , and an open position whereby the protruding sections are turned away from the pipe , characterised in that the means are formed by the blades being provided with a guide edge turned away from the point of the protruding section which, due to the contact with a fixed ridge on the base , forces the blade to pivot around the aforementioned spindle during the radial movement of the spindle in the aforementioned radially oriented slot .
A method performed by a first communication device operating in a wireless communications network , the method comprising: - obtaining , for a boat , and for each of a first number of time periods, a first set of one or more values indicating an observed speed of the boat in water relative to a first indication of a power of an engine of the boat , the power being used to provide the speed, the speed of the boat and the first indication of the power of the engine over the first number of time periods being obtained by the first communication device from two or more sensors in the boat , over the wireless communications network , - obtaining a second indication of an external factor on the hull of the boat , the external factor causing friction against the water, the obtaining of the second indication being based at least on: - the obtained first set of one or more values, and - a reference of the external factor, the reference being based on one of: a) a threshold indicating an expected speed of the boat in the water relative to the first indication of the power of the engine of the boat for a set of conditions, and b) a mathematical model, and - initiating providing a third indication of the external factor on the hull of the boat to a device connected to the wireless communications network , based on the obtained second indication. - obtaining , for a boat , and for each of a first number of time periods, a first set of one or more values indicating an observed speed of the boat in water relative to a first indication of a power of an engine of the boat , the power being used to provide the speed, the speed of the boat and the first indication of the power of the engine over the first number of time periods being obtained by the first communication device from two or more sensors in the boat , over the wireless communications network , - obtaining a second indication of an external factor on the hull of the boat , the external factor causing friction against the water, the obtaining of the second indication being based at least on: - the obtained first set of one or more values, and - a reference of the external factor, the reference being based on one of: a) a threshold indicating an expected speed of the boat in the water relative to the first indication of the power of the engine of the boat for a set of conditions, and b) a mathematical model, and - the obtained first set of one or more values, and - a reference of the external factor, the reference being based on one of: a) a threshold indicating an expected speed of the boat in the water relative to the first indication of the power of the engine of the boat for a set of conditions, and b) a mathematical model, and - initiating providing a third indication of the external factor on the hull of the boat to a device connected to the wireless communications network , based on the obtained second indication.
Train provided with a measuring housing , having one or more optical windows, with an optical measuring implement contained within the measuring housing at the level of the running wheels, designed to measure the rails of the track, and with a flow device to create an artificial airflow to keep environmental air away from one or more of the optical windows of the housing, which flow device contains a blower to generate the artificial airflow which is discharged from one or more nozzles of the flow device and wherein the airflow is created such that around a particular optical window of the measuring housing, a ring shaped artificial air screen is created.
Apparatus for layered manufacture of a three-dimensional product with a build chamber in which said product is built and an optical system , external with respect to the build chamber , that contains at least one beam source to generate an energy beam and corresponding scanning means to move this beam , where a control unit is provided that controls the scanning means in order to move the beam so that it strikes a selected position, where the wall of the build chamber features a window that is transparent for said beam so it passes through a window and enters a build chamber , wherein the apparatus contains a calibration device for said beam source and/or said scanning means , where at least the scanning means can be moved with respect to the build chamber between a production position, in which the beam can pass through said window and enter said build chamber , and a calibration position, in which the beam can strike a calibration device and thus work in combination with the latter, characterized in that the apparatus contains guiding means for said scanning means that enable movement of the scanning means between said production position and said calibration position.
A hybrid module with a rotation axis for a drive train of a motor vehicle , having at least the following components: - a driveshaft connection for receiving a torque; - a transmission shaft connection for outputting a torque; - a torque-receiving means for receiving a torque from an electrical machine ; - a dry multi-plate clutch with two disk holders that can be rotated relative to one another about the rotation axis , specifically an outer holder and an inner holder , wherein at least one outer plate and a number of inner plates corresponding to the number of outer plates are hung in the inner holder so that they can move axially, so that the at least one outer plate and the corresponding number of inner plates form a plate stack , wherein a target torque can only be transmitted from the driveshaft connection to the torque-receiving means and to the transmission shaft connection if the plate stack is axially pressed with a target contact pressure force, wherein each is connected in a torsionally rigid manner: - the inner holder is connected to the driveshaft connection ; and - the outer holder is connected to the gear shaft connection and the torque-receiving means , characterised in that the outer holder is slotted, wherein a dust deflector plate is arranged radially outside of the plate stack . - a driveshaft connection for receiving a torque; - a transmission shaft connection for outputting a torque; - a torque-receiving means for receiving a torque from an electrical machine ; - a dry multi-plate clutch with two disk holders that can be rotated relative to one another about the rotation axis , specifically an outer holder and an inner holder , wherein at least one outer plate and a number of inner plates corresponding to the number of outer plates are hung in the inner holder so that they can move axially, so that the at least one outer plate and the corresponding number of inner plates form a plate stack , - the inner holder is connected to the driveshaft connection ; and - the outer holder is connected to the gear shaft connection and the torque-receiving means ,
Sanding system (100.. 110) for a rail vehicle , comprising - a housing of a star wheel feeder , - a star wheel which is rotatably mounted in the housing and has a plurality of cells, - an inlet arranged above the star wheel in the housing and an outlet arranged below the star wheel , - a motor which is coupled with the star wheel and which is arranged above said inlet , - a container for receiving braking sand, which is connected to the inlet of the star wheel feeder , and - a discharge line for transporting braking sand, which is connected to the outlet of the star wheel feeder , characterised in that the container has a circular cylindrical configuration. - a housing of a star wheel feeder , - a star wheel which is rotatably mounted in the housing and has a plurality of cells, - an inlet arranged above the star wheel in the housing and an outlet arranged below the star wheel , - a motor which is coupled with the star wheel and which is arranged above said inlet , - a container for receiving braking sand, which is connected to the inlet of the star wheel feeder , and - a discharge line for transporting braking sand, which is connected to the outlet of the star wheel feeder , characterised in that the container has a circular cylindrical configuration.
A rotor for an electric machine comprising: a rotor disc extending radially outwardly from a central axis of the rotor ; a magnet retention band including a plurality of magnet retention tabs extending radially from the magnet retention band and axially along a length of the magnet retention band , the magnet retention band being secured to the rotor disc and extending substantially axially therefrom; and a plurality of permanent magnets , each permanent magnet of the plurality of permanent magnets being disposed at the magnet retention band between adjacent magnet retention tabs and radially and circumferentially retained between the magnet retention tabs and the magnet retention band ; characterised in that the rotor comprises a retention means to secure the magnet retention band to the rotor disc ; wherein the retention means comprises a plurality of mechanical fasteners ; and wherein the plurality of mechanical fasteners extend into a plurality of retention screw holes disposed in the plurality of magnet retention tabs . a rotor disc extending radially outwardly from a central axis of the rotor ; a magnet retention band including a plurality of magnet retention tabs extending radially from the magnet retention band and axially along a length of the magnet retention band , the magnet retention band being secured to the rotor disc and extending substantially axially therefrom; and a plurality of permanent magnets , each permanent magnet of the plurality of permanent magnets being disposed at the magnet retention band between adjacent magnet retention tabs and radially and circumferentially retained between the magnet retention tabs and the magnet retention band ; characterised in that the rotor comprises a retention means to secure the magnet retention band to the rotor disc ; wherein the retention means comprises a plurality of mechanical fasteners ; and wherein the plurality of mechanical fasteners extend into a plurality of retention screw holes disposed in the plurality of magnet retention tabs .
An electric circuit breaker device comprising a housing made of a synthetic resin that has a cylindrical space penetrating from a first end to a second end of the housing , an igniter , a projectile made of a synthetic resin, and a conductor piece forming part of an electric circuit, wherein in the cylindrical space of the housing , the igniter , the projectile made of a synthetic resin, and the conductor piece are axially arranged in this order from the first end of the housing ; and having an insulating space for receiving a cut portion of the conductor piece between the second end of the housing and the conductor piece , wherein: the conductor piece is a plate piece composed of connection sections at both ends thereof and a cutting section as an intermediate portion, and disposed so that the cutting section has a surface perpendicular to the axial direction of the housing ; the projectile is disposed to face the surface of the cutting section of the conductor piece in the axial direction of the housing ; and a cylinder made of a metal for reinforcing the housing is disposed between the projectile and an inner wall surface of the housing , characterized in that the projectile has a diameter-enlarged tip portion and a rod portion with a smaller outer diameter than the diameter-enlarged tip portion ; and the cylinder has a first end opening located at the side of the igniter and an opposite second end opening abutting against a stepped surface between the diameter-enlarged tip portion and the rod portion , and is disposed to enclose the rod portion . the conductor piece is a plate piece composed of connection sections at both ends thereof and a cutting section as an intermediate portion, and disposed so that the cutting section has a surface perpendicular to the axial direction of the housing ; the projectile is disposed to face the surface of the cutting section of the conductor piece in the axial direction of the housing ; and a cylinder made of a metal for reinforcing the housing is disposed between the projectile and an inner wall surface of the housing , characterized in that the projectile has a diameter-enlarged tip portion and a rod portion with a smaller outer diameter than the diameter-enlarged tip portion ; and the cylinder has a first end opening located at the side of the igniter and an opposite second end opening abutting against a stepped surface between the diameter-enlarged tip portion and the rod portion , and is disposed to enclose the rod portion .
A pesticide composition comprising respective fractions of pesticide and polymer, said polymer fraction comprising at least 60% by weight of a copolymer including maleic and itaconic monomers, wherein the total weight of the polymer fraction is taken as 100% by weight, said pesticide fraction comprising a pesticide selected from the group consisting of synthetic pyrethroids and aliphatic organothiophosphate insecticides, said copolymer being present at a level of from 0.05-10% by weight, based upon the total weight of the composition taken as 100% by weight; and wherein said copolymer is in the acid or salt form.