mhurhangee/ep-ind-claims huggingface dataset:
A soft magnetic or semi-hard magnetic material, comprising: a first phase having crystals with a bcc structure containing Fe and Ni, the first phase having a composition represented by a composition formula Fe 100-x Ni x where x is 0.001≤x≤30 in terms of atomic percentage; and characterised by comprising a second phase having crystals with a bcc structure containing Fe and Ni, wherein the Ni content contained in the second phase is an amount of 1.1 times or more and 10 5 times or less the Ni atomic percentage in the first phase and/or an amount of 2 atom% or more and 100 atom% or less than the Ni content in the first phase; the soft magnetic or semi-hard magnetic material having a powder form and an average powder particle diameter of 10 nm or more and 5 mm or less. a first phase having crystals with a bcc structure containing Fe and Ni, the first phase having a composition represented by a composition formula Fe 100-x Ni x where x is 0.001≤x≤30 in terms of atomic percentage; and characterised by comprising a second phase having crystals with a bcc structure containing Fe and Ni, wherein the Ni content contained in the second phase is an amount of 1.1 times or more and 10 5 times or less the Ni atomic percentage in the first phase and/or an amount of 2 atom% or more and 100 atom% or less than the Ni content in the first phase; the soft magnetic or semi-hard magnetic material having a powder form and an average powder particle diameter of 10 nm or more and 5 mm or less.
A topical pharmaceutical composition comprising ester of salicylic or nicotinic acid 10-20% menthol 5-10% lower alcohol 15-35% water 10-20% propylene glycol and/or pentane-1,5-diol 15-35% hydrophilic pharmaceutically-acceptable non-volatile non-solvent for menthol 2-16% and, optionally, up to 5% camphor, all percentages being by weight.
An enterprise phone (DSKP1; DSKP2) that can provide professional services during a communication set up in a mobile network (PLMN) on a private cellular phone (PECP1; PECP2), comprising: - a first user agent (PLUA) that can be coupled to a communication server of an enterprise communication network for representing the enterprise phone (DSKP1; DSKP2) as a terminal of this enterprise communication network; - a classical audio interface coupled to the first user agent (PLUA); - a first wireless transmitter-receiver (BT1; WIFI1 that can communicate with a second wireless transmitter-receiver (BT2; WIFI2) embedded in a private cellular phone (PECP1; PECP2); characterized in that it further comprises a second user agent (PEUA1; PEUA2) coupled to the first wireless transmitter-receiver (BT1; WIFI1), and that can be coupled to a communication server for representing a private cellular phone (PECP1; PECP2) as a virtual terminal of the enterprise communication network, and that can request the set up of a second communication (CALL) between itself and the first user agent (PLUA) so that a mobile communication already set up on said private cellular phone (PECP1; PECP2) is connected (9; 49) to the enterprise phone (DSKP1; DSKP2). - a first user agent (PLUA) that can be coupled to a communication server of an enterprise communication network for representing the enterprise phone (DSKP1; DSKP2) as a terminal of this enterprise communication network; - a classical audio interface coupled to the first user agent (PLUA); - a first wireless transmitter-receiver (BT1; WIFI1 that can communicate with a second wireless transmitter-receiver (BT2; WIFI2) embedded in a private cellular phone (PECP1; PECP2);
A method of processing an audio signal, comprising: a first step for applying enhancement to a first component of the audio signal and/or applying suppression to a second component of the audio signal relative to the first component, wherein the output of the first step is a transform domain mask indicating weighting coefficients for individual bins or bands, and wherein applying the mask to the audio signal results in the enhancement of the first component and/or the suppression of the second component relative to the first component; and a second step of modifying the output of the first step by applying a deep learning based model to the output of the first step, for perceptually improving the first component of the audio signal by removing artifacts and/or distortions introduced in the audio signal by the first step. a first step for applying enhancement to a first component of the audio signal and/or applying suppression to a second component of the audio signal relative to the first component, wherein the output of the first step is a transform domain mask indicating weighting coefficients for individual bins or bands, and wherein applying the mask to the audio signal results in the enhancement of the first component and/or the suppression of the second component relative to the first component; and a second step of modifying the output of the first step by applying a deep learning based model to the output of the first step, for perceptually improving the first component of the audio signal by removing artifacts and/or distortions introduced in the audio signal by the first step.
Process to prepare piperazine unit-containing ethyleneamines of the formula: wherein R 1 and R 2 are independently selected from H and -(C 2 H 4 -NH-) p H, wherein p is at least 1 and optionally one or more units -NH-C 2 H 4 -NH- are present as a piperazine unit a cyclic ethylene urea unit or between two units -NH-C 2 H 4 -NH- a carbonyl moiety is present, by reacting an ethanolamine-functional compound, an amine-functional compound in the presence of a carbon oxide delivering agent, in which; the ethanolamine-functional compound contains a hydroxyl group linked via an ethylene group to an amine group, or is a carbamate or cyclic carbamate of an ethanolamine-functional compound that contains a hydroxyl group linked via an ethylene group to an amine group, or is UAEEA (the cyclic urea of aminoethylethanolamine) the amine-functional compound contains one or more amine groups and no alcohol groups, or is the cyclic urea of ethylenediamine the carbon oxide delivering agent is carbon dioxide or an organic compound selected from urea, linear and cyclic alkylene ureas, mono- or di-substituted alkylene ureas, alkyl and dialkyl ureas, linear and cyclic carbamates and organic carbonates, and derivatives or precursors thereof selected from carbonate salts, bicarbonate salts and carbamic acids and their salts; wherein at least one of the amine-functional compound or the ethanolamine-functional compound contains a piperazine unit, and the reaction is performed in a liquid that comprises water. the ethanolamine-functional compound contains a hydroxyl group linked via an ethylene group to an amine group, or is a carbamate or cyclic carbamate of an ethanolamine-functional compound that contains a hydroxyl group linked via an ethylene group to an amine group, or is UAEEA (the cyclic urea of aminoethylethanolamine) the amine-functional compound contains one or more amine groups and no alcohol groups, or is the cyclic urea of ethylenediamine the carbon oxide delivering agent is carbon dioxide or an organic compound selected from urea, linear and cyclic alkylene ureas, mono- or di-substituted alkylene ureas, alkyl and dialkyl ureas, linear and cyclic carbamates and organic carbonates, and derivatives or precursors thereof selected from carbonate salts, bicarbonate salts and carbamic acids and their salts;
Method for generating a surroundings map of a surrounding area of a motor vehicle in which an object in the surrounding area is detected by means of a sensor device of the motor vehicle, a position value that describes a position of the object is determined on the basis of sensor data of the sensor device by means of a control device of the motor vehicle and the determined position value is transferred into the surroundings map, wherein a vector (v') between the object and a predetermined reference point of the motor vehicle that forms an origin of a vehicle coordinate system is determined, the determined vector (v') is transformed from the vehicle coordinate system into a global coordinate system of the surroundings map and the position value in the surroundings map is determined on the basis of the transformed vector (v), characterized in that the surroundings map is provided as a vectorial surroundings map, in which the object is stored vectorially, wherein the surroundings map is provided for a driver assistance system.
An object control method of a terminal, the method comprising: displaying at least one object on a display screen; detecting a multi-hovering gesture for selecting the object on the display screen; activating a camera upon detection of the multi-hovering gesture; recognizing a contour of a hand in an image input through the camera; and entering, when the hand disappears out of a viewing angle of the camera (270-YES), a file transfer standby state preparing for transmitting the selected object, wherein entering the file transfer standby state comprises determining whether a second terminal is connected and transmitting, when the second terminal is connected, a transfer standby signal to the second terminal. displaying at least one object on a display screen; detecting a multi-hovering gesture for selecting the object on the display screen; activating a camera upon detection of the multi-hovering gesture; recognizing a contour of a hand in an image input through the camera; and entering, when the hand disappears out of a viewing angle of the camera (270-YES), a file transfer standby state preparing for transmitting the selected object, wherein entering the file transfer standby state comprises determining whether a second terminal is connected and transmitting, when the second terminal is connected, a transfer standby signal to the second terminal.
Fan having an electronically commutated external rotor motor which is used for driving said fan and comprises: an inner stator which has a laminated stator core and a winding arrangement (66; 164, 166, 168, 170) associated therewith, which inner stator comprises a central recess for bearing a shaft; a permanent magnetic rotor which is separated from the inner stator by a magnetically effective air gap, is provided with fan blades on the outside thereof and comprises a shaft arranged in the central recess in the inner stator; a plastics layer provided on the inner stator, which plastics layer is produced by overmoulding the inner stator, and which plastics layer extends into the central recess in the inner stator and there forms a bearing tube (56, 58) for receiving bearing elements (48, 50) for bearing the shaft; a wall element which is integral with the plastics layer of the central recess and forms a cavity for receiving electrical components of the motor, in which cavity electrical components are provided, which wall element is provided on the face of the laminated stator core facing away from the rotor; and a fan housing which is integral with the wall element of the cavity by means of connecting elements (134, 136), is therefore also integral with the plastics layer, and, together with the rotor, forms an air flow channel into which the fan blades protrude, characterised in that the plastics layer forms, at least in regions, electrical insulation for the part of the laminated stator core that adjoins the magnetically effective air gap.
A method of abrading the surface condition of a new asphalt test track whose adhesion level is greater than a target value intended for carrying out vehicle tests, comprising the following steps: - providing a processing machine comprising a rotating head carrying at least one friction element, for modifying the surface condition of said test track; - positioning at least one rotating abrasive disc on the processing machine; - performing displacements of the processing machine over the test track so as to reduce the coefficient of friction to a level corresponding to a target value such that 0.5 < μ ASTM-16in < 0.9, and more preferably such that 0.6 < μ ASTM-16in < 0.8. - providing a processing machine comprising a rotating head carrying at least one friction element, for modifying the surface condition of said test track; - positioning at least one rotating abrasive disc on the processing machine; - performing displacements of the processing machine over the test track so as to reduce the coefficient of friction to a level corresponding to a target value such that 0.5 < μ ASTM-16in < 0.9, and more preferably such that 0.6 < μ ASTM-16in < 0.8.
Plain bearing for a steering spindle of a steering column for a motor vehicle, having an inner ring for receiving and slidingly mounting the steering spindle, wherein the inner ring is surrounded by an outer ring, and that elastic intermediate pieces are arranged between the inner ring and the outer ring, a respective elastic intermediate piece holding the inner ring at the location of the intermediate piece at a spacing from the outer ring in relation to the radial direction in the unloaded state of the plain bearing and being capable of being compressed in the case of a force which acts on the inner ring and is directed outwards in the radial direction, the inner ring bearing against the outer ring if a limiting value of the radial force is exceeded, characterized in that at least one lug which protrudes beyond the inner ring radially to the outside is arranged on the inner ring and/or at least one lug which protrudes beyond the outer ring radially to the inside is arranged on the outer ring, which lug engages into a recess in the other of the two rings (1, 2).
Support for a cooking tray, in particular for a cooking appliance, having at least one guide element (8, 9) for supporting a cooking tray, a frame element for connecting the at least one guide element (8, 9) to a cooking chamber side wall and a spacer for keeping the frame element at a distance from the cooking chamber side wall, characterised in that the spacer is formed by at least one shaped section from the frame element.
A miniature circuit breaker, comprising a circuit breaker housing, a button mechanism, and an indicating apparatus, the circuit breaker housing comprising an indicating hole arranged in one side thereof, the button mechanism being in sliding fit with the circuit breaker housing, the indicating apparatus being in driving fit with the button mechanism; characterized in that the circuit breaker housing comprises at least one wire insertion hole and at least one wire removal hole which are arranged in one side thereof, the wire insertion hole is matched with the wire removal hole for use; the button mechanism, the wire removal hole, and the wire insertion hole are located at a same end of the circuit breaker housing; the wire removal hole is used as the indicating hole, and when the button mechanism is pressed to switch on the miniature circuit breaker, the button mechanism drives the indicating apparatus to shield the indicating hole.
A system for measuring the attitude of a carrier, said system being hybridised and having at least: - a satellite positioning system; - a measurement unit having three gyrometers and three accelerometers; - electronics for computing the attitude information of the carrier from information obtained from the satellite positioning system and from the measurement unit, the computation electronics having a means for computing an angular protection radius, that is to say an angular radius such that the risk of the error between the calculated attitude and the true attitude of the carrier not lying within this radius is less than a given probability, said radius being equal to the sum of two contributions, the second contribution being equal to the errors induced on the attitude estimations by the position errors due to the satellite positioning system, taking into account an assumed failure of the satellite positioning system, said satellite positioning system guaranteeing that, subject to a given probability of failure, the error on the position is below an integrity radius, above this integrity radius, the satellite positioning system being declared as failed, characterised in that the first contribution is equal to the attitude errors related to the measurement unit. - a satellite positioning system; - a measurement unit having three gyrometers and three accelerometers; - electronics for computing the attitude information of the carrier from information obtained from the satellite positioning system and from the measurement unit, the computation electronics having a means for computing an angular protection radius, that is to say an angular radius such that the risk of the error between the calculated attitude and the true attitude of the carrier not lying within this radius is less than a given probability, said radius being equal to the sum of two contributions, the second contribution being equal to the errors induced on the attitude estimations by the position errors due to the satellite positioning system, taking into account an assumed failure of the satellite positioning system, said satellite positioning system guaranteeing that, subject to a given probability of failure, the error on the position is below an integrity radius, above this integrity radius, the satellite positioning system being declared as failed, characterised in that the first contribution is equal to the attitude errors related to the measurement unit.
An image processing system, comprising: an input port for receiving a projection image of an object, the image acquired by a rotational image apparatus at a position on an imaging trajectory in a first rotation plane (π) around an imaging region; an image artifact extent predictor configured to predict for said image a projection area of a reconstruction artifact caused by a radio-opaque object (m) resident in the imaging region, wherein the predicted projection area is formed by a combination of a projection footprint of the radio-opaque object and projections of individual rays through an estimated location of the radio-opaque object, and an imaging geometry adjuster configured to determine an adjustment of a relative spatial configuration between said first rotation plane and the object so as to reduce an intersection between the predicted projection area and an area in the image that corresponds to a predefined region of interest. an input port for receiving a projection image of an object, the image acquired by a rotational image apparatus at a position on an imaging trajectory in a first rotation plane (π) around an imaging region; an image artifact extent predictor configured to predict for said image a projection area of a reconstruction artifact caused by a radio-opaque object (m) resident in the imaging region, wherein the predicted projection area is formed by a combination of a projection footprint of the radio-opaque object and projections of individual rays through an estimated location of the radio-opaque object, and an imaging geometry adjuster configured to determine an adjustment of a relative spatial configuration between said first rotation plane and the object so as to reduce an intersection between the predicted projection area and an area in the image that corresponds to a predefined region of interest.
A sensing agent, comprising: a sensing unit configured to monitor a sensing zone; and a computing unit in electronic communication with the sensing unit, wherein in response to the sensing unit detecting an object in the sensing zone, the computing unit is configured to determine an object physical property, the object physical property comprising one or more data points related to the object, the one or more data points being at least one of an image of the object, a video of the object, an object dimension, an object shape, an object characteristic, an object orientation, an object location, an object weight, or point cloud data, wherein the object physical property does not include a reading of an identification tag or a label; and characterized in that the computing unit is configured to generate an object model based on the object physical property; and wherein the computing unit is configured to identify the object as a ULD or a non-ULD object based on the object model. a sensing unit configured to monitor a sensing zone; and a computing unit in electronic communication with the sensing unit, wherein in response to the sensing unit detecting an object in the sensing zone, the computing unit is configured to determine an object physical property, the object physical property comprising one or more data points related to the object, the one or more data points being at least one of an image of the object, a video of the object, an object dimension, an object shape, an object characteristic, an object orientation, an object location, an object weight, or point cloud data, wherein the object physical property does not include a reading of an identification tag or a label; and characterized in that the computing unit is configured to generate an object model based on the object physical property; and wherein the computing unit is configured to identify the object as a ULD or a non-ULD object based on the object model.
Chassis for front-wheel-drive vehicle with a superstructure and a superstructure unit (27, 28), wherein the chassis is designed in the manner of a frame and has a plurality of longitudinal members (11, 12) and cross members (13, 14, 15, 16) in the form of thin-walled angled profiles composed of steel, and a rear axle arrangement with oscillating levers and a suspension, wherein the chassis is designed as an attachable chassis with a rear non-driven axle arrangement and with a connecting point and a screw adapter for a height-identical or height-offset connection to a front-wheel-drive tractor head, characterized in that a superstructure unit (27, 28) designed as a heating device for air, water or other media and/or as a water tank is arranged under the superstructure in an underfloor position and is arranged in the interior of the chassis and is mounted on the chassis and supports the superstructure floor, wherein the chassis has a holder for receiving and installing a superstructure unit (27, 28), and the holder has a cross member (13, 14, 15, 16) which is connected on the end sides to longitudinal members (11, 12) of the chassis via end-side, platelike fittings and inserted screw connections.