mhurhangee/ep-ind-claims huggingface dataset:
A combustion system comprising: a combustor having waterwall tubing to carry boiler water; a cyclone to recover heated solids from exhaust of the combustor; an external heat exchanger to receive the heated solids and to recover heat from the heated solids, the external heat exchanger including a tube bundle; characterized by: a bypass to provide boiler water from the combustor to the tube bundle of the external heat exchanger; the bypass comprising a fraction of the waterwall tubing; and a boiler water return to provide boiler water from the tube bundle to the waterwall tubing of the combustor; the boiler water return comprising the remainder of the water wall tubing. a combustor having waterwall tubing to carry boiler water; a cyclone to recover heated solids from exhaust of the combustor; an external heat exchanger to receive the heated solids and to recover heat from the heated solids, the external heat exchanger including a tube bundle; characterized by: a bypass to provide boiler water from the combustor to the tube bundle of the external heat exchanger; the bypass comprising a fraction of the waterwall tubing; and a boiler water return to provide boiler water from the tube bundle to the waterwall tubing of the combustor; the boiler water return comprising the remainder of the water wall tubing. a bypass to provide boiler water from the combustor to the tube bundle of the external heat exchanger; the bypass comprising a fraction of the waterwall tubing; and a boiler water return to provide boiler water from the tube bundle to the waterwall tubing of the combustor; the boiler water return comprising the remainder of the water wall tubing.
A vehicle control method for collision avoidance or impact force reduction, the method comprising: initiating control including steering control, differential braking control, or differential acceleration control of a subject vehicle depending on a yaw rate value after a collision with a following vehicle behind the subject vehicle; and stopping the control depending on the yaw rate value after execution of the control, wherein the differential braking control is performed based on that criteria based on the yaw rate value are not satisfied after the steering control of the subject vehicle, characterized in that the differential acceleration control is performed based on that the criteria based on the yaw rate value are not satisfied after the differential braking control of the subject vehicle. initiating control including steering control, differential braking control, or differential acceleration control of a subject vehicle depending on a yaw rate value after a collision with a following vehicle behind the subject vehicle; and stopping the control depending on the yaw rate value after execution of the control, wherein the differential braking control is performed based on that criteria based on the yaw rate value are not satisfied after the steering control of the subject vehicle, characterized in that the differential acceleration control is performed based on that the criteria based on the yaw rate value are not satisfied after the differential braking control of the subject vehicle.
A method of wireless communication performed by a base station, comprising: transmitting, to a first user equipment, UE, scheduling information indicating first, second, and third open-loop power levels associated with uplink transmissions on a first wireless channel, wherein the scheduling information is transmitted in a radio resource control, RRC, message carrying a po-AlphaSets parameter and a Po-PUSCH-Set parameter, wherein the first open-loop power level is indicated by a value of the po-AlphaSets parameter, the second open-loop power level is indicated by a first value of the Po-PUSCH-Set parameter, and the third open-loop power level is indicated by a second value of the Po-PUSCH-Set parameter; selecting one of the first, second, or third open-loop power levels to be used for a first uplink transmission by the first UE; transmitting, to the first UE, open-loop power control information indicating the selected open-loop power level, wherein the open loop power control information is transmitted in a downlink control information, DCI, message including at least an open loop power control field, wherein the open loop power control information is indicated by a combination of bits in the open loop power control field; and receiving the first uplink transmission on the first wireless channel based on the selected open-loop power level. transmitting, to a first user equipment, UE, scheduling information indicating first, second, and third open-loop power levels associated with uplink transmissions on a first wireless channel, wherein the scheduling information is transmitted in a radio resource control, RRC, message carrying a po-AlphaSets parameter and a Po-PUSCH-Set parameter, wherein the first open-loop power level is indicated by a value of the po-AlphaSets parameter, the second open-loop power level is indicated by a first value of the Po-PUSCH-Set parameter, and the third open-loop power level is indicated by a second value of the Po-PUSCH-Set parameter; selecting one of the first, second, or third open-loop power levels to be used for a first uplink transmission by the first UE; transmitting, to the first UE, open-loop power control information indicating the selected open-loop power level, wherein the open loop power control information is transmitted in a downlink control information, DCI, message including at least an open loop power control field, wherein the open loop power control information is indicated by a combination of bits in the open loop power control field; and receiving the first uplink transmission on the first wireless channel based on the selected open-loop power level.
Permanent or variable magnetic field circulation sensor comprising: - means of magnetic excitation comprising: - at least one elongated excitation coil extending around an elongated supple magnetic core and constituted by a supple magnetic material, and - an excitation current generation unit (3, 20) coupled to the excitation coil in order to generate an excitation magnetic field in the core over substantially the entire length of the coil, - means of measurement including: - at least one magnetic measuring transducer (10, 30) magnetically coupled to the means of magnetic excitation, - a measuring unit (3, 21) connected to the magnetic measuring transducer (10, 30) and suitable for providing a measurement of magnetic field circulation in the core characterised in that the supple magnetic material of the supple magnetic core has a low relative magnetic permeability comprising a supple or flexible matrix in which magnetic particles are dispersed. - means of magnetic excitation comprising: - at least one elongated excitation coil extending around an elongated supple magnetic core and constituted by a supple magnetic material, and - an excitation current generation unit (3, 20) coupled to the excitation coil in order to generate an excitation magnetic field in the core over substantially the entire length of the coil, - at least one elongated excitation coil extending around an elongated supple magnetic core and constituted by a supple magnetic material, and - an excitation current generation unit (3, 20) coupled to the excitation coil in order to generate an excitation magnetic field in the core over substantially the entire length of the coil, - means of measurement including: - at least one magnetic measuring transducer (10, 30) magnetically coupled to the means of magnetic excitation, - a measuring unit (3, 21) connected to the magnetic measuring transducer (10, 30) and suitable for providing a measurement of magnetic field circulation in the core - at least one magnetic measuring transducer (10, 30) magnetically coupled to the means of magnetic excitation, - a measuring unit (3, 21) connected to the magnetic measuring transducer (10, 30) and suitable for providing a measurement of magnetic field circulation in the core
A dewatering screen for manufacturing paper having watermarks, having a carrier mold having a plurality of individual panel regions that are arranged like a grid along a longitudinal direction and a transverse direction of the dewatering screen and that produce, in each case, one of a plurality of individual panels of the watermark paper, the dewatering screen with its individual panel regions being furnished with watermark reliefs that are formed, at least in sub-regions, as high-resolution multilevel watermark reliefs and/or as filigree watermark reliefs, the watermark reliefs being arranged on the dewatering screen in register with the individual panel regions and, at least in sub-regions, spanning the individual panel regions, characterized in that, here, the watermark reliefs extend across the entire length and/or entire width of the individual panel regions.
A mechanical seal arrangement for sealing on a rotating component, comprising • a mechanical seal having a rotating slide ring and a stationary slide ring, which define a sealing gap between the sliding surfaces (3a, 4a) thereof • a recirculation conveyor arranged adjacent to the rotating slide ring, • wherein the recirculation conveyor comprises a recirculation line in which a cooling device for cooling the recirculated fluid is arranged, a recirculation rotor and a hollow cylindrical housing, • wherein the recirculation line leads to a cavity in the region of the sealing gap of the mechanical seal, wherein the hollow cylindrical housing comprises an inner shell surface and an outer shell surface, and wherein a conveyor channel is provided on the outer shell surface, which conveyor channel is formed along the outer shell surface from a start portion to an end portion, • characterized in that • the start portion of the conveyor channel is separated from the end portion by a separating web, • wherein a plurality of feed openings are provided in the hollow cylindrical housing, which open from the inner shell surface into the conveyor channel, and • wherein a single outlet opening is provided at the end portion. • a mechanical seal having a rotating slide ring and a stationary slide ring, which define a sealing gap between the sliding surfaces (3a, 4a) thereof • a recirculation conveyor arranged adjacent to the rotating slide ring, • wherein the recirculation conveyor comprises a recirculation line in which a cooling device for cooling the recirculated fluid is arranged, a recirculation rotor and a hollow cylindrical housing, • wherein the recirculation line leads to a cavity in the region of the sealing gap of the mechanical seal, wherein the hollow cylindrical housing comprises an inner shell surface and an outer shell surface, and wherein a conveyor channel is provided on the outer shell surface, which conveyor channel is formed along the outer shell surface from a start portion to an end portion, • characterized in that • the start portion of the conveyor channel is separated from the end portion by a separating web, • wherein a plurality of feed openings are provided in the hollow cylindrical housing, which open from the inner shell surface into the conveyor channel, and • wherein a single outlet opening is provided at the end portion.
A zero turn radius mower, configured for a seated operator, comprising left and right longitudinal frame members (108, 110), supported on a forward end by front wheels (112, 114), and extending rearward past an operator seat and configured to support a rear mounted engine and rear drive wheels, front and rear cross members (142, 152), extending laterally between the left and right longitudinal frame members (108, 110), the rear cross member having at least a first and a second row of slots (138, 140), characterized in that it further comprises an adjustable toe board, being a one-piece metal sheet plate, which is adjustable to a plurality of fore-and-aft positions relative to the operator seat and front cross member, mounted between the longitudinal frame members (108, 110) in front of the operator seat having a forward and a rear portion (126, 128), the rear portion having a plurality of tabs (134, 136) extending behind the rear portion of the plate, configured to engage at least one of the first and second row of slots (138, 140) in the rear cross member, the forward portion being upwardly inclined and extending from the rear portion upwardly over the front cross member. front and rear cross members (142, 152), extending laterally between the left and right longitudinal frame members (108, 110), the rear cross member having at least a first and a second row of slots (138, 140), characterized in that it further comprises an adjustable toe board, being a one-piece metal sheet plate, which is adjustable to a plurality of fore-and-aft positions relative to the operator seat and front cross member, mounted between the longitudinal frame members (108, 110) in front of the operator seat having a forward and a rear portion (126, 128), the rear portion having a plurality of tabs (134, 136) extending behind the rear portion of the plate, configured to engage at least one of the first and second row of slots (138, 140) in the rear cross member, the forward portion being upwardly inclined and extending from the rear portion upwardly over the front cross member.
A sealing drape (101, 201, 301, 401, 501, 601) for treating a tissue site, the sealing drape (101, 201, 301, 401, 501, 601) comprising: an interior surface and an external surface, the interior surface for positioning adjacent a peripheral surface surrounding the tissue site and to overlap the peripheral surface to provide a sealed space between the sealing drape (101, 201, 301, 401, 501, 601) and the tissue site; a sealing material, the sealing material comprising a fluid permeable hydrophobic material; and an absorbent material disposed in the sealing material, at least a portion of the sealing material being positioned between the interior surface of the sealing drape (101, 201, 301, 401, 501, 601) and the absorbent material, the absorbent material adapted to absorb fluid communicated through the sealing material, further comprising a carrier that carries the absorbent material, the carrier and the absorbent material being disposed between a first layer and a second layer of the sealing material. an interior surface and an external surface, the interior surface for positioning adjacent a peripheral surface surrounding the tissue site and to overlap the peripheral surface to provide a sealed space between the sealing drape (101, 201, 301, 401, 501, 601) and the tissue site; a sealing material, the sealing material comprising a fluid permeable hydrophobic material; and an absorbent material disposed in the sealing material, at least a portion of the sealing material being positioned between the interior surface of the sealing drape (101, 201, 301, 401, 501, 601) and the absorbent material, the absorbent material adapted to absorb fluid communicated through the sealing material, further comprising a carrier that carries the absorbent material, the carrier and the absorbent material being disposed between a first layer and a second layer of the sealing material.
Drug combination comprising xenon gas and at least one antioxidant, in liquid or solid form, for use in treating, slowing, or preventing neurological damage following a neurodegenerative disease in a human being, the antioxidant being vitamin E or TROLOX.
Printing apparatus having a plurality of print heads spaced from one another in a transport direction, a transport mechanism characterised in that the transport mechanism comprises a continuous belt of a dielectric material for transporting a sheet medium supported on the belt in the transport direction for printing partial images thereon successively by the respective print heads, a charging means to charge the sheet medium and to develop an opposite polarity charge on an underside of the belt to electrostatically tack the sheet medium to the belt, a tracking sub-system for tracking movement of the belt, and a control module to coordinate operation of the print heads with the tracked movement of the belt whereby to obtain a combined image comprising a first partial image printed by a first print head in registration with a second partial image printed by a second print head.
A method of controlling an electronic device, the method comprising: detecting a voice from each of a plurality of microphones (288; 1101, 1102, 1103) of the electronic device; acquiring a user's location with respect to the electronic device based on a detection time difference between the voices detected by the plurality of microphones (288; 1101, 1102, 1103); acquiring a distance (d1, d2) between the electronic device and the user; determining a display direction of a screen to be displayed on a display of the electronic device based on the acquired user's location; controlling a size of an object within the screen based on the acquired distance (d1, d2); and displaying the object at the controlled size in the determined display direction on the display. detecting a voice from each of a plurality of microphones (288; 1101, 1102, 1103) of the electronic device; acquiring a user's location with respect to the electronic device based on a detection time difference between the voices detected by the plurality of microphones (288; 1101, 1102, 1103); acquiring a distance (d1, d2) between the electronic device and the user; determining a display direction of a screen to be displayed on a display of the electronic device based on the acquired user's location; controlling a size of an object within the screen based on the acquired distance (d1, d2); and displaying the object at the controlled size in the determined display direction on the display.
A computer-implemented method for specifying design parameters or at least one common design feature for at least first and second dental restoration components that must be installed in a cooperating relationship, said method comprising: receiving a set of design dimensional constraints which must be satisfied for each of the first and second dental restoration components; receiving a set of design parameters for each of the first and second dental restoration components; and assigning values to the design parameters or the at least one common design feature of the first and second dental components such that there is an absence of conflicts between the values of the design parameters and the design constraints, wherein the first and second dental restoration components are an abutment and a crown, respectively, the at least one common design feature being a common margin for the abutment and crown. receiving a set of design dimensional constraints which must be satisfied for each of the first and second dental restoration components; receiving a set of design parameters for each of the first and second dental restoration components; and assigning values to the design parameters or the at least one common design feature of the first and second dental components such that there is an absence of conflicts between the values of the design parameters and the design constraints, wherein the first and second dental restoration components are an abutment and a crown, respectively, the at least one common design feature being a common margin for the abutment and crown.
Kinetic turbopump assembly for a closed circuit, in particular of the Rankine cycle type, comprising a turbopump and an internal combustion engine with a drive shaft, in particular for a motor vehicle or lorry, in which one of the faces of said engine bears accessories (14, 18, 22) of this engine and also at least one winding roller (30, 30', 30") for a rotational movement transmission belt connecting at least said accessories to the drive shaft, characterized in that the assembly comprises a rotational movement transmission path between the shaft of the turbopump and said winding roller, which is separate from said rotational movement transmission belt.
A computer-implemented method executed by one or more processors at a network edge device of a call center network, the method comprising: sending, by the one or more processors, a forked media stream of an electronic communication being a call between a customer (102, 104) and an agent to an analysis system, where the analysis system is a fraud detection system, for an initial duration, the electronic communication comprising an agent media stream associated with speech from the agent and a customer media stream associated with speech from the customer wherein the forked media stream is a real-time copy of only the customer media stream; receiving, from the analysis system, analysis results obtained from one or more analytics, including voice analytic results, performed on the forked media stream during the initial duration, the initial duration being sufficient for the fraud detection system to provide analysis results categorizing the call as having a call risk category of being a fraudulent call, the call risk categories including ones of Low, Moderate or High risk, by comparing a fraud risk level to predefined threshold values associated with each category; and determining, by the one or more processors, whether to perform one or more operations in response to the analysis results, wherein in response to a categorization of low risk, the call is cleared for further processing within the call center and sending of the forked media stream is stopped and wherein if a call is categorized as moderate risk intermittent copies of the call are continued to be forked to the fraud detection system for additional analysis. sending, by the one or more processors, a forked media stream of an electronic communication being a call between a customer (102, 104) and an agent to an analysis system, where the analysis system is a fraud detection system, for an initial duration, the electronic communication comprising an agent media stream associated with speech from the agent and a customer media stream associated with speech from the customer wherein the forked media stream is a real-time copy of only the customer media stream; receiving, from the analysis system, analysis results obtained from one or more analytics, including voice analytic results, performed on the forked media stream during the initial duration, the initial duration being sufficient for the fraud detection system to provide analysis results categorizing the call as having a call risk category of being a fraudulent call, the call risk categories including ones of Low, Moderate or High risk, by comparing a fraud risk level to predefined threshold values associated with each category; and determining, by the one or more processors, whether to perform one or more operations in response to the analysis results, wherein in response to a categorization of low risk, the call is cleared for further processing within the call center and sending of the forked media stream is stopped and wherein if a call is categorized as moderate risk intermittent copies of the call are continued to be forked to the fraud detection system for additional analysis.
Inertial mass with adjustment of inertia and/or of unbalance for a horological resonator, said inertial mass including a plurality of mobiles for adjusting inertia and/or unbalance, toothed or fluted, each mounted pivotally about a mobile axis with respect to a flange (10, 40) included in said inertial mass, said mobile axis being off-centre with respect to the centre of inertia of said inertial mass, and with a centre of mass off-centre with respect to said mobile axis, each said mobile cooperating by meshing with the same single inertia and/or unbalance adjustment crown included in said inertial mass, said crown being toothed or fluted, characterised in that said meshing cooperation occurs under permanent constraint exerted by an elastic return force exerted by said crown and/or by an elastic return force exerted by said mobile or by the flange (10, 40) that carries it, in such way that at least two said mobiles for adjusting inertia and/or unbalance can be indexed independently of each other for combined adjustment of unbalance and inertia of said inertial mass.