mhurhangee/ep-ind-claims huggingface dataset:
A power system, comprising: an integrated drive generator, IDG, including an exciter field winding; a generator control unit, GCU, including an exciter drive circuit configured to electrically energize the exciter field winding; and a main stator configured to output voltage to at least one electrical load; characterized by an exciter field fly-back diode connected between the exciter field winding and a dynamic flyback unit included with the exciter drive circuit; wherein the dynamic flyback unit is configured to selectively operate the exciter drive circuit between a first mode and a second mode different from the first mode based on a change in the at least one electrical load; the dynamic flyback unit comprising: a transient voltage suppression, TVS, device connected between the exciter field winding, and the exciter field fly-back diode; and a flyback switch connected in parallel with the TVS device, wherein the dynamic flyback unit is connected to the exciter field winding and is configured to initiate the TVS device in response to an occurrence of the transient event thereby increasing the reverse voltage across the exciter field winding. an integrated drive generator, IDG, including an exciter field winding; a generator control unit, GCU, including an exciter drive circuit configured to electrically energize the exciter field winding; and a main stator configured to output voltage to at least one electrical load; characterized by an exciter field fly-back diode connected between the exciter field winding and a dynamic flyback unit included with the exciter drive circuit; wherein the dynamic flyback unit is configured to selectively operate the exciter drive circuit between a first mode and a second mode different from the first mode based on a change in the at least one electrical load; the dynamic flyback unit comprising: a transient voltage suppression, TVS, device connected between the exciter field winding, and the exciter field fly-back diode; and a flyback switch connected in parallel with the TVS device, wherein the dynamic flyback unit is connected to the exciter field winding and is configured to initiate the TVS device in response to an occurrence of the transient event thereby increasing the reverse voltage across the exciter field winding. a transient voltage suppression, TVS, device connected between the exciter field winding, and the exciter field fly-back diode; and a flyback switch connected in parallel with the TVS device, wherein the dynamic flyback unit is connected to the exciter field winding and is configured to initiate the TVS device in response to an occurrence of the transient event thereby increasing the reverse voltage across the exciter field winding.
A cartridge adapted to be used in a system for piercing and positioning a piece of body jewellery or a piece of ear jewellery in a skin portion, said cartridge being adapted to accommodate a piece of body jewellery or a piece of ear jewellery comprising a bar and an associated piercing means characterised in that the cartridge comprises means for arranging and aligning said cartridge with a pinching and sighting device adapted to grip said skin portion in the skin-gripping state of the pinching and sighting device, and a cavity, in which a pressing means, which is separate from said pinching and sighting device, is movable to press a piercing means arranged in the cartridge and at least part of the bar of a piece of body jewellery or ear jewellery arranged in the cartridge out of an opening formed in the cartridge.
A stateful distributed file system (200; 500) comprising: a plurality of file system entities (300; 401, 411, 412, 413, 421, 422, 423, 324, 431) having an associated state; a plurality of computing node tiers (210, 220; 510, 520), each of at least some of the plurality of computing node tiers comprising a plurality of computing nodes (211, 212, 213, 214; 511, 512, 513, 514) having like characteristics as compared to other computing nodes within the same computing node tier, wherein the plurality of computing node tiers comprises a front end computing node tier and a back end computing node tier; and a distribution component that comprises logic that distributes the state of the plurality of file system entities amongst at least some of the plurality of computing node tiers, wherein distributing the state comprises: placing a transient state in a front end computing node within the front end computing node tier, and placing a durable state in a back end computing node within the back end computing node tier. a plurality of file system entities (300; 401, 411, 412, 413, 421, 422, 423, 324, 431) having an associated state; a plurality of computing node tiers (210, 220; 510, 520), each of at least some of the plurality of computing node tiers comprising a plurality of computing nodes (211, 212, 213, 214; 511, 512, 513, 514) having like characteristics as compared to other computing nodes within the same computing node tier, wherein the plurality of computing node tiers comprises a front end computing node tier and a back end computing node tier; and a distribution component that comprises logic that distributes the state of the plurality of file system entities amongst at least some of the plurality of computing node tiers, wherein distributing the state comprises: placing a transient state in a front end computing node within the front end computing node tier, and placing a durable state in a back end computing node within the back end computing node tier. placing a transient state in a front end computing node within the front end computing node tier, and placing a durable state in a back end computing node within the back end computing node tier.
A computer-implemented method for classifying an agent controlling a client device requesting content from a server, comprising: monitoring, by a classification server, a plurality of events associated with an interaction made by a client device with a server; storing, by the classification server in a memory, a record of the monitored events in an order and timing in which the events occurred; comparing, by the classification server, the record of the monitored events against probabilistic models of expected inter-event times; determining, by the classification server based on the comparison, a classification time representing a time at which the classification server can classify an agent controlling the client device with a predetermined level of confidence; and classifying, by the classification server, at or after the determined classification time, the agent controlling the client device as legitimate or illegitimate based on the events and the order of events in the record. monitoring, by a classification server, a plurality of events associated with an interaction made by a client device with a server; storing, by the classification server in a memory, a record of the monitored events in an order and timing in which the events occurred; comparing, by the classification server, the record of the monitored events against probabilistic models of expected inter-event times; determining, by the classification server based on the comparison, a classification time representing a time at which the classification server can classify an agent controlling the client device with a predetermined level of confidence; and classifying, by the classification server, at or after the determined classification time, the agent controlling the client device as legitimate or illegitimate based on the events and the order of events in the record.
A system for capturing, measuring and analyzing rolling stock wheel parameters, comprising: a first flange camera provided between a first rail and a second rail, wherein the first flange camera is positioned to capture an image of at least a portion of a first wheel above the first rail, said first wheel having a flange provided between said first rail and said second rail; a first inside rim camera provided between said first rail and said second rail, wherein the first inside rim camera is positioned to capture an image of at least a portion of said first wheel; a first outside rim camera provided outside the area between said first rail and said second rail, wherein the first outside rim camera is positioned to capture an image of at least a portion of said first wheel including at least a portion of an internal diameter of said first wheel; at least one strobe light positioned to illuminate at least a portion of said first wheel; and at least one backface illumination plate provided between said first rail and said second rail and positioned to reflect light toward said first wheel. a first flange camera provided between a first rail and a second rail, wherein the first flange camera is positioned to capture an image of at least a portion of a first wheel above the first rail, said first wheel having a flange provided between said first rail and said second rail; a first inside rim camera provided between said first rail and said second rail, wherein the first inside rim camera is positioned to capture an image of at least a portion of said first wheel; a first outside rim camera provided outside the area between said first rail and said second rail, wherein the first outside rim camera is positioned to capture an image of at least a portion of said first wheel including at least a portion of an internal diameter of said first wheel; at least one strobe light positioned to illuminate at least a portion of said first wheel; and at least one backface illumination plate provided between said first rail and said second rail and positioned to reflect light toward said first wheel.
Auxiliary power unit for an aircraft, comprising an air compressor coupled to an air-drawing device for drawing in air from outside the aircraft, said compressor supplying compressed air to a manifold configured to supply air to an environmental control system and a start-up module of at least one propulsion system of the aircraft, said propulsion system being supplied with hydrogen from a tank, wherein: - said manifold is also configured to supply air to a fuel cell stack arranged so as to provide an electric generation function intended to power non-propulsive systems of the aircraft, said fuel cell stack also being supplied with hydrogen from said tank; said auxiliary unit being characterized in that: - an inlet of said manifold is coupled to an outlet of a bleed air system configured to draw in air from said at least one propulsion system, and the manifold is controlled by a processing unit such that, when said propulsion system is operating, the manifold supplies the fuel cell stack and the environmental control system with a mixture of air coming from the compressor and from the propulsion system. - said manifold is also configured to supply air to a fuel cell stack arranged so as to provide an electric generation function intended to power non-propulsive systems of the aircraft, said fuel cell stack also being supplied with hydrogen from said tank; said auxiliary unit being characterized in that: - an inlet of said manifold is coupled to an outlet of a bleed air system configured to draw in air from said at least one propulsion system, and the manifold is controlled by a processing unit such that, when said propulsion system is operating, the manifold supplies the fuel cell stack and the environmental control system with a mixture of air coming from the compressor and from the propulsion system.
A method for increasing contents of ginsenoside Rh2 and one or more ginsenosides selected from the group consisting of Rg3, Rk1, Rg5, Rk2, Rh3 and PPD in preparing cambial meristematic cells (CMCs) of genus Panax or an extract thereof comprising: heat-treating a cultured cambial meristematic cells (CMCs) of genus Panax or an extract thereof at a temperature between 85°C and 160°C.
Sealing system for an axial turbomachine, comprising an impeller having a shroud arranged radially on the outside and a housing surrounding the impeller, a gap being arranged between the shroud and the housing, the gap being delimited by means of a seal connected to the housing and at least one sealing tip arranged on the shroud opposite the seal for reducing the flow losses through the gap, a further static sealing tip connected to the housing being arranged at the downstream end region of the seal for influencing the flow through the gap and/orfor influencing the flow downstream of the static sealing tip, characterized in that the shroud has wear protection in the region of the static sealing tip that is opposite in the radial direction (r), in order to prevent direct contact of the static sealing tip with the base material of the shroud.
A method comprising: receiving, at a wireless audio sink device, user input selecting a user interface control of the wireless audio sink device, the user interface control corresponding to one of a plurality of paired audio source devices, wherein the wireless audio sink device is a slave device of a first master/slave connection with a first paired audio source device of the plurality of paired audio source devices; identifying, by the wireless audio sink device, a second paired audio source device corresponding to the selected user interface control; initiating, by the wireless audio sink device, a request to become a master device of a second master/slave connection with the second paired audio source device corresponding to the selected user interface control; determining, by the wireless audio sink device, that the second master/slave connection has been established with the second paired audio source device; in response to the determining, sending, by the wireless audio sink device to the second paired audio source device, a request to become a slave device of the second master/slave connection; and receiving, by the wireless audio sink device, audio input from the second paired audio source device and outputting the received audio input. receiving, at a wireless audio sink device, user input selecting a user interface control of the wireless audio sink device, the user interface control corresponding to one of a plurality of paired audio source devices, wherein the wireless audio sink device is a slave device of a first master/slave connection with a first paired audio source device of the plurality of paired audio source devices; identifying, by the wireless audio sink device, a second paired audio source device corresponding to the selected user interface control; initiating, by the wireless audio sink device, a request to become a master device of a second master/slave connection with the second paired audio source device corresponding to the selected user interface control; determining, by the wireless audio sink device, that the second master/slave connection has been established with the second paired audio source device; in response to the determining, sending, by the wireless audio sink device to the second paired audio source device, a request to become a slave device of the second master/slave connection; and receiving, by the wireless audio sink device, audio input from the second paired audio source device and outputting the received audio input.
A system for set top box diagnostics, the system comprising: a remote server; a plurality of set top boxes, each set top box of the plurality of set top boxes having a power measurement component, the power measurement component comprising at least one timer for measuring the aggregate duration the respective set top box is in an individual state, wherein the respective set top box is configured to periodically report the durations of the at least one state to the remote server, wherein, for each set top box of the plurality of set top boxes, the remote server is configured to cross-reference the durations against power consumption data taken from a reference set-top box to determine a power usage measurement of the respective set-top box; wherein the remote server is configured to aggregate durations from the plurality of set top boxes to determine an overall power consumption of the plurality of set top boxes; wherein each set top box of the plurality of set top boxes being configured to periodically report the durations to the remote server is such that the periodicity of the reporting is controlled such that all set top boxes do not report at the same point in time. a remote server; a plurality of set top boxes, each set top box of the plurality of set top boxes having a power measurement component, the power measurement component comprising at least one timer for measuring the aggregate duration the respective set top box is in an individual state, wherein the respective set top box is configured to periodically report the durations of the at least one state to the remote server, wherein, for each set top box of the plurality of set top boxes, the remote server is configured to cross-reference the durations against power consumption data taken from a reference set-top box to determine a power usage measurement of the respective set-top box; wherein the remote server is configured to aggregate durations from the plurality of set top boxes to determine an overall power consumption of the plurality of set top boxes; wherein each set top box of the plurality of set top boxes being configured to periodically report the durations to the remote server is such that the periodicity of the reporting is controlled such that all set top boxes do not report at the same point in time.
An oral care composition comprising: a) a water insoluble and/or slightly soluble calcium source; b) a water soluble calcium source; c) a phosphate source; and d) a physiologically acceptable carrier; wherein the water insoluble and/or slightly soluble calcium source comprises calcium carbonate, calcium aluminate, calcium oxalate, aluminium calcium silicate, calcium oxide, calcium carboxymethyl cellulose, calcium alginate, calcium hydroxide, calcium sulfate, calcium salts of citric acid or mixtures thereof; wherein the water insoluble and/or slightly soluble calcium source and the water soluble calcium source are present in a weight ratio (a:b) from 1:3 to 20:1; wherein the water insoluble and/or slightly soluble calcium source has a D50 particle size of from 0.01 to 3 microns, measured as described in the description; and wherein the phosphate source is trisodium phosphate, monosodium dihydrogen phosphate, disodium hydrogen phosphate, ammonium phosphate, diammonium hydrogen phosphate, ammonium dihydrogen phosphate, tripotassium phosphate, monopotassium dihydrogen phosphate, dipotassium hydrogen phosphate or a mixture thereof. a) a water insoluble and/or slightly soluble calcium source; b) a water soluble calcium source; c) a phosphate source; and d) a physiologically acceptable carrier; wherein the water insoluble and/or slightly soluble calcium source and the water soluble calcium source are present in a weight ratio (a:b) from 1:3 to 20:1; wherein the water insoluble and/or slightly soluble calcium source has a D50 particle size of from 0.01 to 3 microns, measured as described in the description; and wherein the phosphate source is trisodium phosphate, monosodium dihydrogen phosphate, disodium hydrogen phosphate, ammonium phosphate, diammonium hydrogen phosphate, ammonium dihydrogen phosphate, tripotassium phosphate, monopotassium dihydrogen phosphate, dipotassium hydrogen phosphate or a mixture thereof.
An insulation plate for constructing an insulation wall composed of a plurality of interconnected insulation plates, wherein the insulation plate is substantially rectangular in shape, wherein the insulation plate has a front side, a rear side, and four edge sides, wherein each edge side is provided lengthwise with an edge connecting element selected from the list consisting of a tongue, a groove, a ridge flush with the front side of the insulation plate, called the front ridge, and a ridge flush with the rear side of the insulation plate, called the rear ridge, wherein the tongue is essentially complementary to the groove and the front ridge is essentially complementary to the rear ridge, wherein at least one of the edge connecting elements at the edge sides is provided lengthwise with at least one drainage channel section, characterized in that the insulation plate is provided lengthwise at each edge side with a different edge connecting element selected from the list consisting of the tongue, the groove, the front ridge and the rear ridge, and wherein the tongue and the groove are provided at two opposing edge sides of the insulation plate, and the front ridge and the rear ridge are provided at the two remaining opposing edge sides of the insulation plate, and in that the different edge connecting elements of the insulation plate merge into each other at the corners between the edge sides such that no rectilinear passageways for moisture through the insulation wall are present in the joints between the interconnected insulation plates of the insulation wall.
A robotic vehicle comprising: one or more functional components configured to execute a lawn care function; a sensor network comprising one or more sensors configured to detect conditions proximate to the robotic vehicle; a vegetation analyzer module configured to analyze data received from the sensor network to determine lawn wellness information characterized by: a positioning module configured to determine robotic vehicle position; and a mapping module configured to generate map data regarding a parcel on which the robotic vehicle operates based on correlating lawn wellness determination information with robotic vehicle position. one or more functional components configured to execute a lawn care function; a sensor network comprising one or more sensors configured to detect conditions proximate to the robotic vehicle; a vegetation analyzer module configured to analyze data received from the sensor network to determine lawn wellness information a positioning module configured to determine robotic vehicle position; and a mapping module configured to generate map data regarding a parcel on which the robotic vehicle operates based on correlating lawn wellness determination information with robotic vehicle position.