mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor light emitting device comprising: - an n-type region; - a p-type region; and - a III-nitride light emitting layer disposed between the n-type region and the p- type region, wherein: the III-nitride light emitting layer is doped to a dopant concentration between 6x10 18 cm -3 and 5x10 19 cm -3; the III-nitride light emitting layer has a thickness between 50 Å (5.0 nm) and 250 Å (25.0 nm); and the III-nitride light emitting layer is configured to emit light having a peak wavelength greater than 390 nm, characterised in that InN composition in the light emitting layer is graded, there are one or more local maxima in the band gap within the light emitting region, these local maxima in the band gap represent regions with lower InN composition than the surrounding regions of the light emitting region, and the difference in band gap between these local maxima and the regions of the light emitting region surrounding them is small enough that the maxima do not have electronic states, meaning there is no quantum confinement in the regions between them, thus that the regions between them are not quantum wells. - an n-type region; - a p-type region; and - a III-nitride light emitting layer disposed between the n-type region and the p- type region, wherein: the III-nitride light emitting layer is doped to a dopant concentration between 6x10 18 cm -3 and 5x10 19 cm -3; the III-nitride light emitting layer has a thickness between 50 Å (5.0 nm) and 250 Å (25.0 nm); and the III-nitride light emitting layer is configured to emit light having a peak wavelength greater than 390 nm, characterised in that InN composition in the light emitting layer is graded, there are one or more local maxima in the band gap within the light emitting region, these local maxima in the band gap represent regions with lower InN composition than the surrounding regions of the light emitting region, and the difference in band gap between these local maxima and the regions of the light emitting region surrounding them is small enough that the maxima do not have electronic states, meaning there is no quantum confinement in the regions between them, thus that the regions between them are not quantum wells. the III-nitride light emitting layer is doped to a dopant concentration between 6x10 18 cm -3 and 5x10 19 cm -3; the III-nitride light emitting layer has a thickness between 50 Å (5.0 nm) and 250 Å (25.0 nm); and the III-nitride light emitting layer is configured to emit light having a peak wavelength greater than 390 nm, characterised in that InN composition in the light emitting layer is graded, there are one or more local maxima in the band gap within the light emitting region, these local maxima in the band gap represent regions with lower InN composition than the surrounding regions of the light emitting region, and the difference in band gap between these local maxima and the regions of the light emitting region surrounding them is small enough that the maxima do not have electronic states, meaning there is no quantum confinement in the regions between them, thus that the regions between them are not quantum wells.
A method of controlling a microgrid arrangement comprising a control arrangement and a microgrid comprising a plurality of switches, each having a local controller, and a plurality of Distributed Generators, DGs, arranged for being connected to the microgrid, the method comprising: obtaining information about the microgrid arrangement, wherein the obtained information comprises sensor measurements on the microgrid, power generation of one or more of the DGs, and/or varying power quality requirements within the microgrid arrangement; the method being characterised in: based on the obtained information, the control arrangement, dynamically over time, linking a first group of switches, of the plurality of switches, to each other, such that different switches of the plurality of switches are linked to each other in the first group during different time periods; instructing the local controllers of said first group of switches that the switches of the first group are linked to each other; after the linking, detecting an event in the microgrid; and in response to the detection, by means of direct communication between the local controllers of said first group of switches, automatically opening closed switches in the first group, whereby a first segment of the microgrid is disconnected from a second segment of the microgrid. obtaining information about the microgrid arrangement, wherein the obtained information comprises sensor measurements on the microgrid, power generation of one or more of the DGs, and/or varying power quality requirements within the microgrid arrangement; the method being characterised in: based on the obtained information, the control arrangement, dynamically over time, linking a first group of switches, of the plurality of switches, to each other, such that different switches of the plurality of switches are linked to each other in the first group during different time periods; instructing the local controllers of said first group of switches that the switches of the first group are linked to each other; after the linking, detecting an event in the microgrid; and in response to the detection, by means of direct communication between the local controllers of said first group of switches, automatically opening closed switches in the first group, whereby a first segment of the microgrid is disconnected from a second segment of the microgrid. based on the obtained information, the control arrangement, dynamically over time, linking a first group of switches, of the plurality of switches, to each other, such that different switches of the plurality of switches are linked to each other in the first group during different time periods; instructing the local controllers of said first group of switches that the switches of the first group are linked to each other; after the linking, detecting an event in the microgrid; and in response to the detection, by means of direct communication between the local controllers of said first group of switches, automatically opening closed switches in the first group, whereby a first segment of the microgrid is disconnected from a second segment of the microgrid.
An electrical stimulation apparatus for the stimulation of at least one lumbricalis muscle and at least one interossei muscle in a hand, the apparatus comprising a multi-channel stimulator wherein the apparatus is preprogrammed to, upon activation, automatically execute the following protocol: a. stimulate at least one finger extensor muscle; b. stimulate at least one lumbricalis muscle using an electrical pulse; c. relax the at least one lumbricalis muscle; and d. relax the at least one finger extensor muscle; wherein the apparatus is preprogrammed to repeat a. to d. between 5 and 30 times. a. stimulate at least one finger extensor muscle; b. stimulate at least one lumbricalis muscle using an electrical pulse; c. relax the at least one lumbricalis muscle; and d. relax the at least one finger extensor muscle;
A video decoding device comprising: (a) extracting means (21; 201) for extracting PCM block size information from a bitstream, the PCM block size information indicating a threshold (pcmCodingUnitSize) to be used by PCM header parsing means; (b) determination means (22; 201) for determining the threshold (pcmCodingUnitSize) based on the extracted PCM block size information; (c) the PCM header parsing means (23; 204) for parsing a PCM header from the bitstream with respect to an encoded block, only when said encoded block is prediction mode of intra prediction and a block size of said encoded block is equal to or greater than the determined threshold (pcmCodingUnitSize), the PCM header being information indicative of whether said encoded block is a block that has been encoded by PCM-encoding or not; (d) entropy decoding means (24; 204) for parsing transformed data of a prediction error data of an image in the bitstream; (e) PCM decoding means (26; 203) for decoding by PCM decoding PCM data of the image in the bitstream; and (f) decoding control means (27; 202) for controlling the entropy decoding means (24; 204) and the PCM decoding means (26; 203) based on the parsed PCM header, (g) wherein the PCM decoding means (26; 203) performs the decoding operation based on the prediction mode being intra prediction and based on the block size of the encoded block being equal to or greater than the determined threshold (pcmCodingUnitSize). (a) extracting means (21; 201) for extracting PCM block size information from a bitstream, the PCM block size information indicating a threshold (pcmCodingUnitSize) to be used by PCM header parsing means; (b) determination means (22; 201) for determining the threshold (pcmCodingUnitSize) based on the extracted PCM block size information; (c) the PCM header parsing means (23; 204) for parsing a PCM header from the bitstream with respect to an encoded block, only when said encoded block is prediction mode of intra prediction and a block size of said encoded block is equal to or greater than the determined threshold (pcmCodingUnitSize), the PCM header being information indicative of whether said encoded block is a block that has been encoded by PCM-encoding or not; (d) entropy decoding means (24; 204) for parsing transformed data of a prediction error data of an image in the bitstream; (e) PCM decoding means (26; 203) for decoding by PCM decoding PCM data of the image in the bitstream; and (f) decoding control means (27; 202) for controlling the entropy decoding means (24; 204) and the PCM decoding means (26; 203) based on the parsed PCM header, (g) wherein the PCM decoding means (26; 203) performs the decoding operation based on the prediction mode being intra prediction and based on the block size of the encoded block being equal to or greater than the determined threshold (pcmCodingUnitSize).
A method for printing a web-shaped printing material by means of at least one printing unit of a web-fed press, wherein output data for actuating at least one component determining a shape of printed images of at least a first printing unit of the press for generating at least one printed complete printed image are generated from saved template image data (641; 642; 643; 644) of at least one complete printed image and wherein the at least one complete printed image is determined and/or described in a primary data packet and wherein at least one dimension of the complete image measured in a template direction (B; D) is assigned to the at least one complete printed image in the template image data (641;642; 643; 644) and/or in the primary data packet, characterized in that this at least one complete image dimension is compared to at least one threshold, and that in the case of the exceeding of this at least one threshold by the at least one complete image dimension of the at least one complete printed image the at least one complete printed image is divided into a plurality of sections of the at least one complete printed image with respect to this template direction (B; D), and that the plurality of sections will be and/or is determined and/or described in a plurality of secondary data packets and that through printing processes that are executed by means of the at least one printing unit in which in each case output data based on at least one of the secondary data packets are processed, the plurality of sections of the at least one complete printed image are generated on the printing material.
A method for producing a coated component, comprising: obtaining a component having a component surface; forming a barrier layer on the component surface; depositing by electroplating an XP alloy body directly onto the barrier layer to yield a coated component, wherein P is phosphorus and X is nickel, and wherein the barrier layer containing a greater amount of X than does the XP alloy body; after forming the XP alloy body, machining the XP alloy body; and after machining the XP alloy body, heat treating the coated component to precipitate harden the XP alloy body wherein the XP alloy body, being a coating of one or more layers, comprises inner and outer surfaces that oppose one another, the inner surface located closer to the component than the outer surface; and wherein forming comprises forming the XP alloy body to contain a first P content adjacent the inner surface and a second P content adjacent the outer surface, the second P content at least twice the first P content obtaining a component having a component surface; forming a barrier layer on the component surface; depositing by electroplating an XP alloy body directly onto the barrier layer to yield a coated component, wherein P is phosphorus and X is nickel, and wherein the barrier layer containing a greater amount of X than does the XP alloy body; after forming the XP alloy body, machining the XP alloy body; and after machining the XP alloy body, heat treating the coated component to precipitate harden the XP alloy body wherein the XP alloy body, being a coating of one or more layers, comprises inner and outer surfaces that oppose one another, the inner surface located closer to the component than the outer surface; and wherein forming comprises forming the XP alloy body to contain a first P content adjacent the inner surface and a second P content adjacent the outer surface, the second P content at least twice the first P content
Guide for a frame which carries a cover, which is supported with a conically tapering outer wall on a road structure provided in a road and which has a receptacle in which the frame is mounted and which is delimited by an inner wall which lies opposite an outer wall which delimits the frame, characterized in that the frame is mounted in the receptacle in a respectively desired height position and between the outer wall of the frame and the inner wall of the receptacle a gap is provided, wherein there is attached a support which aligns the outer wall of the frame with respect to the inner wall of the receptacle.
A reman chip, suitable for regenerating a reman ink cartridge matched with a printer of a second model from an original ink cartridge matched with a printer of a first model comprising; second pads, first pads and a conversion circuit, which is electrically connected with the second pads and the first pads; characterized in that the second pads are configured for being electrically connected with the printer of the second model, the first pads are configured for being electrically connected with an original chip of the original ink cartridge, and the conversion circuit receives electric signals from the second pads and the first pads to make the reman ink cartridge pass authentication detection of the printer of the second model and respond to control of the printer of the second model.
A method for determining the risk of a chromosomal abnormality in a fetus, the method comprising: determining one or more ultrasound markers of the fetus; determining the amount of placental growth factor (PIGF), pregnancy-associated plasma protein A (PAPP-A) and free human chorionic gonadotropin (free beta hCG) in one or more blood samples taken from a pregnant individual; and determining the risk of the chromosomal abnormality in the fetus using the one or more ultrasound markers of the fetus and the measured amounts of PIGF, PAPP-A, and free beta hCG. determining one or more ultrasound markers of the fetus; determining the amount of placental growth factor (PIGF), pregnancy-associated plasma protein A (PAPP-A) and free human chorionic gonadotropin (free beta hCG) in one or more blood samples taken from a pregnant individual; and determining the risk of the chromosomal abnormality in the fetus using the one or more ultrasound markers of the fetus and the measured amounts of PIGF, PAPP-A, and free beta hCG.
A method for pushing a resource, comprising: obtaining a collection of users to which a resource is to be pushed, wherein the collection comprises a plurality of users; obtaining (102; 203; 304) respective predicted conversion rates of the resource for the plurality of users, wherein the predicted conversion rate is a predicted probability that after the resource is pushed to the user, the user clicks on the resource and completes a specified operation on a landing page corresponding to the resource; obtaining (103; 204; 305; 406) user groups by dividing the plurality of users into groups based on respective predicted conversion rates for the plurality of users, wherein the user groups correspond to different conversion rate ranges; and for each user group, selecting (104; 205; 306; 407) a target user from the user group based on a real conversion rate related to pushed users corresponding to the conversion rate range of the user group, and pushing the resource to the target user, wherein the pushed users are users that have been pushed with the resource. obtaining a collection of users to which a resource is to be pushed, wherein the collection comprises a plurality of users; obtaining (102; 203; 304) respective predicted conversion rates of the resource for the plurality of users, wherein the predicted conversion rate is a predicted probability that after the resource is pushed to the user, the user clicks on the resource and completes a specified operation on a landing page corresponding to the resource; obtaining (103; 204; 305; 406) user groups by dividing the plurality of users into groups based on respective predicted conversion rates for the plurality of users, wherein the user groups correspond to different conversion rate ranges; and for each user group, selecting (104; 205; 306; 407) a target user from the user group based on a real conversion rate related to pushed users corresponding to the conversion rate range of the user group, and pushing the resource to the target user, wherein the pushed users are users that have been pushed with the resource.
On-load tap changer for uninterrupted switching over between different winding taps of a tapped transformer, wherein - at least one selector contact unit (7.1, 7.2, 7.3) with a plurality of fixed selector contacts (9.1, 9.2, 9.3, 9.4, 9.5), which are respectively electrically connected with the individual winding taps, is arranged along a line; - the fixed selector contacts (9.1. 9.5) are actuated by two longitudinally displaceable movable selector contacts (11.1); - for the uninterrupted switching over two vacuum interrupters (6.1, 6.2, 6.3, 6.4, 6.5, 6.6) are provided for each phase; - a motor drive for introducing a drive movement into the on-load tap changer is provided; characterised in that - the selector contact units (7.1... 7.3) and the vacuum interrupters (6.1... 6.6) are so directly actuated by means of the common motor drive that introduction of the drive movement of the motor drive into the selector contact units (7.1.... 7.3) and the vacuum interrupters (6.1... 6.6) takes place without interposition of a mechanical energy store; - the motor drive drives both a threaded spindle, which in turn is operatively connected with the selector contact units (7.1... 7.3), and a camshaft, by way of which the vacuum interrupters (6.1... 6.6) are actuated in such a manner that both the movable selector contacts (11.1) and the vacuum interrupters (6.1... 6.6) are actuated. - at least one selector contact unit (7.1, 7.2, 7.3) with a plurality of fixed selector contacts (9.1, 9.2, 9.3, 9.4, 9.5), which are respectively electrically connected with the individual winding taps, is arranged along a line; - the fixed selector contacts (9.1. 9.5) are actuated by two longitudinally displaceable movable selector contacts (11.1); - for the uninterrupted switching over two vacuum interrupters (6.1, 6.2, 6.3, 6.4, 6.5, 6.6) are provided for each phase; - a motor drive for introducing a drive movement into the on-load tap changer is provided; - the selector contact units (7.1... 7.3) and the vacuum interrupters (6.1... 6.6) are so directly actuated by means of the common motor drive that introduction of the drive movement of the motor drive into the selector contact units (7.1.... 7.3) and the vacuum interrupters (6.1... 6.6) takes place without interposition of a mechanical energy store; - the motor drive drives both a threaded spindle, which in turn is operatively connected with the selector contact units (7.1... 7.3), and a camshaft, by way of which the vacuum interrupters (6.1... 6.6) are actuated in such a manner that both the movable selector contacts (11.1) and the vacuum interrupters (6.1... 6.6) are actuated.
An aircraft propulsion system comprising: a plurality of electrical busses comprising a propulsion bus, a critical bus, and a non-critical bus; one or more power units configured to generate and output electrical energy via the propulsion bus; one or more electrical machines (14A, 14B) configured to drive respective propulsors (16A, 16B) using electrical energy received via the propulsion bus; one or more hotel loads configured to receive energy via the non-critical bus; one or more critical loads configured to receive energy via the critical bus; and an electrical energy storage system coupled to each of the plurality of electrical busses, characterized in that,the electrical energy storage system includes an interface configured to receive electrical energy from the electrical energy source external to the aircraft, and in that the interface is further configured to provide energy to a load external to the aircraft. a plurality of electrical busses comprising a propulsion bus, a critical bus, and a non-critical bus; one or more power units configured to generate and output electrical energy via the propulsion bus; one or more electrical machines (14A, 14B) configured to drive respective propulsors (16A, 16B) using electrical energy received via the propulsion bus; one or more hotel loads configured to receive energy via the non-critical bus; one or more critical loads configured to receive energy via the critical bus; and an electrical energy storage system coupled to each of the plurality of electrical busses, characterized in that,the electrical energy storage system includes an interface configured to receive electrical energy from the electrical energy source external to the aircraft, and in that the interface is further configured to provide energy to a load external to the aircraft.