mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: operating a first device having at least one Wi-Fi transceiver in a power saving Wi-Fi mode in which the first device repeatedly checks, at a first time interval, periodic delivery traffic indication message, DTIM, beacons transmitted at a second time interval by a wireless access point of a Wi-Fi network, the first time interval being longer than the second time interval; receiving at the first device, during the power saving Wi-Fi mode, a standby message; in response to receiving the standby message operating the first device, during a first predefined time interval, in a standby mode in which the first device checks at a third time interval periodic DTIM beacons transmitted by the wireless access point, the third time interval being shorter than the first time interval; when the first device is operating in the standby mode and when the DTIM beacon includes an identifier of the first device, downloading by the first device and from an access point of the Wi-Fi network, buffered information, buffered at the access point, and directed to the first device; and exiting the standby mode and operating the first device in a non-power saving mode, for directly receiving information directed to the first device from an access point of the Wi-Fi network, without the information being buffered at the access point. operating a first device having at least one Wi-Fi transceiver in a power saving Wi-Fi mode in which the first device repeatedly checks, at a first time interval, periodic delivery traffic indication message, DTIM, beacons transmitted at a second time interval by a wireless access point of a Wi-Fi network, the first time interval being longer than the second time interval; receiving at the first device, during the power saving Wi-Fi mode, a standby message; in response to receiving the standby message operating the first device, during a first predefined time interval, in a standby mode in which the first device checks at a third time interval periodic DTIM beacons transmitted by the wireless access point, the third time interval being shorter than the first time interval; when the first device is operating in the standby mode and when the DTIM beacon includes an identifier of the first device, downloading by the first device and from an access point of the Wi-Fi network, buffered information, buffered at the access point, and directed to the first device; and exiting the standby mode and operating the first device in a non-power saving mode, for directly receiving information directed to the first device from an access point of the Wi-Fi network, without the information being buffered at the access point.
A method for delivery of digital television and interactive broadband service using the same portion of the digital broadcast spectrum, the method comprising the steps of: broadcasting or delivering a digital television signal to a given broadcast area within a portion of the digital broadcast spectrum and delivering interactive broadband service within at least a portion of the same broadcast area covered by the broadcast digital television signal within the same portion of the digital broadcast spectrum occupied by the digital television signal, characterized in, that the step of broadcasting a digital television signal and the step of delivering interactive broadband service occur simultaneously, and the method further comprises the step of providing the interactive broadband service receiving device with interference detection technology capable of canceling out the digital television signal.
A main body of a wearable device, wherein the main body comprises a main case and a bottom cover that are fixedly connected to each other; a connection member configured to connect to a spring bar is disposed on the main case, the connection member has two connection lugs, an accommodating hole is provided on each connection lug, one end of the accommodating hole has an opening, the other end of the accommodating hole is provided with a connection portion, and the connection portion is closer to the other connection lug than the opening of the accommodating hole; the connection portion is provided with a through hole in communication with the accommodating hole; a locating groove is provided on a surface of the connection lug facing the bottom cover, and the locating groove is in communication with the accommodating hole, the connection portion limits a maximum distance by which a button can slide into the accommodating hole; the button is disposed on each connection lug, the button is slidably disposed in the accommodating hole, and a limiting groove is provided at a position that is on the button and that is corresponding to the locating groove; and a limiting portion is disposed on the bottom cover, the limiting portion is located in the locating groove and extends into the limiting groove, and the limiting portion is capable of preventing the button from moving out of the opening of the accommodating hole.
A method of correcting anomalies after a repeated unsuccessful attempt to correct said anomalies in a data acquisition at a magnetic resonance imaging system, the unsuccessful attempt to correct said anomalies comprising the steps of: receiving at least a portion of raw data for an image; detecting anomalies in the portion of raw data; and attempting a correction of the anomalies by performing a partial scan to obtain replacements for the anomalous data and wherein the method of correcting said anomalies after the repeated unsuccessful attempt to correct said anomalies involves a step of repeating the partial scan with a slightly different TR or TE, respectively, and wherein detecting anomalies further comprises comparing the portion of raw data received to a mask, and wherein the mask includes a lower boundary and the detection is based on whether one or more values of the portion of raw data received are below corresponding lower boundary values. receiving at least a portion of raw data for an image; detecting anomalies in the portion of raw data; and attempting a correction of the anomalies by performing a partial scan to obtain replacements for the anomalous data and wherein the method of correcting said anomalies after the repeated unsuccessful attempt to correct said anomalies involves a step of repeating the partial scan with a slightly different TR or TE, respectively, and wherein detecting anomalies further comprises comparing the portion of raw data received to a mask, and wherein the mask includes a lower boundary and the detection is based on whether one or more values of the portion of raw data received are below corresponding lower boundary values.
Supply system having supply lines (4a, 4b), having an electrical load supplied with electrical power via the supply lines and having an interrupting apparatus, in particular a supply system of an electrical drive system of a motor vehicle, wherein the interrupting device comprises: - at least one pyrotechnic isolating element (5a, 5b) arranged in one or more of the supply lines (4a, 4b) of the supply system; - an ignition device designed to trip the at least one pyrotechnic isolating element (5a, 5b) in response to a tripping signal, wherein the ignition device is supplied with power by a converter which draws its electrical power via the supply lines (4a, 4b); - a tripping control unit designed to generate the tripping signal in response to one or more fault events; characterized in that the interrupting device further comprises: - a further converter connected to the supply lines (4a, 4b) via a switch in order to completely interrupt the supply to the interrupting apparatus for the purpose of optimizing the standby current of the supply system in standby mode and to switch said supply on again in the event of a possible fault, - a voltmeter designed to actuate the switch by way of voltage detection of the one or both tripping control units (8, 15) if a predefined voltage threshold equal to or less than an overcurrent voltage threshold value, which when exceeded causes a tripping signal to be generated, is reached. - at least one pyrotechnic isolating element (5a, 5b) arranged in one or more of the supply lines (4a, 4b) of the supply system; - an ignition device designed to trip the at least one pyrotechnic isolating element (5a, 5b) in response to a tripping signal, wherein the ignition device is supplied with power by a converter which draws its electrical power via the supply lines (4a, 4b); - a tripping control unit designed to generate the tripping signal in response to one or more fault events; characterized in that the interrupting device further comprises: - a further converter connected to the supply lines (4a, 4b) via a switch in order to completely interrupt the supply to the interrupting apparatus for the purpose of optimizing the standby current of the supply system in standby mode and to switch said supply on again in the event of a possible fault, - a voltmeter designed to actuate the switch by way of voltage detection of the one or both tripping control units (8, 15) if a predefined voltage threshold equal to or less than an overcurrent voltage threshold value, which when exceeded causes a tripping signal to be generated, is reached.
Decoder for reconstructing a sample array from a data stream, configured to derive a position of a wedgelet separation line within a predetermined block of the sample array, which divides the predetermined block into first and second wedgelet partitions (202a, 202b), by placing a starting point of the wedgelet separation line at a position of a maximum change between consecutive ones of a sequence of reconstructed values of samples of a line of samples extending adjacent to the predetermined block along a portion of a circumference of the predetermined block, and deriving an extension direction of the wedgelet separation line using prediction of the extension direction by temporal prediction from a co-located wedgelet block of a previously decoded sample array or obtaining an explicitly signaled end point of the wedgelet separation line within the data stream, decode the predetermined block in units of the first and second wedgelet partitions (202a, 202b). derive a position of a wedgelet separation line within a predetermined block of the sample array, which divides the predetermined block into first and second wedgelet partitions (202a, 202b), by placing a starting point of the wedgelet separation line at a position of a maximum change between consecutive ones of a sequence of reconstructed values of samples of a line of samples extending adjacent to the predetermined block along a portion of a circumference of the predetermined block, and deriving an extension direction of the wedgelet separation line using prediction of the extension direction by temporal prediction from a co-located wedgelet block of a previously decoded sample array or obtaining an explicitly signaled end point of the wedgelet separation line within the data stream, placing a starting point of the wedgelet separation line at a position of a maximum change between consecutive ones of a sequence of reconstructed values of samples of a line of samples extending adjacent to the predetermined block along a portion of a circumference of the predetermined block, and deriving an extension direction of the wedgelet separation line using prediction of the extension direction by temporal prediction from a co-located wedgelet block of a previously decoded sample array or obtaining an explicitly signaled end point of the wedgelet separation line within the data stream, decode the predetermined block in units of the first and second wedgelet partitions (202a, 202b).
A method of fabricating bitumen impregnated cellulose ridge tiles (11a, 11b; 12a, 12b, 12c, 12d), each ridge tile having the general shape of a profiled ridge tile plate of cross-section that is symmetrical about a vertical longitudinal midplane and that comprises a downwardly concave central ridge extended laterally on either side by a flat that terminates in a downwardly concave corrugation, said ridge tile further including a series of transverse ribs at each of its longitudinal ends, the method being characterized in that a shaped, dried, and bitumen impregnated cellulose panel is made, the panel being in the form of a section member of cross-section that is formed by juxtaposing at least two cross-sections, each identical to the cross-section of said ridge tile plate, with series of transverse ribs being formed in the vicinity of both longitudinal ends of the panel and on either side of at least one virtual transverse separation line extending between the two longitudinal edges of the panel, and in that the shaped, dried, and bitumen impregnated panel is cut along a longitudinal line of cut situated between the juxtaposed ridge tile sections, between the corrugations of the ridge tile plates so as to form at least two ridge tile(s) subassemblies, each including at least one ridge tile (11a, 11b; 12a, 12b, 12c, 12d).
A method comprising: grouping CORESETs into two or more CORESET groups, each CORESET group includes one or more CORESETs; and configuring the same number as the number of the CORESET groups of scrambling IDs associated with two or more CORESET groups, wherein the CORESET(s) having the same index value are grouped into the same CORESET group. grouping CORESETs into two or more CORESET groups, each CORESET group includes one or more CORESETs; and configuring the same number as the number of the CORESET groups of scrambling IDs associated with two or more CORESET groups, wherein the CORESET(s) having the same index value are grouped into the same CORESET group.
A system for handling a specimen image, comprising: an image input configured to receive a body image representing at least a portion of a living body and a specimen image representing a dissected portion of the living body; an alignment unit configured to compute an alignment of the specimen image with the body image, based on image content of the specimen image and the body image; a border detector operatively connected to the alignment unit and configured to detect at least part of an outer border of the dissected portion in the specimen image; characterized in that it further comprises: a border analyzer for identifying a predetermined tissue type in a margin of the dissected portion adjacent the outer border for determining which portion of the margin contains the predetermined tissue type; and a visualization subsystem for generating a visualization of the alignment by showing the portion of the margin which contains the predetermined tissue type in the body image. an image input configured to receive a body image representing at least a portion of a living body and a specimen image representing a dissected portion of the living body; an alignment unit configured to compute an alignment of the specimen image with the body image, based on image content of the specimen image and the body image; a border detector operatively connected to the alignment unit and configured to detect at least part of an outer border of the dissected portion in the specimen image; a border analyzer for identifying a predetermined tissue type in a margin of the dissected portion adjacent the outer border for determining which portion of the margin contains the predetermined tissue type; and a visualization subsystem for generating a visualization of the alignment by showing the portion of the margin which contains the predetermined tissue type in the body image.
A pharmaceutical composition for use in the treatment or prevention of one or more of hyperglycemia, pre-diabetes, Absence of Meal-induced Insulin Sensitization (AMIS) Syndrome, diabetes, obesity, left ventricle cardiac weakness or a combination thereof in a mammal, preferably wherein the diabetes is Type 2 diabetes, preferably wherein the mammal is a human being, wherein the pharmaceutical composition comprises an isolated peptide or protein consisting of the amino acid sequence of SEQ ID NO:1, said peptide or protein being nitrosylated at one or more of cysteine residues 7 and 19 of SEQ ID NO:1, or a pharmaceutically acceptable salt thereof, and a pharmaceutically-acceptable carrier.
A method for detecting a rotor bar fault in a rotor of an electrical machine comprising a plurality of rotor bars and an end ring configured to short circuit the rotor bars, the method comprising the steps of: - measuring a first temperature at a first end ring location, and measuring a second temperature at a second end ring location, the second end ring location being different from the first end ring location; and - calculating a temperature difference between the first temperature and the second temperature; characterized by calculating a temperature difference change between the temperature difference at a first instant and the temperature difference at a second instant wherein the method further comprises the step of comparing the temperature difference change with a predetermined second threshold value; and wherein the method further comprises the following step: - determining, on the basis that the temperature difference change is equal to or higher than the predetermined second threshold value, that a rotor bar fault is present. - measuring a first temperature at a first end ring location, and measuring a second temperature at a second end ring location, the second end ring location being different from the first end ring location; and - calculating a temperature difference between the first temperature and the second temperature; characterized by calculating a temperature difference change between the temperature difference at a first instant and the temperature difference at a second instant wherein the method further comprises the step of comparing the temperature difference change with a predetermined second threshold value; and wherein the method further comprises the following step: - determining, on the basis that the temperature difference change is equal to or higher than the predetermined second threshold value, that a rotor bar fault is present.
An information sending method by a network device, comprising: generating first information and second information at a first protocol layer, wherein the first information comprises system information, the second information is used to determine a time-frequency resource corresponding to one or more synchronization signal blocks, SSBs, and the first protocol layer is a protocol layer higher than a physical layer; performing, at the first protocol layer, encapsulation processing on the first information, to generate a first message; performing, at the first protocol layer, encapsulation processing on the second information, to generate a second message; mapping the first message to a first intermediate channel between the first protocol layer and the physical layer and send the first message to the physical layer; and mapping to a second intermediate channel between the first protocol layer and the physical layer and send the second message to the physical layer performing physical layer processing on the first information and the second information; and sending by using a physical broadcast channel PBCH in the SSB, data obtained based on the physical layer processing. generating first information and second information at a first protocol layer, wherein the first information comprises system information, the second information is used to determine a time-frequency resource corresponding to one or more synchronization signal blocks, SSBs, and the first protocol layer is a protocol layer higher than a physical layer; performing, at the first protocol layer, encapsulation processing on the first information, to generate a first message; performing, at the first protocol layer, encapsulation processing on the second information, to generate a second message; mapping the first message to a first intermediate channel between the first protocol layer and the physical layer and send the first message to the physical layer; and mapping to a second intermediate channel between the first protocol layer and the physical layer and send the second message to the physical layer performing physical layer processing on the first information and the second information; and sending by using a physical broadcast channel PBCH in the SSB, data obtained based on the physical layer processing.
A loading assembly for a turbine system, the loading assembly comprising: at least two transition ducts extending between a fuel nozzle and a turbine section, each transition duct having an inlet, an outlet, and a passage extending between the inlet and the outlet and defining a longitudinal axis, a radial axis, and a tangential axis, the outlet of each of the transition ducts offset from the inlet along the longitudinal axis and the tangential axis; characterized in that the loading assembly further comprises at least one load member extending from at least one of the transition ducts and configured to transfer during operation a load between the at last one of the transition ducts and an adjacent transition duct along at least one of the longitudinal axis, the radial axis, or the tangential axis, in which the load member comprises a body extending between a first end connected to a wall of the at least one of the transition ducts and a seconnd free end; and in which the load member contacts the adjacent transition duct, during operation, when the at least one of the transition ducts incurs a load. at least two transition ducts extending between a fuel nozzle and a turbine section, each transition duct having an inlet, an outlet, and a passage extending between the inlet and the outlet and defining a longitudinal axis, a radial axis, and a tangential axis, the outlet of each of the transition ducts offset from the inlet along the longitudinal axis and the tangential axis; characterized in that the loading assembly further comprises at least one load member extending from at least one of the transition ducts and configured to transfer during operation a load between the at last one of the transition ducts and an adjacent transition duct along at least one of the longitudinal axis, the radial axis, or the tangential axis, in which the load member comprises a body extending between a first end connected to a wall of the at least one of the transition ducts and a seconnd free end; and in which the load member contacts the adjacent transition duct, during operation, when the at least one of the transition ducts incurs a load.