mhurhangee/ep-ind-claims huggingface dataset:
A method of accessing network information through a graphic code, comprising: receiving an access request from a client, wherein the access request includes information of a graphic code, the information of the graphic code comprising a URL contained in the graphic code and identified therefrom, and the information of the graphic code corresponding to a particular combination of display information and action instruction information; querying and obtaining, in a server, the particular combination of display information and action instruction information, from a plurality of different combinations of display information and action instruction information; automatically performing a corresponding action according to the particular combination of display information and action instruction information to obtain an access result of the graphic code; and storing a correspondence relationship between the access result and a login account in the server after obtaining the access result of the graphic code. receiving an access request from a client, wherein the access request includes information of a graphic code, the information of the graphic code comprising a URL contained in the graphic code and identified therefrom, and the information of the graphic code corresponding to a particular combination of display information and action instruction information; querying and obtaining, in a server, the particular combination of display information and action instruction information, from a plurality of different combinations of display information and action instruction information; automatically performing a corresponding action according to the particular combination of display information and action instruction information to obtain an access result of the graphic code; and storing a correspondence relationship between the access result and a login account in the server after obtaining the access result of the graphic code.
A method of wireless communication of receiving a data flow configured for multi-connectivity from a plurality of cells via layers in a protocol stack having a packet split at a packet data convergence protocol, PDCP, layer or a radio link control, RLC, layer, the method being performed by a UE and comprising: sending an indication requesting a data flow from a plurality of connections based on at least one service requirement of the data flow, wherein the plurality of connections is formed between the UE and the plurality of cells and forms a duplicate-delivery bearer for transmissions of the same data packet on at least two of the plurality of connections, wherein the indication is sent to a core network entity; receiving a configuration indicating that the data flow will be sent from the plurality of cells on the plurality of connections; receiving a data packet in the data flow from at least one of the plurality of cells; determining that the data packet has been received via the duplicate delivery bearer; and reporting a status, to the plurality of cells, indicating to the plurality of cells to discard a duplicate of the packet from a buffer, wherein reporting a status comprises sending a PDCP status report or sending a radio link control, RLC, status report, wherein the status report indicates that the data packet has been received on a first connection of the plurality of connections. sending an indication requesting a data flow from a plurality of connections based on at least one service requirement of the data flow, wherein the plurality of connections is formed between the UE and the plurality of cells and forms a duplicate-delivery bearer for transmissions of the same data packet on at least two of the plurality of connections, wherein the indication is sent to a core network entity; receiving a configuration indicating that the data flow will be sent from the plurality of cells on the plurality of connections; receiving a data packet in the data flow from at least one of the plurality of cells; determining that the data packet has been received via the duplicate delivery bearer; and reporting a status, to the plurality of cells, indicating to the plurality of cells to discard a duplicate of the packet from a buffer, wherein reporting a status comprises sending a PDCP status report or sending a radio link control, RLC, status report, wherein the status report indicates that the data packet has been received on a first connection of the plurality of connections.
A high strength hot-rolled steel sheet having excellent ductility, stretch flangeability, and uniformity of material, characterized in that the steel sheet has a steel composition consisting of: in percent by mass, 0.020% to 0.065% of C; 0.1% or less of Si; 0.40% to less than 0.80% of Mn; 0.030% or less of P; 0.005% or less of S; 0.08% to 0.20% of Ti; 0.005% to 0.1% of Al; 0.005% or less of N; and the balance being Fe and incidental impurities, in which Ti* specified by the expression below satisfies the expressions and below, and the steel sheet has a steel microstructure including, in terms of area fraction, 95% or more of a ferrite phase and the balance being at least one of a pearlite phase, a bainite phase, and a martensite phase; the average ferrite grain size is 10 μm or less; the average grain size of Ti carbides precipitated in steel is 10 nm or less; and Ti in the amount of 80% or more of Ti* is precipitated as Ti carbides: Ti * = Ti − 48 / 14 × N Ti * ≥ 0.08 0.300 ≤ C / Ti * ≤ 0.375 where Ti, N, and C represent contents of corresponding elements (percent by mass). in percent by mass, 0.020% to 0.065% of C; 0.1% or less of Si; 0.40% to less than 0.80% of Mn; 0.030% or less of P; 0.005% or less of S; 0.08% to 0.20% of Ti; 0.005% to 0.1% of Al; 0.005% or less of N; and the balance being Fe and incidental impurities, in which Ti* specified by the expression below satisfies the expressions and below,
An apparatus for providing encryption key management, the apparatus capable of communicating with one or more servers of a communication system, the apparatus comprising at least one processor and at least one non-transitory memory storing instructions that, when executed by the processor, configure the apparatus to: provide, to the one or more servers, access to one or more encryption keys provided by a key material source, the encryption keys for accessing data managed by the communication system; wherein access to encryption keys is revocable on a per keyscope component basis, such that any encryption key associated with a revoked keyscope component is rendered invalid by the key material source, wherein a keyscope component is associated with an encryption key and is one of a timestamp, a user identifier, a message identifier, a file identifier, group-based communication channel identifier, a group-based communication team identifier, a group-based communication workspace identifier. provide, to the one or more servers, access to one or more encryption keys provided by a key material source, the encryption keys for accessing data managed by the communication system; wherein access to encryption keys is revocable on a per keyscope component basis, such that any encryption key associated with a revoked keyscope component is rendered invalid by the key material source, wherein a keyscope component is associated with an encryption key and is one of a timestamp, a user identifier, a message identifier, a file identifier, group-based communication channel identifier, a group-based communication team identifier, a group-based communication workspace identifier.
Assembly (13, 41) for a blower of a heating, ventilation and/or air-conditioning installation, the assembly (13, 41) being formed from a motor support intended to receive a motor, and from a ring, characterized in that said ring is intended to receive the motor support, the motor support being provided with at least one flexible sealing lip which is able to deform when the motor support passes through the ring.
An apparatus for wireless communication at a user equipment, UE, the apparatus comprising: a processor, memory coupled with the processor; and instructions stored in the memory and executable by the processor to cause the apparatus to: monitor a shared radio frequency spectrum band for wake-up signaling from a network access node, the wake-up signaling for a discontinuous reception cycle at the UE; receive the wake-up signaling prior to an on-duration of the discontinuous reception cycle, the wake-up signaling comprising an indication of a length of the on-duration, wherein the wake-up signaling is received in a first channel occupancy time, and wherein the length of the on-duration comprises a second length that is longer than a first length; enter, based at least in part on receiving the wake-up signaling, a wake state for the second length of the on-duration to monitor for physical downlink control channel scheduling data from the network access node; and receive the physical downlink control channel and the scheduled data in the on-duration in a second channel occupancy time. a processor, memory coupled with the processor; and instructions stored in the memory and executable by the processor to cause the apparatus to: monitor a shared radio frequency spectrum band for wake-up signaling from a network access node, the wake-up signaling for a discontinuous reception cycle at the UE; receive the wake-up signaling prior to an on-duration of the discontinuous reception cycle, the wake-up signaling comprising an indication of a length of the on-duration, wherein the wake-up signaling is received in a first channel occupancy time, and wherein the length of the on-duration comprises a second length that is longer than a first length; enter, based at least in part on receiving the wake-up signaling, a wake state for the second length of the on-duration to monitor for physical downlink control channel scheduling data from the network access node; and receive the physical downlink control channel and the scheduled data in the on-duration in a second channel occupancy time. monitor a shared radio frequency spectrum band for wake-up signaling from a network access node, the wake-up signaling for a discontinuous reception cycle at the UE; receive the wake-up signaling prior to an on-duration of the discontinuous reception cycle, the wake-up signaling comprising an indication of a length of the on-duration, wherein the wake-up signaling is received in a first channel occupancy time, and wherein the length of the on-duration comprises a second length that is longer than a first length; enter, based at least in part on receiving the wake-up signaling, a wake state for the second length of the on-duration to monitor for physical downlink control channel scheduling data from the network access node; and receive the physical downlink control channel and the scheduled data in the on-duration in a second channel occupancy time.
A polypropylene resin composition obtained by heating and kneading a material containing a polypropylene resin, a polypropylene wax, a polyorganosiloxane containing at least one silicon-atom-bonded alkenyl group in each molecule, and an organic peroxide.
Clamping device configured to be secured around a line, the clamping device comprising clamping components (30A to 30D), intended to be placed adjacently around the line, each clamping component (30A to 30D) comprising: - a longitudinal supporting member; - a contact member, having a contact surface to contact the line, the contact member protruding from the longitudinal supporting member; the clamping device comprising connecting elements holding together the clamping components (30A to 30D) against the line, the contact members of the clamping components (30A to 30D) together defining a central lumen for receiving the line; characterized in that the clamping device comprises at least four clamping components (30A to 30D) and in that the connecting elements comprises, for each clamping component (30A to 30D) at least one elastic tightening member connecting the supporting member with a supporting member of a first adjacent clamping component (30A to 30D) and at least one elastic tightening member connecting the supporting member with a supporting member of a second adjacent clamping component (30A to 30D), each elastic tightening member (76, 78) comprising an elongated part and two end stops, each end stop cooperating respectively with a supporting surface, each elastic tightening member (76, 78) being longer than the transverse extent of the central lumen, and protruding beyond the supporting members connected by the elastic tightening member (76, 78). - a longitudinal supporting member; - a contact member, having a contact surface to contact the line, the contact member protruding from the longitudinal supporting member;
A method of controlling an engine of a serial hybrid electric vehicle, the electric vehicle including a generator driven by the engine and an electric motor driven by an onboard battery, the method characterized by the steps of: monitoring a vehicle speed of the electric vehicle; starting the engine of the electric vehicle when the vehicle speed increases to a first predetermined threshold; generating electrical power with the generator for use by the electric vehicle; stopping the engine of the electric vehicle when the vehicle speed decreases to a second predetermined threshold. monitoring a vehicle speed of the electric vehicle; starting the engine of the electric vehicle when the vehicle speed increases to a first predetermined threshold; generating electrical power with the generator for use by the electric vehicle; stopping the engine of the electric vehicle when the vehicle speed decreases to a second predetermined threshold.
A method for reconstructing the far field signature of a signal source having a plurality of seismic energy sources by combining data from near field and mid field sensors, comprising: receiving a first trace from a first sensor; receiving a second trace from a second sensor located in a different field from the first sensor; receiving position information comprising position information for the first sensor and position information for the second sensor; computing a plurality of notional signatures based on the first trace, the second trace, and the position information; and determining a far field signature by combining the plurality of notional signatures. receiving a first trace from a first sensor; receiving a second trace from a second sensor located in a different field from the first sensor; receiving position information comprising position information for the first sensor and position information for the second sensor; computing a plurality of notional signatures based on the first trace, the second trace, and the position information; and determining a far field signature by combining the plurality of notional signatures.
A multi-chip electronic package, comprising: a base substrate, the base substrate having a plurality of through substrate vias; a first die over the base substrate; a second die over the base substrate; a first cavity into the base substrate, wherein the first cavity is partially within a footprint of the first die and partially within a footprint of the second die; a second cavity into the base substrate, wherein the second cavity is entirely within a footprint of the first die; a first component in the first cavity; and a second component in the second cavity, wherein the first component includes an active surface that is electrically coupled to a backside surface of the first component with one or more through substrate vias, TSVs, and/or the second component includes an active surface that is electrically coupled to a backside surface of the second component with one or more TSVs. a base substrate, the base substrate having a plurality of through substrate vias; a first die over the base substrate; a second die over the base substrate; a first cavity into the base substrate, wherein the first cavity is partially within a footprint of the first die and partially within a footprint of the second die; a second cavity into the base substrate, wherein the second cavity is entirely within a footprint of the first die; a first component in the first cavity; and a second component in the second cavity, wherein the first component includes an active surface that is electrically coupled to a backside surface of the first component with one or more through substrate vias, TSVs, and/or the second component includes an active surface that is electrically coupled to a backside surface of the second component with one or more TSVs.
A method, performed by a base station, for improving a cell throughput based on a streaming media service, comprising: pre-adjusting an air interface resource separately allocated to a pair of two clients in a same cell that are performing a streaming media service, wherein the pre-adjusting an air interface resource is pre-adjusting a transmit power of the two clients according to an air interface adjustment amount preset by the base station wherein said pre-adjusting a transmit power of the two clients comprises adjusting a transmit power of one client of said pair with the positive value of said air interface adjustment amount and adjusting a transmit power of the other client of said pair with the negative value of said air interface adjustment amount; calculating a variation of a cell throughput that exists after the air interface resources of the two clients are pre-adjusted; and if the variation of the cell throughput that exists after the air interface resources of the two clients are pre-adjusted is greater than a preset resource adjustment threshold, allocating the pre-adjusted air interface resources to the two clients, sending code rate adjustment indication information to the two clients according to the pre-adjusted air interface resource allocated to the two clients, in order to enable the two clients to receive streaming media content having an adjusted code rate value from a media server. pre-adjusting an air interface resource separately allocated to a pair of two clients in a same cell that are performing a streaming media service, wherein the pre-adjusting an air interface resource is pre-adjusting a transmit power of the two clients according to an air interface adjustment amount preset by the base station wherein said pre-adjusting a transmit power of the two clients comprises adjusting a transmit power of one client of said pair with the positive value of said air interface adjustment amount and adjusting a transmit power of the other client of said pair with the negative value of said air interface adjustment amount; calculating a variation of a cell throughput that exists after the air interface resources of the two clients are pre-adjusted; and if the variation of the cell throughput that exists after the air interface resources of the two clients are pre-adjusted is greater than a preset resource adjustment threshold, allocating the pre-adjusted air interface resources to the two clients, sending code rate adjustment indication information to the two clients according to the pre-adjusted air interface resource allocated to the two clients, in order to enable the two clients to receive streaming media content having an adjusted code rate value from a media server.
Valve having a diaphragm arrangement, which diaphragm arrangement comprises a diaphragm and a pressure piece and a cover, wherein a pressure-distribution element is arranged between the diaphragm and the pressure piece, wherein the pressure-distribution element is in the form of a flexible ring arrangement, wherein the ring arrangement comprises an inner ring segment and an outer ring segment, characterized in that the ring arrangement is in the form of an endless ring with a closed construction, wherein the outer ring element increases in width in a circumferential direction until a spiral segment branches off from the outer ring segment at the widest point of the outer ring segment, wherein the spiral segment runs with a uniform width and opens out into the inner ring segment at the widest point of the inner ring segment.
A surface treating appliance comprising a first cyclonic separating unit and, downstream from the first cyclonic separating unit, a second cyclonic separating unit comprising a plurality of cyclones arranged in parallel about an axis and a dust collector arranged to receive dust from each of the plurality of cyclones, each cyclone comprising a fluid inlet and a fluid outlet, the plurality of cyclones being divided into at least a first set of cyclones and a second set of cyclones, the fluid inlets of the first set of cyclones being arranged in a first group and the fluid inlets of the second set of cyclones being arranged in a second group spaced along said axis from the first group.
A rail cover for covering an underside of a foot of a railway rail, the rail cover comprising: mutually connectable cover parts (10, 20) configured to respectively extend at least partially around opposing sides of the foot of the railway rail and connectable by an adjustable ratcheting connection to resist separation of the mutually connectable cover parts; and characterised by: a first sleeper cover part configured to extend from one edge of a first cover part, in a direction perpendicular to a plane in which, in use, the first cover part extends, so that, when positioned adjacent to a rail and against a sleeper, covers at least part of the sleeper; and/or a second sleeper cover part configured to extend from one edge of a second cover part, in a direction perpendicular to a plane in which, in use, the second cover part extends, so that, when positioned adjacent to a rail and against a sleeper is arranged to cover at least part of the sleeper. a first sleeper cover part configured to extend from one edge of a first cover part, in a direction perpendicular to a plane in which, in use, the first cover part extends, so that, when positioned adjacent to a rail and against a sleeper, covers at least part of the sleeper; and/or a second sleeper cover part configured to extend from one edge of a second cover part, in a direction perpendicular to a plane in which, in use, the second cover part extends, so that, when positioned adjacent to a rail and against a sleeper is arranged to cover at least part of the sleeper.