mhurhangee/ep-ind-claims huggingface dataset:
A method for gain shape vector quantization of a target vector x comprising plurality of coefficients derived from an audio signal, where a gain of the target vector x is quantized by a gain quantizer and a shape of the target vector x is quantized by a split vector quantizer, and where a maximum number of bits, B MAX, allowed for quantizing a vector segment is constrained by the split vector Quantizer, the method being performed by an audio encoder, the method comprising: - determining an initial number, Np _init, of segments for the target vector x based on a ratio between a number of bits allocated for quantizing the shape of the target vector x and B MAX; - determining energy of each Np _init target vector segment by summing energies of vector coefficients; - determining an average number of bits per segment, B AVG, based on a ratio between the number of bits allocated for quantizing the shape of the target vector x and Np _init; - determining a final number. Np, of segments by increasing the initial number Np _init of segments by one if a maximum deviation of a target vector segment energy from an average per-segment energy value, E AVG, is larger than a threshold proportional to the difference between B MAX and B AVG; - providing the final number Np to the split vector quantizer to be used in Quantization of the shape of the target vector x; and - indicating the increase of the number of segments to an audio decoder. - determining an initial number, Np _init, of segments for the target vector x based on a ratio between a number of bits allocated for quantizing the shape of the target vector x and B MAX; - determining energy of each Np _init target vector segment by summing energies of vector coefficients; - determining an average number of bits per segment, B AVG, based on a ratio between the number of bits allocated for quantizing the shape of the target vector x and Np _init; - determining a final number. Np, of segments by increasing the initial number Np _init of segments by one if a maximum deviation of a target vector segment energy from an average per-segment energy value, E AVG, is larger than a threshold proportional to the difference between B MAX and B AVG; - providing the final number Np to the split vector quantizer to be used in Quantization of the shape of the target vector x; and - indicating the increase of the number of segments to an audio decoder.
A curing composition for epoxy resin system, comprising a curing agent component comprising: a first tertiary amine compound represented by the formula: wherein R1 and R2 each comprise an organic functional group having from 1-6 carbon atoms, and R3 comprises an alkyl group, having a backbone of 2-18 carbon atoms; and a second amine compound having one or more primary amine groups, one or more secondary amine groups, or combinations thereof, wherein the stoichiometic ratio of the -NH bonds of the second amine compound to the epoxy groups of the epoxy resin component is from 1:20 to 21:20 and the molar ratio of the second amine compound to the first amine compound is from 0.01:1 to 100:1. a first tertiary amine compound represented by the formula: wherein R1 and R2 each comprise an organic functional group having from 1-6 carbon atoms, and R3 comprises an alkyl group, having a backbone of 2-18 carbon atoms; and a second amine compound having one or more primary amine groups, one or more secondary amine groups, or combinations thereof, wherein the stoichiometic ratio of the -NH bonds of the second amine compound to the epoxy groups of the epoxy resin component is from 1:20 to 21:20 and the molar ratio of the second amine compound to the first amine compound is from 0.01:1 to 100:1.
A method performed by a user plane function, UPF, node (130c-1) in a wireless communication system, comprising: receiving, from a session management function, SMF, node, a message including information on a rule, wherein the information on the rule includes a packet detection rule, PDR, and a forwarding action rule, FAR; receiving, from an entity associated with the UPF node, at least one packet comprising user traffic; detecting the at least one packet comprising user traffic based on the PDR which includes information for matching the at least one packet with a flow; and in case that the PDR does not include information for matching the at least one packet with the flow, transmitting, to an another UPF node (130c-2), the at least one detected packet, wherein the another UPF node is selected based on the FAR. receiving, from a session management function, SMF, node, a message including information on a rule, wherein the information on the rule includes a packet detection rule, PDR, and a forwarding action rule, FAR; receiving, from an entity associated with the UPF node, at least one packet comprising user traffic; detecting the at least one packet comprising user traffic based on the PDR which includes information for matching the at least one packet with a flow; and in case that the PDR does not include information for matching the at least one packet with the flow, transmitting, to an another UPF node (130c-2), the at least one detected packet, wherein the another UPF node is selected based on the FAR.
A transportation unit comprising: a plurality of roadway wheels including a first wheel, characterized in that it further comprises: a plurality of continuously variable transmissions (CVTs) including a first CVT and a second CVT, the plurality of CVTs receiving rotational input from the first wheel, and a generator that is rotationally driven by rotational output from the plurality of CVTs, and wherein each of the plurality of CVTs is engaged over one of a corresponding plurality of discrete wheel rotational speeds of the first wheel. a plurality of continuously variable transmissions (CVTs) including a first CVT and a second CVT, the plurality of CVTs receiving rotational input from the first wheel, and a generator that is rotationally driven by rotational output from the plurality of CVTs, and wherein each of the plurality of CVTs is engaged over one of a corresponding plurality of discrete wheel rotational speeds of the first wheel.
An in-line [subsea] mooring chain tensioner comprising: a chassis (210, 310, 410) having a first, upper end and an opposing, second, lower end; a connector on the second end of the chassis configured to engage an anchor line; a first opening in the first end of the chassis sized and configured to permit the passage of a mooring chain; a second opening in the chassis proximate the second end configured to direct excess mooring chain exiting the chassis in a substantially vertical, downward direction, off-axis the chassis; a first chain stopper within the chassis moveable from a first position that engages a mooring chain passing from the first opening through the second opening to a second position that permits movement of the chain through the chassis; a chain jack removably mounted within the chassis and comprising a base plate having a generally U-shaped central opening; a pair of hydraulic cylinders attached to the base plate with one cylinder on either side of the central opening and a hydraulic actuator extending from each cylinder; a moveable plate having a U-shaped central opening connected to the hydraulic actuators and parallel to the base plate; a second chain stopper mounted on the moveable plate and moveable from a first position that engages a mooring chain passing through the U-shaped central opening to a second position that permits movement of the chain through the central opening. a chassis (210, 310, 410) having a first, upper end and an opposing, second, lower end; a connector on the second end of the chassis configured to engage an anchor line; a first opening in the first end of the chassis sized and configured to permit the passage of a mooring chain; a second opening in the chassis proximate the second end configured to direct excess mooring chain exiting the chassis in a substantially vertical, downward direction, off-axis the chassis; a first chain stopper within the chassis moveable from a first position that engages a mooring chain passing from the first opening through the second opening to a second position that permits movement of the chain through the chassis; a chain jack removably mounted within the chassis and comprising a base plate having a generally U-shaped central opening; a pair of hydraulic cylinders attached to the base plate with one cylinder on either side of the central opening and a hydraulic actuator extending from each cylinder; a moveable plate having a U-shaped central opening connected to the hydraulic actuators and parallel to the base plate; a second chain stopper mounted on the moveable plate and moveable from a first position that engages a mooring chain passing through the U-shaped central opening to a second position that permits movement of the chain through the central opening.
A brake support structure comprising: a vehicle frame having main frames extending rearwardly and downwardly from a head pipe and a plurality of rear frames extending from the main frames; a swing arm having a front end pivotally supported on said rear frames by a pivot shaft and a rear end by which a rear wheel is rotatably supported; and brake pipes (51, 52) connected to a brake caliper for braking said rear wheel, wherein a cross member interconnecting said rear frames is disposed near said swing arm and above said pivot shaft, and said brake pipes (51, 52) extend between said cross member and said swing arm, wherein a brake pipe support member is provided on said brake pipes (51, 52), characterized in that said brake pipe support member is supported on a rear portion of said cross member, and said brake pipes (51, 52) extend forwardly of said brake pipe support member, and then extend rearwardly at a position below the cross member. a vehicle frame having main frames extending rearwardly and downwardly from a head pipe and a plurality of rear frames extending from the main frames; a swing arm having a front end pivotally supported on said rear frames by a pivot shaft and a rear end by which a rear wheel is rotatably supported; and brake pipes (51, 52) connected to a brake caliper for braking said rear wheel, wherein a cross member interconnecting said rear frames is disposed near said swing arm and above said pivot shaft, and said brake pipes (51, 52) extend between said cross member and said swing arm, wherein a brake pipe support member is provided on said brake pipes (51, 52),
A method of programming an implantable medical device comprising: gathering parameter data (502, 602) representing a set of previously programmed parameter values from a plurality of implanted medical devices; performing by means of a server comprising a processor and a memory module, an association analysis (104, 504) on the parameter data to form a set of association rules; and suggesting by means of a user interface parameter choices to a system user regarding a specific patient based on the set of association rules. gathering parameter data (502, 602) representing a set of previously programmed parameter values from a plurality of implanted medical devices; performing by means of a server comprising a processor and a memory module, an association analysis (104, 504) on the parameter data to form a set of association rules; and suggesting by means of a user interface parameter choices to a system user regarding a specific patient based on the set of association rules.
A method for monitoring search spaces, the method being performed by a wireless device, the method comprising: receiving an orthogonal frequency-division multiplexing, OFDM, symbol, wherein the OFDM symbol is at least partially included in a device-specific search space of the wireless device and is at least partially included in a common search space used by the wireless device; monitoring the device-specific search space for at least one device-specific reference signal provided in the OFDM symbol; and monitoring the common search space for at least one non-device-specific reference signal provided in the same OFDM symbol; wherein the device-specific search space and the common search space are contained in a first and a second subband, respectively. receiving an orthogonal frequency-division multiplexing, OFDM, symbol, wherein the OFDM symbol is at least partially included in a device-specific search space of the wireless device and is at least partially included in a common search space used by the wireless device; monitoring the device-specific search space for at least one device-specific reference signal provided in the OFDM symbol; and monitoring the common search space for at least one non-device-specific reference signal provided in the same OFDM symbol; wherein the device-specific search space and the common search space are contained in a first and a second subband, respectively.
A device for insertion between a pair of parallel flat casting plates (13, 14) to form a row of sample wells in an electrophoresis slab gel as said gel is cast between said plates (13, 14), said device comprising: a flat bar having a forward face, a rear face, and a longitudinal edge, a row of dentiform projections along said longitudinal edge, characterized in that said device further comprises first hook means projecting forward from said forward face, and second hook means projecting rearward from said rear face, said first and second hook means shaped to hold said casting plates (13, 14) parallel to each other and at a fixed distance from each other with said dentiform projections between said casting plates (13, 14). a flat bar having a forward face, a rear face, and a longitudinal edge, a row of dentiform projections along said longitudinal edge, characterized in that said device further comprises first hook means projecting forward from said forward face, and second hook means projecting rearward from said rear face, said first and second hook means shaped to hold said casting plates (13, 14) parallel to each other and at a fixed distance from each other with said dentiform projections between said casting plates (13, 14).
Lock and key system, having a cylinder core that is rotatably mounted in the cylinder housing and a lock bit that is capable of being coupled with a flat key of the lock and key system that is capable of being inserted into the cylinder core to carry out a joint rotating operation that triggers the locking function, wherein the key tip is directly engaged and is capable of being coupled with the one-piece lock bit in an interlocking manner, characterised in that the lock bit, which faces the cylinder core on the front side, has at least one axially protruding feature, with which the key tip is capable of being brought into engagement for the coupling. wherein the key tip is directly engaged and is capable of being coupled with the one-piece lock bit in an interlocking manner, characterised in that the lock bit, which faces the cylinder core on the front side, has at least one axially protruding feature, with which the key tip is capable of being brought into engagement for the coupling.
A data transmission method, wherein the method comprises: obtaining, by a network interface card (23, 33, 1303) of a source device, a first notification message, wherein the first notification message indicates that a first to-be-processed remote direct memory (22, 1305) access, RDMA, request exists in a first queue of the source device, and the first queue is used to store a request of a first service application of the source device; obtaining, by the network interface card (23, 33, 1303), a second notification message, wherein the second notification message indicates that a second to-be-processed RDMA request exists in a second queue of the source device, and the second queue is used to store a request of a second service application of the source device; determining, by the network interface card (23, 33, 1303), a processing sequence of the first queue and the second queue according to a service level of the first service application and a service level of the second service application; and sending, by the network interface card (23, 33, 1303), the first to-be-processed RDMA request and the second to-be-processed RDMA request to a destination device according to the processing sequence. obtaining, by a network interface card (23, 33, 1303) of a source device, a first notification message, wherein the first notification message indicates that a first to-be-processed remote direct memory (22, 1305) access, RDMA, request exists in a first queue of the source device, and the first queue is used to store a request of a first service application of the source device; obtaining, by the network interface card (23, 33, 1303), a second notification message, wherein the second notification message indicates that a second to-be-processed RDMA request exists in a second queue of the source device, and the second queue is used to store a request of a second service application of the source device; determining, by the network interface card (23, 33, 1303), a processing sequence of the first queue and the second queue according to a service level of the first service application and a service level of the second service application; and sending, by the network interface card (23, 33, 1303), the first to-be-processed RDMA request and the second to-be-processed RDMA request to a destination device according to the processing sequence.
A method of wireless communications, comprising: receiving, by a user equipment, UE, hopping information for generating two consecutive symbols in a two-symbol uplink short burst, ULSB, wherein the hopping information indicates whether hopping is enabled or disabled; receiving, by the UE, an index of a resource block for frequency hopping; generating, by the UE, a first symbol of the two consecutive symbols using a format associated with the two-symbol ULSB; generating, by the UE, a second symbol of the two consecutive symbols based on the format and the hopping information, wherein the second symbol is generated using one or more different resource blocks than those used for the first symbol based on the index of the resource block; and transmitting, by the UE, the two consecutive symbols in an uplink signal. receiving, by a user equipment, UE, hopping information for generating two consecutive symbols in a two-symbol uplink short burst, ULSB, wherein the hopping information indicates whether hopping is enabled or disabled; receiving, by the UE, an index of a resource block for frequency hopping; generating, by the UE, a first symbol of the two consecutive symbols using a format associated with the two-symbol ULSB; generating, by the UE, a second symbol of the two consecutive symbols based on the format and the hopping information, wherein the second symbol is generated using one or more different resource blocks than those used for the first symbol based on the index of the resource block; and transmitting, by the UE, the two consecutive symbols in an uplink signal.
An electric pump (10, 10a), comprising: a motor unit including a rotation shaft; a pump unit including a rotor having a vane groove accommodating a vane and coupled with the rotation shaft, and including a pump plate including an external wall portion and a cam ring having a cam surface on which the vane slides; a bottom lid portion is provided in the pump plate and being integrally formed with the external wall portion and the cam ring, and a connection unit being provided between the external wall portion and the cam ring to connect the external wall portion and the cam ring and protruding in a direction away from the bottom lid portion, and the connection unit being integrally formed with the external wall portion, the cam ring, and the bottom lid portion, a rotor chamber being formed to be a closed space with the pump plate by attaching a closing plate to an end surface continuing in a ring shape of the cam ring, the electric pump being characterized in that a projection unit projecting from a side of the end surface being formed on the closing plate, and an inside of the projection unit being communicated with the rotor chamber. a motor unit including a rotation shaft; a pump unit including a rotor having a vane groove accommodating a vane and coupled with the rotation shaft, and including a pump plate including an external wall portion and a cam ring having a cam surface on which the vane slides; a bottom lid portion is provided in the pump plate and being integrally formed with the external wall portion and the cam ring, and a connection unit being provided between the external wall portion and the cam ring to connect the external wall portion and the cam ring and protruding in a direction away from the bottom lid portion, and the connection unit being integrally formed with the external wall portion, the cam ring, and the bottom lid portion, a rotor chamber being formed to be a closed space with the pump plate by attaching a closing plate to an end surface continuing in a ring shape of the cam ring, the electric pump being characterized in that a projection unit projecting from a side of the end surface being formed on the closing plate, and an inside of the projection unit being communicated with the rotor chamber.
A molten metal plating facility for plating a strip with molten metal by guiding the strip into a molten metal bath (Mm) and then guiding the strip upward, the molten metal plating facility comprising: a pair of wiping nozzles (12a, 12b) disposed so as to face a front surface side and a back surface side of the strip guided upward and being configured to discharge first air streams (Ea, Eb) toward a first collision point inside the strip such that the first air streams (Ea, Eb) spread out in a strip width direction of the strip; and a pair of outer nozzles (15a, 15b) disposed so as to face a front surface side and a back surface side of an extended plane on an outer side of the strip with respect to the strip width direction, above the wiping nozzles (12a, 12b) and on each of both outer sides of the strip with respect to the strip width direction, the outer nozzles (15a, 15b) being configured to discharge second air streams (Fa, Fb) toward a second collision point within the extended plane and below the first collision point, characterized in that each of the pair of outer nozzles (15a, 15b) includes an outlet (16a, 16b) having a shape elongated in the strip width direction of the strip, the outlets being configured to discharge the second air streams (Fa, Fb) so as to form gas curtains. a pair of wiping nozzles (12a, 12b) disposed so as to face a front surface side and a back surface side of the strip guided upward and being configured to discharge first air streams (Ea, Eb) toward a first collision point inside the strip such that the first air streams (Ea, Eb) spread out in a strip width direction of the strip; and a pair of outer nozzles (15a, 15b) disposed so as to face a front surface side and a back surface side of an extended plane on an outer side of the strip with respect to the strip width direction, above the wiping nozzles (12a, 12b) and on each of both outer sides of the strip with respect to the strip width direction, the outer nozzles (15a, 15b) being configured to discharge second air streams (Fa, Fb) toward a second collision point within the extended plane and below the first collision point, characterized in that each of the pair of outer nozzles (15a, 15b) includes an outlet (16a, 16b) having a shape elongated in the strip width direction of the strip, the outlets being configured to discharge the second air streams (Fa, Fb) so as to form gas curtains.