mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication by a user equipment, UE, the method comprising: receiving configuration information from a base station, the configuration information indicating at least two different random access channel, RACH, request configuration parameters, wherein each of the at least two RACH request configuration parameters is associated with a respective radio resource control, RRC, state; generating a first message associated with a two-step RACH procedure including a preamble and a payload, the payload including data on an uplink data channel and at least one reference signal; determining at least one power control scheme for transmission of the first message based on a modulation and coding scheme, MCS, and bandwidth configured for the payload, wherein the at least one power control scheme is indicated by the at least two different RACH request configuration parameters; and transmitting the first message to the base station using at least one of the at least two different RACH request configuration parameters that corresponds to an RRC state of the UE, the preamble being transmitted on a first set of resources associated with a RACH occasion and the payload being transmitted on a second set of resources. receiving configuration information from a base station, the configuration information indicating at least two different random access channel, RACH, request configuration parameters, wherein each of the at least two RACH request configuration parameters is associated with a respective radio resource control, RRC, state; generating a first message associated with a two-step RACH procedure including a preamble and a payload, the payload including data on an uplink data channel and at least one reference signal; determining at least one power control scheme for transmission of the first message based on a modulation and coding scheme, MCS, and bandwidth configured for the payload, wherein the at least one power control scheme is indicated by the at least two different RACH request configuration parameters; and transmitting the first message to the base station using at least one of the at least two different RACH request configuration parameters that corresponds to an RRC state of the UE, the preamble being transmitted on a first set of resources associated with a RACH occasion and the payload being transmitted on a second set of resources.
A motor controller for use in an environment at a high maximum environmental temperature, the motor controller comprising: an enclosed insulated chassis with a finned surface; and characterised by a high-temperature capable electronic component rated for a temperature higher than the maximum environmental temperature, and mounted inside the insulated chassis, on the finned surface or connected to the finned surface by at least some of a plurality of thermally conductive posts; a low-temperature capable electronic component rated for a temperature lower than the maximum environmental temperature, attached to or integrated into a printed wiring board supported inside the insulated chassis by at least some of a plurality of thermally conductive posts; a heat pump configured to draw heat from the low-temperature capable electronic component through the plurality of thermally conductive posts and a thermal spreader abutting the heat pump, and to expel heat into the finned surface of the enclosed insulating chassis. an enclosed insulated chassis with a finned surface; and characterised by a high-temperature capable electronic component rated for a temperature higher than the maximum environmental temperature, and mounted inside the insulated chassis, on the finned surface or connected to the finned surface by at least some of a plurality of thermally conductive posts; a low-temperature capable electronic component rated for a temperature lower than the maximum environmental temperature, attached to or integrated into a printed wiring board supported inside the insulated chassis by at least some of a plurality of thermally conductive posts; a heat pump configured to draw heat from the low-temperature capable electronic component through the plurality of thermally conductive posts and a thermal spreader abutting the heat pump, and to expel heat into the finned surface of the enclosed insulating chassis.
A settable unit for installation on or in a vehicle, comprising - a sensor, for detection of a state of a component (12, 100) of the settable unit; - a function holder driven by electric supply current, which is configured to set the settable unit; - an electric current conductor (22a,b) for supplying the supply current to the function holder; - a switch, in series with the electric current conductor (22a,b) and the function holder; - a delay circuit configured to make the switch conductive with a delay after rise of an electric voltage on the current conductor (22a.b); - a signaling circuit (25, 26) configured to set an aspect of the current through the current conductor during the delay, depending on a sensor result of the sensor. - a sensor, for detection of a state of a component (12, 100) of the settable unit; - a function holder driven by electric supply current, which is configured to set the settable unit; - an electric current conductor (22a,b) for supplying the supply current to the function holder; - a switch, in series with the electric current conductor (22a,b) and the function holder; - a delay circuit configured to make the switch conductive with a delay after rise of an electric voltage on the current conductor (22a.b); - a signaling circuit (25, 26) configured to set an aspect of the current through the current conductor during the delay, depending on a sensor result of the sensor.
Measuring arrangement, configured and adapted to measure rods and/or rod sections which are produced in rod-making units of the tobacco-processing industry and transported in conveying direction F, comprising a scanner with at least two measuring modules for the formation of a measuring section, wherein at least one continuous rod throughflow channel extending in conveying direction F through the entire scanner and all the measuring modules is formed in the scanner and at least one rod guiding device is assigned to the scanner, as well as an evaluation unit to which each measuring module is linked via a connection, characterised in that all of the measuring modules are arranged in a joint housing of the scanner, wherein the measuring modules can be plugged in via electric and/or pneumatic plug-in connections onto a module carrier, which is fastened to an assembly base plate of the housing and provides several plug-in locations, with at least partially free plug-in location selection.
A method for encryption key update in a station, comprising: encrypting a first data block using a first plurality of round keys over a first plurality of rounds to generate a first encrypted data block, wherein the first plurality of round keys are generated based on an initial block key; retaining only one round key of the first plurality of round keys for use as a basis for a first derived block key, wherein the first derived block key is i) the last round key of the first plurality of round keys, or ii) based on an additional round key generated by further processing the last round key of the first plurality of round keys by at least one additional round; and encrypting a second data block using a second plurality of round keys over a second plurality of rounds to generate a second encrypted data block, wherein the second plurality of round keys are generated based on the first derived block key. encrypting a first data block using a first plurality of round keys over a first plurality of rounds to generate a first encrypted data block, wherein the first plurality of round keys are generated based on an initial block key; retaining only one round key of the first plurality of round keys for use as a basis for a first derived block key, wherein the first derived block key is i) the last round key of the first plurality of round keys, or ii) based on an additional round key generated by further processing the last round key of the first plurality of round keys by at least one additional round; and encrypting a second data block using a second plurality of round keys over a second plurality of rounds to generate a second encrypted data block, wherein the second plurality of round keys are generated based on the first derived block key.
A resource processing method, comprising: determining, by a network device, at least two beams that need to be transmitted; determining, by the network device, a time-frequency resource corresponding to each of the at least two beams; and determining, by the network device, a part of the time-frequency resource corresponding to each beam to serve as a common search space, wherein the part of the time-frequency resource determined to serve as a common search space in each beam, is used to carry control information transmitted to a terminal device, wherein the method further comprises: transmitting, by the network device, resource location information corresponding to each beam to the terminal device, wherein the resource location information is used to indicate a location of the common search space in the time-frequency resource. determining, by a network device, at least two beams that need to be transmitted; determining, by the network device, a time-frequency resource corresponding to each of the at least two beams; and determining, by the network device, a part of the time-frequency resource corresponding to each beam to serve as a common search space, wherein the part of the time-frequency resource determined to serve as a common search space in each beam, is used to carry control information transmitted to a terminal device, wherein the method further comprises: transmitting, by the network device, resource location information corresponding to each beam to the terminal device, wherein the resource location information is used to indicate a location of the common search space in the time-frequency resource.
A method for manufacturing a tip portion (218, 318) of a guide wire (200, 300), the method comprising: providing a superelastic wire (202, 302) including a length so as to define both a distal tip portion (224, 324) and a proximal tip portion (222, 322); cold working the distal tip portion (224, 324) without imparting significant cold work to the proximal tip portion (222, 322) to provide linear elastic rather than superelastic properties within the distal tip portion (224, 324), so that the proximal tip portion (222, 322) exhibits superelastic properties and the distal tip portion (224, 324) exhibits linear elastic properties; and grinding or otherwise reducing a cross-sectional thickness of the tip portion (218, 318) after cold working to provide a circular cross-section having a desired substantially constant diameter along the distal tip portion and proximal tip portion (222, 322) of the tip. providing a superelastic wire (202, 302) including a length so as to define both a distal tip portion (224, 324) and a proximal tip portion (222, 322); cold working the distal tip portion (224, 324) without imparting significant cold work to the proximal tip portion (222, 322) to provide linear elastic rather than superelastic properties within the distal tip portion (224, 324), so that the proximal tip portion (222, 322) exhibits superelastic properties and the distal tip portion (224, 324) exhibits linear elastic properties; and grinding or otherwise reducing a cross-sectional thickness of the tip portion (218, 318) after cold working to provide a circular cross-section having a desired substantially constant diameter along the distal tip portion and proximal tip portion (222, 322) of the tip.
A multirotor aircraft with an airframe that extends in a longitudinal direction, and with at least one thrust producing unit for producing thrust in a predetermined thrust direction, wherein the at least one thrust producing unit comprises a shrouding that is associated with at least one rotor assembly (7d, 8d) comprising at least one electrical engine, wherein the shrouding defines a cylindrical air duct that is axially delimited by an air inlet region and an air outlet region, wherein a cantilever is only mounted at a leading edge region of the cylindrical air duct to the shrouding such that the cantilever is arranged inside of the cylindrical air duct and oriented at least essentially in parallel to the longitudinal direction, wherein the shrouding comprises an associated beam which connects the cantilever to the airframe, the associated beam being arranged outside of the cylindrical air duct and comprising an associated flange that is rigidly attached to the airframe, wherein the at least one electrical engine is mounted to the cantilever, wherein the shrouding is provided with a torque box at a leading edge region of the cylindrical air duct, the torque box being provided for compensating bending forces, and wherein the cylindrical air duct is provided in opened perimeter configuration, the shrouding being at least partly cut-off in the opened perimeter configuration at a trailing edge region of the cylindrical air duct over a predetermined opening angle.
A bottle-shaped packaging container used for storing a liquid food, wherein a container wall defining a bottle body and a bottle neck of the packaging container is formed at least in part by a rectangular sheet laminated material having a paper base as a major portion, wherein a plurality of groups of stiffeners (3010; 3014) formed by folding and tiering the laminated material are provided on the surface of the bottle neck, and project from the container wall, characterised in that a plurality of groups of stiffeners (3010; 3014) formed by folding and tiering the laminated material are provided also on the surface of the bottle body, and project from the container wall.
An apparatus comprising: an amplifier configured to amplify an intermediate signal to generate an output signal, wherein said amplifier is a microwave frequency power amplifier; and a correction circuit configured to (i) generate a control signal based on a plurality of characteristics of said amplifier, and (ii) adjust a plurality of phases of a plurality of pulses in a pulse burst to generate said intermediate signal, wherein (a) said adjusting is in response to said control signal, (b) said pulse burst is received in an input signal, and (c) said phases of said pulses as adjusted in said intermediate signal cancel a plurality of phase errors induced by said amplifier in said pulses, characterized in that said correction circuit is further configured to clamp said control signal to a constant voltage after a predetermined number of said pulses in a pulse burst. an amplifier configured to amplify an intermediate signal to generate an output signal, wherein said amplifier is a microwave frequency power amplifier; and a correction circuit configured to (i) generate a control signal based on a plurality of characteristics of said amplifier, and (ii) adjust a plurality of phases of a plurality of pulses in a pulse burst to generate said intermediate signal, wherein (a) said adjusting is in response to said control signal, (b) said pulse burst is received in an input signal, and (c) said phases of said pulses as adjusted in said intermediate signal cancel a plurality of phase errors induced by said amplifier in said pulses, characterized in that said correction circuit is further configured to clamp said control signal to a constant voltage after a predetermined number of said pulses in a pulse burst.
An optical signal level adjustment method characterized by the following steps: obtaining a fault pattern representing optical signal connection or optical signal disconnection at each wavelength band of each input of each terminal station device; obtaining one or more information combinations associated with the fault pattern, each of said combinations representing a place where adjustment of transmission dummy light is required, and comprising information identifying a wavelength band, and information identifying a terminal station device as items for identifying the place; obtaining a dummy light adjustment amount for each of said combinations, said dummy light adjustment amount connected with the fault pattern; and transmitting, to the terminal station device, which is included in each of said combinations, a control signal for adjusting the intensity of the dummy light in the wavelength band, which is included in each of said combinations, at an output by the dummy light adjustment amount for each of said combinations. obtaining a fault pattern representing optical signal connection or optical signal disconnection at each wavelength band of each input of each terminal station device; obtaining one or more information combinations associated with the fault pattern, each of said combinations representing a place where adjustment of transmission dummy light is required, and comprising information identifying a wavelength band, and information identifying a terminal station device as items for identifying the place; obtaining a dummy light adjustment amount for each of said combinations, said dummy light adjustment amount connected with the fault pattern; and transmitting, to the terminal station device, which is included in each of said combinations, a control signal for adjusting the intensity of the dummy light in the wavelength band, which is included in each of said combinations, at an output by the dummy light adjustment amount for each of said combinations.
A method at a User Equipment, UE, comprising: identifying at least one Internet Protocol, IP, flow and respective IP flow traffic format templates, TFTs, respectively associated with the at least one IP flow; receiving quality of service, QoS, establishment messaging from an associated network corresponding to at least one bearer and at least one bearer TFT related to respective bearers; and determining association between respective IP flows and bearers at least in part by matching IP flow TFTs to bearer TFTs; and characterised by: identifying a QoS requirement for an application associated with a selected IP flow; comparing the QoS requirement for the application associated with the selected IP flow to a QoS parameter provided within QoS establishment messaging for a bearer TFT with which the selected IP flow is associated; and if the QoS parameter provided within the QoS establishment messaging indicates an unacceptable QoS for the application, re-negotiating the QoS parameter with the associated network to facilitate modification of the QoS parameter such that an acceptable QoS for the application is obtained. identifying at least one Internet Protocol, IP, flow and respective IP flow traffic format templates, TFTs, respectively associated with the at least one IP flow; receiving quality of service, QoS, establishment messaging from an associated network corresponding to at least one bearer and at least one bearer TFT related to respective bearers; and determining association between respective IP flows and bearers at least in part by matching IP flow TFTs to bearer TFTs; identifying a QoS requirement for an application associated with a selected IP flow; comparing the QoS requirement for the application associated with the selected IP flow to a QoS parameter provided within QoS establishment messaging for a bearer TFT with which the selected IP flow is associated; and if the QoS parameter provided within the QoS establishment messaging indicates an unacceptable QoS for the application, re-negotiating the QoS parameter with the associated network to facilitate modification of the QoS parameter such that an acceptable QoS for the application is obtained.
An isolated polypeptide, the isolated polypeptide comprising an anti-STAT3 single domain antibody (sdAb) comprising the amino acid sequence as set forth in SEQ ID NO:3.
A fluid-transfer article comprising: a first region for holding an aerosol precursor and for transferring said aerosol precursor to an activation surface of a second region of said article, said activation surface being disposed at an end of said article configured for thermal interaction with a heating surface of an aerosol-generation apparatus; said activation surface including at least one arcuate surface portion, wherein said second region comprises at least one discontinuity in said activation surface to form a corresponding at least one channel between said activation surface and said heating surface, the or each said channel being configured for providing a fluid pathway across said activation surface, and being at least partly defined by a respective said arcuate surface portion, said arcuate surface portion defining at least part of an internal surface of the channel, and characterised in that said activation surface is configured such that, when the fluid transfer article is arranged with respect to a said heating surface for thermal interaction therebetween, the or each said arcuate surface portion opposes said heating surface and is concave towards said heating surface, wherein the or each said channel is at least partly defined by a pair of spaced apart side walls, said arcuate surface portion extending between said side walls to form a ceiling portion of said channel, wherein said arcuate surface portion blends smoothly with each of said side walls, thereby eliminating a sharp corner therebetween. a first region for holding an aerosol precursor and for transferring said aerosol precursor to an activation surface of a second region of said article, said activation surface being disposed at an end of said article configured for thermal interaction with a heating surface of an aerosol-generation apparatus; said activation surface including at least one arcuate surface portion, wherein said second region comprises at least one discontinuity in said activation surface to form a corresponding at least one channel between said activation surface and said heating surface, the or each said channel being configured for providing a fluid pathway across said activation surface, and being at least partly defined by a respective said arcuate surface portion, said arcuate surface portion defining at least part of an internal surface of the channel, and characterised in that said activation surface is configured such that, when the fluid transfer article is arranged with respect to a said heating surface for thermal interaction therebetween, the or each said arcuate surface portion opposes said heating surface and is concave towards said heating surface, wherein the or each said channel is at least partly defined by a pair of spaced apart side walls, said arcuate surface portion extending between said side walls to form a ceiling portion of said channel, wherein said arcuate surface portion blends smoothly with each of said side walls, thereby eliminating a sharp corner therebetween.