mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications by a receiver, comprising: receiving a sequence transmitted in multiple tones of at least one short burst symbol, the sequence conveying at least one bit of information; identifying a plurality of groups of sequence hypotheses having same values at a first set of common demodulation reference signals, DMRS, tone locations and each sequence hypothesis in a group having same values at a second set of common DMRS tone locations; performing group level channel, noise, and interference estimation, based on tone locations for the DMRS within the group; using the channel, noise, and interference estimation for each group in the one or more groups to evaluate the corresponding sequence hypotheses in that group; and determining, based on the evaluation, discontinuous transmission, DTX, or the sequence received and the bit of information conveyed. receiving a sequence transmitted in multiple tones of at least one short burst symbol, the sequence conveying at least one bit of information; identifying a plurality of groups of sequence hypotheses having same values at a first set of common demodulation reference signals, DMRS, tone locations and each sequence hypothesis in a group having same values at a second set of common DMRS tone locations; performing group level channel, noise, and interference estimation, based on tone locations for the DMRS within the group; using the channel, noise, and interference estimation for each group in the one or more groups to evaluate the corresponding sequence hypotheses in that group; and determining, based on the evaluation, discontinuous transmission, DTX, or the sequence received and the bit of information conveyed.
Method for assisting a driver in driving a vehicle, the method comprising the steps of: - sensing at least one attribute of a driver that is indicative of a driver's mood, and/or - observing a driver's behaviour, and - determining whether the driver is in a mood in which the driver is inclined to drive risky (S3, S4), - generating, if the driver is in said mood, a warning to the driver by adapting a threshold for an intervention of an electronic stability control system of the vehicle so that the driver is warned by individually braking a wheel of the vehicle, wherein the determination of the driver's mood includes an analysis of a behaviour pattern including at least two unrelated behaviours in order to distinguish between different driver moods including sport driving, which is interpreted as non-risky and aggressive driving, which is interpreted as risky, and the at least two unrelated behaviours are determined by measuring operational forces of the driver caused by the driver interacting with a component of the vehicle and analyzing the driver's driving manoeuvres with respect to a traffic situation in which the vehicle is operated. - sensing at least one attribute of a driver that is indicative of a driver's mood, and/or - observing a driver's behaviour, and - determining whether the driver is in a mood in which the driver is inclined to drive risky (S3, S4), - generating, if the driver is in said mood, a warning to the driver by adapting a threshold for an intervention of an electronic stability control system of the vehicle so that the driver is warned by individually braking a wheel of the vehicle, wherein the determination of the driver's mood includes an analysis of a behaviour pattern including at least two unrelated behaviours in order to distinguish between different driver moods including sport driving, which is interpreted as non-risky and aggressive driving, which is interpreted as risky, and the at least two unrelated behaviours are determined by measuring operational forces of the driver caused by the driver interacting with a component of the vehicle and analyzing the driver's driving manoeuvres with respect to a traffic situation in which the vehicle is operated.
A method of joining a FeCrAl alloy to a FeNiCr alloy by welding using a filler metal, wherein the filler metal comprises in weight% (wt%): C 0.01 to 0.1; Si less than or equal to 1.5; Mn less than or equal to 2.0; Cr 14.0-27.0; Ni less than or equal to 2.0; Mo less than or equal to 1.5; V less than or equal to 0.35; Ti and/or Zr 0.4 to 1.0; Al less than or equal to 0.7; Nb 0.3 to 1.5; N less than or equal to 0.02; balance Fe and inevitable impurities.
Rotary electric machine such as an alternator-starter notably for a motor vehicle, comprising: - a target carrier bearing a target; - a casing (38, 40); - a central shaft having an axis; - a rotor secured to the shaft, mounted to rotate in the casing (38, 40) about its axis; - at least one fan (48, 50) secured to the rotor and having a disc provided with an internal bore for the passage of the shaft and equipped at its external periphery with blades, the said internal bore belonging to the internal periphery of the fan (48, 50); - at least one sensor borne by the casing (38, 40) and associated with the target so as to determine the angular position of the rotor, in which the target carrier is distinct from and secured to the fan (48, 50) interposed axially between the target carrier and the rotor, characterized in that of the elements that are the target carrier and the fan (48, 50), one, referred to as the first element, comprises first means of attachment by elastic fitting-together, which means are intended to be fitted elastically together with second means of attachment of complementary shapes borne by the other of the elements that are the fan (48, 50) and the target carrier and referred to as the second element, for attaching the target carrier to the internal periphery of the fan by elastically fitting the first means of attachment together with the second means of attachment at the internal periphery of the fan (48, 50) away from the blades of the fan (48, 52) and in that the target carrier is centred coaxially with respect to the fan and to the shaft by the first and second means of attachment. - a target carrier bearing a target; - a casing (38, 40); - a central shaft having an axis; - a rotor secured to the shaft, mounted to rotate in the casing (38, 40) about its axis; - at least one fan (48, 50) secured to the rotor and having a disc provided with an internal bore for the passage of the shaft and equipped at its external periphery with blades, the said internal bore belonging to the internal periphery of the fan (48, 50); - at least one sensor borne by the casing (38, 40) and associated with the target so as to determine the angular position of the rotor,
Bin for refuse collection, comprising a tank, side surfaces (12A, 12B, 12C, 12D) forming a peripheral wall, a lower wall, first connection areas for connecting the side surfaces (12A, 12B, 12C, 12D) together, second connection areas between the side surfaces and the lower wall, overlapping areas of the first and second connection areas, at least one rib (24, 26) under the lower wall, rib (24, 26) through which the bin rests on the ground in the normal waiting position, characterised in that the peripheral wall forms at least one downward extension only at and in the vicinity of the overlapping areas of the first and second connection areas so as to rest on the ground when the bin rests in the normal waiting position, the vicinity being limited to a distance of 50 mm from the overlapping areas, said at least one rib being arranged under the lower wall set back relative to the second area.
A turbomachine combustion assembly, comprising: - a combustion chamber, - at least one starting injector, suitable for initiating combustion in the chamber, - a plurality of main injectors distributed at a constant angular interval around the circumference of the combustion chamber, designed to supply fuel to the combustion chamber when combustion has been initiated, and - a fuel supply circuit for the injectors, wherein the combustion chamber is delimited by two axisymmetric outer and inner walls extending one inside the other and which are connected by an annular chamber end wall, the combustion assembly being characterized in that the fuel supply circuit is designed to supply fuel to at least one starting injector continuously, so that said injector is supplied with fuel both throughout the initiation of the combustion and when fuel is supplied to the chamber when the combustion has been initiated, in that each continuously-supplied starting injector is oriented toward the chamber end wall and is dimensioned to spread a spray of fuel having an angular aperture in a first direction between 120° and 180°, and in that the flow of fuel injected by the main injectors between which the starting injectors are positioned is reduced by comparison with the flow injected by the other main injectors, and in that each starting injector is positioned between two consecutive main injectors at equal distance therefrom. - a combustion chamber, - at least one starting injector, suitable for initiating combustion in the chamber, - a plurality of main injectors distributed at a constant angular interval around the circumference of the combustion chamber, designed to supply fuel to the combustion chamber when combustion has been initiated, and - a fuel supply circuit for the injectors,
Method for determining the junction temperature of at least one die of a semiconductor power module, characterized in that the semiconductor power module is composed of plural dies connected in parallel and switching between conducting and non conducting states according to pattern cycles, said method being further characterized by comprising the steps of: - setting the at least one die in a non conducting state during at least a fraction of one switching cycle, - applying a current limited voltage to the gate of the at least one die during a period of time of the cycle wherein the at least one die is not conducting, the resulting voltage excursion having a value that does not enable the die to be conducting, the current limited voltage being applied to the gate of the die after the commutation to the conducting state of the other dies is complete, - measuring the voltage at the gate of the die, - deriving from the measured voltage a temperature variation of the junction of the at least one die or the temperature of the junction of the die. - setting the at least one die in a non conducting state during at least a fraction of one switching cycle, - applying a current limited voltage to the gate of the at least one die during a period of time of the cycle wherein the at least one die is not conducting, the resulting voltage excursion having a value that does not enable the die to be conducting, the current limited voltage being applied to the gate of the die after the commutation to the conducting state of the other dies is complete, - measuring the voltage at the gate of the die, - deriving from the measured voltage a temperature variation of the junction of the at least one die or the temperature of the junction of the die.
Use of a variant Fc-region comprising the mutation Y436A for increasing the binding of a dimeric Fc-region polypeptide compriing a first polypeptide and a second polypeptide each comprising in N-terminal to C-terminal direction at least a portion of an immunoglobulin hinge region, which comprises one or more cysteine residues, an immunoglobulin CH2-domain and an immunoglobulin CH3-domain, wherein the first, the second or the first and the second polypeptide comprise the mutation Y436A (numbering according to the EU index) to protein A. a first polypeptide and a second polypeptide each comprising in N-terminal to C-terminal direction at least a portion of an immunoglobulin hinge region, which comprises one or more cysteine residues, an immunoglobulin CH2-domain and an immunoglobulin CH3-domain, wherein the first, the second or the first and the second polypeptide comprise the mutation Y436A (numbering according to the EU index) to protein A.
A device registration apparatus for registering a device (20, 21...) as a member within a limitation on a permitted number of members, the device registration apparatus comprising: a clock unit operable to measure a time; a member storage unit operable to store registration information of each device already registered as a member, the registration information including identification information for identifying already the registered device (20, 21...) and a registration expiration time of the already registered device; a reception unit operable to receive a registration request from an unregistered device; a selection unit operable to, when the reception unit receives the registration request, compare the time read from the clock unit with the registration expiration time included in the registration information of each already registered device, and select registration information including a registration expiration time that is exceeded by the read time; and a deletion unit operable to delete the selected registration information from the member storage unit. a clock unit operable to measure a time; a member storage unit operable to store registration information of each device already registered as a member, the registration information including identification information for identifying already the registered device (20, 21...) and a registration expiration time of the already registered device; a reception unit operable to receive a registration request from an unregistered device; a selection unit operable to, when the reception unit receives the registration request, compare the time read from the clock unit with the registration expiration time included in the registration information of each already registered device, and select registration information including a registration expiration time that is exceeded by the read time; and a deletion unit operable to delete the selected registration information from the member storage unit.
A Marinelli beaker correction container adapted to stably mount a Marinelli beaker on a spectroscopy system detector constituting a high purity germanium gamma spectroscopy system for analyzing gamma ray-emitting nuclides present in a sample, wherein the Marinelli beaker has a detector mounting part in a lower central portion thereof, the Marinelli beaker correction container comprising: a container body of a cylindrical inverted cup shape separated from the Marinelli beaker and the spectroscopy system detector and configured to be inserted into the detector mounting part, wherein an exterior shape of the container body corresponds to a shape of the detector mounting part such that when the container body is mounted on the detector mounting part, the container body closely contacts with inner walls of the detector mounting part; a detector coupling groove formed of an open-bottom hollow at a lower part of the container body, wherein an interior shape of the detector coupling groove corresponds to a shape of the spectroscopy system such that when the spectroscopy system detector is mounted into the detector coupling groove, the spectroscopy system detector closely contacts with inner walls of the detector coupling groove; and a ventilation hole formed through a center of a top surface of the container body, and allowing the container body to be smoothly mounted or dismounted due to air ventilation when the container body is mounted to or dismounted from the detector mounting part. a container body of a cylindrical inverted cup shape separated from the Marinelli beaker and the spectroscopy system detector and configured to be inserted into the detector mounting part, wherein an exterior shape of the container body corresponds to a shape of the detector mounting part such that when the container body is mounted on the detector mounting part, the container body closely contacts with inner walls of the detector mounting part; a detector coupling groove formed of an open-bottom hollow at a lower part of the container body, wherein an interior shape of the detector coupling groove corresponds to a shape of the spectroscopy system such that when the spectroscopy system detector is mounted into the detector coupling groove, the spectroscopy system detector closely contacts with inner walls of the detector coupling groove; and a ventilation hole formed through a center of a top surface of the container body, and allowing the container body to be smoothly mounted or dismounted due to air ventilation when the container body is mounted to or dismounted from the detector mounting part.
A bag-in-box package comprising: a rigid box; a flexible bag disposed within the box and having a connector projecting outwardly of the box; and a rotary pump located within the connector, characterised by the rotary pump having a resiliently deformable housing and a rotor that form a plurality of chambers with the housing. a rigid box; a flexible bag disposed within the box and having a connector projecting outwardly of the box; and a rotary pump located within the connector, characterised by the rotary pump having a resiliently deformable housing and a rotor that form a plurality of chambers with the housing.
A bandwidth management BWM server, residing at a mobile core network, that is configured to receive packets of HTML traffic and transmit video via a plurality of radio access technologies RATs, the BWM server comprising: a processor configured to: receive the packets of HTML traffic; inspect the packets of HTML traffic to identify a video stream; identify at least one video streaming format of a video stream based on a video tag in the packets of HTML traffic; determine to implement bandwidth aggregation BWA to simultaneously transmit the video stream using the plurality of RATs based on the at least one video stream format indicated by the video tag; and perform BWA to simultaneously transmit the video stream using the plurality of RATs based on the at least one video stream format indicated by the video tag. receive the packets of HTML traffic; inspect the packets of HTML traffic to identify a video stream; identify at least one video streaming format of a video stream based on a video tag in the packets of HTML traffic; determine to implement bandwidth aggregation BWA to simultaneously transmit the video stream using the plurality of RATs based on the at least one video stream format indicated by the video tag; and perform BWA to simultaneously transmit the video stream using the plurality of RATs based on the at least one video stream format indicated by the video tag.
A method for coordinating Wireless Avionics Intra-Communications (WAIC) communications with a radio altimeter signal, the method comprising: monitoring a frequency band, wherein the frequency band is an adjustable range between 4200 MHz and 4400 MHz; recording a sequence of time stamps, each time stamp of the sequence of time stamps corresponding to a time at which a strength of the radio altimeter signal exceeds a threshold signal strength in the frequency band; calculating time stamp intervals between successive time stamps in the sequence of time stamps to produce a sequence of time stamp intervals; identifying a pattern of time stamp intervals in the sequence of time stamp intervals; and coordinating the WAIC communications with the pattern of time stamp intervals to avoid interference with the radio altimeter signal; and characterized in that coordinating the WAIC communications with the pattern of time stamp intervals to avoid the interference with the altimeter signal further comprises one or more of: adjusting a packet size of the WAIC communications; and adjusting packet transmission timing of the WAIC communications. monitoring a frequency band, wherein the frequency band is an adjustable range between 4200 MHz and 4400 MHz; recording a sequence of time stamps, each time stamp of the sequence of time stamps corresponding to a time at which a strength of the radio altimeter signal exceeds a threshold signal strength in the frequency band; calculating time stamp intervals between successive time stamps in the sequence of time stamps to produce a sequence of time stamp intervals; identifying a pattern of time stamp intervals in the sequence of time stamp intervals; and coordinating the WAIC communications with the pattern of time stamp intervals to avoid interference with the radio altimeter signal; and characterized in that coordinating the WAIC communications with the pattern of time stamp intervals to avoid the interference with the altimeter signal further comprises one or more of: adjusting a packet size of the WAIC communications; and adjusting packet transmission timing of the WAIC communications.
An actuator, comprising: a. at least one motor for providing a first speed and a first force to at least one reduction assembly; b. at least one two-stage reduction assembly comprising at least one input pulley and at least one output pulley; said at least one two-stage reduction assembly configured to perform a speed reduction in said first speed and a force increment in said force received from said at least one motor; characterized in that said at least one motor, said at least one input pulley and said at least one output pulley are inside each other within said actuator. a. at least one motor for providing a first speed and a first force to at least one reduction assembly; b. at least one two-stage reduction assembly comprising at least one input pulley and at least one output pulley; said at least one two-stage reduction assembly configured to perform a speed reduction in said first speed and a force increment in said force received from said at least one motor;
A method of wireless communication by a user equipment, UE, (420; 502), comprising: receiving a random access response, RAR, message from a base station (410; 504) during a random access channel, RACH, procedure; determining beam information based on the received RAR message during the RACH procedure; and characterized by transmitting a third message to the base station (410; 504) during the RACH procedure that includes the determined beam information, wherein the RAR message comprises a value indicating a request for beam information during the RACH procedure, and wherein the third message is transmitted based on the request for beam information. receiving a random access response, RAR, message from a base station (410; 504) during a random access channel, RACH, procedure; determining beam information based on the received RAR message during the RACH procedure; and characterized by transmitting a third message to the base station (410; 504) during the RACH procedure that includes the determined beam information, wherein the RAR message comprises a value indicating a request for beam information during the RACH procedure, and wherein the third message is transmitted based on the request for beam information.
Motor spindle for the rotational drive of a machining tool around a spindle axis, wherein the motor spindle has a tool holder for holding the machining tool and a clamping device for the releasable attaching of a machining tool to a spindle shaft, and the clamping device has a clamping and releasing drive, the motor spindle comprises a cleaning device for the removal of dirt particles occurring during machining with the machining tool, the dirt particles being collected in particular in the tool holder and/or clamping device, wherein the cleaning device comprises at least one cleaning channel for conducting a gaseous and/or liquid, pressurized cleaning agent, and in the cleaning channel a pressure-controlled stop valve is provided, characterized in that at least the clamping or releasing drive comprises a hydraulically or pneumatically acting working cylinder that can be pressurized by the pressurized cleaning agent.