mhurhangee/patent-ind-claim-en huggingface dataset:
Die for a hollow-section extruder , - with a die housing , - an extrusion annulus bounded inwardly by a mandrel and bounded outwardly by a die ring , - wherein the mandrel is carried and held by a mandrel support on a side of the housing, - wherein the mandrel support is tiltably mounted relative to the die ring by two degrees of freedom by a tilt joint , whereby, depending on a tilt position of the mandrel support , a circumferential distribution of a width of the extrusion annulus can be adjusted, - with a centering device for adjusting the tilt position of the mandrel support , - wherein the die ring is held by an axial adjustment housing body against a force direction of an extrusion pressure, characterized in that the axial adjustment housing body is designed such that by defining an axial position of the axial adjustment housing body relative to the die housing an axial position of the die ring to the mandrel is defined. - with a die housing , - an extrusion annulus bounded inwardly by a mandrel and bounded outwardly by a die ring , - wherein the mandrel is carried and held by a mandrel support on a side of the housing, - wherein the mandrel support is tiltably mounted relative to the die ring by two degrees of freedom by a tilt joint , whereby, depending on a tilt position of the mandrel support , a circumferential distribution of a width of the extrusion annulus can be adjusted, - with a centering device for adjusting the tilt position of the mandrel support , - wherein the die ring is held by an axial adjustment housing body against a force direction of an extrusion pressure,
A method, performed by a user equipment, UE, of repeatedly receiving control information in a wireless communication system, the method comprising: receiving, via higher layer signaling from a base station, search space configuration information related to physical downlink control channel, PDCCH, repetition; identifying, based on the search space configuration information, a plurality of search spaces related to the PDCCH repetition; and monitoring a plurality of PDCCH candidates with a same PDCCH candidate index in the plurality of search spaces, wherein the plurality of PDCCH candidates include same downlink control information, DCI. receiving, via higher layer signaling from a base station, search space configuration information related to physical downlink control channel, PDCCH, repetition; identifying, based on the search space configuration information, a plurality of search spaces related to the PDCCH repetition; and monitoring a plurality of PDCCH candidates with a same PDCCH candidate index in the plurality of search spaces, wherein the plurality of PDCCH candidates include same downlink control information, DCI.
An assembly designed to be mounted at an end portion of an axle of a vehicle , the axle comprising a differential carrier housing which contains a differential, two drive shafts and two wheel hubs, wherein each drive shaft has one end connected to the differential and a second end capable of being connected to at least one wheel of the vehicle via a wheel hub, the assembly having an axis which corresponds to the axle axis, in the mounted position, the assembly comprising: - a cover designed to be mounted at the end portion of the axle ; - a stop fastened to the cover so as to face one end face of a drive shaft in the mounted position, the stop being elastically compressible in the axial direction between the cover and an end of the drive shaft or between the cover and an intermediate piece that can be provided in the axle ; wherein, when provided, the intermediate piece is connected to an end of the drive shaft and is axially located between said drive shaft end face and said stop characterized in that the stop comprises: - a first part having a first cross-section S1, the first part being dimensioned to absorb in compression axial movements of the drive shaft ; - a second part having a second cross-section S2 smaller than the first cross-section S1, the second part being designed to provide a substantially point contact with the drive shaft end face or with the intermediate piece . - a cover designed to be mounted at the end portion of the axle ; - a stop fastened to the cover so as to face one end face of a drive shaft in the mounted position, the stop being elastically compressible in the axial direction between the cover and an end of the drive shaft or between the cover and an intermediate piece that can be provided in the axle ; wherein, when provided, the intermediate piece is connected to an end of the drive shaft and is axially located between said drive shaft end face and said stop characterized in that the stop comprises: - a first part having a first cross-section S1, the first part being dimensioned to absorb in compression axial movements of the drive shaft ; - a second part having a second cross-section S2 smaller than the first cross-section S1, the second part being designed to provide a substantially point contact with the drive shaft end face or with the intermediate piece .
A spectral mapping module comprising processing circuitry configured to: receive spectral activity information from one or more assets that have flown through an area, the spectral activity information being associated with location information indicating a respective location at which each portion of the spectral activity information was obtained; associate the spectral activity information with respective three dimensional volumetric elements that are each associated with respective portions of the area and that stack on each other to define different altitude layers; determine spectral activity indicators for each of the respective three dimensional volumetric elements that has spectral activity information associated therewith; and generate display data including the spectral activity indicators. receive spectral activity information from one or more assets that have flown through an area, the spectral activity information being associated with location information indicating a respective location at which each portion of the spectral activity information was obtained; associate the spectral activity information with respective three dimensional volumetric elements that are each associated with respective portions of the area and that stack on each other to define different altitude layers; determine spectral activity indicators for each of the respective three dimensional volumetric elements that has spectral activity information associated therewith; and generate display data including the spectral activity indicators.
An iboga alkaloid or a pharmaceutically acceptable salt and/or solvate thereof in an effective amount for use in potentiating the analgesic effect of an opioid analgesic in a human patient undergoing or scheduled to undergo opioid analgesic therapy, wherein a QT interval prolongation of less than 50 milliseconds (ms) is maintained in the patient during said therapy.
Acoustic protection system for motor vehicle mudguard, said system comprising, disposed successively on one another: - a wall made from sheet metal, - a layer of air , - an external mudguard trim , said trim comprising: • a porous fibrous acoustic-absorption layer disposed facing said layer of air, • a structural shell supporting said fibrous layer, said shell having a Young's modulus greater than 1 MPa, - said trim further comprising a resistive layer with a resistance to the passage of air of between 200 and 2000 N.s.m -3 , said resistance to the passage of air being greater than that of said fibrous layer, - said shell being based on structural fibres connected together by a bonding agent, so as to have a porosity conferring thereon acoustic absorption properties, said system being characterised in that said resistive layer is associated with said fibrous layer opposite to said shell. - a wall made from sheet metal, - a layer of air , - an external mudguard trim , said trim comprising: • a porous fibrous acoustic-absorption layer disposed facing said layer of air, • a structural shell supporting said fibrous layer, said shell having a Young's modulus greater than 1 MPa, • a porous fibrous acoustic-absorption layer disposed facing said layer of air, • a structural shell supporting said fibrous layer, said shell having a Young's modulus greater than 1 MPa, - said trim further comprising a resistive layer with a resistance to the passage of air of between 200 and 2000 N.s.m -3 , said resistance to the passage of air being greater than that of said fibrous layer, - said shell being based on structural fibres connected together by a bonding agent, so as to have a porosity conferring thereon acoustic absorption properties, said system being characterised in that said resistive layer is associated with said fibrous layer opposite to said shell.
A method of wireless communication, comprising: defining a first radio access technology, RAT, resource block size and a second RAT resource block size, wherein the first RAT resource block size and the second RAT resource block size maximize a number of compatible resource blocks of the first and second RATs; identifying a compatible alignment of a first RAT resource block and a second RAT resource block, wherein the compatible alignment aligns each of a first RAT synchronization signal and a corresponding second RAT synchronization signal within a threshold offset from a channel raster; and determining an offset associated with the compatible alignment of the first RAT resource block and the second RAT resource block, wherein the offset is within the threshold offset and facilitates an identification of a valid second RAT resource block. defining a first radio access technology, RAT, resource block size and a second RAT resource block size, wherein the first RAT resource block size and the second RAT resource block size maximize a number of compatible resource blocks of the first and second RATs; identifying a compatible alignment of a first RAT resource block and a second RAT resource block, wherein the compatible alignment aligns each of a first RAT synchronization signal and a corresponding second RAT synchronization signal within a threshold offset from a channel raster; and determining an offset associated with the compatible alignment of the first RAT resource block and the second RAT resource block, wherein the offset is within the threshold offset and facilitates an identification of a valid second RAT resource block.
A method for the diagnosis, prognosis, monitoring or therapy selection for non-small cell lung cancer (NSCLC) in a subject in need thereof, the method comprising the steps of: (a) isolating microvesicles from a plasma sample from the subject and extracting extracellular nucleic acids from the microvesicles; (b) co-isolating extracellular nucleic acids extracted from the microvesicles and circulating nucleic acids from the plasma sample; (c) detecting the expression level of at least one of a T790M mutation, an L858R mutation, one or more exonl9 insertions and one or more exonl9 deletions in the Epidermal Growth Factor Receptor ( EGFR ) gene in the extracted extracellular nucleic acids and isolated circulating nucleic acids; and (d) comparing each expression level detected in step (b) to a corresponding pre-defined cutoff threshold to determine the presence or the absence of at least one of a T790M mutation, a L858R mutation, one or more exonl9 insertions and one or more exonl9 deletions in the EGFR gene in the extracted extracellular nucleic acids and isolated circulating nucleic acids, wherein the presence of at least one of a T790M mutation, a L858R mutation, one or more exonl9 insertions and the one or more exonl9 deletions in the EGFR gene in the extracted extracellular nucleic acids and isolated circulating nucleic acids indicates the presence of NSCLC in the subject or a higher predisposition of the subject to develop NSCLC. (a) isolating microvesicles from a plasma sample from the subject and extracting extracellular nucleic acids from the microvesicles; (b) co-isolating extracellular nucleic acids extracted from the microvesicles and circulating nucleic acids from the plasma sample; (c) detecting the expression level of at least one of a T790M mutation, an L858R mutation, one or more exonl9 insertions and one or more exonl9 deletions in the Epidermal Growth Factor Receptor ( EGFR ) gene in the extracted extracellular nucleic acids and isolated circulating nucleic acids; and (d) comparing each expression level detected in step (b) to a corresponding pre-defined cutoff threshold to determine the presence or the absence of at least one of a T790M mutation, a L858R mutation, one or more exonl9 insertions and one or more exonl9 deletions in the EGFR gene in the extracted extracellular nucleic acids and isolated circulating nucleic acids,
A user apparatus for use in a mobile communication system that supports D2D communication, comprising: measurement gap control means configured to transmit a configuration request of a measurement gap for monitoring a different frequency D2D signal to a base station of a connecting or residing cell; and D2D communication means configured to monitor the different frequency D2D signal by using the measurement gap that is configured from the base station, wherein the user apparatus is configured to transmit the configuration request including configuration information of the measurement gap to the base station of the connecting or residing cell, the configuration information being based on D2D resource configuration information received from a different base station that operates on a frequency for D2D communication that is different from the frequency of the base station of the connecting or residing cell. measurement gap control means configured to transmit a configuration request of a measurement gap for monitoring a different frequency D2D signal to a base station of a connecting or residing cell; and D2D communication means configured to monitor the different frequency D2D signal by using the measurement gap that is configured from the base station, wherein the user apparatus is configured to transmit the configuration request including configuration information of the measurement gap to the base station of the connecting or residing cell,
A user equipment, UE , comprising: a processor ; and memory in electronic communication with the processor , wherein instructions stored in the memory are executable to: determine that a multi-slot uplink control channel, PUCCH, spans over multiple slots configured by-a radio resource control, RRC, configuration with a number of slots N and a PUCCH format; determine that the multi-slot PUCCH occupies N consecutive slots, and that a PUCCH transmission, in a case where the PUCCH transmission is allowed, in each slot has the same PUCCH format with the same starting symbol and the same number of consecutive symbols; determine, for each slot in the N consecutive slots, whether a PUCCH transmission in a slot conflicts with a slot format indication, SFI, based on whether one or more symbols in configured PUCCH duration are indicated as downlink, DL, symbol(s); and in a case where at least one symbol in the configured PUCCH duration is indicated as DL symbol by the SFI, drop the PUCCH transmission in the slot, which causes an actual transmitted number of slots for the multi-slot PUCCH to be reduced; and in a case where no symbol in the configured PUCCH duration is indicated as DL symbol by the SFI, allow the PUCCH transmission in the slot. a processor ; and memory in electronic communication with the processor , determine that a multi-slot uplink control channel, PUCCH, spans over multiple slots configured by-a radio resource control, RRC, configuration with a number of slots N and a PUCCH format; determine that the multi-slot PUCCH occupies N consecutive slots, and that a PUCCH transmission, in a case where the PUCCH transmission is allowed, in each slot has the same PUCCH format with the same starting symbol and the same number of consecutive symbols; determine, for each slot in the N consecutive slots, whether a PUCCH transmission in a slot conflicts with a slot format indication, SFI, based on whether one or more symbols in configured PUCCH duration are indicated as downlink, DL, symbol(s); and in a case where at least one symbol in the configured PUCCH duration is indicated as DL symbol by the SFI, drop the PUCCH transmission in the slot, which causes an actual transmitted number of slots for the multi-slot PUCCH to be reduced; and in a case where no symbol in the configured PUCCH duration is indicated as DL symbol by the SFI, allow the PUCCH transmission in the slot.
A system associated with a sensing roll and a mating roll for collecting roll data of the mating roll, the system comprising: a plurality of sensors located at axially spaced-apart locations of the sensing roll , wherein each sensor enters a region of a nip between the sensing roll and the mating roll during each rotation of the sensing roll to generate a respective sensor signal; and a processor to receive the respective sensor signal generated by each sensor and, upon receiving the respective sensor signal, the processor operates to: determine a particular one of the plurality of sensors which generated the respective sensor signal, based upon a rotational position of the mating roll relative to a reference position, determine which one of a plurality of circumferential tracking segments of the mating roll is in the nip region when the particular sensor enters the region of the nip , and store the respective sensor signal to associate the respective sensor signal with the determined one tracking segment. a plurality of sensors located at axially spaced-apart locations of the sensing roll , wherein each sensor enters a region of a nip between the sensing roll and the mating roll during each rotation of the sensing roll to generate a respective sensor signal; and a processor to receive the respective sensor signal generated by each sensor and, upon receiving the respective sensor signal, the processor operates to: determine a particular one of the plurality of sensors which generated the respective sensor signal, based upon a rotational position of the mating roll relative to a reference position, determine which one of a plurality of circumferential tracking segments of the mating roll is in the nip region when the particular sensor enters the region of the nip , and store the respective sensor signal to associate the respective sensor signal with the determined one tracking segment. determine a particular one of the plurality of sensors which generated the respective sensor signal, based upon a rotational position of the mating roll relative to a reference position, determine which one of a plurality of circumferential tracking segments of the mating roll is in the nip region when the particular sensor enters the region of the nip , and store the respective sensor signal to associate the respective sensor signal with the determined one tracking segment.
A hospital gown comprising: a front having a front midline and a bottom front hem ; a back having a back midline and a bottom back hem ; two sleeves , characterized by : a first set of fasteners comprising at least two fasteners located on the front near the bottom front hem ; a second set of fasteners located on the front above the first set of fasteners that corresponds to the first set of fasteners and whereby connecting the first set of fasteners to the second set of fasteners raises the bottom front hem and shortens the front of the gown ; a third set of fasteners comprising at least two fasteners located on the back near the back bottom hem ; and a fourth set of fasteners located on the back above the third set of fasteners that corresponds to the third set of fasteners and whereby connecting the third set of fasteners to the fourth set of fasteners raises the bottom back hem and shortens the back of the gown. a front having a front midline and a bottom front hem ; a back having a back midline and a bottom back hem ; two sleeves , characterized by : a first set of fasteners comprising at least two fasteners located on the front near the bottom front hem ; a second set of fasteners located on the front above the first set of fasteners that corresponds to the first set of fasteners and whereby connecting the first set of fasteners to the second set of fasteners raises the bottom front hem and shortens the front of the gown ; a third set of fasteners comprising at least two fasteners located on the back near the back bottom hem ; and a fourth set of fasteners located on the back above the third set of fasteners that corresponds to the third set of fasteners and whereby connecting the third set of fasteners to the fourth set of fasteners raises the bottom back hem and shortens the back of the gown. a first set of fasteners comprising at least two fasteners located on the front near the bottom front hem ; a second set of fasteners located on the front above the first set of fasteners that corresponds to the first set of fasteners and whereby connecting the first set of fasteners to the second set of fasteners raises the bottom front hem and shortens the front of the gown ; a third set of fasteners comprising at least two fasteners located on the back near the back bottom hem ; and a fourth set of fasteners located on the back above the third set of fasteners that corresponds to the third set of fasteners and whereby connecting the third set of fasteners to the fourth set of fasteners raises the bottom back hem and shortens the back of the gown.
An intramedullary rod for use with a fastener to repair a bone in a mammalian body comprising an elongate nail extending along a longitudinal axis and having a stem and a head , the head being provided with an aperture extending at an angle to the longitudinal axis and adapted to receive the fastener , characterized in that a mechanism is disposed within the head of the nail for pivoting the fastener from a first angled position relative to the head to a second angled position relative to the head , the head of the nail being provided with a proximal opening along the longitudinal axis for permitting adjustment of the mechanism in situ.
An oral care implement comprising a head and a handle , the head being repeatedly attachable to and detachable from the handle , the head being at least partially made from a material having a density from about 0.5 g/cm 3 to about 1.2 g/cm 3 , and the handle being at least partially made from a material having a density from about 2.1 g/cm 3 to about 3.1 g/cm 3 , wherein the material of the head is a non-magnetic and/or non-ferromagnetic material, preferably polypropylene; and the material of the handle comprises a magnetic and/or ferromagnetic material and the magnetic and/or ferromagnetic material of the handle comprises from about 13 weight percent to about 30 weight percent of an amorphous thermoplastic resin; from about 3 weight percent to about 25 weight percent of aluminium oxide, boron nitride or aluminium silicate; and from about 45 weight percent to about 67 weight percent of iron oxide.