mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: generating, by an apparatus, a restricted access window, RAW, message identifying a time period during which the apparatus is to communicate data with one or more wireless devices, the message further comprising an indicator indicating a wireless communication flow direction during the time period; generating the restricted access window message to comprise a priority indicator indicating a priority between uplink data and downlink data communicated during the time period; and transmitting, by the apparatus, the generated message. generating, by an apparatus, a restricted access window, RAW, message identifying a time period during which the apparatus is to communicate data with one or more wireless devices, the message further comprising an indicator indicating a wireless communication flow direction during the time period; generating the restricted access window message to comprise a priority indicator indicating a priority between uplink data and downlink data communicated during the time period; and transmitting, by the apparatus, the generated message.
A method comprising: receiving, by a wireless device, radio resource control messages comprising configuration parameters of multicast transmissions, wherein the configuration parameters indicate: common frequency resources, CFRs, comprising a number of resource blocks within a bandwidth part of a cell; a radio network temporary identifier, RNTI; and a value for a maximum multiple-input-multiple-output, MIMO, layer indication; receiving, via the CFRs and based on the RNTI, a group common downlink control information, DCI, indicating a multicast transmission of a transport block, TB,; and receiving the multicast transmission of the TB with a number of MIMO layers equal to or less than the value. receiving, by a wireless device, radio resource control messages comprising configuration parameters of multicast transmissions, wherein the configuration parameters indicate: common frequency resources, CFRs, comprising a number of resource blocks within a bandwidth part of a cell; a radio network temporary identifier, RNTI; and a value for a maximum multiple-input-multiple-output, MIMO, layer indication; common frequency resources, CFRs, comprising a number of resource blocks within a bandwidth part of a cell; a radio network temporary identifier, RNTI; and a value for a maximum multiple-input-multiple-output, MIMO, layer indication; receiving, via the CFRs and based on the RNTI, a group common downlink control information, DCI, indicating a multicast transmission of a transport block, TB,; and receiving the multicast transmission of the TB with a number of MIMO layers equal to or less than the value.
A backrest for a chair, comprising a bag-like upholstery material, with which a back frame is upholstered by fitting the bag-like upholstery material onto the back frame that has a pair of right and left side frames (18, 18) extending in an up-down direction, wherein a low-friction member is disposed on - upper portions of inner surfaces of both side portions of the upholstery material, the inner surfaces contacting outer surfaces of the right and left side frames (18, 18), and/or - the outer surfaces of the right and left side frames (18, 18), the outer surfaces contacting the upper portions of the inner surfaces of the side portions of the upholstery material, wherein the low-friction member is configured to reduce a sliding resistance in an area of contact between the upholstery material and the side frames (18, 18) and the upper portions of the upholstery material support the back of a sitting person, and a high-friction member is disposed on - lower portions of the inner surfaces of the side portions of the upholstery material, the inner surfaces contacting outer surfaces of the right and left side frames (18, 18), and/or - the outer surfaces of the right and left side frames (18, 18), the outer surfaces contacting the lower portions of the inner surfaces of the side portions of the upholstery material, wherein the high-friction member is configured to increase the sliding resistance in an area of contact between the upholstery material and the side frames (18, 18) and the lower portions of the upholstery material support the sitting person around the hip. - upper portions of inner surfaces of both side portions of the upholstery material, the inner surfaces contacting outer surfaces of the right and left side frames (18, 18), and/or - the outer surfaces of the right and left side frames (18, 18), the outer surfaces contacting the upper portions of the inner surfaces of the side portions of the upholstery material, - lower portions of the inner surfaces of the side portions of the upholstery material, the inner surfaces contacting outer surfaces of the right and left side frames (18, 18), and/or - the outer surfaces of the right and left side frames (18, 18), the outer surfaces contacting the lower portions of the inner surfaces of the side portions of the upholstery material,
A voltage source converter comprising: a number of valves (V1, V2, V3, V4, V5, V6; HVA, LVA, HVB, LVB, HVC, LVC; VA1, VA2, VA3, VA4, Vb1, VB2, VB3, VB4, VC1, VC2, VC3, VC4), the valves comprising switching elements with anti-parallel diodes and being provided in a bridge for switching between two states, said bridge being provided in at least one phase leg that stretches between two direct current poles (P1, P2) and having at least one midpoint, which is connected to an alternating current terminal (TA, TB, TC; A1, A2, B1, B2, C1, C2), where the switching element of at least one valve is a thyristor, and a commutation cell (CCA, CCB, CCC; CCAH, CCAL, CCBH, CCBL, CCCH, CCCL) associated with the valve, wherein said commutation cell is controllable to reverse-bias said valve if it is to stop conducting current characterized in that the converter further comprises at least one string of multilevel cells (MLC1, MLC2, MLC3, MLC4, MLC5, MLC6; MLCA1, MLCA2, MLCA3, MLCA4, MLCB1, MLCB2, MLCB3, MLCB4, MLCC1, MLCC2, MLCC3, MLCC4), said cells being configured to provide voltage contributions to a state of the bridge for assisting in the forming of an AC waveform, wherein the commutation cell is included in the string of multilevel cells, in a phase leg or in an intermediate branch connected between a midpoint of the phase leg and a midpoint of the string of multilevel cells. a number of valves (V1, V2, V3, V4, V5, V6; HVA, LVA, HVB, LVB, HVC, LVC; VA1, VA2, VA3, VA4, Vb1, VB2, VB3, VB4, VC1, VC2, VC3, VC4), the valves comprising switching elements with anti-parallel diodes and being provided in a bridge for switching between two states, said bridge being provided in at least one phase leg that stretches between two direct current poles (P1, P2) and having at least one midpoint, which is connected to an alternating current terminal (TA, TB, TC; A1, A2, B1, B2, C1, C2), where the switching element of at least one valve is a thyristor, and a commutation cell (CCA, CCB, CCC; CCAH, CCAL, CCBH, CCBL, CCCH, CCCL) associated with the valve, wherein said commutation cell is controllable to reverse-bias said valve if it is to stop conducting current
A device for the vacuum forming of support panels for flexible pipes of panel radiators, consisting of a main body which is cylindrical or is provided with a rounded cross-section and which has in the lower region a protruding edge and a shaft for the purpose of insertion into a baseplate and which has in the upper region at least one seat for one of the two ends of a movable projecting element, wherein this projecting element is borne by one of the two ends in its respective seat on the main body so as to be able to pivot from a working position into a disengaged position, wherein the working position of the projecting element(s) is secured by a retaining device (5, 5a) which is borne in such a way as to be axially displaceable in the interior of the forming device, and wherein the retaining plate of this retaining device, in the retaining position, is completely or partially sunk into a corresponding seat which is provided in the upper face of the main body and on the projecting elements, characterized in that the projecting elements have at their bearing ends a substantially semi-cylindrical seat, in which a tooth which protrudes from the main body engages.
A method for controlling access of a terminal to a shared network, comprising: receiving, by an access network element, a first message sent by a mobility management network element, wherein the first message comprises an overload message, wherein the access network element connects multiple public land mobile networks, PLMNs, and the mobility management network element belongs to one PLMN of the multiple PLMNs; determining, by the access network element, that all the mobility management network elements connected to the access network element in the one PLMN of the access network element are overloaded; using, by the access network element, the one PLMN as the PLMN to which a terminal to be barred accessing the shared network belongs; broadcasting, by the access network element, access barring information and information on the one PLMN. receiving, by an access network element, a first message sent by a mobility management network element, wherein the first message comprises an overload message, wherein the access network element connects multiple public land mobile networks, PLMNs, and the mobility management network element belongs to one PLMN of the multiple PLMNs; determining, by the access network element, that all the mobility management network elements connected to the access network element in the one PLMN of the access network element are overloaded; using, by the access network element, the one PLMN as the PLMN to which a terminal to be barred accessing the shared network belongs; broadcasting, by the access network element, access barring information and information on the one PLMN.
Method for preparing a nickel/lanthana-(Ni/La 2 O 3) catalyst comprising the steps of (a) depositing nickel (Ni) on a lanthana (La 2 O 3) support by contacting said La 2 O 3 support with an aqueous nickel-salt (Ni-salt) solution In the presence of an oxygen-comprising gas stream; followed by (b) reducing the deposited Ni, wherein both process steps (a) and (b) are performed in the same enclosure that is later present in the process installation in which the catalysed process takes place. (a) depositing nickel (Ni) on a lanthana (La 2 O 3) support by contacting said La 2 O 3 support with an aqueous nickel-salt (Ni-salt) solution In the presence of an oxygen-comprising gas stream; followed by (b) reducing the deposited Ni,
An implantable medical device comprising: a therapy unit (54, 44) configured to perform at least one of delivery of therapy and sensing of a physiological signal at a therapy target of an anatomical feature of a patient; and a memory comprising stored data for a program of the implantable medical device and graphics processing data; characterized in that the graphics processing data comprises data that, when applied during a rendering process performed by a device other than the implantable medical device, produces an image of the anatomical feature of the patient, wherein the implantable medical device is not configured to perform the rendering process using the graphics processing data. a therapy unit (54, 44) configured to perform at least one of delivery of therapy and sensing of a physiological signal at a therapy target of an anatomical feature of a patient; and a memory comprising stored data for a program of the implantable medical device and graphics processing data; characterized in that the graphics processing data comprises data that, when applied during a rendering process performed by a device other than the implantable medical device, produces an image of the anatomical feature of the patient, wherein the implantable medical device is not configured to perform the rendering process using the graphics processing data.
Composition, comprising a modified polypropylene composition (mPP) and an inorganic filler, wherein said modified polypropylene composition (mPP) is obtained by treatment of a polypropylene composition with a peroxide, said polypropylene composition comprising (a) a heterophasic composition (HECO), comprising a (semi)crystalline polypropylene and an ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, and (b) a plastomer being a copolymer of ethylene and at least one C4 to C20 α-olefin, wherein the intrinsic viscosity IV determined according to DIN ISO 1628/1 (in Decalin at 135 °C) of the xylene soluble fraction XCS of said modified polypropylene composition (mPP) is below 3.3 dl/g. (a) a heterophasic composition (HECO), comprising a (semi)crystalline polypropylene and an ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, and a (semi)crystalline polypropylene and an ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, (b) a plastomer being a copolymer of ethylene and at least one C4 to C20 α-olefin, wherein the intrinsic viscosity IV determined according to DIN ISO 1628/1 (in Decalin at 135 °C) of the xylene soluble fraction XCS of said modified polypropylene composition (mPP) is below 3.3 dl/g.
A section for a gas turbine engine comprising: a rotating structure; a stationary structure; a flow guide assembly (78, 178, 278, 378) arranged generally between the rotating structure and the stationary structure such that a flow path is defined between the flow guide assembly (78, 178, 278, 378) and one of the rotating structure and the stationary structure, the flow guide assembly (78, 178, 278, 378) including a plurality of apertures (82, 182, 282, 382) configured to disrupt acoustic waves of air in the flow path; and a seal configured to establish a sealing relationship between the rotating structure and the stationary structure, wherein an inlet to the flow path is adjacent the seal, wherein the flow guide assembly (78, 178, 278, 378) includes an inlet portion (178a, 378a) adjacent an inlet to the flow path, an outlet portion adjacent an outlet to the flow path, and an intermediate portion (278b, 378b) between the inlet portion (178a, 378a) and the outlet portion, the plurality of apertures (82, 182, 282, 382) are arranged in one or more circumferential rows in the intermediate portion (278b, 378b), the plurality of apertures (82, 182, 282, 382) evenly circumferentially spaced in the row. a rotating structure; a stationary structure; a flow guide assembly (78, 178, 278, 378) arranged generally between the rotating structure and the stationary structure such that a flow path is defined between the flow guide assembly (78, 178, 278, 378) and one of the rotating structure and the stationary structure, the flow guide assembly (78, 178, 278, 378) including a plurality of apertures (82, 182, 282, 382) configured to disrupt acoustic waves of air in the flow path; and a seal configured to establish a sealing relationship between the rotating structure and the stationary structure, wherein an inlet to the flow path is adjacent the seal, wherein the flow guide assembly (78, 178, 278, 378) includes an inlet portion (178a, 378a) adjacent an inlet to the flow path, an outlet portion adjacent an outlet to the flow path, and an intermediate portion (278b, 378b) between the inlet portion (178a, 378a) and the outlet portion, the plurality of apertures (82, 182, 282, 382) are arranged in one or more circumferential rows in the intermediate portion (278b, 378b), the plurality of apertures (82, 182, 282, 382) evenly circumferentially spaced in the row.
A nanopore-based sequencing chip, comprising: a first set of one or more sample guiding electrodes, which guide a sample toward a measurement chamber; a second set of one or more sample guiding electrodes, which guide the sample away from the measurement chamber; a nanopore array wafer defining a plurality of nanopores, comprising: a top wafer bonded to a top side of the nanopore array wafer; and a bottom wafer bonded to a bottom side of the nanopore array wafer, one or more nanofluidic channels defined by the top wafer and the nanopore array wafer; one or more microfluidic channels defined by the bottom wafer and the nanopore array wafer; and a plurality of measurement chambers, wherein each of the plurality of measurement chambers comprises a nanopore, a first top driving electrode and a first bottom driving electrode; characterized in that: said nanopore array wafer comprises two layers of conductive materials sandwiching a layer of dielectric material and said plurality of nanopores cuts across the thickness of the nanopore array wafer, wherein an AC sensing current is applied across said two layers of conductive materials to interrogate molecules translocating through said plurality of nanopores. a first set of one or more sample guiding electrodes, which guide a sample toward a measurement chamber; a second set of one or more sample guiding electrodes, which guide the sample away from the measurement chamber; a nanopore array wafer defining a plurality of nanopores, comprising: a top wafer bonded to a top side of the nanopore array wafer; and a bottom wafer bonded to a bottom side of the nanopore array wafer, one or more nanofluidic channels defined by the top wafer and the nanopore array wafer; a top wafer bonded to a top side of the nanopore array wafer; and a bottom wafer bonded to a bottom side of the nanopore array wafer, one or more nanofluidic channels defined by the top wafer and the nanopore array wafer; one or more microfluidic channels defined by the bottom wafer and the nanopore array wafer; and a plurality of measurement chambers, wherein each of the plurality of measurement chambers comprises a nanopore, a first top driving electrode and a first bottom driving electrode; characterized in that: said nanopore array wafer comprises two layers of conductive materials sandwiching a layer of dielectric material and said plurality of nanopores cuts across the thickness of the nanopore array wafer, wherein an AC sensing current is applied across said two layers of conductive materials to interrogate molecules translocating through said plurality of nanopores.
A system for determining a Home Zone service availability within a cell in a cellular communications network, wherein users of said cell comprise Home Zone users for whom services are provided at special Home Zone subscription rates when the user is in the cell, and non-Home Zone users, the system comprising: measuring means for measuring total usage within the cell; and determining means for determining from said measurements and one or more Home Zone user usage profiles whether a further Home Zone user can be added to the cell. measuring means for measuring total usage within the cell; and determining means for determining from said measurements and one or more Home Zone user usage profiles whether a further Home Zone user can be added to the cell.
Method for operating a security module, in which - a command is received in the security module and processed by the security module; - in addition to the processing of the command, an operation in the security module is executed early; characterized in that the early operation comprises at least one sub-process of a key generation which is triggered internally in the security module, and the early operation is aborted by the security module if it is not completed after expiry of a time criterion, wherein the early operation, in the event of its abortion when it is executed for the first time after an initialization of the security module or a usage of a result of a previously executed early operation, is executed again for each subsequently received command or for subsequently received commands of one or more specific command types until it is completed at least once without abortion. - a command is received in the security module and processed by the security module; - in addition to the processing of the command, an operation in the security module is executed early;
Connector element for connecting windscreen wiper blades to arms (1,1a,1b) for driving thereof which are shaped with a free end in the form of a step descending towards the windscreen and have a through-opening, the connector comprising: - a body which has a substantially parallelepiped form, with height in a vertical direction (Z-Z), width in a transverse direction (Y-Y) and length in longitudinal direction (X-X) and is bounded by a vertical sidewalls and an upper base inset lower than the free edge of the sidewalls so as to form a seat for containing the arm; a front end of the base being formed in the manner of a shaped longitudinal tongue of the upper base which is inset even lower so as to form a seat for the step of the operating arm; an eyelet open in the vertical direction (Z-Z) on the opposite side to the upper base and defined by vertical walls so as to form means for engagement with a transverse pin mounted on corresponding dividers of the wiper; wherein the following is formed on each sidewall of the body: - a first tooth projecting inwards in the transverse direction (Y-Y) and having a surface inclined from the top downwards and towards the inside of the body; the connector being characterized by further comprising: - a cover for closing the front end of the body and - in the vicinity of its rear end the body has a transverse crosspiece from which a projection extends in the vertical direction (Z-Z) towards the inside of the body and which is designed to engage with the opening of the operating arm. - a body which has a substantially parallelepiped form, with height in a vertical direction (Z-Z), width in a transverse direction (Y-Y) and length in longitudinal direction (X-X) and is bounded by a vertical sidewalls and an upper base inset lower than the free edge of the sidewalls so as to form a seat for containing the arm; a front end of the base being formed in the manner of a shaped longitudinal tongue of the upper base which is inset even lower so as to form a seat for the step of the operating arm; an eyelet open in the vertical direction (Z-Z) on the opposite side to the upper base and defined by vertical walls so as to form means for engagement with a transverse pin mounted on corresponding dividers of the wiper; - a first tooth projecting inwards in the transverse direction (Y-Y) and having a surface inclined from the top downwards and towards the inside of the body; the connector being characterized by further comprising: - a cover for closing the front end of the body and - in the vicinity of its rear end the body has a transverse crosspiece from which a projection extends in the vertical direction (Z-Z) towards the inside of the body and which is designed to engage with the opening of the operating arm.
Premix burner of the multi-cone type for a gas turbine, comprising a plurality of shells (16a-d), which are arranged around a central burner axis and are parts of a virtual, axially extending common cone, which opens in a downstream direction, whereby said parts are displaced perpendicular to said burner axis such that a tangential slot is defined between each pair of adjacent shells (16a-d), and said virtual common cone has a cone angle, which varies in axial direction, whereby the cone angle of the virtual common cone increases in the downstream direction, characterized in that the variation of the cone angle of the virtual common cone is generated by twisting said common cone around the central burner axis.