mhurhangee/ep-ind-claims huggingface dataset:
A device for use in a radio communication network, comprising: a digital signal processing unit configured to receive a digital input signal and to process the digital input signal including channelization; a transmitter located on a transmission path, connected to the digital signal processing unit and configured to receive the processed digital signal and to convert the processed digital signal in an analog Radio Frequency, RF, signal to be broadcasted; and a feedback receiver located on a feedback path, connected to the digital signal processing unit and configured to receive an analog RF feedback signal corresponding to the analog RF signal to be broadcasted, to process and to convert the analog RF feedback signal into a digital feedback signal, wherein the digital signal processing unit is further configured to control attenuation along the transmission path; characterized in that the digital signal processing unit is further configured to control attenuation along the feedback path based on a comparison of a power of the digital input signal with a raw power of the corresponding digital feedback signal, and to calculate an output power value of the RF analog signal to be broadcasted, using the raw power of the digital feedback signal and one or more feedback gain factors related to gain in the feedback receiver. a digital signal processing unit configured to receive a digital input signal and to process the digital input signal including channelization; a transmitter located on a transmission path, connected to the digital signal processing unit and configured to receive the processed digital signal and to convert the processed digital signal in an analog Radio Frequency, RF, signal to be broadcasted; and a feedback receiver located on a feedback path, connected to the digital signal processing unit and configured to receive an analog RF feedback signal corresponding to the analog RF signal to be broadcasted, to process and to convert the analog RF feedback signal into a digital feedback signal,
A method for wireless communication performed by a user equipment, UE, the UE configured with a dual protocol stack, comprising: receiving (1002, 4.) a pre-allocation resource for a target cell via a handover command for handover from a source cell to the target cell; in response to receipt of the handover command, establishing the dual protocol stack as a temporary dual stack that comprises a first stack for the source cell and a second stack for the target cell, and continuing to receive downlink packets from and transmit uplink packets to the source cell via the first stack; synchronizing (7.) to the target cell, while concurrently receiving from the target cell and the source cell; receiving (11a.) from the target cell, a target cell downlink packet together with a MAC control element, CE, that includes a measured timing advance, TA, and a pre-allocated uplink grant; transmitting (1004, 12.), to the source cell, a physical layer acknowledgment based on the target cell downlink packet; receiving (1006, 14.), from the source cell, an indication for communication with the target cell, in response to the physical layer acknowledgement; and accessing (1008, 17.) the target cell using the pre-allocated resource to complete the handover, based on the indication for communication with the target cell. receiving (1002, 4.) a pre-allocation resource for a target cell via a handover command for handover from a source cell to the target cell; in response to receipt of the handover command, establishing the dual protocol stack as a temporary dual stack that comprises a first stack for the source cell and a second stack for the target cell, and continuing to receive downlink packets from and transmit uplink packets to the source cell via the first stack; synchronizing (7.) to the target cell, while concurrently receiving from the target cell and the source cell; receiving (11a.) from the target cell, a target cell downlink packet together with a MAC control element, CE, that includes a measured timing advance, TA, and a pre-allocated uplink grant; transmitting (1004, 12.), to the source cell, a physical layer acknowledgment based on the target cell downlink packet; receiving (1006, 14.), from the source cell, an indication for communication with the target cell, in response to the physical layer acknowledgement; and accessing (1008, 17.) the target cell using the pre-allocated resource to complete the handover, based on the indication for communication with the target cell.
A gas turbine engine assembly comprising: a casing defining a gas path, the casing including a shroud having an annular body having a shroud gas path surface defining a portion of the gas path, the shroud having slots configured for receiving inserted vanes, each of the slots delimited substantially about their perimeter by respective flanges of the shroud; vanes received in the slots; grommets engaging the vanes at the slots, the grommets having an annular body with an annular channel defined in the grommets; and inserts, characterised in that: the flanges are radially offset from the shroud gas path surface so as to be disposed outside of the gas path, the flanges defined by opposed flange surfaces; and the inserts being distinct from the shroud and extending between the shroud and the grommets, the inserts having slots configured for engaging both of the opposed flange surfaces, the inserts having a projecting member at an end of the inserts closest to the vanes, the projecting member extending into the grommets, the projecting member received in the annular channel, the inserts extending in a radial direction from at least the respective flange to adjacent said shroud gas path surface to substantially matchingly mate with the shroud gas path surface. a casing defining a gas path, the casing including a shroud having an annular body having a shroud gas path surface defining a portion of the gas path, the shroud having slots configured for receiving inserted vanes, each of the slots delimited substantially about their perimeter by respective flanges of the shroud; vanes received in the slots; grommets engaging the vanes at the slots, the grommets having an annular body with an annular channel defined in the grommets; and inserts, the flanges are radially offset from the shroud gas path surface so as to be disposed outside of the gas path, the flanges defined by opposed flange surfaces; and the inserts being distinct from the shroud and extending between the shroud and the grommets, the inserts having slots configured for engaging both of the opposed flange surfaces, the inserts having a projecting member at an end of the inserts closest to the vanes, the projecting member extending into the grommets, the projecting member received in the annular channel, the inserts extending in a radial direction from at least the respective flange to adjacent said shroud gas path surface to substantially matchingly mate with the shroud gas path surface.
A medical lead extraction device, comprising: a first shaft defining a proximal end, a distal end, and a first lumen therebetween sized to receive a medical lead, the first shaft including a cutting element disposed at its distal end, the cutting element including a sharp edge configured to mechanically cut tissue; and a second shaft defining a proximal end, a distal end, and a second lumen therebetween, the second shaft co-axially surrounding the first shaft and configured to slideably receive the first shaft, the second shaft including a co-axial electrode extending from its distal end and configured to cut tissue with monopolar radiofrequency energy. a first shaft defining a proximal end, a distal end, and a first lumen therebetween sized to receive a medical lead, the first shaft including a cutting element disposed at its distal end, the cutting element including a sharp edge configured to mechanically cut tissue; and a second shaft defining a proximal end, a distal end, and a second lumen therebetween, the second shaft co-axially surrounding the first shaft and configured to slideably receive the first shaft, the second shaft including a co-axial electrode extending from its distal end and configured to cut tissue with monopolar radiofrequency energy.
An oral composition having: a drug core containing an active ingredient; and over the drug core, a coating comprising (i) a first thickener selected from a carboxyvinyl polymer and sodium alginate, (ii) a polyvalent metal compound, (iii) at least one type of a second thickener selected from xanthan gum, guar gum and sodium alginate, with the proviso that when the first thickener is sodium alginate the second thickener is not sodium alginate, and (iv) hydroxypropylmethylcellulose. a drug core containing an active ingredient; and over the drug core, a coating comprising (i) a first thickener selected from a carboxyvinyl polymer and sodium alginate, (ii) a polyvalent metal compound, (iii) at least one type of a second thickener selected from xanthan gum, guar gum and sodium alginate, with the proviso that when the first thickener is sodium alginate the second thickener is not sodium alginate, and (iv) hydroxypropylmethylcellulose. (i) a first thickener selected from a carboxyvinyl polymer and sodium alginate, (ii) a polyvalent metal compound, (iii) at least one type of a second thickener selected from xanthan gum, guar gum and sodium alginate, with the proviso that when the first thickener is sodium alginate the second thickener is not sodium alginate, and (iv) hydroxypropylmethylcellulose.
Forging hammer for shaping workpieces, comprising a striking tool (8, 9) and a hydraulic linear drive (2, 13, 16, 19, 27) that is coupled to the striking tool (8, 9) and is designed to drive the striking tool (8, 9), said linear drive having a hydraulic circuit comprising a servomotor-driven hydro pump, a hydraulic cylinder, in particular a differential cylinder, which is fluidically connected downstream to the hydro pump via a directional valve assembly, and a servomotor-driven hydro generator which is fluidically connected downstream to the hydraulic cylinder via the directional valve assembly, and further comprising a control unit which is designed to at least control the hydro pump, the hydro generator and the directional valve assembly, wherein the hydro pump, using the directional valve assembly, is configured as a unidirectional servomotor-driven hydro pump and is integrated into the hydraulic circuit, and wherein the servomotor-driven hydro generator, using the directional valve assembly, is configured as a unidirectional servomotor-driven hydro generator and is integrated into the hydraulic circuit.
A method in a master eNodeB operating on a dual connectivity split bearer, comprising: sending (408, 512) one or more packet data convergence protocol (PDCP) packet data units (PDUs) to a secondary eNodeB on an internode interface, the secondary eNodeB operating on the dual connectivity split bearer, each of the one or more PDUs having an associated PDCP sequence number and an associated internode interface specific sequence number, the internode interface specific sequence numbers assigned by the master eNodeB; and receiving (428, 516) feedback from the secondary eNodeB, the feedback from the second node comprising: a highest PDCP sequence number of a PDCP PDU that was successfully delivered in sequence to a user equipment among the one or more PDCP PDUs sent to the secondary eNodeB; a desired additional amount of data in bytes, the desired additional amount of data in bytes counted from the highest PDCP sequence number of the PDCP PDU that was successfully delivered in sequence to the user equipment; and a list of any internode interface specific sequence numbers of PDCP PDUs sent to the secondary eNodeB that were declared as being lost at the secondary eNodeB and not yet reported to the master eNodeB as being lost. sending (408, 512) one or more packet data convergence protocol (PDCP) packet data units (PDUs) to a secondary eNodeB on an internode interface, the secondary eNodeB operating on the dual connectivity split bearer, each of the one or more PDUs having an associated PDCP sequence number and an associated internode interface specific sequence number, the internode interface specific sequence numbers assigned by the master eNodeB; and receiving (428, 516) feedback from the secondary eNodeB, the feedback from the second node comprising: a highest PDCP sequence number of a PDCP PDU that was successfully delivered in sequence to a user equipment among the one or more PDCP PDUs sent to the secondary eNodeB; a desired additional amount of data in bytes, the desired additional amount of data in bytes counted from the highest PDCP sequence number of the PDCP PDU that was successfully delivered in sequence to the user equipment; and a list of any internode interface specific sequence numbers of PDCP PDUs sent to the secondary eNodeB that were declared as being lost at the secondary eNodeB and not yet reported to the master eNodeB as being lost. a highest PDCP sequence number of a PDCP PDU that was successfully delivered in sequence to a user equipment among the one or more PDCP PDUs sent to the secondary eNodeB; a desired additional amount of data in bytes, the desired additional amount of data in bytes counted from the highest PDCP sequence number of the PDCP PDU that was successfully delivered in sequence to the user equipment; and a list of any internode interface specific sequence numbers of PDCP PDUs sent to the secondary eNodeB that were declared as being lost at the secondary eNodeB and not yet reported to the master eNodeB as being lost.
A process for the preparation of a trialkylpnictogen comprising the steps of (i) reacting pnictogen trihalide of the general formula MX 3 with trialkylaluminium of the general formula AlR 3 to give trialkylpnictogen of the general formula MR 3, according to reaction equation MX 3 + AlR 3 → MR 3 + AlX 3 wherein, M is bismuth or antimony, preferably bismuth, X is in each case independently of one another a halogen, preferably chlorine, bromine or iodine, particularly preferably chlorine, and R is in each case independently of one another a straight-chain or branched alkyl residue having 1 to 6 carbon atoms, preferably having 1 to 4 carbon atoms, particularly preferably methyl or ethyl and very particularly preferably methyl, and (ii) distillation of trialkylpnictogen of the general formula MR 3 in the presence of trialkylamine of the general formula N(R 1) 3, wherein R 1 is in each case, independently of one another, a straight-chain or branched alkyl residue having 6 to 12 carbon atoms, preferably 6 to 10 carbon atoms and very particularly preferably 8 carbon atoms. (i) reacting pnictogen trihalide of the general formula MX 3 with trialkylaluminium of the general formula AlR 3 to give trialkylpnictogen of the general formula MR 3, according to reaction equation MX 3 + AlR 3 → MR 3 + AlX 3 wherein, M is bismuth or antimony, preferably bismuth, X is in each case independently of one another a halogen, preferably chlorine, bromine or iodine, particularly preferably chlorine, and R is in each case independently of one another a straight-chain or branched alkyl residue having 1 to 6 carbon atoms, preferably having 1 to 4 carbon atoms, particularly preferably methyl or ethyl and very particularly preferably methyl, and M is bismuth or antimony, preferably bismuth, X is in each case independently of one another a halogen, preferably chlorine, bromine or iodine, particularly preferably chlorine, and R is in each case independently of one another a straight-chain or branched alkyl residue having 1 to 6 carbon atoms, preferably having 1 to 4 carbon atoms, particularly preferably methyl or ethyl and very particularly preferably methyl, and (ii) distillation of trialkylpnictogen of the general formula MR 3 in the presence of trialkylamine of the general formula N(R 1) 3, wherein R 1 is in each case, independently of one another, a straight-chain or branched alkyl residue having 6 to 12 carbon atoms, preferably 6 to 10 carbon atoms and very particularly preferably 8 carbon atoms.
An anti-CGRP antibody comprising a variable light chain polypeptide having the amino acid sequence set forth in SEQ ID NO: 51 and a variable heavy chain polypeptide having the amino acid sequence set forth in SEQ ID NO: 53, for use in inhibiting photophobia or light aversion or precluding the onset of photophobia or photoaversion in a subject in need thereof, wherein the use comprises administering the anti-CGRP antibody in an amount effective to reduce or prevent CGRP-associated photophobia or light aversion in the subject.
Dispensing arrangement for a household appliance for the care of laundry items, having a dispensing tray which has a lower part, wherein a water inlet flow device having a water-receiving depression is formed in the lower part, and an outflow connection (8e, 8f) opening into the water-receiving depression is formed on the lower part, wherein the lower part has a partial channel, opening into the outflow connection (8e, 8f), of an extract ventilation channel, characterised in that the partial channel is delimited by a wall which is also a delimiting wall of a water-receiving compartment of the dispensing tray.
Automotive lighting module comprising a main support, comprising a main connector and a first and second auxiliary connectors, which are in electrical connection with the main connector; a first printed circuit board which is fixed directly to the main support and is electrically connected to the first auxiliary connector; and a second printed circuit board which is fixed directly to the main support and is electrically connected to the second auxiliary connector; wherein when the main support is connected to a main supply by means of the main connector, the main support is suitable for providing electric supply and/or signals to the first and second printed circuit boards characterized in that - the main support comprises expansion grooves, to absorb expansion stresses so that the distance between the first and second auxiliary connectors adapts to the position of the first and second printed circuit boards; - one expansion groove starts in a first side of the main support and another expansion groove starts in a second side different from the first side; and - the first side and the second side are opposite. a main support, comprising a main connector and a first and second auxiliary connectors, which are in electrical connection with the main connector; a first printed circuit board which is fixed directly to the main support and is electrically connected to the first auxiliary connector; and a second printed circuit board which is fixed directly to the main support and is electrically connected to the second auxiliary connector; wherein when the main support is connected to a main supply by means of the main connector, the main support is suitable for providing electric supply and/or signals to the first and second printed circuit boards characterized in that - the main support comprises expansion grooves, to absorb expansion stresses so that the distance between the first and second auxiliary connectors adapts to the position of the first and second printed circuit boards; - one expansion groove starts in a first side of the main support and another expansion groove starts in a second side different from the first side; and - the first side and the second side are opposite. - the main support comprises expansion grooves, to absorb expansion stresses so that the distance between the first and second auxiliary connectors adapts to the position of the first and second printed circuit boards; - one expansion groove starts in a first side of the main support and another expansion groove starts in a second side different from the first side; and - the first side and the second side are opposite.
A water-based flame-retardant and smoke-suppressant formulation comprising water and: a) from 40 to 98.89 wt.% of a phosphate derivative selected from monoammonium phosphate, diammonium phosphate and ammonium polyphosphate; b) from 1 to 45 wt.% of aluminum hydroxide c) from 0.1 to 5 wt.% of a clay; and d) from 0.01 to 10 wt.% of a surfactant selected from non-ionic surfactants and anionic surfactants, the weight percentages of each component a), b), c) and d), based on the total combined weight amount of components a), b), c), and d), said formulation having a solids content from 50 to 75 wt.%, based on the total weight of the formulation. a) from 40 to 98.89 wt.% of a phosphate derivative selected from monoammonium phosphate, diammonium phosphate and ammonium polyphosphate; b) from 1 to 45 wt.% of aluminum hydroxide c) from 0.1 to 5 wt.% of a clay; and d) from 0.01 to 10 wt.% of a surfactant selected from non-ionic surfactants and anionic surfactants,
A method performed by a radio network node for performing channel estimation of a channel from a wireless device in a wireless communication network; comprising - determining to beamform a transmission of an uplink reference signal for channel estimation from the wireless device, when a difference between a received signal strength of a sounding reference signal from the wireless device with a received signal strength of a demodulation reference signal is above a threshold; - transmitting an order to beamform the transmission of the uplink reference signal to the wireless device; - receiving a beamformed uplink reference signal from the wireless device; and - performing a channel estimation of a channel from the wireless device based on the received beamformed uplink reference signal. - determining to beamform a transmission of an uplink reference signal for channel estimation from the wireless device, when a difference between a received signal strength of a sounding reference signal from the wireless device with a received signal strength of a demodulation reference signal is above a threshold; - transmitting an order to beamform the transmission of the uplink reference signal to the wireless device; - receiving a beamformed uplink reference signal from the wireless device; and - performing a channel estimation of a channel from the wireless device based on the received beamformed uplink reference signal.
A wobble board (50, 750, 850, 950) comprising: a platform; a base having a generally flat bottom surface; at least one compressible member positioned intermediate the platform and the base such that the platform is pivotable with respect to the base; characterised by an adjustment mechanism comprising a threaded member connecting the platform to the base, wherein rotation of the platform relative to the base via the threaded member adjusts a level of compression of the at least one compressible member and thereby adjusts a difficulty of use of the wobble board (50, 750, 850, 950), the platform being rotatable relative to the base while a user remains standing thereon. a platform; a base having a generally flat bottom surface; at least one compressible member positioned intermediate the platform and the base such that the platform is pivotable with respect to the base; characterised by an adjustment mechanism comprising a threaded member connecting the platform to the base, wherein rotation of the platform relative to the base via the threaded member adjusts a level of compression of the at least one compressible member and thereby adjusts a difficulty of use of the wobble board (50, 750, 850, 950), the platform being rotatable relative to the base while a user remains standing thereon.