mhurhangee/ep-ind-claims huggingface dataset:
A method for judging a random access contention resolution, comprising: sending a contention resolution request message to a network side, wherein the contention resolution request message carries: a cell radio network temporary identifier, C-RNTI, allocated to a user equipment, UE; and when receiving a network side message masked with a temporary C-RNTI, T C-RNTI, temporarily allocated by the network side to the UE before a contention resolution timer, CRT, expires, performing backoff if judging, according to the C-RNTI, and a signaling type of the network side message, that contention resolution fails, wherein the if judging, according to the C-RNTI and the signaling type of the network side message, that the contention resolution fails specifically comprises: confirming that the contention fails if the signaling type of the network side message is a downlink Assignment signaling; or if the signaling type of the network side message is an uplink Grant signaling, judging that the contention resolution fails according to one or multiple of following items each of which corresponds to the uplink Grant signaling: a hybrid automatic repeat request, HARQ, process, size of a transport block, TB, specified to be used by the UE, and a new data indicator, NDI. sending a contention resolution request message to a network side, wherein the contention resolution request message carries: a cell radio network temporary identifier, C-RNTI, allocated to a user equipment, UE; and when receiving a network side message masked with a temporary C-RNTI, T C-RNTI, temporarily allocated by the network side to the UE before a contention resolution timer, CRT, expires, performing backoff if judging, according to the C-RNTI, and a signaling type of the network side message, that contention resolution fails, wherein the if judging, according to the C-RNTI and the signaling type of the network side message, that the contention resolution fails specifically comprises: confirming that the contention fails if the signaling type of the network side message is a downlink Assignment signaling; or if the signaling type of the network side message is an uplink Grant signaling, judging that the contention resolution fails according to one or multiple of following items each of which corresponds to the uplink Grant signaling: a hybrid automatic repeat request, HARQ, process, size of a transport block, TB, specified to be used by the UE, and a new data indicator, NDI. confirming that the contention fails if the signaling type of the network side message is a downlink Assignment signaling; or if the signaling type of the network side message is an uplink Grant signaling, judging that the contention resolution fails according to one or multiple of following items each of which corresponds to the uplink Grant signaling: a hybrid automatic repeat request, HARQ, process, size of a transport block, TB, specified to be used by the UE, and a new data indicator, NDI.
A three-way valve drivable by a pump, said three-way valve comprising a first port, a second port and a third port; wherein said three-way valve is switchable between at least two switch positions in which the first port is selectively in fluid communication with the second port or with the third port; wherein said three-way valve comprises a movable support and a pair of obstructing members (83, 83') carried by said movable support, at least one of which is responsive to pressure applied by the pump at the first port, at least one of said movable support and obstructing members being movable due to transitions between an off-state and an on-state of the pump; wherein the obstructing members (83, 83') are adapted to engage reciprocatingly respective seats (82a, 82b) of the three-way valve interposed between the first port and the second port, and between the first port and the third port, respectively, wherein said valve is characterized in that said obstructing members are capable of changing shape synchronously when the pump switches from the off-state to the on-state.
A method for statistical iterative reconstruction for photon-counting computed tomography, PCCT, imaging of an object to be reconstructed, the method comprising: acquiring, via a PCCT imaging system, projection data corresponding to the object to be reconstructed; generating a measured sinogram based on the acquired projection data; formulating a forward model, wherein the forward model is representative of a characteristic of the imaging system; generating an estimated sinogram based on an estimated image of the object and the forward model; formulating a statistical model based on at least one of pile-up characteristics and dead time characteristics of a detector of the imaging system; determining an update corresponding to the estimated image based on the statistical model, the measured sinogram, and the estimated sinogram; verifying the convergence of the update; and if the update has not converged, updating the estimated image based on the determined update to generate an updated estimated image of the object; and if the update has converged, outputting the estimated image as a final image of the object acquiring, via a PCCT imaging system, projection data corresponding to the object to be reconstructed; generating a measured sinogram based on the acquired projection data; formulating a forward model, wherein the forward model is representative of a characteristic of the imaging system; generating an estimated sinogram based on an estimated image of the object and the forward model; formulating a statistical model based on at least one of pile-up characteristics and dead time characteristics of a detector of the imaging system; determining an update corresponding to the estimated image based on the statistical model, the measured sinogram, and the estimated sinogram; verifying the convergence of the update; and if the update has not converged, updating the estimated image based on the determined update to generate an updated estimated image of the object; and if the update has converged, outputting the estimated image as a final image of the object
A method of a secondary communication system to share spectrum with a primary communication system, the method comprising the steps of: at the secondary system: registering subscriber units with a base station; clustering the subscriber units based on address assignment at the time of registration; sensing for out-of-band channels within the primary system's spectrum while operating in frequency domain duplex mode; generating a ranked list of potential channels based on the sensed out-of-band channels; notifying the subscriber units to start in-band sensing in response to all the out-of-band channels being sensed by a predetermined number of clusters; utilizing link interleaving for in-band sensing using TDD mode; reverting back to FDD mode when a predetermined in-band sensing time has expired. at the secondary system: registering subscriber units with a base station; clustering the subscriber units based on address assignment at the time of registration; sensing for out-of-band channels within the primary system's spectrum while operating in frequency domain duplex mode; generating a ranked list of potential channels based on the sensed out-of-band channels; notifying the subscriber units to start in-band sensing in response to all the out-of-band channels being sensed by a predetermined number of clusters; utilizing link interleaving for in-band sensing using TDD mode; reverting back to FDD mode when a predetermined in-band sensing time has expired. registering subscriber units with a base station; clustering the subscriber units based on address assignment at the time of registration; sensing for out-of-band channels within the primary system's spectrum while operating in frequency domain duplex mode; generating a ranked list of potential channels based on the sensed out-of-band channels; notifying the subscriber units to start in-band sensing in response to all the out-of-band channels being sensed by a predetermined number of clusters; utilizing link interleaving for in-band sensing using TDD mode; reverting back to FDD mode when a predetermined in-band sensing time has expired.
Method for operating a calcinator in a plant for producing cement clinker, in which lime (CaCO 3) as hot meal is formally freed of carbon dioxide and converted into burnt lime (CaO) using a gas burner for use in an oxygen-impoverished environment, the oxygen concentration of which is insufficient for supporting a complete combustion, wherein - methane-rich natural gas is used as fuel, wherein - the burner has a central air supply pipe which is annularly encompassed by a gas supply pipe, characterized in that - the air supply pipe is of such dimensions that a substoichiometric combustion takes place in the burner itself, whereby the fuel is conditioned as a result of the substoichiometric combustion so that the complete burnout takes place under the oxygen-impoverished conditions in the calcinator in the presence of carbon dioxide and hot meal, wherein in the region of the mixing of fuel and air as oxidation means an annularly disposed group of nozzles, forming a spiral vortex, is arranged, via which the fuel is mixed with the centrally injected air. - methane-rich natural gas is used as fuel, wherein - the burner has a central air supply pipe which is annularly encompassed by a gas supply pipe, characterized in that - the air supply pipe is of such dimensions that a substoichiometric combustion takes place in the burner itself,
An aminolysis process for the opening of a lactone or lactam ring, comprising the treatment of a compound containing said lactone or lactam ring with a primary or secondary amine in the presence of a catalyst and optionally of a cocatalyst, in a solvent in which the lactone or the lactam ring-containing compound is soluble and the amide produced in the reaction is insoluble in the reaction conditions, said primary or secondary amine having general formula RR 10 NH, in which R and R 10 are, independently from each other, hydrogen or a group selected among a linear or branched C1-C6 alkyl, a linear or branched C1-C6 alkyl substituted with at least a substituent selected among a cyano group, a free carboxylic group, an ester, an amide, an aldehyde or an acetal, or an aryl (C1-C6) alkyl, with the condition that R and R 10 cannot be both hydrogen, and in which the amount of said amine is not higher than 3.5 equivalents compared to the molar quantity of the lactone or lactam ring-containing compound.
Use, as active ingredient, of an oily composition based on a lipophilic extract of Hemerocallis fulva and an oily vehicle comprising at least one vegetable oil, to prepare a cosmetic composition for topical use intended to improve skin firmness and/or elasticity.
A drug delivery device having a variable maximum dose, said device comprising: a first tubular member, a second tubular member rotatably coupled to said first tubular member, wherein said second tubular member is preferably external to the said first tubular member, charaterised in that a maximum stop component (286a,b) is operatively coupled to said first tubular member and said second tubular member, such that said maximum stop component (286a,b) is movable from a first position to a second position on said first tubular member, wherein said first position defines a first maximum dose that may be set and wherein said second position defines a second maximum dose that may be set. a first tubular member, a second tubular member rotatably coupled to said first tubular member, wherein said second tubular member is preferably external to the said first tubular member, charaterised in that a maximum stop component (286a,b) is operatively coupled to said first tubular member and said second tubular member, such that said maximum stop component (286a,b) is movable from a first position to a second position on said first tubular member, wherein said first position defines a first maximum dose that may be set and wherein said second position defines a second maximum dose that may be set.
Two-substance nozzle for spraying a liquid-gas mixture, comprising a nozzle housing including at least one liquid inlet leading into a mixing chamber and at least one gas inlet leading into the mixing chamber, a swirl insert, an outlet chamber between the swirl insert and an outlet opening on the downstream end of the outlet chamber, and a restrictor on the downstream end of the mixing chamber and an intermediate chamber between the restrictor and the swirl insert, characterized in that the mixing chamber has a central longitudinal axis, and in that the at least one liquid inlet leads into the mixing chamber in general approximately tangentially to an imaginary circle around the central longitudinal axis.
An agricultural harvester, comprising: an internal combustion engine; a fluid cooling system for cooling at least one component of the harvester, said fluid cooling system including an airflow inlet and an airflow outlet; an adjustable cover (102, 110) over said fluid cooling system airflow inlet, said adjustable cover (102, 110) having at least an open position and a closed position with respect to said airflow inlet; and characterized by: structures (120, 122, 124, 126, 130, 132, 134) downstream of said airflow outlet directing airflow from said airflow outlet for at least a second purpose in the operation of said harvester. an internal combustion engine; a fluid cooling system for cooling at least one component of the harvester, said fluid cooling system including an airflow inlet and an airflow outlet; an adjustable cover (102, 110) over said fluid cooling system airflow inlet, said adjustable cover (102, 110) having at least an open position and a closed position with respect to said airflow inlet; and characterized by: structures (120, 122, 124, 126, 130, 132, 134) downstream of said airflow outlet directing airflow from said airflow outlet for at least a second purpose in the operation of said harvester.
A method of receiving data by a User Equipment "UE" which supports a Multimedia Broadcast Multicast Service "MBMS", the method comprising: determining whether a transmission mode "TM" of the UE is TM 9 or not; detecting, if the TM of the UE is TM 9, a Physical Downlink Control Channel "PDCCH" with Cyclic Redundancy Check "CRC" scrambled by the Cell Radio Network Temporary ID "C-RNTI" with DCI format 1A or 2C intended for the UE in a subframe indicated by a higher layer parameter mbsfn-SubframeConfigList; and decoding a Physical Downlink Shared CHannel "PDSCH" corresponding to the PDCCH in the subframe, wherein the subframe is neither indicated by higher layers to decode Physical Multicast CHannel "PMCH" nor configured by higher layers to be part of a Positioning Reference Signal "PRS" occasion. determining whether a transmission mode "TM" of the UE is TM 9 or not; detecting, if the TM of the UE is TM 9, a Physical Downlink Control Channel "PDCCH" with Cyclic Redundancy Check "CRC" scrambled by the Cell Radio Network Temporary ID "C-RNTI" with DCI format 1A or 2C intended for the UE in a subframe indicated by a higher layer parameter mbsfn-SubframeConfigList; and decoding a Physical Downlink Shared CHannel "PDSCH" corresponding to the PDCCH in the subframe, wherein the subframe is neither indicated by higher layers to decode Physical Multicast CHannel "PMCH" nor configured by higher layers to be part of a Positioning Reference Signal "PRS" occasion.
Apparatus for drying bulk biomass, in particular of wood chips, comprising a container and a channel which extends inside the container and divides this into two chambers (11, 12) for the purpose of accommodating the biomass, wherein side walls (31, 32) of the channel have openings by means of which a drying gas can be fed to a respective chamber (11, 12) for the purpose of drying the biomass accommodated therein, wherein a respective chamber (11, 12) is bounded by a respective side wall (3, 4) of the container, wherein the side walls (3, 4) have openings by means of which the drying gas can be led out of a respective chamber (11, 12), wherein a respective side wall (3, 4) of the container has at least two Z-shaped wall members (23, 23'), each of which has an upper and a lower section (24, 25) and a section connecting them, and wherein the upper section of a Z-shaped wall member abuts the lower section of the other Z-shaped wall member and openings (27, 28) in these sections (24, 25) align with each other for the purpose of forming a respective opening in the corresponding side wall (3, 4).
Belt or belt segment, having a plurality of reinforcement members which extend in the longitudinal direction and are arranged parallel to one another, and a connecting element which forms one end of the belt or belt segment and is configured for connection to a further connecting element of the other end of the belt or to one end of a further belt segment, wherein the ends of the reinforcement members are held by the connecting element, characterized in that, at its inner belt side, the connecting element at least sectionally has a coefficient of friction which, to the inside, is lower than the intrinsic coefficient of friction of the connecting element. a plurality of reinforcement members which extend in the longitudinal direction and are arranged parallel to one another, and a connecting element which forms one end of the belt or belt segment and is configured for connection to a further connecting element of the other end of the belt or to one end of a further belt segment, wherein the ends of the reinforcement members are held by the connecting element, characterized in that, at its inner belt side, the connecting element at least sectionally has a coefficient of friction which, to the inside, is lower than the intrinsic coefficient of friction of the connecting element.
A passage device for connecting two vehicle parts movably connected to one another, in particular of a rail vehicle, comprising - a bellows that peripherally surrounds a passage region of the passage device; and - a drainage apparatus that is arranged in the floor region of the passage device and that provides a fluid passage for draining water from the passage region to the outside, characterized in that the drainage apparatus has a valve body through which the fluid passage is independently closable in dependence on a pressure difference between a pressure acting inside and outside the passage region. - a bellows that peripherally surrounds a passage region of the passage device; and - a drainage apparatus that is arranged in the floor region of the passage device and that provides a fluid passage for draining water from the passage region to the outside,
A method of monitoring the condition of a plant, the method comprising analysing in real-time changes in leaf angle by motion detecting of the leaf or its petiole using a horticulture appliance mounted by an attaching, fastening or affixing means to the leaf or to its petiole, this horticulture appliance further comprising a sensing device which comprises a digital inclinometer and/or inertial measurement unit for defining the orientation of the sensing device and the plant part to which it is attached and comprising a communicator operatively connected to a processor, and algorithmically restructuring and visualizing data derived from the sensory system to represent leaf movements in space and time.
A method for the production of a V H heavy chain-only antibody, or a bi-specific/bifunctional complex thereof, wherein the method comprises: (a) immunising a transgenic mouse expressing a heterologous V H heavy chain locus with an antigen, wherein the V H heavy chain locus comprises: (i) a variable region comprising at least one human V gene segment, at least one D gene segment, at least one J gene segment, wherein a human V gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence, wherein the heavy chain locus comprises twenty or more D gene segments and/or five or more J gene segments, and (ii) one or more heavy chain constant regions which do not encode a C H 1 domain, wherein the locus, when expressed, is capable of forming heavy chain-only antibodies of defined class or classes; (b)(i) using an antibody producing cell derived from the transgenic mouse in the preparation of a hybridoma to produce the V H heavy chain-only antibody; and/or (b)(ii) isolating a nucleic acid sequence from the transgenic mouse and using the nucleic acid sequence to produce the V H heavy chain-only antibody, or a bi-specific/bi-functional complex thereof, using recombinant DNA techniques. (a) immunising a transgenic mouse expressing a heterologous V H heavy chain locus with an antigen, wherein the V H heavy chain locus comprises: (i) a variable region comprising at least one human V gene segment, at least one D gene segment, at least one J gene segment, wherein a human V gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence, wherein the heavy chain locus comprises twenty or more D gene segments and/or five or more J gene segments, and (ii) one or more heavy chain constant regions which do not encode a C H 1 domain, wherein the locus, when expressed, is capable of forming heavy chain-only antibodies of defined class or classes; wherein the V H heavy chain locus comprises: (i) a variable region comprising at least one human V gene segment, at least one D gene segment, at least one J gene segment, wherein a human V gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence, wherein the heavy chain locus comprises twenty or more D gene segments and/or five or more J gene segments, and (ii) one or more heavy chain constant regions which do not encode a C H 1 domain, wherein the locus, when expressed, is capable of forming heavy chain-only antibodies of defined class or classes; (b)(i) using an antibody producing cell derived from the transgenic mouse in the preparation of a hybridoma to produce the V H heavy chain-only antibody; and/or (b)(ii) isolating a nucleic acid sequence from the transgenic mouse and using the nucleic acid sequence to produce the V H heavy chain-only antibody, or a bi-specific/bi-functional complex thereof, using recombinant DNA techniques.
A peptide consisting of the amino acid sequence WKTIITKN (SEQ ID NO: 1), or GSETWKTIITKN (SEQ ID NO: 3), and wherein said peptides are capable of inhibiting IL13/IL13Rα2 signalling.
An air control system for removing heat, smoke and steam from above a cooking appliance, the system comprising an air extraction assembly comprising an extract hood defining an air inlet of the air extraction assembly, an extract fan arranged to draw air into and through the extract hood for exhausting air from a location above the cooking appliance to an external location, and at least two sensors (9, 10, 14, 15, 16) located in the air extraction assembly for detecting at least two variable parameters of the air drawn through the extract hood, the at least two sensors (9, 10, 14, 15, 16) comprising a temperature sensor for detecting temperature as a first variable parameter and a flow meter for detecting the flow rate of the extracted air, the flow rate comprising a second variable parameter, an air supplying assembly for supplying air in a food processing area which contains the cooking appliance, the air supplying assembly comprising an air supply fan, and a control device for controlling the speed of the extract fan, the control device having a preset speed module which is adapted to define a first preset relationship between the detected temperature and the speed of the extract fan, and an override module which is adapted to increase the speed of the extract fan to a preset maximum value when at least one of the variable parameters reaches a preset threshold.