mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication at a scheduled entity, comprising: identifying a parameter from a plurality of different parameters including a preamble format, a number of preambles, a backoff indicator, a power ramping counter, a physical random access channel, PRACH, received target power, a maximum number of PRACH transmissions, or a reference signal received power, RSRP, threshold, wherein each of the plurality of different parameters has a corresponding plurality of different potential values across multiple initial uplink, UL, bandwidth parts, BWPs, and/or multiple frequency division multiplexed random access transmission occasions; selecting an UL resource associated with a random access procedure based on a value corresponding to the parameter, wherein the UL resource is in an UL BWP; and transmitting a random access procedure communication via the selected UL resource. identifying a parameter from a plurality of different parameters including a preamble format, a number of preambles, a backoff indicator, a power ramping counter, a physical random access channel, PRACH, received target power, a maximum number of PRACH transmissions, or a reference signal received power, RSRP, threshold, wherein each of the plurality of different parameters has a corresponding plurality of different potential values across multiple initial uplink, UL, bandwidth parts, BWPs, and/or multiple frequency division multiplexed random access transmission occasions; selecting an UL resource associated with a random access procedure based on a value corresponding to the parameter, wherein the UL resource is in an UL BWP; and transmitting a random access procedure communication via the selected UL resource.
A stable liquid formulation comprising a monoclonal antibody directed against IgE in an amount of at least about 80 mg/ml and comprising a salt and/or buffer in an amount of about 100-200 mM, wherein the formulation has a kinematic viscosity of about 50 mm 2 /s or less at 25°C, wherein said salt and/or buffer is a buffer comprising arginine or histidine or wherein said salt and/or buffer is arginine hydrochloride, and wherein the monoclonal antibody directed against IgE is rhuMAb-E25.
Combined cooling and abrasion particles removal system with a housing for providing cooling and removing abrasion particles in a contact region between a brush and a slip ring of an electromechanical machine, the system comprising a passage for accommodating the brush and having a front opening adapted to face the slip ring, and at least one supply tube (13a, 13b) with an outlet (16a, 16b) for blowing a gaseous medium at least partially into a direction towards a free space adjacent to and surrounding the front opening, at least one suction tube with an inlet for sucking off the gaseous medium and the abrasion particles from the free space, characterised in that a vortex chamber (21a, 21b) surrounding the passage connects the free space to the inlet, and the free space merges with the vortex chamber (21a, 21b) with an outer wall portion curved in such a way that it promotes formation of a vortex for generating a vortex of the gaseous medium carrying the abrasion particles in operation of the system.
Configurable modular technical workbench comprising: - one or several manhole modules (1,2,8) equipped with manhole covers (4, 6, 9) on at least one of the sides and with removable sides attached by magnetic means - a first wiring level which comprises at least horizontal wirings between the manhole modules and is equipped with inlets (5.1) at the ends and outlets at the front (5.3) - a closing top panel, characterised in that the workbench is equipped with two wiring levels, where the first wiring level is configured by means of the support modules, which are accessible manhole modules and are equipped with manhole and inlet covers on at least one of the sides, said covers being equipped with inlets (9.1), in such a way that, once the ensemble is assembled, they face the inlets at the ends of the first-level horizontal wirings (10.1); the second wiring level is made up of, among other elements, manhole boxes, horizontal wirings, and angled and final sections, all of them equipped with inlets (12.1), (13.1) and (14.1), which face one another for cable pass-through, and a closing top panel. - one or several manhole modules (1,2,8) equipped with manhole covers (4, 6, 9) on at least one of the sides and with removable sides attached by magnetic means - a first wiring level which comprises at least horizontal wirings between the manhole modules and is equipped with inlets (5.1) at the ends and outlets at the front (5.3) - a closing top panel,
Water heater comprising: - a tank delimited by a peripheral jacket and the wall of a leaktight sheath plunging into the internal volume of the peripheral jacket, said peripheral jacket and said sheath defining a closed volume; - an electric heating device including: - at least one inductor housed in the sheath and at least one inductive load formed by at least a part of the wall of the sheath, said inductor being configured to generate an induced current and heating in the load; - an inductor supporting member, the inductor including at least one winding portion formed on the supporting member, the supporting member being fixedly mounted in the sheath, the water heater being characterised in that the tank is a water accumulator tank and in that the sheath includes an opening for access to one of the ends thereof, the supporting member being inserted into the sheath via said end. - a tank delimited by a peripheral jacket and the wall of a leaktight sheath plunging into the internal volume of the peripheral jacket, said peripheral jacket and said sheath defining a closed volume; - an electric heating device including: - at least one inductor housed in the sheath and at least one inductive load formed by at least a part of the wall of the sheath, said inductor being configured to generate an induced current and heating in the load; - an inductor supporting member, the inductor including at least one winding portion formed on the supporting member, the supporting member being fixedly mounted in the sheath, the water heater being characterised in that the tank is a water accumulator tank and in that the sheath includes an opening for access to one of the ends thereof, the supporting member being inserted into the sheath via said end.
Method for mapping a vehicle environment of at least one vehicle and for locating the at least one vehicle, wherein - measurement data relating to the vehicle environment are determined by at least one radar sensor of the at least one vehicle, - the measurement data of the at least one radar sensor are aggregated, - the aggregated measurement data are compared with already available aggregated measurement data, - the comparison between the aggregated measurement data and the already available aggregated measurement data is taken as a basis for optimizing the aggregated measurement data by reducing measurement errors, wherein - the optimized aggregated measurement data are used to create or update a map and - comparison of the determined measurement data with the created map is used to locate the at least one vehicle on the created or updated map, characterized in that the aggregated measurement data are matched to the already available aggregated measurement data or interpolated, wherein at least one node is formed on the basis of at least one measurement data cloud, wherein the aggregated measurement data form nodes and comparison with already available aggregated measurement data involves connection paths between the nodes being formed and compared. - measurement data relating to the vehicle environment are determined by at least one radar sensor of the at least one vehicle, - the measurement data of the at least one radar sensor are aggregated, - the aggregated measurement data are compared with already available aggregated measurement data, - the comparison between the aggregated measurement data and the already available aggregated measurement data is taken as a basis for optimizing the aggregated measurement data by reducing measurement errors, wherein - the optimized aggregated measurement data are used to create or update a map and - comparison of the determined measurement data with the created map is used to locate the at least one vehicle on the created or updated map, characterized in that the aggregated measurement data are matched to the already available aggregated measurement data or interpolated, wherein at least one node is formed on the basis of at least one measurement data cloud, wherein the aggregated measurement data form nodes and comparison with already available aggregated measurement data involves connection paths between the nodes being formed and compared.
A surgical instrument, comprising: a first jaw; a second jaw movably supported relative to said first jaw for selective movement between open and closed positions relative to said first jaw; means for applying an opening motion to said second jaw; a firing drive shaft rotatably supported in one of said first and second jaws; a firing member operably interfacing with said firing drive shaft such that rotation of said firing drive shaft causes said firing member to move between a starting position and an ending position; and an elongate shaft assembly operably interfacing with said first jaw and comprising: a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, characterised in that said means for applying an opening motion comprises a spring journaled on said distal power shaft. a first jaw; a second jaw movably supported relative to said first jaw for selective movement between open and closed positions relative to said first jaw; means for applying an opening motion to said second jaw; a firing drive shaft rotatably supported in one of said first and second jaws; a firing member operably interfacing with said firing drive shaft such that rotation of said firing drive shaft causes said firing member to move between a starting position and an ending position; and an elongate shaft assembly operably interfacing with said first jaw and comprising: a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, characterised in that said means for applying an opening motion comprises a spring journaled on said distal power shaft.
A protein quantification standard that can be loaded into one lane of an electrophoresis gel, said standard comprising a mixture of (i) a set of unstained tryptophan-containing polypeptides having different molecular weights, matching the average tryptophan content of a target protein and comprising substantially similar percentages of tryptophan, wherein members of the set of unstained polypeptides have different electrophoretic mobilities and are present in different quantities, such that after electrophoretic separation, each unstained polypeptide on the gel has a different intensity when visualized or detected, and (ii) a set of prestained polypeptides having different electrophoretic mobilities, such that the standard is suitable for generating a protein mass standard curve and a molecular weight ladder from one lane of a gel. (i) a set of unstained tryptophan-containing polypeptides having different molecular weights, matching the average tryptophan content of a target protein and comprising substantially similar percentages of tryptophan, wherein members of the set of unstained polypeptides have different electrophoretic mobilities and are present in different quantities, such that after electrophoretic separation, each unstained polypeptide on the gel has a different intensity when visualized or detected, and (ii) a set of prestained polypeptides having different electrophoretic mobilities, such that the standard is suitable for generating a protein mass standard curve and a molecular weight ladder from one lane of a gel.
A purified anti-soluble Flt-1 (sFlt-1) antibody, or an sFlt-1 antigen-binding fragment thereof capable of blocking binding of VEGF or PIGF, for use in treating or preventing pre-eclampsia in a subject.
A cell stack device (10, 100, 110) comprising: a cell stack comprising a plurality of cells arranged; and a manifold configured to allow a reactive gas to be supplied to the plurality of cells, first end portions of the plurality of cells being fixed to the manifold with a sealing material; wherein each of the plurality of cells comprises: a supporting substrate extending in a length direction, an element portion comprising a fuel electrode, a solid electrolyte layer, and an air electrode layered on the supporting substrate, and an interlayer located between the solid electrolyte layer and the air electrode, extending to each of the first end portions of the plurality of cells, and having a porosity greater than a porosity of the solid electrolyte layer, and the interlayer comprises an exposed portion exposed from the air electrode at a first end portion of each of the plurality of cells and the sealing material provided on the exposed portion, wherein the exposed portion of the interlayer has a porosity of from 10 to 30%, and wherein the exposed portion of the interlayer has a porosity greater than a porosity of a sandwiched portion, the sandwiched portion being a part of the interlayer and sandwiched between the solid electrolyte layer and the air electrode. a cell stack comprising a plurality of cells arranged; and a manifold configured to allow a reactive gas to be supplied to the plurality of cells, first end portions of the plurality of cells being fixed to the manifold with a sealing material; wherein each of the plurality of cells comprises: a supporting substrate extending in a length direction, an element portion comprising a fuel electrode, a solid electrolyte layer, and an air electrode layered on the supporting substrate, and an interlayer located between the solid electrolyte layer and the air electrode, extending to each of the first end portions of the plurality of cells, and having a porosity greater than a porosity of the solid electrolyte layer, and a supporting substrate extending in a length direction, an element portion comprising a fuel electrode, a solid electrolyte layer, and an air electrode layered on the supporting substrate, and an interlayer located between the solid electrolyte layer and the air electrode, extending to each of the first end portions of the plurality of cells, and having a porosity greater than a porosity of the solid electrolyte layer, and the interlayer comprises an exposed portion exposed from the air electrode at a first end portion of each of the plurality of cells and the sealing material provided on the exposed portion, wherein the exposed portion of the interlayer has a porosity of from 10 to 30%, and wherein the exposed portion of the interlayer has a porosity greater than a porosity of a sandwiched portion, the sandwiched portion being a part of the interlayer and sandwiched between the solid electrolyte layer and the air electrode.
A method for controlling a vehicle having a motor configured to apply torque to a power transmission path between an engine and a drive wheel, and a clutch between the engine/motor and the drive wheel, comprising: driving the motor to carry out power running such that a deceleration of the vehicle becomes less than or equal to a prescribed value when fuel injection of the engine is stopped while decelerating and an engine rotational speed (Ne) is greater than or equal to a prescribed engine rotational speed; characterized by restarting the fuel injection after disengaging the clutch, and then stopping the power running of the motor after resuming the fuel injection of the engine. driving the motor to carry out power running such that a deceleration of the vehicle becomes less than or equal to a prescribed value when fuel injection of the engine is stopped while decelerating and an engine rotational speed (Ne) is greater than or equal to a prescribed engine rotational speed; characterized by restarting the fuel injection after disengaging the clutch, and then stopping the power running of the motor after resuming the fuel injection of the engine.
A computer-implemented method for a prognostic for a flow sensor, the method comprising: receiving a first input, wherein the first input is a power supplied to a motor driving a compressor during an in-flight testing; receiving a second input, wherein the second input is a temperature differential of an inlet airflow temperature of the compressor and an outlet airflow temperature of the compressor; calculating an estimated air flow based on the first input and the second input; and exporting data associated with the first input, the second input, and the estimated airflow; receiving a measured airflow value from the flow sensor; and comparing the measured airflow value to the estimated airflow. receiving a first input, wherein the first input is a power supplied to a motor driving a compressor during an in-flight testing; receiving a second input, wherein the second input is a temperature differential of an inlet airflow temperature of the compressor and an outlet airflow temperature of the compressor; calculating an estimated air flow based on the first input and the second input; and exporting data associated with the first input, the second input, and the estimated airflow; receiving a measured airflow value from the flow sensor; and comparing the measured airflow value to the estimated airflow.
Sound absorber for sound waves propagating in a flowing gas, comprising at least one gas channel (11, 21, 22) through which a gas flows and in which a helical fixture (4-6, 26, 27) is provided which gives an interior (10, 24, 25) of the gas channel a helical course, characterized in that by means of at least one helical fixture (4-6, 26, 27) a Helmholtz resonator (13, 15, 16, 18, 28, 29) is formed in the gas channel which comprises a cavity delimited, in the flow direction of the gas, by opposite impedance steps for the sound waves propagating in the gas, and which is excited by the sound waves propagating in the flowing gas such that energy of a passing sound wave whose wave lengths fits to the length of the cavity is captured, and that the helical fixture, at at least one end of the sound absorber, comprises an intake or discharge area in which its diameter in the flow direction of the gas continuously approaches the wall of the gas channel from the interior or gets away from it.
A target base station (202, 302) of a target cell of a user equipment (201, 301), wherein the target base station (202, 302) is configured to: • receive a forward handover indication sent from a source base station (203, 303) of the user equipment (201, 301) or an Operation, Administration and Maintenance, OAM, controller; • receive a radio resource control, RRC, re-establishment request message of the user equipment (201, 301), and • determine, after the reception of the RRC re-establishment request message, whether to acquire context information of the user equipment (201, 301) from the source base station (203, 303) based on a content of the previously received forward handover indication, and after determining to acquire the context information, acquire the context information from the source base station (203, 303). • receive a forward handover indication sent from a source base station (203, 303) of the user equipment (201, 301) or an Operation, Administration and Maintenance, OAM, controller; • receive a radio resource control, RRC, re-establishment request message of the user equipment (201, 301), and • determine, after the reception of the RRC re-establishment request message, whether to acquire context information of the user equipment (201, 301) from the source base station (203, 303) based on a content of the previously received forward handover indication, and after determining to acquire the context information, acquire the context information from the source base station (203, 303).
A process for preparing a particulate polylactic acid resin comprising: introducing a polylactic acid resin and then forming a molten polylactic acid spray liquid, wherein the polylactic acid resin is introduced into an extruder in the form of a pellet or a powder, and then transferred to an spray nozzle and heated in the spray nozzle to form the molten polylactic acid spray liquid; and spraying the molten polylactic acid spray liquid by a melt spray method and simultaneously cooling the molten polylactic acid spray liquid to obtain a particulate polylactic acid, wherein the molten polylactic acid spray liquid is introduced into the spray nozzle together with an air and then discharged, and wherein a temperature of the air that is injected into the spray nozzle is of 300 °C to 500 °C, a pressure of the air that is injected into the spray nozzle is of 6.89 x 10 5 Pa (100 psi) to 6.89 x 10 6 Pa (1,000 psi), and an injection speed of the air that is injected into the spray nozzle is of 10 m/s to 50 m/s. introducing a polylactic acid resin and then forming a molten polylactic acid spray liquid, wherein the polylactic acid resin is introduced into an extruder in the form of a pellet or a powder, and then transferred to an spray nozzle and heated in the spray nozzle to form the molten polylactic acid spray liquid; and spraying the molten polylactic acid spray liquid by a melt spray method and simultaneously cooling the molten polylactic acid spray liquid to obtain a particulate polylactic acid, wherein the molten polylactic acid spray liquid is introduced into the spray nozzle together with an air and then discharged, and wherein a temperature of the air that is injected into the spray nozzle is of 300 °C to 500 °C, a pressure of the air that is injected into the spray nozzle is of 6.89 x 10 5 Pa (100 psi) to 6.89 x 10 6 Pa (1,000 psi), and an injection speed of the air that is injected into the spray nozzle is of 10 m/s to 50 m/s.
A fusion protein comprising a DNA-binding domain having an N-terminus and a C-terminus, wherein the DNA-binding domain binds to a nucleotide target site; a truncated Fok I cleavage domain in which the N-terminal residues QLVK are deleted; and a linker between the C-terminus of the DNA-binding domain and the N-terminus of the truncated Fok I cleavage domain, wherein the linker is a sequence selected from the group consisting of PKPAN; GICPPPRPRTSPP [L8a]; GTAPIEIPPEVYP [L8b]; GSYAPMPPLALASP [L8c]; GIYTAPTSRPTVPP [L8d]; GSQTPKRFQPTHPSA [L8e]; TGLMPPSHPRQPIHINF [L8g]; TGTVHTSPICPQTYP [L8i]; TGSGTPTRPHPPLPP [L8j]; LPKPANPFPLD [L7-1]; RDGPRNLPPTSPP [L7-2]; RLPDSPTALAPDTL [L7-6]; PNSPISRARPLNPHP [L7-3]; GPRPTPRLRCPIDSLIFR [L7-5]; CPASRPIHP [L6-2]; LQSLIPQQLL [L6-6]; LQPTVNHEYNN [L6-7] ANIHSLSSPPPL [L6-1] and further wherein the amino acid residue shown in round parentheses is optionally present.