mhurhangee/ep-ind-claims huggingface dataset:
A valve prosthesis system comprising: a docking component having a compressed configuration for percutaneous delivery within a vasculature and an expanded configuration for deployment within a native heart valve, the docking component comprising: a tubular body formed from an impermeable material, the tubular body having opposing first and second end portions (110, 114) and an intermediate portion extending between the first and second end portions (110, 114); a first annular scaffold attached to the tubular body along the first end portion thereof; a second annular scaffold attached to the tubular body along the second end portion thereof, wherein the first and second annular scaffolds (106A, 106B) are independent from each other, wherein the intermediate portion of the tubular body is unsupported such that neither of the first or second annular scaffolds (106A, 106B) surround or overlap the intermediate portion of the tubular body; and a prosthetic valve component having a compressed configuration for percutaneous delivery within a vasculature and an expanded configuration for deployment within the intermediate portion of the docking component, wherein the prosthetic valve component is configured to be delivered separately from the docking component, wherein the intermediate portion has a longitudinal length at least as long as prosthetic valve component. a tubular body formed from an impermeable material, the tubular body having opposing first and second end portions (110, 114) and an intermediate portion extending between the first and second end portions (110, 114); a first annular scaffold attached to the tubular body along the first end portion thereof; a second annular scaffold attached to the tubular body along the second end portion thereof, wherein the first and second annular scaffolds (106A, 106B) are independent from each other, wherein the intermediate portion of the tubular body is unsupported such that neither of the first or second annular scaffolds (106A, 106B) surround or overlap the intermediate portion of the tubular body; and a prosthetic valve component having a compressed configuration for percutaneous delivery within a vasculature and an expanded configuration for deployment within the intermediate portion of the docking component, wherein the prosthetic valve component is configured to be delivered separately from the docking component, wherein the intermediate portion has a longitudinal length at least as long as prosthetic valve component.
Use of an immobilized non-covalent complex of a neonatal Fc receptor (FcRn) and beta-2-microglobulin (b2m) as affinity chromatography ligand in an affinity chromatography with a positive linear pH gradient for separating antibodies or fusion polypeptides comprising at least an Fc-region, wherein the non-covalent complex of a neonatal Fc receptor and beta-2-microglobulin is bound to a chromatography material and the non-covalent complex is conjugated to the solid phase via a specific binding pair, wherein the pH gradient is from a first pH value to a second pH value whereby the first pH value is from pH 3.5 to pH 6.4 and the second pH value is from pH 7.4 to pH 9.5, and wherein the non-covalent complex of a neonatal Fc receptor (FcRn) and beta-2-microglobulin (b2m) is mono-biotinylated and the solid phase is derivatized with streptavidin.
Electrolytic cell, comprising the components: (a) at least one tubular cathode; (b) at least one rod-shaped or tubular anode which comprises a conductive carrier coated with a conductive diamond layer; (c) at least one inlet tube; (d) at least one outlet tube; and (e) at least two distributor apparatuses, wherein the distributor apparatuses have at least one connection point for at least one inlet or outlet tube and a connection point for the anode, and wherein the first distributor apparatus is designed to distribute electrolyte from the inlet tube into an electrolyte space and the second distributor apparatus is designed to collect converted electrolyte and to discharge said electrolyte via the outlet tube, and wherein the electrolyte space is formed as an annular gap between the inner anode and the outer cathode. (a) at least one tubular cathode; (b) at least one rod-shaped or tubular anode which comprises a conductive carrier coated with a conductive diamond layer; (c) at least one inlet tube; (d) at least one outlet tube; and (e) at least two distributor apparatuses, wherein the distributor apparatuses have at least one connection point for at least one inlet or outlet tube and a connection point for the anode, and wherein the first distributor apparatus is designed to distribute electrolyte from the inlet tube into an electrolyte space and the second distributor apparatus is designed to collect converted electrolyte and to discharge said electrolyte via the outlet tube, and wherein the electrolyte space is formed as an annular gap between the inner anode and the outer cathode.
A mobile station for communication using carrier aggregation, comprising: a secondary cell state management unit configured to manage whether a state of a secondary cell that supports transmission of a physical uplink control channel is an activation state or a deactivation state; and a transmission control unit configured to stop transmission of uplink control information on a physical uplink control channel in a first secondary cell, when the state of the first secondary cell managed by the secondary cell state management unit is the deactivation state at a timing of transmission of the physical uplink control channel in the first secondary cell, wherein the transmission control unit is configured to control transmission such that the uplink control information to be transmitted on the physical uplink control channel in the first secondary cell is transmitted using either a physical uplink control channel in a primary cell or a physical uplink control channel in a second secondary cell in the activation state at the timing of transmission of the physical uplink control channel in the first secondary cell. a secondary cell state management unit configured to manage whether a state of a secondary cell that supports transmission of a physical uplink control channel is an activation state or a deactivation state; and a transmission control unit configured to stop transmission of uplink control information on a physical uplink control channel in a first secondary cell, when the state of the first secondary cell managed by the secondary cell state management unit is the deactivation state at a timing of transmission of the physical uplink control channel in the first secondary cell, wherein the transmission control unit is configured to control transmission such that the uplink control information to be transmitted on the physical uplink control channel in the first secondary cell is transmitted using either a physical uplink control channel in a primary cell or a physical uplink control channel in a second secondary cell in the activation state at the timing of transmission of the physical uplink control channel in the first secondary cell.
A method for controlling a spark-ignition, indirect-injection motor vehicle engine, said engine comprising: - a combustion chamber, - an air intake line that opens into the combustion chamber and is equipped with an intake valve adapted to regulate the flow of air circulating in said line and at least one fuel injector, - an exhaust line for burnt gases from the combustion chamber, - an accelerator pedal, and - a computer adapted to determine the position (α) or force exerted on the accelerator pedal and to control the intake valve and each fuel injector, characterized in that the control method comprises: a) a step of determining the position (α) or the force exerted on the accelerator pedal, then, if the determined position (α) or force exerted indicates a complete release of the accelerator pedal, b) a step of partially closing the intake valve, during which the injectors are controlled so that the richness (λ) of the mixture of air and fuel entering the combustion chamber remains close to 1, and then, when the injectors stop injecting fuel, c) a step for determining a residual fuel flow (Q carb) entering the combustion chamber, and, as long as the residual fuel flow (Qcarb) is non-zero, d) a step of controlling the intake valve based on the residual fuel flow (Q carb) so that said richness (λ) remains close to 1. - a combustion chamber, - an air intake line that opens into the combustion chamber and is equipped with an intake valve adapted to regulate the flow of air circulating in said line and at least one fuel injector, - an exhaust line for burnt gases from the combustion chamber, - an accelerator pedal, and - a computer adapted to determine the position (α) or force exerted on the accelerator pedal and to control the intake valve and each fuel injector, a) a step of determining the position (α) or the force exerted on the accelerator pedal, then, if the determined position (α) or force exerted indicates a complete release of the accelerator pedal, b) a step of partially closing the intake valve, during which the injectors are controlled so that the richness (λ) of the mixture of air and fuel entering the combustion chamber remains close to 1, and then, when the injectors stop injecting fuel, c) a step for determining a residual fuel flow (Q carb) entering the combustion chamber, and, as long as the residual fuel flow (Qcarb) is non-zero, d) a step of controlling the intake valve based on the residual fuel flow (Q carb) so that said richness (λ) remains close to 1.
Flat bar having a support body to the foot region of which a clothing can be fastened, wherein a head region is arranged spaced apart from the foot region by two back parts which together form a hollow space, characterised in that each back part comprises at least a lower back portion, a thickened portion and an upper back portion, wherein the lower back portions are arranged on the support body in the region of an undercut, which is located in the transition region between the support body and the back part, and widen outwards in the direction towards the head region.
A multiphase pump for conveying a multiphase process fluid from a low pressure side to a high pressure side, comprising an outer housing and a casing, the casing having a pump inlet and a pump outlet for the process fluid, the multiphase pump further comprising a pump rotor for rotating about an axial direction arranged within the casing, with the pump rotor being designed for conveying the process fluid from the pump inlet to the pump outlet, wherein the casing is radially split into a plurality of stage segments (51, 52, 71, 72, 73), and the plurality of stage segments (51, 52, 71, 72, 73) comprise an individual stage-segment (71, 72, 73), a low pressure segment arranged at the pump inlet and a high pressure segment arranged at the pump outlet, wherein the individual stage-segment (71, 72, 73) is arranged between the high pressure segment and the low pressure segment, and the plurality of stage segments (51, 52, 71, 72, 73) are held together by a sealing support structure (81, 82), the casing being arranged within the outer housing, wherein the multiphase pump further comprises a diffusor, the diffusor being arranged about the shaft and being surrounded by at least one of the plurality of stage segments, wherein the diffusor is disposed between two adjacent impellers for directing the process fluid to the next impeller, characterized in that the diffusor is axially split into two semi-circular rings and the two semi-circular rings are arranged about the shaft.
A hub installation system for installing a hub (120, 320) at a nacelle of a wind turbine, the hub installation system comprising a holding device (100, 400) for holding the hub to be installed at the nacelle of the wind turbine, the holding device (100, 400) comprising a carrier element (102, 402) having a first end and a second end, a first connection interface (104, 404) being arranged at the first end and being configured to connect the holding device (100, 400) to a lifting system, and a second connection interface (106, 406) being arranged at the second end and being configured to connect the holding device (100, 400) to a blade pitch bearing (122, 322) of the hub (120, 320) and the hub installation system comprising a pitch operating device for operating a blade pitch angle adjustment device of the hub (120, 320) which is dismounted from the nacelle of the wind turbine, the pitch operating device comprising an actuating unit and a power interface for connecting the pitch operating device to the blade pitch angle adjustment device, wherein the power interface is configured for transferring energy being provided by the actuating unit to the blade pitch angle adjustment device in order to activate the blade pitch angle adjustment device.
An inhalable pharmaceutical composition comprising glycopyrrolate or a pharmaceutically acceptable salt thereof for use in the treatment or prophylaxis of tachycardia.
A double stroller, comprising a stroller frame having an unfolded state and a folded state, at least one front wheel assembly disposed at a front portion of a bottom of the stroller frame, two rear wheel assemblies disposed at a rear portion of the bottom of the stroller frame, and a lock mechanism for locking the stroller frame in the unfolded state, wherein the stroller frame comprises two side frames provided at right and left sides respectively, and a transverse brace assembly connected between the side frames on both sides, the side frame of each side comprises a front support rod gradually inclining upward from front to back, a rear support rod extending along an up-down direction, a sliding element slidably disposed on the rear support rod in a manner so as to slide in the up-down direction, and a push rod extending in an up-down direction with a lower portion being pivotally connected to the sliding element, is characterized in that, the side frame of each side further comprises a front seat rod and a rear seat rod respectively extending in a front-rear direction, a front portion of the front seat rod is pivotally connected to the front support rod, the rear seat rod is pivotally connected to the rear support rod, a front portion of the rear seat rod is pivotally connected to a rear portion of the front seat rod, and a rear portion of the rear seat rod is pivotally connected to the push rod, and lower portions of the front support rods on both sides are rotatably connected to each other, and the transverse brace assembly is disposed between the side frames on both sides and capable of folded along a left-right direction, when folding the stroller frame, the front seat rod and the rear seat rod of the side frame of each side is turned and folded along the front-rear direction and the sliding element slides downward along the rear support rod, such that the front support rod, the rear support rod, the front seat rod, the rear seat rod and the push rod are drawn close to each other along the front-rear direction to achieve the folding of the side frame, the transverse brace assembly is folded such that the side frames on both sides are drawn close to each other along the left-right direction, and the front wheel assembly and the rear wheel assembly are drawn close to each other along the front-rear direction.
Ester and sulfated derivatives of hyaluronic acid selected from sulfated hyaluronic acid with an average sulfation degree per disaccharide unit equal to 3 and benzyl ester of hyaluronic acid with an average carboxyl esterification percentage of 50% for use in the prevention and treatment of the pathology caused by alpha- and / or betacoronavirus, preferably the SARS-CoV-2 virus.
A method of obtaining information for assessing for a mobile terminal the suitability of a cell of a cellular telecommunications network, the method including: measuring a radio signal of the cell at the mobile terminal; undertaking a mobility assessment of the mobile terminal in order to determine whether the mobile terminal currently has a low mobility state or a high mobility state; using filter means to calculate one of a first average value of a plurality of the radio signal measurements of the cell over a first time period and a second average value of a plurality of the radio signal measurements of the cell over a second time period, longer than the first time period, such that either the first average value is calculated in dependence upon the mobility assessment of the mobile terminal being a high mobility state or the second average value in dependence upon the mobility assessment of the mobile terminal being a low mobility state; and comparing the calculated average value to a radio signal threshold, in order to determine whether or not to trigger a mobility related event, such that the radio signal threshold is also selected in dependence upon the mobility assessment of the mobile terminal. measuring a radio signal of the cell at the mobile terminal; undertaking a mobility assessment of the mobile terminal in order to determine whether the mobile terminal currently has a low mobility state or a high mobility state; using filter means to calculate one of a first average value of a plurality of the radio signal measurements of the cell over a first time period and a second average value of a plurality of the radio signal measurements of the cell over a second time period, longer than the first time period, such that either the first average value is calculated in dependence upon the mobility assessment of the mobile terminal being a high mobility state or the second average value in dependence upon the mobility assessment of the mobile terminal being a low mobility state; and using filter means to calculate one of a first average value of a plurality of the radio signal measurements of the cell over a first time period and a second average value of a plurality of the radio signal measurements of the cell over a second time period, longer than the first time period, such that either the first average value is calculated in dependence upon the mobility assessment of the mobile terminal being a high mobility state or the second average value in dependence upon the mobility assessment of the mobile terminal being a low mobility state; and comparing the calculated average value to a radio signal threshold, in order to determine whether or not to trigger a mobility related event, such that the radio signal threshold is also selected in dependence upon the mobility assessment of the mobile terminal.
A pressure seal head (100, 200, 300) for a steam valve, the pressure seal head comprising an elongated body (102, 202, 302) and a nose piece (104, 204, 304, 404) comprising a tapered end portion, the pressure seal head having a through opening, wherein the through opening of the pressure seal head is comprised of a first through bore extending longitudinally through the elongated body and a second through bore extending longitudinally through the nose piece, wherein the nose piece (104, 204. 304, 404) includes a wear indicator having at least one cavity therein extending circumferentially about at least a portion of the nose piece, the at least one cavity defining an inner wall radially inward of the at least one cavity and an outer wall radially outward of the at least one cavity; and a slot providing fluid communication between the at least one cavity and the second through bore of the nose piece; wherein the at least one cavity extends below a portion of the outer wall exposed to erosion, characterised in that the nose piece (104, 204, 304, 404) is formed of a first material and the elongated body (102, 202, 302) is formed of a second material, wherein the first material is a higher erosion resistance material than the second material, and in that the nose piece (104, 204, 304, 404) is configured to removably and replaceably attach the elongated body (102, 202, 302) of the pressure seal head. the pressure seal head having a through opening, wherein the through opening of the pressure seal head is comprised of a first through bore extending longitudinally through the elongated body and a second through bore extending longitudinally through the nose piece, wherein the nose piece (104, 204. 304, 404) includes a wear indicator having at least one cavity therein extending circumferentially about at least a portion of the nose piece, the at least one cavity defining an inner wall radially inward of the at least one cavity and an outer wall radially outward of the at least one cavity; and a slot providing fluid communication between the at least one cavity and the second through bore of the nose piece; wherein the at least one cavity extends below a portion of the outer wall exposed to erosion,
Scissor-type lifting table with a supporting device and a base device wherein a scissor lift is arranged between these and comprises intercrossing first and second scissor blade assemblies which are able to pivot relative to one another about a scissor axis and which are formed from a plurality of scissor blades and each arranged parallel to one another, wherein the supporting device is moved away from the base device by means of a lifting carriage which is movable by at least one traction means by winding up the traction means and is thereby raised for opening the scissor lift and is moved to the base device by unwinding the traction means and can thereby be lowered for closing the scissor lift, and wherein at least one lifting curve designed for regulating the lifting load during the lifting process is provided on which the lifting carriage runs along during the lifting and lowering of the supporting device, wherein the lifting curve is fastened on the base device and the lifting carriage is guided between the lifting curve and the first scissor blade assembly which is attached for pivotal movement on the base device, characterised in that at least one linear guide is provided which is connected to the sections of the first scissor blade assembly facing the base device and which is provided between the scissor axis and the articulated attachment device which connects the first scissor blade assembly and the base device.
A system for measuring one or more seed levels in a bin, the system comprising: a data storage device configured to store a determined seed type in a bin; a data processor configured to retrieve from the data storage device a reference bin level versus reference phase for the determined seed type; a measurement unit configured to determine an observed phase as a primary phase difference between a detected phase of a received primary signal derived from a transmitted primary signal and a phase of the transmitted primary signal; an estimator, wherein one of the estimator or the data processor is configured to determine an estimated bin level of seeds, where the estimated bin level is established as the reference bin level that corresponds to the respective reference phase that is closest in value to the observed phase; and a display for displaying the estimated bin level to an operator. a data storage device configured to store a determined seed type in a bin; a data processor configured to retrieve from the data storage device a reference bin level versus reference phase for the determined seed type; a measurement unit configured to determine an observed phase as a primary phase difference between a detected phase of a received primary signal derived from a transmitted primary signal and a phase of the transmitted primary signal; an estimator, wherein one of the estimator or the data processor is configured to determine an estimated bin level of seeds, where the estimated bin level is established as the reference bin level that corresponds to the respective reference phase that is closest in value to the observed phase; and a display for displaying the estimated bin level to an operator.