mhurhangee/ep-ind-claims huggingface dataset:
An ex vivo activation method, comprising: incubating a plasma sample obtained from a subject with an activator of the plasma kallikrein (pKal) system, wherein the activator is Factor XIIa (FXIIa); measuring the levels of intact high molecular weight kininogen (HMWK), cleaved HMWK, or both, in the plasma sample before and after the incubation; and determining the reduction of intact HMWK in the sample after the activation, optionally wherein the levels of intact HMWK and cleaved HMWK are measured by Western blot analysis which is preferably Protein Simple Western blot analysis. incubating a plasma sample obtained from a subject with an activator of the plasma kallikrein (pKal) system, wherein the activator is Factor XIIa (FXIIa); measuring the levels of intact high molecular weight kininogen (HMWK), cleaved HMWK, or both, in the plasma sample before and after the incubation; and determining the reduction of intact HMWK in the sample after the activation, optionally wherein the levels of intact HMWK and cleaved HMWK are measured by Western blot analysis which is preferably Protein Simple Western blot analysis.
A method for receiving control information on an Enhanced Physical Downlink Control Channel, EPDCCH, by a User Equipment, UE, in a wireless communication system, the method comprising: performing channel estimation on a Physical Resource Block, PRB, pair set related to the EPDCCH, wherein the PRB pair set is for localized EPDCCH transmission and Enhanced Control Channel Elements, ECCEs, included in the EPDCCH are transmitted based on antenna ports assigned for each of the ECCEs; and monitoring the EPDCCH in the PRB pair set based on the performed channel estimation, wherein a plurality of Demodulation Reference Signal, DMRS, ports is allocated and the same precoding is applied to the plurality of DMRS ports when a transmission point transmitting the EPDCCH uses a single physical antenna, wherein the plurality of DMRS ports are used for performing the channel estimation, wherein, based on a Channel State Information-Reference Signal, CSI-RS, configuration configured to the UE, the UE recognizes that the transmission point uses the single physical antenna. performing channel estimation on a Physical Resource Block, PRB, pair set related to the EPDCCH, wherein the PRB pair set is for localized EPDCCH transmission and Enhanced Control Channel Elements, ECCEs, included in the EPDCCH are transmitted based on antenna ports assigned for each of the ECCEs; and monitoring the EPDCCH in the PRB pair set based on the performed channel estimation, wherein a plurality of Demodulation Reference Signal, DMRS, ports is allocated and the same precoding is applied to the plurality of DMRS ports when a transmission point transmitting the EPDCCH uses a single physical antenna, wherein the plurality of DMRS ports are used for performing the channel estimation, wherein, based on a Channel State Information-Reference Signal, CSI-RS, configuration configured to the UE, the UE recognizes that the transmission point uses the single physical antenna.
A method for controlling a direct current to alternating current (DC-to-AC) converter of a ground assembly used for wireless power transfer, which includes first, second, third, and fourth switches arranged in a form of a bridge circuit between a power source and a primary coil, the method comprising: detecting a first current flowing through the primary coil at a rising edge of an output voltage signal (Vt) of the DC-to-AC converter and a second current flowing through the primary coil at a falling edge of the output voltage of the DC-to-AC converter, wherein the rising edge corresponds to a time when the output voltage signal of the DC-to-AC converter rises from 0V to a positive level, and the falling edge corresponds to a time when the output voltage signal of the DC-to-AC converter falls from 0V to a negative level; decreasing switching frequencies of the DC-to-AC converter in a determination that the first current has an excessive negative level lower than a first reference level which is negative at the rising edge and the second current has an excessive positive level higher than a second reference level which is positive at the falling edge; and increasing the switching frequencies of the DC-to-AC converter in a determination that the first current has a positive level at the rising edge. detecting a first current flowing through the primary coil at a rising edge of an output voltage signal (Vt) of the DC-to-AC converter and a second current flowing through the primary coil at a falling edge of the output voltage of the DC-to-AC converter, wherein the rising edge corresponds to a time when the output voltage signal of the DC-to-AC converter rises from 0V to a positive level, and the falling edge corresponds to a time when the output voltage signal of the DC-to-AC converter falls from 0V to a negative level; decreasing switching frequencies of the DC-to-AC converter in a determination that the first current has an excessive negative level lower than a first reference level which is negative at the rising edge and the second current has an excessive positive level higher than a second reference level which is positive at the falling edge; and increasing the switching frequencies of the DC-to-AC converter in a determination that the first current has a positive level at the rising edge.
A device comprising: a first transistor (222, 422) operable to provide an output current when enabled and to present a low leakage current when disabled; a second transistor (224, 424) coupled to the first transistor (222, 422) and operable to enable or disable the first transistor (222, 422); characterised by a third transistor (220, 420) coupled in series with the first transistor (222, 422) and operable to isolate the first transistor (222, 422) from a predetermined voltage when the first transistor (222, 422) is disabled. a first transistor (222, 422) operable to provide an output current when enabled and to present a low leakage current when disabled; a second transistor (224, 424) coupled to the first transistor (222, 422) and operable to enable or disable the first transistor (222, 422); characterised by a third transistor (220, 420) coupled in series with the first transistor (222, 422) and operable to isolate the first transistor (222, 422) from a predetermined voltage when the first transistor (222, 422) is disabled.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be cleaned, and comprising a fresh water container which is arranged next to the washing container as a side tank, is formed in one piece and consists of plastics material, a side wall of the fresh water container that faces the washing container having a wall portion which rests in a connection-free manner on the washing container and is designed to be deformable under water pressure, characterized in that the side wall of the wall portion has a reduced wall thickness relative to a side wall of an adjacent wall portion, and/or in that the wall portion is surrounded by a circumferential fold designed as a bead. the side wall of the wall portion has a reduced wall thickness relative to a side wall of an adjacent wall portion, and/or in that the wall portion is surrounded by a circumferential fold designed as a bead.
A beverage comprising: an aqueous component comprising water in an amount of from 80% to 99.9% by weight of the beverage; hydrolyzed protein in an amount of between 2% and 15% by weight of the beverage, the hydrolyzed protein comprising hydrolyzed whey protein; and sodium acid sulfate, wherein the beverage comprises a pH between 3.6 and 4.1. an aqueous component comprising water in an amount of from 80% to 99.9% by weight of the beverage; hydrolyzed protein in an amount of between 2% and 15% by weight of the beverage, the hydrolyzed protein comprising hydrolyzed whey protein; and sodium acid sulfate, wherein the beverage comprises a pH between 3.6 and 4.1.
A method for producing a microstructure formed of polysilicon, comprising the steps of: subjecting a structure to wet etching or dry etching to obtain the microstructure; rinsing for removing contamination formed after the dry etching or wet etching; and rinsing the microstructure obtained by the wet etching or dry etching with a processing liquid for suppressing pattern collapse of the microstructure, the processing liquid comprising a pyridinium halide containing at least one alkyl group selected from the group consisting of those alkyl groups having 12, 14 and 16 carbon atoms, and water, after the rinsing step for removing the contamination. subjecting a structure to wet etching or dry etching to obtain the microstructure; rinsing for removing contamination formed after the dry etching or wet etching; and rinsing the microstructure obtained by the wet etching or dry etching with a processing liquid for suppressing pattern collapse of the microstructure, the processing liquid comprising a pyridinium halide containing at least one alkyl group selected from the group consisting of those alkyl groups having 12, 14 and 16 carbon atoms, and water, after the rinsing step for removing the contamination.
A winding unit adapted to wind a yarn unwound from a yarn feeding bobbin riding on a conveying tray to form a package, the winding unit comprising: a tray holder adapted to hold the conveying tray; a bobbin detector adapted to detect a position of the yarn feeding bobbin riding on the conveying tray and to output a detection result; characterized by a tray-position adjusting mechanism adapted to adjust the position of the conveying tray held by the tray holder in a horizontal direction by moving the tray holder based on the detection result output from the bobbin detector horizontally. a tray holder adapted to hold the conveying tray; a bobbin detector adapted to detect a position of the yarn feeding bobbin riding on the conveying tray and to output a detection result; characterized by a tray-position adjusting mechanism adapted to adjust the position of the conveying tray held by the tray holder in a horizontal direction by moving the tray holder based on the detection result output from the bobbin detector horizontally.
A syringe assembly, comprising: a housing having a retaining clip and an inner chamber with a first opening for receiving a syringe and a second opening to allow a needle of the syringe to extend beyond the housing; a first sheath positioned within the housing; and a spring that exerts a force biasing the housing in a direction towards the second opening of the housing and biasing the first sheath in a direction towards the first opening of the housing; characterised in that the assembly comprises a retainer that moves in a direction perpendicular to the spring force to release the retaining clip upon actuation of the syringe assembly, wherein the retaining clip contacts the retainer to resist the spring force, and the retaining clip is static and does not move relative to the housing when the syringe assembly is actuated. a housing having a retaining clip and an inner chamber with a first opening for receiving a syringe and a second opening to allow a needle of the syringe to extend beyond the housing; a first sheath positioned within the housing; and a spring that exerts a force biasing the housing in a direction towards the second opening of the housing and biasing the first sheath in a direction towards the first opening of the housing;
Method for reducing condensate precipitate on inner surfaces of an outer skin of an aircraft, the condensate precipitate being reduced by supplying dry air into an upper region of an air gap, which extends between the upper region and a lower region, between the outer skin of an aircraft and an insulation, the insulation being arranged between a cabin wall and the outer skin of an aircraft, characterized in that the dry air is obtained by sucking it off from the lower region of the air gap and is conducted in one or more lines to the upper region of the air gap, where it re-enters the air gap.
A process for depositing a metal and/or a metal oxide on a glass substrate, the process comprising, providing a glass substrate having a surface, providing a precursor mixture comprising a metal sulfonate, at least partially atomizing the precursor mixture, and delivering the precursor mixture to the surface of the glass substrate, wherein the surface of the glass substrate is at a substrate temperature in the range 500 °C to 700 °C sufficient to effect decomposition of the metal sulfonate, and wherein the metal sulfonate is a species of formula M(O 3 SR) m, wherein M is a metal, R is CF 3 and m depends on the oxidation state of M. providing a glass substrate having a surface, providing a precursor mixture comprising a metal sulfonate, at least partially atomizing the precursor mixture, and delivering the precursor mixture to the surface of the glass substrate,
A computer-implemented method comprising: producing a document including a first coding based on an input document having a first feature, the first coding being associated with a first code, the first code having a first data, wherein the first coding is generated by extracting facts from the input document, and wherein the first feature indicates a type of the first coding, said first code being a type of an extracted fact and said first data being a value of the extracted fact; rendering the first data based on the first feature; identifying a first indication by a user of a verification status of the rendering; and identifying, based on the verification status of the rendering, a verification status of the first feature, comprising: if the verification status of the rendering indicates that the rendering is accurate, then identifying a verification status of the first feature indicating that the first feature is accurate; and otherwise, identifying a verification status of the first feature indicating that the first feature is inaccurate; and identifying, based on the verification status of the first feature, a verification status of the first coding. producing a document including a first coding based on an input document having a first feature, the first coding being associated with a first code, the first code having a first data, wherein the first coding is generated by extracting facts from the input document, and wherein the first feature indicates a type of the first coding, said first code being a type of an extracted fact and said first data being a value of the extracted fact; rendering the first data based on the first feature; identifying a first indication by a user of a verification status of the rendering; and identifying, based on the verification status of the rendering, a verification status of the first feature, comprising: if the verification status of the rendering indicates that the rendering is accurate, then identifying a verification status of the first feature indicating that the first feature is accurate; and otherwise, identifying a verification status of the first feature indicating that the first feature is inaccurate; and if the verification status of the rendering indicates that the rendering is accurate, then identifying a verification status of the first feature indicating that the first feature is accurate; and otherwise, identifying a verification status of the first feature indicating that the first feature is inaccurate; and identifying, based on the verification status of the first feature, a verification status of the first coding.
A coin diverter, comprising: a diverter member (31, 41) that diverts a coin from a transport path; and a driver (32, 42) that changes a state of the diverter member (31, 41) to any of a first state in which the diverter member (31, 41) leads the coin in a downstream direction of the transport path, a second state in which the diverter member (31, 41) leads the coin in a first direction in which the coin is dropped from the transport path, and a third state in which the diverter member (31, 41) leads the coin in a second direction different from the downstream direction of the transport path and the first direction, characterized in that in the first state, the diverter member (31, 41) forms a bottom surface and a side surface of the transport path, in the second state, the diverter member (31, 41) forms a first opening through which the coin passes and a first guide, the first opening being formed in the bottom surface of the transport path, the first guide preventing the coin from being transported in the downstream direction of the transport path and leading the coin to the first opening, and in the third state, the diverter member (31, 41) forms a second opening through which the coin passes and a second guide, the second opening being formed in the side surface of the transport path, the second guide preventing the coin from being transported in the downstream direction of the transport path and leading the coin to the second opening. a diverter member (31, 41) that diverts a coin from a transport path; and a driver (32, 42) that changes a state of the diverter member (31, 41) to any of a first state in which the diverter member (31, 41) leads the coin in a downstream direction of the transport path, a second state in which the diverter member (31, 41) leads the coin in a first direction in which the coin is dropped from the transport path, and a third state in which the diverter member (31, 41) leads the coin in a second direction different from the downstream direction of the transport path and the first direction, characterized in that in the first state, the diverter member (31, 41) forms a bottom surface and a side surface of the transport path, in the second state, the diverter member (31, 41) forms a first opening through which the coin passes and a first guide, the first opening being formed in the bottom surface of the transport path, the first guide preventing the coin from being transported in the downstream direction of the transport path and leading the coin to the first opening, and in the third state, the diverter member (31, 41) forms a second opening through which the coin passes and a second guide, the second opening being formed in the side surface of the transport path, the second guide preventing the coin from being transported in the downstream direction of the transport path and leading the coin to the second opening.
Medical treatment device for stimulating neurons of a patient to suppress a pathologically synchronous activity of the neurons, comprising a non-invasive stimulation unit configured for simultaneously administering at least one acoustic stimulus and at least one non-acoustic stimulus to a patient's body, each of which is configured to suppress the pathologically synchronous activity when being administered to the patient's body, wherein the stimulation unit comprises at least one vibrotactile stimulating element which is configured to oscillatingly or periodically act onto a surface of the patient's body so as to administer the non-acoustic stimulus to the patient's body, wherein the stimulation unit is configured to simultaneously generate the acoustic stimulus and the non-acoustic stimulus upon oscillatingly or periodically actuating the vibrotactile stimulating element, and wherein when being administered to the patient's body, the acoustic stimulus is configured to suppress a pathologically synchronous activity of a first neuronal population and the non-acoustic stimulus is configured to suppress a pathologically synchronous activity of a second neuronal population being different from the first neuronal population. the stimulation unit comprises at least one vibrotactile stimulating element which is configured to oscillatingly or periodically act onto a surface of the patient's body so as to administer the non-acoustic stimulus to the patient's body, wherein the stimulation unit is configured to simultaneously generate the acoustic stimulus and the non-acoustic stimulus upon oscillatingly or periodically actuating the vibrotactile stimulating element, and wherein when being administered to the patient's body, the acoustic stimulus is configured to suppress a pathologically synchronous activity of a first neuronal population and the non-acoustic stimulus is configured to suppress a pathologically synchronous activity of a second neuronal population being different from the first neuronal population.
A VTOL (vertical take-off and landing) aerial drone comprising: a flying platform having: a left main wing and a right main wing; a left secondary wing and a right secondary wing; a main body coupled to the left main wing and the right main wing; a left linear support connecting the left main wing to the left secondary wing; a right linear support connecting the right main wing to the right secondary wing; the left linear support has a first, a second, a third lifting propellers, and a left vertical stabilizer; the right linear support has a fourth, a fifth, a sixth lifting propellers and a right vertical stabilizer; a cargo cabin or a passenger cabin being detachably coupled to the flying platform; and at least one pushing propeller (107A, 107B; 117) coupled to either the platform or the cabin (130; 140), characterized in that, the at least one pushing propeller (107A, 107B; 117) is disposed so as to be vertically level with, that is, disposed at a horizontal level equal to the horizontal level of the cargo cabin or the passenger cabin. a flying platform having: a left main wing and a right main wing; a left secondary wing and a right secondary wing; a main body coupled to the left main wing and the right main wing; a left linear support connecting the left main wing to the left secondary wing; a right linear support connecting the right main wing to the right secondary wing; the left linear support has a first, a second, a third lifting propellers, and a left vertical stabilizer; the right linear support has a fourth, a fifth, a sixth lifting propellers and a right vertical stabilizer; a left main wing and a right main wing; a left secondary wing and a right secondary wing; a main body coupled to the left main wing and the right main wing; a left linear support connecting the left main wing to the left secondary wing; a right linear support connecting the right main wing to the right secondary wing; the left linear support has a first, a second, a third lifting propellers, and a left vertical stabilizer; the right linear support has a fourth, a fifth, a sixth lifting propellers and a right vertical stabilizer; a cargo cabin or a passenger cabin being detachably coupled to the flying platform; and at least one pushing propeller (107A, 107B; 117) coupled to either the platform or the cabin (130; 140), characterized in that, the at least one pushing propeller (107A, 107B; 117) is disposed so as to be vertically level with, that is, disposed at a horizontal level equal to the horizontal level of the cargo cabin or the passenger cabin.