mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for determining one or more electrical parameters of a contactless data storage device which includes a card antenna with a coil of one or more windings connected to a card microchip, the apparatus comprising: an impedance analyzer configured to measure impedance data of a pick-up probe interacting via an electromagnetic field with the contactless data storage device and to determine measured impedance data as a function of at least one of: frequency, current, and voltage; a simulator unit configured to determine calculated impedance data of a computerized model of the pick-up probe interacting via a modelled electromagnetic field with a computerized model of the contactless data storage device, the calculated impedance data being determined as a function of one or more electrical parameters of the computerized model of the contactless data storage device and as a function of at least one of: frequency, current, and voltage; a function generator configured to generate an objective function using the measured impedance data and using the calculated impedance data; and an optimizer unit configured to calculate an optimal solution for the objective function and to use the optimal solution to determine the one or more electrical parameters of the contactless data storage device. an impedance analyzer configured to measure impedance data of a pick-up probe interacting via an electromagnetic field with the contactless data storage device and to determine measured impedance data as a function of at least one of: frequency, current, and voltage; a simulator unit configured to determine calculated impedance data of a computerized model of the pick-up probe interacting via a modelled electromagnetic field with a computerized model of the contactless data storage device, the calculated impedance data being determined as a function of one or more electrical parameters of the computerized model of the contactless data storage device and as a function of at least one of: frequency, current, and voltage; a function generator configured to generate an objective function using the measured impedance data and using the calculated impedance data; and an optimizer unit configured to calculate an optimal solution for the objective function and to use the optimal solution to determine the one or more electrical parameters of the contactless data storage device.
Method for decoding a polar code in which a first successive cancellation decoding step (510, 810) is done, and in which if it is detected that the decoded frame is incorrect (520, 820), there is generated (530,830) a first ordered list ( L flip) of positions in the frame for which a bit inversion is to be tested, and, for each position in the first list and in the order of the first list, the value of the bit in the frame corresponding to said position is inverted (550, 850), and a second successive cancellation decoding (560,860) is carried out for subsequent bits in the frame until there is no error in the decoded frame or the first list is exhausted, characterised in that the bits in the first list are ordered as a function of a first metric ( M ( k)), the value of said first metric for a bit in the frame dependent on the reliability of this bit and the reliability of decisions on at least some bits preceding it in the frame.
Liquid dispensing device comprising a valve comprising: - a valvemember-forming portion for blocking and passing liquid out from the device, and - a fastener edge for permanently fastening the valve relative to a container, the fastener edge comprising a tubular fastener wall sandwiched between an inner tubular wall and an outer tubular wall, the inner tubular wall being carried by a housing mounted on the container, the housing covering the valve at least in part, the outer tubular wall being carried by a support mounted on the container, characterised in that the inner and outer tubular walls are arranged such that they exert radial compression on the fastener wall. - a valvemember-forming portion for blocking and passing liquid out from the device, and - a fastener edge for permanently fastening the valve relative to a container, the fastener edge comprising a tubular fastener wall sandwiched between an inner tubular wall and an outer tubular wall, the inner tubular wall being carried by a housing mounted on the container, the housing covering the valve at least in part, the outer tubular wall being carried by a support mounted on the container,
A radiation sensitive detector element, comprising: a light receiving region, located on a back side of the detector element, that receives light; a scintillator in optical communication with the light receiving region of the detector element, wherein the scintillator receives the radiation and produces the light; a photodiode (204, 212, 232), disposed within the detector element, that produces a photo-current indicative of the light; and read-out electronics, located on a front side of the detector element, that process the photo-current to generate a signal indicative thereof; characterized in that a charge barrier (232; 268) is disposed between the light receiving region and the read-out electronics and the photodiode (204, 212, 232), the read-out electronics, and the charge barrier (232, 268) are formed in a common substrate. a light receiving region, located on a back side of the detector element, that receives light; a scintillator in optical communication with the light receiving region of the detector element, wherein the scintillator receives the radiation and produces the light; a photodiode (204, 212, 232), disposed within the detector element, that produces a photo-current indicative of the light; and read-out electronics, located on a front side of the detector element, that process the photo-current to generate a signal indicative thereof; characterized in that a charge barrier (232; 268) is disposed between the light receiving region and the read-out electronics and the photodiode (204, 212, 232), the read-out electronics, and the charge barrier (232, 268) are formed in a common substrate.
A method for forming an electronic device having a region comprising a semiconductive polymer comprising alkyl side chains, the method comprising depositing the semiconductive polymer on a substrate by a process which promotes ordering in the deposited polymer, and characterised in that the process comprises pre-treating the substrate having hydroxyl groups with a silylating agent to increase the attraction of the alkyl side chains to the substrate and promote formation of a lamellar structure in the semiconductive polymer.
A diaphragm valve comprising: a solenoid body having a coil and a pole piece positioned in the solenoid body; a valve body cartridge connected to the solenoid body, the valve body cartridge including a valve seat; an armature slidably disposed in the solenoid body for movement along a longitudinal axis between an energized position and a de-energized position; a valve member slidably disposed in the valve body cartridge, the valve member connected to a connection portion of the armature for movement therewith; a biasing member disposed in the solenoid body that acts to normally bias the armature toward the de-energized position; a diaphragm extending inwardly from the valve body cartridge; and a diaphragm support sleeve having a support sleeve wall that defines a sleeve cavity, wherein the sleeve cavity receives at least part of the armature, and wherein a peripheral lip of the diaphragm is received between the valve body cartridge and the diaphragm support sleeve; characterized in that, the diaphragm is clamped between the connection portion of the armature and the valve member such that the diaphragm deflects in response to movement of the armature and the valve member along the longitudinal axis; and the diaphragm support sleeve has a support sleeve flange that extends inwardly and is transverse to the support sleeve wall, wherein the support sleeve flange abuts and supports at least part of the diaphragm. a solenoid body having a coil and a pole piece positioned in the solenoid body; a valve body cartridge connected to the solenoid body, the valve body cartridge including a valve seat; an armature slidably disposed in the solenoid body for movement along a longitudinal axis between an energized position and a de-energized position; a valve member slidably disposed in the valve body cartridge, the valve member connected to a connection portion of the armature for movement therewith; a biasing member disposed in the solenoid body that acts to normally bias the armature toward the de-energized position; a diaphragm extending inwardly from the valve body cartridge; and a diaphragm support sleeve having a support sleeve wall that defines a sleeve cavity, wherein the sleeve cavity receives at least part of the armature, and wherein a peripheral lip of the diaphragm is received between the valve body cartridge and the diaphragm support sleeve; characterized in that, the diaphragm is clamped between the connection portion of the armature and the valve member such that the diaphragm deflects in response to movement of the armature and the valve member along the longitudinal axis; and the diaphragm support sleeve has a support sleeve flange that extends inwardly and is transverse to the support sleeve wall, wherein the support sleeve flange abuts and supports at least part of the diaphragm.
A flexible multiple chamber bag for storing medical products comprising: a) three adjacent chambers, a first chamber partially separating a second upper chamber from a third lower chamber by a welded seam, partially connecting said first chamber and said second chamber, and a welded seam, partially connecting said first chamber and said third chamber, b) said second chamber and said third chamber being partially connected by a welded seam, c) the welded seam, partially connecting said second chamber and said third chamber, and the welded seam, partially connecting said first chamber and said third chamber, being peelable when applying pressure on the bag, said peelable welded seams (5, 6) having the shape of an inverse letter "V" with increasing angle of the lines of said "V", each of said welded seams (5,6) starting at the basic point being in connection with said first, second and third chambers (1,2,3), said welded seams (5,6) of said "V" terminating essentially in a right angle to the circumference weld of said bag, d) said basic point of said "V" being fixed and non peelable when applying pressure on the bag, e) said welded seam, partially connecting said first chamber and said second chamber, being non peelable when applying pressure on the bag, starting at the basic point of said "V" and terminating essentially in a right angle at the circumference weld of said bag, f) said bag comprising a hanger flap extending from the top end of said bag next to said chamber within said circumferential weld and g) a medical port welded to the lower end of said circumferential weld. a) three adjacent chambers, a first chamber partially separating a second upper chamber from a third lower chamber by a welded seam, partially connecting said first chamber and said second chamber, and a welded seam, partially connecting said first chamber and said third chamber, b) said second chamber and said third chamber being partially connected by a welded seam, c) the welded seam, partially connecting said second chamber and said third chamber, and the welded seam, partially connecting said first chamber and said third chamber, being peelable when applying pressure on the bag, said peelable welded seams (5, 6) having the shape of an inverse letter "V" with increasing angle of the lines of said "V", each of said welded seams (5,6) starting at the basic point being in connection with said first, second and third chambers (1,2,3), said welded seams (5,6) of said "V" terminating essentially in a right angle to the circumference weld of said bag, d) said basic point of said "V" being fixed and non peelable when applying pressure on the bag, e) said welded seam, partially connecting said first chamber and said second chamber, being non peelable when applying pressure on the bag, starting at the basic point of said "V" and terminating essentially in a right angle at the circumference weld of said bag, f) said bag comprising a hanger flap extending from the top end of said bag next to said chamber within said circumferential weld and g) a medical port welded to the lower end of said circumferential weld.
A computer-implemented method of determining relative strength of binding between a receptor and individual members of a set of ligands to form complexes between individual ligand set members and the receptor, the method comprising a computer-implemented determination of multiple relative binding free energy differences for a set of ligand pairs forming at least one closed cycle, and a computer implemented determination of hysteresis magnitude about each closed thermodynamic cycle, comprising: a. a computer implemented probabilistic determination of the free energy differences and error distributions about those free energy differences along each of the legs of the closed thermodynamic cycle that probabilistically lead to the hysteresis value observed for the closed thermodynamic cycles; b. a computer implemented determination of the most probable free energy difference for each leg in the closed thermodynamic cycle included in the probabilistic model determined in a; c. a computer implemented determination of the most probable error associated with the most probable binding free energy difference for each pair of ligands along each leg in the closed thermodynamic cycle from the probabilistic determination in b.; d. a computer implemented output of values representing the relative binding free energies and errors in c. to a computer user, wherein steps c. and d. include determining a set of free energy values for each leg that minimizes the function ∑ i E i − F i 2 2 σ i 2 with the constraint: ∑ i F i = 0 where E i calculated free energy difference for a given leg i; F i is the theoretical free energy difference for a given leg i; and σ i is the standard deviation of the calculated free energy differences for leg i, and where the sum of the theoretical free energy differences for all closed cycles is 0. a. a computer implemented probabilistic determination of the free energy differences and error distributions about those free energy differences along each of the legs of the closed thermodynamic cycle that probabilistically lead to the hysteresis value observed for the closed thermodynamic cycles; b. a computer implemented determination of the most probable free energy difference for each leg in the closed thermodynamic cycle included in the probabilistic model determined in a; c. a computer implemented determination of the most probable error associated with the most probable binding free energy difference for each pair of ligands along each leg in the closed thermodynamic cycle from the probabilistic determination in b.; d. a computer implemented output of values representing the relative binding free energies and errors in c. to a computer user, wherein steps c. and d. include determining a set of free energy values for each leg that minimizes the function ∑ i E i − F i 2 2 σ i 2 with the constraint: ∑ i F i = 0 where E i calculated free energy difference for a given leg i; F i is the theoretical free energy difference for a given leg i; and σ i is the standard deviation of the calculated free energy differences for leg i, and where the sum of the theoretical free energy differences for all closed cycles is 0.
A system for assessing a patient's balancing ability and fine motor skills in order to facilitate ascertaining the patient's current medical status, the system comprising: a balance plate for measuring Center of Gravity (or COG) dynamic weight distribution data of the patient whilst standing, said balance plate including at least one load cell and a plate configured to facilitate correct positioning of the patient's feet on the plate; at least one sensor for measuring the fine motor skills data of the patient, including a handgrip sensor for measuring grip strength data of the patient and/or an eye tracking sensor for measuring eye movement data of the patient; a local processor in operative communication with said balance plate and said handgrip sensor, said local processor being configured to generate data pertaining to the patient's fine motor skills based on said fine motor skills data and generate balance data based on dynamic weight distribution data from the COG measurement for combined analysis in order to assess physiological condition; and an electronic database configured to receive the COG dynamic weight distribution data and the grip strength data from said local processor, said electronic database being accessible over a communications network. a balance plate for measuring Center of Gravity (or COG) dynamic weight distribution data of the patient whilst standing, said balance plate including at least one load cell and a plate configured to facilitate correct positioning of the patient's feet on the plate; at least one sensor for measuring the fine motor skills data of the patient, including a handgrip sensor for measuring grip strength data of the patient and/or an eye tracking sensor for measuring eye movement data of the patient; a local processor in operative communication with said balance plate and said handgrip sensor, said local processor being configured to generate data pertaining to the patient's fine motor skills based on said fine motor skills data and generate balance data based on dynamic weight distribution data from the COG measurement for combined analysis in order to assess physiological condition; and an electronic database configured to receive the COG dynamic weight distribution data and the grip strength data from said local processor, said electronic database being accessible over a communications network.
A polymorphic genetic marker comprising SEQ ID NO 1 or comprising or consisting of SEQ ID NO 2, that includes a n repeat wherein n is an integer higher than 1, comprised between 27 and 33, said marker being genetically linked to a locus of nuclear recessive male sterile mutation ( ms) in Cichorium intybus subsp. intybus var. foliosum, characterized in that the mean recombination frequency observed, corresponding to a distance between the marker and the locus after correction with the Kosambi's function, is of about 6 cM.
A falling film evaporator for reducing a liquid content of a dairy product, the evaporator comprising a housing having an inlet and an outlet for passing a heating media through the housing, a number of heat transfer tubes that are vertically arranged inside the housing such that the heating media can flow over outer surfaces of the heat transfer tubes, each heat transfer tube of the heat transfer tubes comprising an upper inlet and a lower outlet for passing the dairy product over an inner surface of the heat transfer tube, characterised in that each heat transfer tube comprises corrugations that extend along the length of the heat transfer tube. a housing having an inlet and an outlet for passing a heating media through the housing, a number of heat transfer tubes that are vertically arranged inside the housing such that the heating media can flow over outer surfaces of the heat transfer tubes, each heat transfer tube of the heat transfer tubes comprising an upper inlet and a lower outlet for passing the dairy product over an inner surface of the heat transfer tube, characterised in that each heat transfer tube comprises corrugations that extend along the length of the heat transfer tube.
Assembly frame for a rotor star of a wind turbine, comprising a transport container, a support arm and a hub adaptor, wherein, in a state of transport of the assembly frame, the support arm is arranged within the transport container, and wherein, in a state of use of the assembly frame, the support arm is connected to the transport container such that the support arm and the transport container each form a projecting arm of the assembly frame.
Method for the purification of exhaust gas from an internal combustion engine, comprising reducing the content of soot in the exhaust gas by passing the gas through a filter; subsequently reducing the content of nitrogen oxides in presence of ammonia or a precursor thereof in contact with a catalyst being active in NH3-SCR; periodically regenerating the filter by burning of soot captured in the filter and thereby increasing temperature of the exhaust gas up to 850°C and water vapour content up to 100% by volume; and passing the exhaust gas from the filter through the catalyst during the regeneration of the filter, wherein the catalyst consists of a hydrothermally microporous stable zeolite SSZ-39 promoted with copper.
A benzoxazine resin composition comprising at least to below: a multifunctional benzoxazine resin having at least two of the structures of Formula I: a multifunctional epoxy resin that is a liquid at 40°C having a number of glycidyl groups between 3 and 7; a sulfonate ester, and a thermoplastic resin comprising at least one of a polyethersulfone, a polysulfone, or a polyphenylene sulfide, the thermoplastic resin having a weight-average molecular weight of 7,000 to 30,000 g/mol, wherein the weight-average molecular weight of the thermoplastic resin is obtained by gel permeation chromatography by utilizing retention time of a calibration sample composed of polystyrene, and wherein 50mol% or more of terminal functional groups of the thermoplastic resin of are hydroxyl groups or amino groups. a multifunctional benzoxazine resin having at least two of the structures of Formula I: a multifunctional epoxy resin that is a liquid at 40°C having a number of glycidyl groups between 3 and 7; a sulfonate ester, and a thermoplastic resin comprising at least one of a polyethersulfone, a polysulfone, or a polyphenylene sulfide, the thermoplastic resin having a weight-average molecular weight of 7,000 to 30,000 g/mol, wherein the weight-average molecular weight of the thermoplastic resin is obtained by gel permeation chromatography by utilizing retention time of a calibration sample composed of polystyrene, and