mhurhangee/ep-ind-claims huggingface dataset:
An upper for an article of footwear comprising: a knit component forming at least a surface of the upper, wherein the knit component comprises a first surface and an opposite second surface, wherein the knit component includes a non-fusible yarn and a fusible yarn, the non-fusible yarn extending throughout the knit component, characterised by the fusible yarn being located on at least the first surface, and a bonded component (120, 303-306) adjacent to the first surface, wherein the bonded component is thermal bonded to the first surface with a thermoplastic polymer material of the fusible yarn. a knit component forming at least a surface of the upper, wherein the knit component comprises a first surface and an opposite second surface, wherein the knit component includes a non-fusible yarn and a fusible yarn, the non-fusible yarn extending throughout the knit component, characterised by the fusible yarn being located on at least the first surface, and a bonded component (120, 303-306) adjacent to the first surface, wherein the bonded component is thermal bonded to the first surface with a thermoplastic polymer material of the fusible yarn.
A method for preparing antrocin, comprising the steps of: (a) reacting Compound A with sulfide and haloalkane in the presence of a base to produce an intermediate; and (b) reacting the intermediate with a free radical initiator and a free radical source to form antrocin, wherein the base is sodium bis(trimethylsilyl)amide, the free radical initiator is azo-bis-isobutyronitrile, and the free radical source is tri-n-butyltin hydride. (a) reacting Compound A with sulfide and haloalkane in the presence of a base to produce an intermediate; and (b) reacting the intermediate with a free radical initiator and a free radical source to form antrocin, wherein the base is sodium bis(trimethylsilyl)amide, the free radical initiator is azo-bis-isobutyronitrile, and the free radical source is tri-n-butyltin hydride.
A method for making an antenna reflector, comprising: obtaining a Carbon Nano-Tube, CNT, material; cutting the CNT material into a plurality of wedge shaped pieces; and bonding together the wedge shaped pieces using a resin film adhesive to form the antenna reflector with a three dimensional contoured surface. obtaining a Carbon Nano-Tube, CNT, material; cutting the CNT material into a plurality of wedge shaped pieces; and bonding together the wedge shaped pieces using a resin film adhesive to form the antenna reflector with a three dimensional contoured surface.
A method for determining a sample concentration of target entities in a sample, the method comprising: obtaining assay data comprising data points of respective local measurements indicative of a local concentration (DP(DZ i)) of the target entities at each of a plurality of assay areas of an assay assembly, wherein the assay areas are connected in series such that a sample flowing through the assay assembly flows past each assay area in sequence, and wherein each assay area comprises a plurality of probe entities immobilized at a surface of the assay area, the probe entities being arranged to bind to the target entities in the sample, such that the concentration of the target entities is depleted as the sample flows from one of the assay areas to the next; modeling the assay data with a parameterized function wherein the parameterized function is a logistic function, and wherein the parameterized function is proportional to DP max 1 + exp Shape × DZ i + Offset wherein DP max and Shape are fixed parameters characteristic of the assay assembly, Offset is a variable parameter depending on the concentration of the target entities in the sample and DZ i is indicative of the position of the respective assay area, i, in the sequence; fitting the parameterized function to the assay data to determine a value of Offset; and determining a value indicative of the sample concentration of target entities based on the value of Offset. obtaining assay data comprising data points of respective local measurements indicative of a local concentration (DP(DZ i)) of the target entities at each of a plurality of assay areas of an assay assembly, wherein the assay areas are connected in series such that a sample flowing through the assay assembly flows past each assay area in sequence, and wherein each assay area comprises a plurality of probe entities immobilized at a surface of the assay area, the probe entities being arranged to bind to the target entities in the sample, such that the concentration of the target entities is depleted as the sample flows from one of the assay areas to the next; modeling the assay data with a parameterized function wherein the parameterized function is a logistic function, and wherein the parameterized function is proportional to wherein DP max and Shape are fixed parameters characteristic of the assay assembly, Offset is a variable parameter depending on the concentration of the target entities in the sample and DZ i is indicative of the position of the respective assay area, i, in the sequence; fitting the parameterized function to the assay data to determine a value of Offset; and determining a value indicative of the sample concentration of target entities based on the value of Offset.
A method for transmitting a data signal, comprising: acquiring (201, 302), by a first user equipment, a scheduling assignment signal sent by a second user equipment and a scheduling assignment signal sent by at least one third user equipment, wherein the second user equipment is a user equipment that performs device-to-device communication with the first user equipment; determining (202, 304), by the first user equipment, a first time adjustment amount according to a time adjustment amount comprised in the acquired scheduling assignment signals, wherein the first time adjustment amount is not less than the time adjustment amount comprised in the scheduling assignment signal sent by the second user equipment; and receiving, by the first user equipment according to the first time adjustment amount and subframe information that is comprised in the scheduling assignment signal sent by the second user equipment, a data signal sent by the second user equipment. acquiring (201, 302), by a first user equipment, a scheduling assignment signal sent by a second user equipment and a scheduling assignment signal sent by at least one third user equipment, wherein the second user equipment is a user equipment that performs device-to-device communication with the first user equipment; determining (202, 304), by the first user equipment, a first time adjustment amount according to a time adjustment amount comprised in the acquired scheduling assignment signals, wherein the first time adjustment amount is not less than the time adjustment amount comprised in the scheduling assignment signal sent by the second user equipment; and receiving, by the first user equipment according to the first time adjustment amount and subframe information that is comprised in the scheduling assignment signal sent by the second user equipment, a data signal sent by the second user equipment.
Method for reconfiguring components which are arranged in a lighting system and in which software is stored, wherein, during the reconfiguration of a component, at least a portion of the software stored in the component is updated and/or additional software is stored in the component, wherein the reconfiguration takes place during the ongoing operation of the component, wherein at least a portion of the software involves fault diagnosis functions which diagnose and evaluate faults in the component or in devices connected to the component, characterized in that when a fault occurs in the component or devices connected to the component, the fault diagnosis functions are updated and/or additional fault diagnosis functions are stored in the component.
A method of controlling an engine by using a controller, the engine including a cylinder with a pentroof ceiling, air being introduced into the cylinder through an intake valve provided to the ceiling; an ignition device including a spark plug provided at or near the center axis of the cylinder; and a fuel injector provided at or near the center axis of the cylinder, the method comprising steps of: injecting main fuel by the fuel injector during one of an intake stroke and a compression stroke, and providing a mixture gas containing fuel and air inside the cylinder; and applying by the ignition device a voltage between electrodes of the spark plug at a timing when the mixture gas is not ignited or not to be ignited, and detecting a parameter related to a current value of an electric-discharge channel generated between the electrodes; and determining by the controller whether the detected parameter is within a range between a first threshold and a second threshold to determine a flowing state of a vortex inside the cylinder; igniting the mixture gas by operation of the spark plug to carry out a main ignition when the parameter is determined to be within the range; characterized in that the method further comprises the steps of: igniting the mixture gas by operation of the spark plug to carry out a supplemental ignition (1108, 1109) and by operation of the spark plug to carry out the main ignition after the supplemental ignition (1108, 1109) when the parameter is determined to be outside the range. injecting main fuel by the fuel injector during one of an intake stroke and a compression stroke, and providing a mixture gas containing fuel and air inside the cylinder; and applying by the ignition device a voltage between electrodes of the spark plug at a timing when the mixture gas is not ignited or not to be ignited, and detecting a parameter related to a current value of an electric-discharge channel generated between the electrodes; and determining by the controller whether the detected parameter is within a range between a first threshold and a second threshold to determine a flowing state of a vortex inside the cylinder; igniting the mixture gas by operation of the spark plug to carry out a main ignition when the parameter is determined to be within the range; characterized in that the method further comprises the steps of: igniting the mixture gas by operation of the spark plug to carry out a supplemental ignition (1108, 1109) and by operation of the spark plug to carry out the main ignition after the supplemental ignition (1108, 1109) when the parameter is determined to be outside the range.
An ascension aid for a wind turbine comprising a cabin, a catch unit which co-operates with a securing cable as a securing means and is adapted to prevent the cabin from moving unexpectedly downwardly, and a testing unit for testing the functionality of the catch unit, wherein the testing unit has a guide unit for the securing cable characterized in that the testing unit comprises an entrainment unit for the securing cable, which is suitable for pulling the securing cable upwardly. a cabin, a catch unit which co-operates with a securing cable as a securing means and is adapted to prevent the cabin from moving unexpectedly downwardly, and a testing unit for testing the functionality of the catch unit, wherein the testing unit has a guide unit for the securing cable characterized in that the testing unit comprises an entrainment unit for the securing cable, which is suitable for pulling the securing cable upwardly.
A method for selecting cellulose-containing used textiles, the method comprising: determining a quality criterion which is indicative for the quality, in particular the average degree of polymerization, of the cellulose; comparing the determined quality criterion with a predefined quality criterion; and based on the result of the determination: supplying first cellulose-containing used textiles whose quality criterion does not correspond to the predefined quality criterion to a method for manufacturing a paper material; supplying second cellulose-containing used textiles whose quality criterion corresponds to the predefined quality criterion to a method for manufacturing a regenerated cellulosic molded body, in particular a lyocell method or a viscose method, in particular a carbamate method or a cold alkali method. determining a quality criterion which is indicative for the quality, in particular the average degree of polymerization, of the cellulose; comparing the determined quality criterion with a predefined quality criterion; and based on the result of the determination: supplying first cellulose-containing used textiles whose quality criterion does not correspond to the predefined quality criterion to a method for manufacturing a paper material; supplying second cellulose-containing used textiles whose quality criterion corresponds to the predefined quality criterion to a method for manufacturing a regenerated cellulosic molded body, in particular a lyocell method or a viscose method, in particular a carbamate method or a cold alkali method. supplying first cellulose-containing used textiles whose quality criterion does not correspond to the predefined quality criterion to a method for manufacturing a paper material; supplying second cellulose-containing used textiles whose quality criterion corresponds to the predefined quality criterion to a method for manufacturing a regenerated cellulosic molded body, in particular a lyocell method or a viscose method, in particular a carbamate method or a cold alkali method.
Cable connection comprising a housing unit with a housing sleeve and a cap nut screwable onto the housing sleeve and a fixing unit arranged in the housing unit and having a guide sleeve, at least one rib cage (54, 56) extending from the guide sleeve and a clamping seal ring consisting of an elastic material, seated in the rib cage (54, 56) and being actable upon thereby, said seal ring being capable to be assigned when the fixing unit is acted upon by means of the housing unit to a cable, which is guided through the housing unit and the fixing unit, in a sealingly closed and clamping manner, wherein the fixing unit has two rib cages (54, 56) extending on opposite sides of the guide sleeve proceeding therefrom in opposite directions parallel to a central axis of the housing unit and both being actable upon by the housing unit, wherein an elastic clamping seal ring is seated in each rib cage (54, 56) and each of that clamping seal ring is actable upon by the respective rib cage (54, 56) radially to the central axis in the direction of the cable guided through, and wherein the guide sleeve is provided with a radially acting sealing element (94, 96) which is capable to be assigned to a sealing surface (100, 102) on a cylindrical inner surface of the housing sleeve in a sealingly closed manner.
Mould (1, 31, 81, 91) for kids, comprising: - a hollow body having at least one opening defining at least one respective forming zone; - a first element combined with said hollow body for closing-opening said at least one opening at a first side of said at least one forming zone; - a second element combined with said hollow body for closing, and possibly opening, said at least one opening, at a second side of said at least one forming zone; wherein at least one among said hollow body, said first element and said second element, comprises a plurality of holes which are open in said at least one forming zone, such that said at least one forming zone is fluidically communicating with the environment outside of said mould. - a hollow body having at least one opening defining at least one respective forming zone; - a first element combined with said hollow body for closing-opening said at least one opening at a first side of said at least one forming zone; - a second element combined with said hollow body for closing, and possibly opening, said at least one opening, at a second side of said at least one forming zone; wherein at least one among said hollow body, said first element and said second element, comprises a plurality of holes which are open in said at least one forming zone, such that said at least one forming zone is fluidically communicating with the environment outside of said mould.
A copolymer containing 80 mol% or more of a methyl (meth)acrylate unit, 0.45 mol% to 7 mol% of a (meth)acrylic acid unit, and 0.001 mol% to 0.25 mol% of a glutaric anhydride unit, mol% being a value calculated from the measurement of the H 1 -NMR spectrum of the copolymer.
Method of analysing defects of at least one type from among a plurality of types of defects between at least two samples on the basis of an image of each sample characteristic of at least one type of defects from among said plurality of types of defects comprising: - for each sample, a step of creating at least one matrix called a minimap comprising a plurality of boxes and representative of at least one type of defects from among the plurality of types of defects of which the resolution is less than the image of the sample, each box of the minimap being associated with a plurality of pixels of the image of the sample and having a score dependent on said pixels and representative of the quantity of at least one type of defects; - a step of determining the distance between each minimap representing the same type or types of defects from among the plurality of types of defects, the distance between two minimaps being defined as the minimum distance between two minimaps by considering the following transformations: a rotation and/or a symmetry so that each distance between two minimaps is associated with a transformation; the analysis of at least one type of defects from among the plurality of types of defects between at least two samples being performed by taking account of the transformation associated with the distance between each minimap representative of the at least one type of defects from among the plurality of types of defects. - for each sample, a step of creating at least one matrix called a minimap comprising a plurality of boxes and representative of at least one type of defects from among the plurality of types of defects of which the resolution is less than the image of the sample, each box of the minimap being associated with a plurality of pixels of the image of the sample and having a score dependent on said pixels and representative of the quantity of at least one type of defects; - a step of determining the distance between each minimap representing the same type or types of defects from among the plurality of types of defects, the distance between two minimaps being defined as the minimum distance between two minimaps by considering the following transformations: a rotation and/or a symmetry so that each distance between two minimaps is associated with a transformation;
A lighting device comprising: a light source; an envelope comprising an outer surface arranged for distributing light from said light source, and an inner surface being configured for surrounding an internal volume; wherein said inner surface is at least partly covered by a sheet metal element, and wherein said sheet metal element is separated a predetermined distance from said inner surface thereby providing a clearance between said inner surface and said sheet metal element, said predetermined distance being provided by spacer elements arranged between said sheet metal element and said inner surface, and wherein driver electronics of the light sources is arranged within said internal volume. a light source; an envelope comprising an outer surface arranged for distributing light from said light source, and an inner surface being configured for surrounding an internal volume; wherein said inner surface is at least partly covered by a sheet metal element, and wherein said sheet metal element is separated a predetermined distance from said inner surface thereby providing a clearance between said inner surface and said sheet metal element, said predetermined distance being provided by spacer elements arranged between said sheet metal element and said inner surface, and wherein driver electronics of the light sources is arranged within said internal volume.
Handle for a motor vehicle, with a door handle, which comprises at least one housing shell, in which an electronics unit is arranged, a locking cylinder arranged inside the housing shell, into which cylinder an emergency key can be inserted from outside the housing shell to activate a safety system of the motor vehicle in case of emergency, a cover element, which covers the locking cylinder from the external area of the door handle, wherein the cover element is moveable between a closed position and an open position, wherein the cover element is connected with the housing shell in the closed position as well as in the open position, characterized in that an outer region of the housing shell adjacent to the cover element is at least partially deformable, in order to allow the cover element to be moved-out out of the housing shell.
A laminated structure comprising a microporous film bonded in a face to face relationship with a plexifilamentary nonwoven web with an adhesive layer situated in contact with a least a portion of both the microporous film and the nonwoven web, wherein; the film contains filler in an amount between 30% and 50% by weight of the total film weight, and between 40% and 90 % of polyolefin polymer by weight of the total film weight, the film has a thickness of between 12 and 25 microns, the film is bonded to the plexifilamentary web by adhesive, the laminated structure has a water vapor transmission rate (WVTR) as measured by the EN ISO 12572 Climate C method of greater than or equal to 1000 g/m 2 /day, the basis weight of the laminated structure is at least 55 g/m 2, the tensile strength of the laminated structure according to EN ISO 13934-1 is at least 35 Newtons in the machine direction, the tensile elongation of the laminated structure according to EN ISO 13934-1 is at least 8% in the machine direction, the tensile strength of the laminated structure according to EN ISO 13934-1 is at least 35 Newtons in the cross direction, the tensile elongation according to EN ISO 13934-1 is at least 15 % in the cross direction, and the laminated structure has a hydrohead according to EN 20811 of at least 200 cm of water.
A device for ventilation and integrity testing of a filter unit which can be pressurized, comprising a housing with a filter element arranged between an inlet and an outlet and an air filter, wherein the housing can be ventilated via the air filter connected to the housing interior, wherein a filter valve is mounted upstream of the air filter to the housing interior, said filter valve via which the air filter is connected to the housing interior, wherein the air filter can be connected to a test line for applying pressure on the side facing away from the housing interior, and wherein an inlet valve is mounted upstream of the inlet, via which the housing interior is connected to an inlet line, characterized in that the inlet valve has a connector piece extending to the housing, in that the connector piece is connected to the filter valve and the air filter via a branch, and in that the inlet valve, the filter valve and the air filter form a ventilation unit which can be connected with its connector piece to an inlet connection of the housing.