mhurhangee/ep-ind-claims huggingface dataset:
A seamless combining method for fabrics forming a bonding pattern line in a fabric product other than a down product, by high-frequency heating under pressing an inner fabric and an outer fabric using an adhesive (103, 104), and thereby combining the inner fabric and the outer fabric, characterized in that the method comprising: a preparing step of preparing an inner fabric and an outer fabric, a printing step of printing a heat-reactive liquid adhesive in a predetermined printing pattern on an inner surface of the inner fabric or on an inner surface of the outer fabric, a drying step of drying the liquid adhesive printed on the inner surface of the inner fabric or on the inner surface of the outer fabric, a laminating step of laminating the inner fabric and the outer fabric, and a high-frequency bonding step of high-frequency heating and simultaneously pressing both the laminated inner and outer fabrics in a pressing pattern which is the same with said printing pattern to form the bonding pattern line (108, 109), and said printing pattern and pressing pattern are the same in pattern and have a width difference of 10% or less. a preparing step of preparing an inner fabric and an outer fabric, a printing step of printing a heat-reactive liquid adhesive in a predetermined printing pattern on an inner surface of the inner fabric or on an inner surface of the outer fabric, a drying step of drying the liquid adhesive printed on the inner surface of the inner fabric or on the inner surface of the outer fabric, a laminating step of laminating the inner fabric and the outer fabric, and a high-frequency bonding step of high-frequency heating and simultaneously pressing both the laminated inner and outer fabrics in a pressing pattern which is the same with said printing pattern to form the bonding pattern line (108, 109), and
A closure comprising: - a reservoir in turn comprising a rupturable bottom, said reservoir being applicable to a mouth of a container destined to contain a first product; - a cutter, at least partially locatable internally of the reservoir and positionable in front of the rupturable bottom for opening said rupturable bottom; said closure taking on at least a first and a second configuration; in the first configuration, the rupturable bottom being intact and at least the reservoir and the cutter identifying, in combination, a first chamber suitable for containing a second product; in the second configuration said rupturable bottom being open such as to enable a mixing of the first and the second product; - moisture absorbing means which in the first configuration of the closure are in contact with an inside of the first chamber; the cutter comprising a hollow body in turn comprising a cutter edge and a stem; said cutter edge being fashioned at an end of the stem and in the first configuration being in front of said rupturable bottom; said closure being characterised in that the moisture absorbing means at least partly delimit an internal cavity inside the hollow body and the stem and at least partly clad an internal surface of said hollow body, the cavity in the first configuration being a part of the first chamber; said absorbing means are shaped: as a hollow sleeve; or as a hollow beaker open in proximity of the cutter edge and cladding an internal bottom and an internal wall of the hollow body. - a reservoir in turn comprising a rupturable bottom, said reservoir being applicable to a mouth of a container destined to contain a first product; - a cutter, at least partially locatable internally of the reservoir and positionable in front of the rupturable bottom for opening said rupturable bottom; said closure taking on at least a first and a second configuration; in the first configuration, the rupturable bottom being intact and at least the reservoir and the cutter identifying, in combination, a first chamber suitable for containing a second product; in the second configuration said rupturable bottom being open such as to enable a mixing of the first and the second product; - moisture absorbing means which in the first configuration of the closure are in contact with an inside of the first chamber; the cutter comprising a hollow body in turn comprising a cutter edge and a stem; said cutter edge being fashioned at an end of the stem and in the first configuration being in front of said rupturable bottom; said closure being characterised in that the moisture absorbing means at least partly delimit an internal cavity inside the hollow body and the stem and at least partly clad an internal surface of said hollow body, the cavity in the first configuration being a part of the first chamber; said absorbing means are shaped: as a hollow sleeve; or as a hollow beaker open in proximity of the cutter edge and cladding an internal bottom and an internal wall of the hollow body. as a hollow sleeve; or as a hollow beaker open in proximity of the cutter edge and cladding an internal bottom and an internal wall of the hollow body.
A multi-band antenna comprising a first band radiating element (1, 101-108), comprising: at least one first band dipole that has a first dipole arm (3, 301-308) and a second dipole arm (4, 401-408), wherein each of the first and second dipole arms (3, 301-308, 4, 401-408) includes a central conductor (7, 701) and a plurality of arm segments (6, 601-607) arranged around the central conductor (7, 701), and wherein the number of arm segments (6, 601-607) included in the first dipole arm (3, 301-308) is greater than the number of the arm segments (6, 601-607) included in the second dipole arm (4, 401-408), wherein at least some of the arm segments (6, 601-607) comprise a hollow electrical conductor that is connected at one end to the central conductor (7, 701) and disconnected at another end from the central conductor (7, 701), wherein the central conductor (7, 701) comprises a plurality of radially extending protrusions (9, 901) spaced apart from each other, thereby dividing the central conductor (7, 701) into a plurality of electrically conducting segments (10, 1001), the hollow electrical conductors and the central conductor (7, 701) being connected on the protrusions (9, 901), characterised in that: in the second dipole arm (4, 401-408), at least two adjacent protrusions of the plurality of protrusions (9, 901) are electrically connected through said hollow electrical conductors. at least one first band dipole that has a first dipole arm (3, 301-308) and a second dipole arm (4, 401-408), wherein each of the first and second dipole arms (3, 301-308, 4, 401-408) includes a central conductor (7, 701) and a plurality of arm segments (6, 601-607) arranged around the central conductor (7, 701), and wherein the number of arm segments (6, 601-607) included in the first dipole arm (3, 301-308) is greater than the number of the arm segments (6, 601-607) included in the second dipole arm (4, 401-408), wherein at least some of the arm segments (6, 601-607) comprise a hollow electrical conductor that is connected at one end to the central conductor (7, 701) and disconnected at another end from the central conductor (7, 701), wherein the central conductor (7, 701) comprises a plurality of radially extending protrusions (9, 901) spaced apart from each other, thereby dividing the central conductor (7, 701) into a plurality of electrically conducting segments (10, 1001), the hollow electrical conductors and the central conductor (7, 701) being connected on the protrusions (9, 901), characterised in that: in the second dipole arm (4, 401-408), at least two adjacent protrusions of the plurality of protrusions (9, 901) are electrically connected through said hollow electrical conductors.
An aerosol-generating article comprising: an aerosol-forming substrate part; and a cooling part disposed downstream of the aerosol-forming substrate part to cool an aerosol formed in the aerosol-forming substrate part, wherein a sheet-type material is disposed in a rolled or folded form in the cooling part, and the sheet-type material includes a polysaccharide material characterized in that the sheet-type material includes a flavoring. an aerosol-forming substrate part; and a cooling part disposed downstream of the aerosol-forming substrate part to cool an aerosol formed in the aerosol-forming substrate part, wherein a sheet-type material is disposed in a rolled or folded form in the cooling part, and the sheet-type material includes a polysaccharide material characterized in that the sheet-type material includes a flavoring.
A method of using a force directed graph as a part of a user control for a tracer, wherein the tracer collects data while monitoring an executing application in a message passing computing environment, and processes and displays the data on a force directed graph, comprising: receiving graph data, said graph data comprising periodic updates transmitted at a predefined interval, wherein the graph data is trace data being generated while tracing an application; displaying said graph data on a display device in a graph, wherein the graph is a force directed graph that has each computational element as a node, with messages passed as edges of the graph; receiving a transformation definition, said transformation definition comprising executable code that performs operations on said graph data, wherein the transformation definition is a predefined or user-defined transformation definition, which is selected or input by a user through a user interface; performing a malware analysis of said transformation definition; executing said executable code using said graph data to generate transformed graph data; and displaying said transformed graph data. receiving graph data, said graph data comprising periodic updates transmitted at a predefined interval, wherein the graph data is trace data being generated while tracing an application; displaying said graph data on a display device in a graph, wherein the graph is a force directed graph that has each computational element as a node, with messages passed as edges of the graph; receiving a transformation definition, said transformation definition comprising executable code that performs operations on said graph data, wherein the transformation definition is a predefined or user-defined transformation definition, which is selected or input by a user through a user interface; performing a malware analysis of said transformation definition; executing said executable code using said graph data to generate transformed graph data; and displaying said transformed graph data.
A method for obtaining low molecular weight polytetrafluoroethylene (PTFE) comprising the following steps: - provision of high molecular weight PTFE; - arrangement of said high molecular weight PTFE in a chamber, delimited by a gas barrier and containing a controlled atmosphere with an amount of oxygen comprised from 0.005% to 0.5% by volume, wherein said gas barrier has an oxygen permeability ≤ 0.5 cc/m2/24h (ASTM D3985-95, 23°C - 0%RH) and a water vapour permeability ≤ 2 cc/m2/24h (ASTM F1249-90, 38°C - 90% RH); - hermetical closure of said chamber containing said high molecular weight PTFE; - irradiation of said PTFE in said hermetically closed chamber to obtain said low molecular weight PTFE. - provision of high molecular weight PTFE; - arrangement of said high molecular weight PTFE in a chamber, delimited by a gas barrier and containing a controlled atmosphere with an amount of oxygen comprised from 0.005% to 0.5% by volume, wherein said gas barrier has an oxygen permeability ≤ 0.5 cc/m2/24h (ASTM D3985-95, 23°C - 0%RH) and a water vapour permeability ≤ 2 cc/m2/24h (ASTM F1249-90, 38°C - 90% RH); - hermetical closure of said chamber containing said high molecular weight PTFE; - irradiation of said PTFE in said hermetically closed chamber to obtain said low molecular weight PTFE.
An immunoassay method for influenza virus, said method comprising (i) bringing a sample containing influenza virus into contact with a sample processing liquid containing a surfactant which is at least one selected from the group consisting of polyoxyethylene oleyl ether and polyoxyethylene stearyl ether; (ii) subjecting said processed sample to an immunoassay for influenza virus using an antibody which undergoes antigen-antibody reaction with influenza virus matrix 1 protein, or an antigen-binding fragment thereof. (i) bringing a sample containing influenza virus into contact with a sample processing liquid containing a surfactant which is at least one selected from the group consisting of polyoxyethylene oleyl ether and polyoxyethylene stearyl ether; (ii) subjecting said processed sample to an immunoassay for influenza virus using an antibody which undergoes antigen-antibody reaction with influenza virus matrix 1 protein, or an antigen-binding fragment thereof.
A process for the production of polyether carbonate polyols by addition of one or more alkylene oxides and carbon dioxide to one or more H-functional starter substances in the presence of at least one DMC catalyst, characterised in that the addition is carried out in a tubular reactor.
A container closure (110, 210, 310, 410, 510, 610, 710, 810) comprising a base part and a lid part, the base and the lid are joined by a hinge, the base includes a snap bead for non-removably engaging a container neck, the lid includes a lifting member for lifting the lid, characterised in that the lifting member comprises a retention portion for engagement with a cooperating portion on a container neck, the lifting member can be lifted to disengage the retention portion so that the lid can be opened, in which the lifting member is a generally hyoid shape.
A ski binding device for fastening a mountaineering boot on a downhill ski or the like, of the type comprising a toepiece and a heelpiece which are adapted to be rigidly fixed on the back of the ski, aligned along the ski longitudinal axis, and are structured so as to selectively clamp/hook and retain respectively the front part and the rear part of the shell of the boot; the toepiece being provided with a clamping member which is structured for selectively clamping and stably retaining the front part of the shell, and at the same time allowing the shell to oscillate/ pivot freely on the toepiece about a boot rotation axis which is locally substantially perpendicular to the ski longitudinal axis; the heelpiece instead comprising a fastening base which is structured for being rigidly fastened on the back of the downhill ski or the like; a turret which protrudes upwards from the fastening base; and a hooking projecting appendix that juts out from the turret towards the toepiece while remaining locally substantially parallel to a first reference axis locally substantially aligned to the ski longitudinal axis, and is structured so as to hook/couple to the rear part of the shell to stably retain the heel of the boot in abutment on or close to the back of the ski, therefore preventing any rotation of the boot on the toepiece about said boot rotation axis; the ski binding device being characterized in that the turret of the heelpiece is subdivided in a lower casing which is fixed on the fastening base, and in a tiltable upper casing that rests on the top of the lower casing, and is hinged on the lower casing so as to freely rotate about a second reference axis locally substantially perpendicular to said first reference axis; the hooking projecting appendix of the heelpiece protruding from the tiltable upper casing while remaining locally substantially parallel to said first reference axis, and the heelpiece being also provided with programmed-release locking means which are structured so as to lock and retain the tiltable upper casing in abutment on the lower casing of the turret with the first reference axis arranged locally substantially parallel to the ski longitudinal axis, until the tilting torque transmitted to the tiltable upper casing exceeds a predetermined threshold value.
A mixing nozzle for a gunite application device for dry-gunning of concrete, in particular refractory concrete, having a) an aerosol generation device for generating an aerosol from a liquid or dry, free-flowing injection material and conveying air, b) an aerosol injection device for injecting the aerosol, in particular centrally, into the interior of a dry material stream consisting of a dry mixture, wherein the aerosol generation device has: a) an aerosol chamber, characterized in that the aerosol generation device further has: b) at least one air passage duct which opens into the aerosol chamber for supplying the conveying air into the aerosol chamber, in particular in a primary conveying direction, c) at least one injection-material supply duct which opens into the aerosol chamber for supplying the injection material into the aerosol chamber, d) an atomizing nozzle disposed at the end of the injection-material supply duct for injecting in an atomizing manner the injection material into the conveying-air stream in the aerosol chamber. a) an aerosol generation device for generating an aerosol from a liquid or dry, free-flowing injection material and conveying air, b) an aerosol injection device for injecting the aerosol, in particular centrally, into the interior of a dry material stream consisting of a dry mixture, a) an aerosol chamber, characterized in that the aerosol generation device further has: b) at least one air passage duct which opens into the aerosol chamber for supplying the conveying air into the aerosol chamber, in particular in a primary conveying direction, c) at least one injection-material supply duct which opens into the aerosol chamber for supplying the injection material into the aerosol chamber, d) an atomizing nozzle disposed at the end of the injection-material supply duct for injecting in an atomizing manner the injection material into the conveying-air stream in the aerosol chamber.
An immersive sound system comprising: one or more processors; a storage device comprising instructions, which when executed by the one or more processors, configure the one or more processors to: receive a plurality of audio sound sources (540, 640, 740), each of the plurality of audio sound sources (540, 640, 740) being associated with a corresponding intended sound source location within a plurality of three-dimensional sound source locations; generate a compensation array (520, 620, 720) output based on the plurality of three-dimensional sound source locations, the compensation array output including a plurality of compensated gains; generate a plurality of compensated audio sources (550, 650, 750) based on the plurality of audio sound sources and the plurality of compensated gains; generate a binaural crosstalk cancellation output (570, 670, 770) based on the plurality of compensated audio sources (550, 650, 750), the plurality of compensated audio sources (550, 650, 750) provided as input signals for the binaural crosstalk cancellation (560, 660, 760). one or more processors; a storage device comprising instructions, which when executed by the one or more processors, configure the one or more processors to: receive a plurality of audio sound sources (540, 640, 740), each of the plurality of audio sound sources (540, 640, 740) being associated with a corresponding intended sound source location within a plurality of three-dimensional sound source locations; generate a compensation array (520, 620, 720) output based on the plurality of three-dimensional sound source locations, the compensation array output including a plurality of compensated gains; generate a plurality of compensated audio sources (550, 650, 750) based on the plurality of audio sound sources and the plurality of compensated gains; generate a binaural crosstalk cancellation output (570, 670, 770) based on the plurality of compensated audio sources (550, 650, 750), the plurality of compensated audio sources (550, 650, 750) provided as input signals for the binaural crosstalk cancellation (560, 660, 760). receive a plurality of audio sound sources (540, 640, 740), each of the plurality of audio sound sources (540, 640, 740) being associated with a corresponding intended sound source location within a plurality of three-dimensional sound source locations; generate a compensation array (520, 620, 720) output based on the plurality of three-dimensional sound source locations, the compensation array output including a plurality of compensated gains; generate a plurality of compensated audio sources (550, 650, 750) based on the plurality of audio sound sources and the plurality of compensated gains; generate a binaural crosstalk cancellation output (570, 670, 770) based on the plurality of compensated audio sources (550, 650, 750), the plurality of compensated audio sources (550, 650, 750) provided as input signals for the binaural crosstalk cancellation (560, 660, 760).
Use of a kit in the in vitro detection or diagnosis of esophageal cancer, said kit comprising a nucleic acid(s) capable of specifically binding to a polynucleotide of an esophageal cancer marker: miR-4257.
An imaging system comprising: a thermal printhead configured to operate in a first position; at least one sensor configured to detect an aspect of motion of the imaging system and output a signal; and a controller to halt operation of the thermal printhead and move the thermal printhead to a second position when the signal is above a first predetermined threshold and to move the thermal printhead to the first position to resume operation when the signal is below a second predetermined threshold. a thermal printhead configured to operate in a first position; at least one sensor configured to detect an aspect of motion of the imaging system and output a signal; and a controller to halt operation of the thermal printhead and move the thermal printhead to a second position when the signal is above a first predetermined threshold and to move the thermal printhead to the first position to resume operation when the signal is below a second predetermined threshold.
A formulation selected from the group consisting of a nail oil, a nail polish, a nail gel, a nail cream, a nail serum and a nail hardener, comprising 0.01 to 3 wt.% of calcium silicate powder having a grain size of 10 nm to 300 micrometer, wherein the formulation is for local release of calcium and silicon ions to nails.
An arrangement for the recirculation of exhaust gases in a combustion engine comprising an inlet pipe, intended to supply incoming air to the cylinders of the combustion engine, which inlet pipe demonstrates an inlet end, and an EGR injector for the recirculation of exhaust gases from the combustion engine to the incoming air and arranged in the inlet pipe in association with the inlet end of the inlet pipe, whereby the EGR injector comprises an outlet part comprising a number of outlets for the distributed supply of exhaust gases to the incoming air, whereby the outlet part is arranged in a direction that is essentially opposite to the direction of incoming air in the inlet pipe, whereby the inlet pipe is designed along one side with connections to the relevant cylinders of the combustion engine, whereby the outlet part is arranged outside of the inlet pipe, whereby the outlets are distributed along the longitudinal direction of the outlet part, characterized in that the outlets are asymmetrically distributed around the circumference of the outlet part in such a manner that most of the outlets are facing away from the side of the inlet pipe at which the connections to the cylinders of the combustion engine are located.