mhurhangee/ep-ind-claims huggingface dataset:
A tube container manufactured from a laminate having a layer structure as follows: a first layer which is an outer polyethylene film; a second layer which is an adhesive agent layer; a third layer which is a polyester film; a fourth layer which is an adhesive agent layer; and a fifth layer which is a composite polyethylene film, wherein the composite polyethylene film comprises at least one co-extruded polyethylene layer sandwiched by at least one polyethylene film adhered to the adhesive agent layer and an inner polyethylene film, and at least one composite EVOH layer, wherein: the composite EVOH layer comprises EVOH sandwiched by tie layers; and said composite polyethylene film has a structure such that the composite EVOH layer, on the tie layers on both sides, are sandwiched by layers, each of which is at least one co-extruded polyethylene layer, and the composite EVOH layer, on the co-extruded polyethylene layers on both sides, are further sandwiched by at least one polyethylene film adhered to the adhesive agent layer and the inner polyethylene film; and wherein the laminate includes anti-scratch varnish on an outer surface thereof. a first layer which is an outer polyethylene film; a second layer which is an adhesive agent layer; a third layer which is a polyester film; a fourth layer which is an adhesive agent layer; and a fifth layer which is a composite polyethylene film, wherein the composite polyethylene film comprises at least one co-extruded polyethylene layer sandwiched by at least one polyethylene film adhered to the adhesive agent layer and an inner polyethylene film, and at least one composite EVOH layer, wherein: the composite EVOH layer comprises EVOH sandwiched by tie layers; and said composite polyethylene film has a structure such that the composite EVOH layer, on the tie layers on both sides, are sandwiched by layers, each of which is at least one co-extruded polyethylene layer, and the composite EVOH layer, on the co-extruded polyethylene layers on both sides, are further sandwiched by at least one polyethylene film adhered to the adhesive agent layer and the inner polyethylene film; and wherein the laminate includes anti-scratch varnish on an outer surface thereof.
A gas sampling device arranged to load an associated sorbent tube with volatile organic compound from a gas sample (G_S) in a sampling process, the gas sampling device comprising - a gas inlet (G_I) arranged to receive the gas sample (G_S), - a port arranged to receive the associated sorbent tube, - a gas circuit connected to the gas inlet (G_I) and being arranged to provide a flow path to guide the gas sample (G_S) to the port, so as to allow the gas sample (G_S) to load the associated sorbent tube, - at least one volatile organic compound detector arranged to sense gas in the flow path upstream or downstream of the port, the detector being arranged to generate an output signal in accordance with a sensed volatile organic compound concentration, and - a control module connected to the at least one volatile organic compound detector, and being arranged to calculate a measure indicative of a cumultative sum of volatile organic compounds in response to the output signal from the detector, and to compare said measure with a predetermined threshold value, and wherein the control module is arranged to generate an output in case said measure exceeds the predetermined threshold value. - a gas inlet (G_I) arranged to receive the gas sample (G_S), - a port arranged to receive the associated sorbent tube, - a gas circuit connected to the gas inlet (G_I) and being arranged to provide a flow path to guide the gas sample (G_S) to the port, so as to allow the gas sample (G_S) to load the associated sorbent tube, - at least one volatile organic compound detector arranged to sense gas in the flow path upstream or downstream of the port, the detector being arranged to generate an output signal in accordance with a sensed volatile organic compound concentration, and - a control module connected to the at least one volatile organic compound detector, and being arranged to calculate a measure indicative of a cumultative sum of volatile organic compounds in response to the output signal from the detector, and to compare said measure with a predetermined threshold value, and wherein the control module is arranged to generate an output in case said measure exceeds the predetermined threshold value.
A composition comprising a first and second sialidase, wherein the first sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 2; and wherein the second sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 5; and wherein the composition additionally comprises an O-glycosidase comprising or consisting of an amino acid sequence of SEQ ID NO: 9, optionally wherein said first and/or second sialidase includes an additional methionine at the N terminus and/or a histidine tag at the C terminus, which tag may be joined to the C terminus by a linker. wherein the first sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 2; and wherein the second sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 5; and wherein the composition additionally comprises an O-glycosidase comprising or consisting of an amino acid sequence of SEQ ID NO: 9, optionally wherein said first and/or second sialidase includes an additional methionine at the N terminus and/or a histidine tag at the C terminus, which tag may be joined to the C terminus by a linker.
A stripping device comprising: a distillation column of which at least a part or the entirety of a lower portion is perforated; a stripping vessel integrally connected to the lower portion of the distillation column; and one or more spray nozzles provided at an upper portion of the stripping vessel; a solid-liquid separation device for receiving a lower discharge stream of the stripping vessel; a water transfer line connecting the one or more spray nozzles and the solid-liquid separation device to each other. a distillation column of which at least a part or the entirety of a lower portion is perforated; a stripping vessel integrally connected to the lower portion of the distillation column; and one or more spray nozzles provided at an upper portion of the stripping vessel; a solid-liquid separation device for receiving a lower discharge stream of the stripping vessel; a water transfer line connecting the one or more spray nozzles and the solid-liquid separation device to each other.
A method, comprising: performing one or more test iterations (110, 420, 422, 430, 432, 434, 440, 442, 444) to obtain test results related to a quantum efficiency of a multijunction photovoltaic device (340, 342) using a quantum efficiency test controller, the multijunction photovoltaic device comprising a number N of photovoltaic junctions (344, 344a, 344b), the number N being greater than one, wherein the quantum efficiency test controller is associated with the number N of bias light sources (320, 512, 514), and wherein a test iteration comprises the quantum efficiency test controller: activating a grating monochromator (110, 330, 430) to emit a first test probe of monochromatic light at a first wavelength, and while the grating monochromator is emitting the first test probe of monochromatic light, iterating through the number N of bias light sources (110, 320, 440, 512, 514) to activate each of the number N of bias light sources to emit a corresponding bias band of wavelengths of light; and after performing the one or more test iterations, generating an output (120, 422, 1000, 1100, 1410) of the quantum efficiency test controller, the output based on the test results related to the quantum efficiency of the multijunction photovoltaic device. performing one or more test iterations (110, 420, 422, 430, 432, 434, 440, 442, 444) to obtain test results related to a quantum efficiency of a multijunction photovoltaic device (340, 342) using a quantum efficiency test controller, the multijunction photovoltaic device comprising a number N of photovoltaic junctions (344, 344a, 344b), the number N being greater than one, wherein the quantum efficiency test controller is associated with the number N of bias light sources (320, 512, 514), and wherein a test iteration comprises the quantum efficiency test controller: activating a grating monochromator (110, 330, 430) to emit a first test probe of monochromatic light at a first wavelength, and while the grating monochromator is emitting the first test probe of monochromatic light, iterating through the number N of bias light sources (110, 320, 440, 512, 514) to activate each of the number N of bias light sources to emit a corresponding bias band of wavelengths of light; and activating a grating monochromator (110, 330, 430) to emit a first test probe of monochromatic light at a first wavelength, and while the grating monochromator is emitting the first test probe of monochromatic light, iterating through the number N of bias light sources (110, 320, 440, 512, 514) to activate each of the number N of bias light sources to emit a corresponding bias band of wavelengths of light; and after performing the one or more test iterations, generating an output (120, 422, 1000, 1100, 1410) of the quantum efficiency test controller, the output based on the test results related to the quantum efficiency of the multijunction photovoltaic device.
Axle control element of a motor vehicle comprising a torsion spring system designed as a preloaded spring, which is connected on the one hand via a rotating arm to a wheel control element and on the other hand is supported on a vehicle body by a controllable actuator, wherein the torsion spring system comprises at least one torsion spring tube and at least one torsion spring rod nested inside one another, characterised in that the actuator comprises an actuator unit, which is spaced from the torsion spring system and mounted fixed onto the vehicle body and a drive lever which is connected to the actuator unit for controlled pivoting, and in that the drive lever is connected to the torsion spring tube and an output lever is connected to a torsion spring rod and is also connected directly or indirectly via a coupling to the wheel control element, and in that the torsion spring tube of the torsion spring system is held rotatably in a bearing device connected securely to a subframe and also the actuator unit is held on the subframe.
A method for generating a downlink frame including a plurality of synchronization channel symbol durations in an orthogonal frequency division multiplexing, OFDM, based system, the method, comprising: generating a synchronization pattern by a combination of a first code and a second code; and allocating the synchronization pattern to a frequency domain of each of the synchronization channel symbol durations, wherein a cell group number is determined based on the combination of the first code and the second code, and the cell group number is not determined based on only one of the first code and the second code, and wherein the synchronization pattern included in a first synchronization channel symbol duration among the synchronization channel symbol durations is different from the synchronization pattern included in a second synchronization channel symbol duration among the synchronization channel symbol durations. generating a synchronization pattern by a combination of a first code and a second code; and allocating the synchronization pattern to a frequency domain of each of the synchronization channel symbol durations, wherein a cell group number is determined based on the combination of the first code and the second code, and the cell group number is not determined based on only one of the first code and the second code, and wherein the synchronization pattern included in a first synchronization channel symbol duration among the synchronization channel symbol durations is different from the synchronization pattern included in a second synchronization channel symbol duration among the synchronization channel symbol durations.
Device which enables bars which represent decorations which have been awarded to a person to be fixed to an item of clothing, such as a uniform or an official dress, these bars being constituted by standard elements of coloured fabric, with two types of rods which can be assembled one on the other in order to obtain a modular element which is capable of receiving a series of bars which are arranged side by side and where applicable in several rows and of being fixed to an item of clothing using pins, characterised in that it is constituted by an assembly of rods of plastics material (1, 2) with - at one side, base rods which are equipped on the longitudinal edges thereof with a series of tongues and recesses which are located alternately from one edge to the other in order to enable the interleaving of two base rods one in the other, and - at the other side, connection rods which are intended to receive bars and which enable the assembly of two base rods which are interleaved one in the other by positive-locking connection means. - at one side, base rods which are equipped on the longitudinal edges thereof with a series of tongues and recesses which are located alternately from one edge to the other in order to enable the interleaving of two base rods one in the other, and - at the other side, connection rods which are intended to receive bars and which enable the assembly of two base rods which are interleaved one in the other by positive-locking connection means.
An open-top automobile, in particular of "barchetta" type, comprising an outer body and a passenger compartment, obtained in said outer body and including a driver area open at the front with respect to a travelling direction of the automobile, wherein said outer body has, at least at the front of said driver area, a flow surface that, while said automobile is travelling, is touched by a main air flow directed towards the driver area in a direction opposite to the travelling direction; wherein said outer body comprises at least a flow channel, obtained in front of said driver area and having an inlet opening that is fed by the outside air while the automobile is travelling, and an outlet opening facing upwards, said flow channel extending, at least in part, at the bottom of said flow surface for generating while travelling a secondary air flow directed, at said outlet opening transversely to said main air flow and incident on this latter for diverting it upwards and avoiding a direct impact of said main air flow on the face of the driver in the driver area; wherein said outer body comprises a bridge element, said bridge element has opposite side ends joined to respective portions of the outer body and is delimited at the top by said flow surface; characterized in that the outer body comprises a recess in a position in front of said driver area, the bridge element extending above said recess at a distance not null from the recess itself; in that said flow channel is confined between said recess and said bridge element; and in that said flow surface has an upwards convex conformation and extends in an arc shape between its own opposite side ends.
A container moving program that when the program is executed by a computer, causes the computer to execute a process, the process comprising: acquiring topology information that indicates a calling relationship between a plurality of containers that operates in a first information processing device, the calling relationship is represented as an edge in the topology information; identifying a second container, wherein the second container is called by a first container and wherein the second container calls two or more containers, and a third container that does not call another container based on the topology information; extracting a plurality of moving candidate container groups from among the plurality of containers connected by the continuous calling relationship on the basis of the topology information; excluding, from the moving candidates, a first container group that has the largest number of edges among the plurality of moving candidate container groups and a second container group that includes at least one container included in the first container group; selecting the container group that has fewest edges as a moving target from among the plurality of moving candidate container groups; and moving, to a second information processing device, the container group that is connected by a calling relationship from the second container to the third container. acquiring topology information that indicates a calling relationship between a plurality of containers that operates in a first information processing device, the calling relationship is represented as an edge in the topology information; identifying a second container, wherein the second container is called by a first container and wherein the second container calls two or more containers, and a third container that does not call another container based on the topology information; extracting a plurality of moving candidate container groups from among the plurality of containers connected by the continuous calling relationship on the basis of the topology information; excluding, from the moving candidates, a first container group that has the largest number of edges among the plurality of moving candidate container groups and a second container group that includes at least one container included in the first container group; selecting the container group that has fewest edges as a moving target from among the plurality of moving candidate container groups; and moving, to a second information processing device, the container group that is connected by a calling relationship from the second container to the third container.
A method for adapting to any type of oxides, a facility with a fuel conversion thermochemical cycle, with carbon dioxide capture, this facility including a first loop (1, 1') with a fast fluidized bed including a first oxidation reactor (1A, 1'A), and associated with at least one cyclone separator (1B, 1'B, 1"B) and a return conduit (1C, 1'C, 1"C) at the outlet of the first cyclone towards the first reactor and a second loop (2, 2') with a fast fluidized bed including a second combustion and reduction reactor (2A, 2'A), provided with a fuel introduction device and associated with at least one second cyclone separator (2B, 2'B, 2"B) and a return conduit (2C, 2'C, 2"C) at the outlet of the second cyclone towards the second reactor, both of these loops being interconnected by a first oxide transfer means (3, 3') from the first loop to the second reactor and by a second oxide transfer means (4, 4') from the second loop to the first reactor, a method characterized in that it consists of extracting heat in a adjustable way on said first oxide transfer means (3, 3') and on said second oxide transfer means (4, 4') by means of at least one third reactor including an exchanger and into which at the inlet open said first oxide transfer means (3, 3') and said second oxide transfer means (4, 4'), said third reactor with a mobile bed including an upper inlet for receiving solids from the first cyclone separator and a side outlet for return to the first reactor, as well as an upper inlet for receiving solids from the second cyclone separator and a side outlet for return to the second reactor.
A recording method comprising: emitting laser light from an optical fiber array to record an image formed of writing units with moving a recording target and the optical fiber array relatively using a recording device including a plurality of laser light-emitting elements and an emitting unit including the optical fiber array, in which a plurality of optical fibers (12, 42) configured to guide laser light emitted from the laser light-emitting elements are aligned, wherein a maximum length of the writing unit along a sub-scanning direction is controlled with set values of: a duty ratio and a cycle of a pulse signal input to the emitting unit; recording energy applied to the recording target; and a spot diameter of the laser light, to record with overlapping an edge of the writing unit with an edge of the adjacent writing unit in the sub-scanning direction. emitting laser light from an optical fiber array to record an image formed of writing units with moving a recording target and the optical fiber array relatively using a recording device including a plurality of laser light-emitting elements and an emitting unit including the optical fiber array, in which a plurality of optical fibers (12, 42) configured to guide laser light emitted from the laser light-emitting elements are aligned, wherein a maximum length of the writing unit along a sub-scanning direction is controlled with set values of: a duty ratio and a cycle of a pulse signal input to the emitting unit; recording energy applied to the recording target; and a spot diameter of the laser light, to record with overlapping an edge of the writing unit with an edge of the adjacent writing unit in the sub-scanning direction.
Headwear including a crown of planar fabric panels sewn together in-plane, and a brim, the headwear comprising: a size adjuster of a strip of fabric, the size adjuster being provided on a lower portion of the crown, around an entire circumference or part of the circumference of the crown, each of the fabric panels, the strip of fabric, or each of the fabric panels and the strip of fabric has a contour and a mesh formed by cutting fabric on a bias, and at least one of the following are sewn together using elastic thread: 1- the fabric panels; 2- the crown and the brim; and 3- the crown and the size adjuster, characterized in that the size adjuster includes, in a space defined by a casing formed by the strip of fabric, a shape-changing component that extends in a circumferential direction of the crown by a predetermined length by heat of a predetermined temperature or higher. a size adjuster of a strip of fabric, the size adjuster being provided on a lower portion of the crown, around an entire circumference or part of the circumference of the crown, each of the fabric panels, the strip of fabric, or each of the fabric panels and the strip of fabric has a contour and a mesh formed by cutting fabric on a bias, and at least one of the following are sewn together using elastic thread: 1- the fabric panels; 2- the crown and the brim; and 3- the crown and the size adjuster, characterized in that the size adjuster includes, in a space defined by a casing formed by the strip of fabric, a shape-changing component that extends in a circumferential direction of the crown by a predetermined length by heat of a predetermined temperature or higher.
An electrical conductor comprising: a first conductive layer comprising a plurality of ruthenium oxide nanosheets, wherein at least one ruthenium oxide nanosheet of the plurality of ruthenium oxide nanosheets is surface-doped with any of a halogen, a chalcogen, a Group 15 element, and a combination thereof.
Non-therapeutic use of an extract from a Larix spp. comprising larixol, lariciresinol, larixyl acetate or lariciresinol acetate, for treating, preventing or reducing an oomycete pathogen infection.