mhurhangee/ep-ind-claims huggingface dataset:
A container for consumer goods, the container comprising: a housing (20,50) having an opening for accessing the consumer goods; and a lid connected to the housing (20,50) and movable relative to the housing between a closed position in which the lid covers the opening and an open position in which the opening is uncovered; wherein a first surface of the lid is disposed adjacent to a first surface of the housing (20,50) when the lid is in the closed position, and wherein a microsuction structure is provided on the first surface of the housing (20,50), the first surface of the lid, or both the first surface of the housing (20,50) and the first surface of the lid, for securing the first surface of the lid to the first surface of the housing (20,50) when the lid is in the closed position, characterised in that the microsuction structure is comprising: a microsuction layer, at least part of which is exposed at the outer surface of the microsuction structure; a polymeric film layer underlying the microsuction layer; and an adhesive layer underlying the polymeric film layer and affixing the microsuction structure to the corresponding first surface of the lid or housing (20,50). a housing (20,50) having an opening for accessing the consumer goods; and a lid connected to the housing (20,50) and movable relative to the housing between a closed position in which the lid covers the opening and an open position in which the opening is uncovered; wherein a first surface of the lid is disposed adjacent to a first surface of the housing (20,50) when the lid is in the closed position, and wherein a microsuction structure is provided on the first surface of the housing (20,50), the first surface of the lid, or both the first surface of the housing (20,50) and the first surface of the lid, for securing the first surface of the lid to the first surface of the housing (20,50) when the lid is in the closed position, characterised in that the microsuction structure is comprising: a microsuction layer, at least part of which is exposed at the outer surface of the microsuction structure; a polymeric film layer underlying the microsuction layer; and an adhesive layer underlying the polymeric film layer and affixing the microsuction structure to the corresponding first surface of the lid or housing (20,50). a microsuction layer, at least part of which is exposed at the outer surface of the microsuction structure; a polymeric film layer underlying the microsuction layer; and an adhesive layer underlying the polymeric film layer and affixing the microsuction structure to the corresponding first surface of the lid or housing (20,50).
Spectrometer, which comprises - a Fabry-Perot interferometer (120, 220) having a transmittance that is spectrally sliced to at least two separate wavelength bands and with a mirror gap adjustable to select said at least two wavelength bands as desired, and to which light can be guided from the object (100, 200) being investigated in order to produce an interference image for each selected wavelength band, and - a detector (130, 230) to which said interference images can be directed and comprising a matrix of photosensitive image elements arranged to detect the interference images from said at least two separate wavelength bands spatially, characterized in that the spectral responses of the image elements of the detector are calibrated as a function of the mirror gap of said interferometer to detect from a single image said at least two interference images simultaneously as a measurement of the spectral intensity of each of said at least two separate wavelength bands with one illumination of said object, wherein said one illumination is performed over a spectral band comprising said at least two separate wavelength bands. - a Fabry-Perot interferometer (120, 220) having a transmittance that is spectrally sliced to at least two separate wavelength bands and with a mirror gap adjustable to select said at least two wavelength bands as desired, and to which light can be guided from the object (100, 200) being investigated in order to produce an interference image for each selected wavelength band, and - a detector (130, 230) to which said interference images can be directed and comprising a matrix of photosensitive image elements arranged to detect the interference images from said at least two separate wavelength bands spatially,
A computer implemented method comprising: maintaining, within volatile memory, a plurality of column vectors for a relational table of a relational database; wherein the plurality of column vectors includes a particular column vector (402,..., 410); wherein the particular column vector (402,..., 410) contiguously stores values from a particular column of the relational table; wherein the values within the particular column vector (402,..., 410) are stored in the volatile memory in a particular format; wherein the particular format is one of (a) a compressed format, or (b) a variable-width format; during execution of a database command, transferring, in the particular format, a contiguous portion of the particular column vector (402,..., 410) from the volatile memory to a CPU; wherein the contiguous portion includes a first set of values that corresponds to a plurality of values of the particular column of the relational table; and based on the first set of values, for each value of the plurality of values, the CPU generating results of performing at least one operation, required by the database command, on said each value; wherein the step of generating results is performed after transferring the contiguous portion to the CPU, and before any further communication, between the volatile memory and the CPU, of data corresponding to the plurality of values. maintaining, within volatile memory, a plurality of column vectors for a relational table of a relational database; wherein the plurality of column vectors includes a particular column vector (402,..., 410); wherein the particular column vector (402,..., 410) contiguously stores values from a particular column of the relational table; wherein the values within the particular column vector (402,..., 410) are stored in the volatile memory in a particular format; wherein the particular format is one of (a) a compressed format, or (b) a variable-width format; during execution of a database command, transferring, in the particular format, a contiguous portion of the particular column vector (402,..., 410) from the volatile memory to a CPU; wherein the contiguous portion includes a first set of values that corresponds to a plurality of values of the particular column of the relational table; and based on the first set of values, for each value of the plurality of values, the CPU generating results of performing at least one operation, required by the database command, on said each value; wherein the step of generating results is performed after transferring the contiguous portion to the CPU, and before any further communication, between the volatile memory and the CPU, of data corresponding to the plurality of values.
A clinching machine (41, 1041) comprising: (a) a piston cylinder; (b) a piston moveable within the cylinder; (c) multiple jaws (101, 59), at least one of which is moveable relative to the piston cylinder; (d) a workpiece clinching punch mounted to one of the jaws; (e) a workpiece clinching die mounted to another of the jaws; characterized in that the clinching machine comprises: (f) a cam moveable with the piston, between a retracted position and an advanced position, to cause opening and closing of the at least one moveable jaw, the cam being located between portions of the jaws when the cam is in at least one of its positions; and (g) a rocker arm (131, 1131) rotatable about a pivot from a first rocking orientation to a second rocking orientation independent of movement of the cam, the first rocking orientation allowing the at least one moveable jaw to move to a fully open position, and the second rocking orientation allowing the at least one moveable jaw to move to an intermediate open position which is less than the fully open position. (a) a piston cylinder; (b) a piston moveable within the cylinder; (c) multiple jaws (101, 59), at least one of which is moveable relative to the piston cylinder; (d) a workpiece clinching punch mounted to one of the jaws; (e) a workpiece clinching die mounted to another of the jaws; (f) a cam moveable with the piston, between a retracted position and an advanced position, to cause opening and closing of the at least one moveable jaw, the cam being located between portions of the jaws when the cam is in at least one of its positions; and (g) a rocker arm (131, 1131) rotatable about a pivot from a first rocking orientation to a second rocking orientation independent of movement of the cam, the first rocking orientation allowing the at least one moveable jaw to move to a fully open position, and the second rocking orientation allowing the at least one moveable jaw to move to an intermediate open position which is less than the fully open position.
A method for processing radioactive waste, comprising: separating radioactive waste material into liquid waste with radioactive isotopes and solid waste; passing the liquid waste with radioactive isotopes through an inlet line of an ion exchange column comprising media for capturing one or more specific radioactive isotopes from the liquid waste, down through a dip tube oriented in a generally vertical direction and extending inside the ion exchange column from a top end nearly to a bottom end of the ion exchange column, wherein the liquid waste is dispersed throughout the width of the ion exchange column by a distribution ring attached to a lower end of the dip tube in a generally horizontal orientation, wherein the distribution ring comprises a plurality of distribution holes, and wherein the dispersed liquid waste is forced through the media contained within the ion exchange column for capturing the one or more specific radioactive isotopes from the liquid waste; forcing the liquid waste with a reduced amount of the radioactive isotopes out of the ion exchange column through an outlet line located at the top end of the ion exchange column; and vitrifying the media and captured radioactive isotopes contained in the ion exchange column into a vitrified final waste product, wherein the dip tube and the distribution ring are both encased within the vitrified final waste product; and wherein the ion exchange column comprises a canister adapted to act as vitrification crucible and as long-term storage vessel for the vitrified final waste product. separating radioactive waste material into liquid waste with radioactive isotopes and solid waste; passing the liquid waste with radioactive isotopes through an inlet line of an ion exchange column comprising media for capturing one or more specific radioactive isotopes from the liquid waste, down through a dip tube oriented in a generally vertical direction and extending inside the ion exchange column from a top end nearly to a bottom end of the ion exchange column, wherein the liquid waste is dispersed throughout the width of the ion exchange column by a distribution ring attached to a lower end of the dip tube in a generally horizontal orientation, wherein the distribution ring comprises a plurality of distribution holes, and wherein the dispersed liquid waste is forced through the media contained within the ion exchange column for capturing the one or more specific radioactive isotopes from the liquid waste; forcing the liquid waste with a reduced amount of the radioactive isotopes out of the ion exchange column through an outlet line located at the top end of the ion exchange column; and vitrifying the media and captured radioactive isotopes contained in the ion exchange column into a vitrified final waste product, wherein the dip tube and the distribution ring are both encased within the vitrified final waste product; and wherein the ion exchange column comprises a canister adapted to act as vitrification crucible and as long-term storage vessel for the vitrified final waste product.
A local air cleaning apparatus comprising: a pair of push hoods each including an air flow opening face that blows out a cleaned uniform air flow; and a guide provided on a side of each of the pair of push hoods having the air flow opening face side and extending from the side of each of the pair thereof having the air flow opening face to a downstream side of the uniform air flow to form an opening face at an end portion of the downstream side, in which the opening faces of the pair of guides are spaced apart from and opposite to each other to form an open region between the opening faces of the each guide; and the cleaned uniform air flows blown out from the each air flow opening face collide with each other inside the open region to flow outside the open region, so as to cause cleanliness to be higher inside the guides and inside the open region than other regions, wherein the local air cleaning apparatus comprises at least one of a device for measuring pressures inside the guides and the push hoods, a device for measuring the cleanliness inside the guides or of the open region, and a device for measuring a gap area between the opening faces of the guides; and based on a result of the measurement, to maintain a condition of higher cleanliness inside the guide and inside the open region than other regions, the local air cleaning apparatus controls such that a flow velocity of the cleaned uniform air flows blown out from the air flow opening faces can be decelerated or accelerated. a pair of push hoods each including an air flow opening face that blows out a cleaned uniform air flow; and a guide provided on a side of each of the pair of push hoods having the air flow opening face side and extending from the side of each of the pair thereof having the air flow opening face to a downstream side of the uniform air flow to form an opening face at an end portion of the downstream side, in which the opening faces of the pair of guides are spaced apart from and opposite to each other to form an open region between the opening faces of the each guide; and the cleaned uniform air flows blown out from the each air flow opening face collide with each other inside the open region to flow outside the open region, so as to cause cleanliness to be higher inside the guides and inside the open region than other regions, wherein the local air cleaning apparatus comprises at least one of a device for measuring pressures inside the guides and the push hoods, a device for measuring the cleanliness inside the guides or of the open region, and a device for measuring a gap area between the opening faces of the guides; and based on a result of the measurement, to maintain a condition of higher cleanliness inside the guide and inside the open region than other regions, the local air cleaning apparatus controls such that a flow velocity of the cleaned uniform air flows blown out from the air flow opening faces can be decelerated or accelerated.
An exercise apparatus for assisting a user with a range of exercises, the exercise apparatus comprising: a frame comprising a first section extending in a generally horizontal direction; at least one carriage (14a-d) configured to support a user, wherein the at least one carriage (14a-d) is slidably supported on the first section of the frame; a first resistance system comprising: a first resilient member removably connected to at least one of the carriage (14a-d) and/or the frame; wherein displacement of the at least one carriage (14a-d) relative to the frame exerts a tensile force on the resilient member; and a second resistance system comprising: a load moveably mounted with respect to the frame; and an actuation member connected to the load; characterised in that: the actuation member is configured to displace the load when a force exerted by the user on the actuation member exceeds a predetermined threshold representative of the load; and: wherein the force required to displace the load is constant throughout a movement range of the actuation member by the user. a frame comprising a first section extending in a generally horizontal direction; at least one carriage (14a-d) configured to support a user, wherein the at least one carriage (14a-d) is slidably supported on the first section of the frame; a first resistance system comprising: a first resilient member removably connected to at least one of the carriage (14a-d) and/or the frame; wherein displacement of the at least one carriage (14a-d) relative to the frame exerts a tensile force on the resilient member; and a first resilient member removably connected to at least one of the carriage (14a-d) and/or the frame; wherein displacement of the at least one carriage (14a-d) relative to the frame exerts a tensile force on the resilient member; and a second resistance system comprising: a load moveably mounted with respect to the frame; and an actuation member connected to the load; characterised in that: the actuation member is configured to displace the load when a force exerted by the user on the actuation member exceeds a predetermined threshold representative of the load; and: wherein the force required to displace the load is constant throughout a movement range of the actuation member by the user. a load moveably mounted with respect to the frame; and an actuation member connected to the load; characterised in that: the actuation member is configured to displace the load when a force exerted by the user on the actuation member exceeds a predetermined threshold representative of the load; and: wherein the force required to displace the load is constant throughout a movement range of the actuation member by the user.
A barrier laminate comprising: (a) at least one polyolefin core layer; (b) at least one barrier layer joined to both the sides of the at least one polyolefin core layer; and (c) at least one polyolefin layer adjacent to the at least one barrier layer, wherein the at least one barrier layer is a polyvinyl alcohol (PVOH) coating layer on one side of the at least one polyolefin core layer; and has a coating thickness in the range of 0.1 gsm - 1.5 gsm. (a) at least one polyolefin core layer; (b) at least one barrier layer joined to both the sides of the at least one polyolefin core layer; and (c) at least one polyolefin layer adjacent to the at least one barrier layer,
A method of analyzing alkyl branches of different length of a polyolefin, the polyolefin comprising methyl and ethyl branches, wherein the method comprises: a) obtaining a spectrum for a sample including the polyolefin using a nuclear magnetic resonance spectrometer and a pulse program, wherein peaks of the branches are separated from each other in the spectrum; and b) calculating a proportion of individual branches using the separated peaks, characterized in that the spectrum in a) is obtained from 2D 1H-13C heteronuclear correlation nuclear magnetic resonance spectroscopy so that methyl peaks of the methyl and ethyl branches are separated from each other in the spectrum, and the proportions of the methyl and ethyl branches are calculated using integral values of the separated methyl peaks of said branches in the spectrum, and the proportions indicate the number of each branch per 1000 carbons of polyolefin. a) obtaining a spectrum for a sample including the polyolefin using a nuclear magnetic resonance spectrometer and a pulse program, wherein peaks of the branches are separated from each other in the spectrum; and b) calculating a proportion of individual branches using the separated peaks, characterized in that the spectrum in a) is obtained from 2D 1H-13C heteronuclear correlation nuclear magnetic resonance spectroscopy so that methyl peaks of the methyl and ethyl branches are separated from each other in the spectrum, and the proportions of the methyl and ethyl branches are calculated using integral values of the separated methyl peaks of said branches in the spectrum, and the proportions indicate the number of each branch per 1000 carbons of polyolefin.
A fuel cell system including a fuel cell configured to generate power by having an anode gas and a cathode gas respectively supplied to an anode and a cathode of the fuel cell, the fuel cell system comprising: a compressor configured to supply the cathode gas to the cathode; and a driving device configured to drive the compressor; and a control device configured to control the driving device on the basis of an operating state of the fuel cell system, a cathode gas supply passage in which the cathode gas to be supplied to the fuel cell flows; and a high pressure tank configured to store the anode gas to be supplied to the fuel cell; and an anode gas supply passage configured to supply the anode gas discharged from the high-pressure tank to the fuel cell, wherein the driving device includes at least an electric motor and a turbine, the turbine configured to be driven by the anode gas as its working fluid, wherein the compressor is provided in the cathode gas supply passage, wherein the electric motor is provided between the cathode gas supply passage, and the anode gas supply passage, and wherein one end of an output rotary shaft of the electric motor is connected to the compressor, and the other end thereof is connected to the turbine, characterized in that the high-pressure anode gas to be supplied to the turbine is introduced to the turbine from downstream of a pressure reducing valve configured to reduce a pressure of the anode gas to be supplied to the fuel cell. a compressor configured to supply the cathode gas to the cathode; and a driving device configured to drive the compressor; and a control device configured to control the driving device on the basis of an operating state of the fuel cell system, a cathode gas supply passage in which the cathode gas to be supplied to the fuel cell flows; and a high pressure tank configured to store the anode gas to be supplied to the fuel cell; and an anode gas supply passage configured to supply the anode gas discharged from the high-pressure tank to the fuel cell, wherein the driving device includes at least an electric motor and a turbine, the turbine configured to be driven by the anode gas as its working fluid, wherein the compressor is provided in the cathode gas supply passage, wherein the electric motor is provided between the cathode gas supply passage, and the anode gas supply passage, and wherein one end of an output rotary shaft of the electric motor is connected to the compressor, and the other end thereof is connected to the turbine, characterized in that the high-pressure anode gas to be supplied to the turbine is introduced to the turbine from downstream of a pressure reducing valve configured to reduce a pressure of the anode gas to be supplied to the fuel cell.