mhurhangee/patent-ind-claim-en huggingface dataset:
A panel assembly for a vacuum insulated structure , comprising: a first panel having inner and outer surfaces ; a second panel having inner and outer surfaces ; a seam member , wherein the seam member operably couples the first panel to the second panel along a joint portion ; and at least one cross member intersecting the seam member , wherein the at least one cross member further operably couples the first panel to the second panel , wherein the at least one cross member includes a first portion disposed on the first panel , a second portion disposed on the second panel , and an intermediate portion positioned between the first and second portions , and wherein the at least one cross member includes a plurality of cross members , characterized in that the outer surface of the second panel is partially disposed on the inner surface of the first panel to define said joint portion therebetween, and in that the intermediate portion is disposed on the seam member or on the joint portion of the first and second panels . a first panel having inner and outer surfaces ; a second panel having inner and outer surfaces ; a seam member , wherein the seam member operably couples the first panel to the second panel along a joint portion ; and at least one cross member intersecting the seam member , wherein the at least one cross member further operably couples the first panel to the second panel , wherein the at least one cross member includes a first portion disposed on the first panel , a second portion disposed on the second panel , and an intermediate portion positioned between the first and second portions , and wherein the at least one cross member includes a plurality of cross members , characterized in that the outer surface of the second panel is partially disposed on the inner surface of the first panel to define said joint portion therebetween, and in that the intermediate portion is disposed on the seam member or on the joint portion of the first and second panels .
A piston ring , comprising a body portion including a running surface , a flank surface , and a transition surface between said running surface and said flank surface; a running layer disposed over said running surface and over at least a portion of said transition surface, said running layer being formed of chromium nitride; a flank layer disposed over said flank surface and over at least a portion of said transition surface, said flank layer being formed of chromium; and a portion of said flank layer and a portion of said running layer overlapping one another, characterised by said running layer and said flank layer providing outermost surfaces of said piston ring. including a running surface , a flank surface , and a transition surface between said running surface and said flank surface; a running layer disposed over said running surface and over at least a portion of said transition surface, said running layer being formed of chromium nitride; a flank layer disposed over said flank surface and over at least a portion of said transition surface, said flank layer being formed of chromium; and a portion of said flank layer and a portion of said running layer overlapping one another, characterised by said running layer and said flank layer providing outermost surfaces of said piston ring.
A femoral arterial cannula comprising: an elongated hollow cannula body having distal and proximal open ends; a balloon situated on said body adjacent to said distal end; inflation means connected to said balloon for inflating said balloon; four blood flow exit ports situated in said cannula body between said balloon and said distal end, two of said distal exit ports in-line with one-another along said cannula body and two other distal exit ports being 180° circumferentially offset from the first two distal exit ports; and two blood flow exit ports situated in said cannula body between said balloon and said proximal end, said proximal exit ports being 180° circumferentially offset and longitudinally offset from one-another, wherein: the distal end is a tip of the elongated hollow cannula body, and the proximal end is at the opposite end of the elongated hollow cannula body from the distal end. an elongated hollow cannula body having distal and proximal open ends; a balloon situated on said body adjacent to said distal end; inflation means connected to said balloon for inflating said balloon; four blood flow exit ports situated in said cannula body between said balloon and said distal end, two of said distal exit ports in-line with one-another along said cannula body and two other distal exit ports being 180° circumferentially offset from the first two distal exit ports; and two blood flow exit ports situated in said cannula body between said balloon and said proximal end, said proximal exit ports being 180° circumferentially offset and longitudinally offset from one-another, wherein: the distal end is a tip of the elongated hollow cannula body, and the proximal end is at the opposite end of the elongated hollow cannula body from the distal end. the distal end is a tip of the elongated hollow cannula body, and the proximal end is at the opposite end of the elongated hollow cannula body from the distal end.
Tumble dryer comprising a housing , a drum in the housing being accessible from a front side of the housing and being rotatable about its center axis, a fan arrangement for producing a flow of process air passing through the drum, and a heat pump for drying the process air before entering the drum, the heat pump comprising a compressor , a condenser , an expansion valve , and an evaporator forming a refrigerant fluid loop, wherein the rotatable drum comprises a circular rear wall , and wherein the compressor is adapted to be run by an inverter , allowing the compressor output to be varied, characterised by said fan arrangement being placed in the flow of process air between the drum and the evaporator , wherein the flow of process air passes a filter before reaching said fan arrangement , the rotatable drum comprising a radial cylindrical wall with air outlet openings, wherein the inverter comprises a heatsink (47;49) cooled by heat pump flow, and wherein the heat sink is cooled by the flow of process air leaving the evaporator , and the expansion valve being controllable. the rotatable drum comprising a radial cylindrical wall with air outlet openings, wherein the inverter comprises a heatsink (47;49) cooled by heat pump flow, and wherein the heat sink is cooled by the flow of process air leaving the evaporator , and the expansion valve being controllable.
Method for producing a sealing strip, wherein a foam carrier is transported in a predetermined transport direction (T) and at least one cut is made in this foam carrier, which cut extends in this transport direction, and at least two foam carrier strips which are completely separated from one another and have at least one outer surface are produced by this cut, wherein a spacing between this first foam carrier strip and the second foam carrier strip being increased in which at least one of said two foam carrier strips is at least temporarily transported in a different direction than the other foam carrier strip , characterized in that a distance between said at least two foam carrier strips is increased in a direction perpendicular to a plane formed by said transport direction on the one hand and said width direction on the other hand, a material is applied to at least one outer surface of at least one of said two foam carrier strips , and said foam carrier strips, after being removed from each other, are rejoined. a distance between said at least two foam carrier strips is increased in a direction perpendicular to a plane formed by said transport direction on the one hand and said width direction on the other hand, a material is applied to at least one outer surface of at least one of said two foam carrier strips , and said foam carrier strips, after being removed from each other, are rejoined.
Composition, preferably an adhesive composition, comprising: - a composition A comprising at least one polyurethane comprising at least two acrylic end functions T of formula (I) below: CH 2 =CH-C(=O)-X- (I) with X representing -O- or -NR a - with R a representing H or an alkyl radical comprising from 1 to 22 carbon atoms, preferably from 1 to 14 carbon atoms, X preferably representing -O-; and - a composition B comprising: ∘ at least one polyamine B1 comprising only two groups -CH 2 NH 2 ; and ∘ at least one polyamine B2 comprising at least two primary amine functions -NH 2 . - a composition A comprising at least one polyurethane comprising at least two acrylic end functions T of formula (I) below: CH 2 =CH-C(=O)-X- (I) with X representing -O- or -NR a - with R a representing H or an alkyl radical comprising from 1 to 22 carbon atoms, preferably from 1 to 14 carbon atoms, X preferably representing -O-; and - a composition B comprising: ∘ at least one polyamine B1 comprising only two groups -CH 2 NH 2 ; and ∘ at least one polyamine B2 comprising at least two primary amine functions -NH 2 . ∘ at least one polyamine B1 comprising only two groups -CH 2 NH 2 ; and ∘ at least one polyamine B2 comprising at least two primary amine functions -NH 2 .
Radiator means having at least one radiator which can be brought into heat-conducting connection with a PTC heating element in order to form an electrical heater, wherein the at least one radiator has a first group of contact surfaces , to which a further, substantially identically constructed radiator is attachable and can be brought into heat-conducting connection, characterized in that the contact surfaces of the first group of contact surfaces of the at least one radiator have as a whole an outward curvature, wherein the curvature corresponds to a relaxed state of the at least one radiator .
A real-time speech recognition method based on truncated attention, comprising: obtaining truncated information for truncating a feature sequence of a speech signal based on the speech signal; truncating the feature sequence into a plurality of subsequences based on the truncated information; obtaining a real-time recognition result through an attention mechanism for a subsequence in the plurality of subsequences; characterized in that , obtaining the truncated information for truncating the feature sequence of the speech signal comprises: obtaining spike information related to the speech signal by performing a connectionist temporal classification, CTC, process on the feature sequence; and determining the truncated information based on the obtained spike information, wherein truncating the feature sequence into the plurality of subsequences comprises: for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike. obtaining truncated information for truncating a feature sequence of a speech signal based on the speech signal; truncating the feature sequence into a plurality of subsequences based on the truncated information; obtaining a real-time recognition result through an attention mechanism for a subsequence in the plurality of subsequences; characterized in that , obtaining the truncated information for truncating the feature sequence of the speech signal comprises: obtaining spike information related to the speech signal by performing a connectionist temporal classification, CTC, process on the feature sequence; and determining the truncated information based on the obtained spike information, wherein truncating the feature sequence into the plurality of subsequences comprises: for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike. obtaining spike information related to the speech signal by performing a connectionist temporal classification, CTC, process on the feature sequence; and determining the truncated information based on the obtained spike information, wherein truncating the feature sequence into the plurality of subsequences comprises: for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike. for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike.
An apparatus for manufacturing a positive electrode for a lithium secondary battery, the apparatus comprising: a positive electrode material feeding unit that feeds a positive electrode material in the form of a powder (P) to one surface of a positive electrode current collector conveyed by conveying means ; and a positive electrode material shaping unit that heats and pressurizes the positive electrode current collector fed with the positive electrode material in the form of a powder (P), wherein the pressurization is performed using a mold having a shape of the positive electrode , characterized in that the apparatus further comprises a positive electrode material recovery unit which conveys the positive electrode material in the form of a powder (P) remaining on the positive electrode current collector , after the pressurization by the positive electrode material shaping unit , to the positive electrode material feeding unit . a positive electrode material feeding unit that feeds a positive electrode material in the form of a powder (P) to one surface of a positive electrode current collector conveyed by conveying means ; and a positive electrode material shaping unit that heats and pressurizes the positive electrode current collector fed with the positive electrode material in the form of a powder (P), wherein the pressurization is performed using a mold having a shape of the positive electrode , characterized in that the apparatus further comprises a positive electrode material recovery unit which conveys the positive electrode material in the form of a powder (P) remaining on the positive electrode current collector , after the pressurization by the positive electrode material shaping unit , to the positive electrode material feeding unit .
An olefin polymerization apparatus, comprising: a polymerization reactor for olefin homopolymerization and/or copolymerization reaction; a condensation unit for condensing a gas material discharged from the polymerization reactor; a gas-liquid separation unit for carrying out gas-liquid separation on the material from the condensation unit to generate a gas and a condensate; storage tanks, wherein the numbers of the storage tanks are 2 or more, which are respectively configured for receiving and storing the condensate containing different comonomers discharged from the gas-liquid separation unit; and a control unit for selectively introducing the condensate from the storage tanks into the polymerization reactor to achieve a switch between the olefin homopolymerization and copolymerization in the polymerization reactor, wherein, a gas outlet of the gas-liquid separation unit communicates with an inlet of the polymerization reactor, and the condensate in each of the storage tanks is selectively introduced into the polymerization reactor under the action of the control unit to achieve the switch between different copolymerization reactions in the polymerization reactor. a polymerization reactor for olefin homopolymerization and/or copolymerization reaction; a condensation unit for condensing a gas material discharged from the polymerization reactor; a gas-liquid separation unit for carrying out gas-liquid separation on the material from the condensation unit to generate a gas and a condensate; storage tanks, wherein the numbers of the storage tanks are 2 or more, which are respectively configured for receiving and storing the condensate containing different comonomers discharged from the gas-liquid separation unit; and a control unit for selectively introducing the condensate from the storage tanks into the polymerization reactor to achieve a switch between the olefin homopolymerization and copolymerization in the polymerization reactor, wherein, a gas outlet of the gas-liquid separation unit communicates with an inlet of the polymerization reactor, and the condensate in each of the storage tanks is selectively introduced into the polymerization reactor under the action of the control unit to achieve the switch between different copolymerization reactions in the polymerization reactor.
A method for quantifying levels of a prostate antigen, the method comprising: performing an immunoassay to detect presence of a prostate antigen in a sample; and quantifying levels of the prostate antigen detected in the sample in relation to a set of prostate antigen standards detected using the same immunoassay, wherein the prostate antigen is intact prostate specific antigen (iPSA) or human kallikrein 2 (hK2), wherein each titer of prostate antigen standard is equidistant from the titer above and/or below it on a logarithmic scale, wherein the quantity of the smallest non-zero titer of the set is below the limit of quantification of the immunoassay, wherein the limit of quantification is the smallest amount of material detectable and quantifiable with a coefficient of variation of less than 25%, and wherein the largest titer of the set is less than or equal to 15 ng/mL iPSA or less than or equal to 8 ng/mL hK2. performing an immunoassay to detect presence of a prostate antigen in a sample; and quantifying levels of the prostate antigen detected in the sample in relation to a set of prostate antigen standards detected using the same immunoassay, wherein the prostate antigen is intact prostate specific antigen (iPSA) or human kallikrein 2 (hK2), wherein each titer of prostate antigen standard is equidistant from the titer above and/or below it on a logarithmic scale, wherein the quantity of the smallest non-zero titer of the set is below the limit of quantification of the immunoassay, wherein the limit of quantification is the smallest amount of material detectable and quantifiable with a coefficient of variation of less than 25%, and wherein the largest titer of the set is less than or equal to 15 ng/mL iPSA or less than or equal to 8 ng/mL hK2.
A dental photocurable composition, comprising (A) polymerizable monomer, (B) photosensitizer, (C) photoacid generator, (D) photopolymerization accelerator and (E) filler, wherein, the dental photocurable composition comprises (B-1) α-diketone compound as the (B) photosensitizer, and the dental photocurable composition comprises, with respect to 100 parts by mass of the (A) polymerizable monomer, 0.15 parts by mass or less of the (B-1) α-diketone compound, 0.5 parts by mass or more of the (C) photoacid generator, and 100 parts by mass or more of the (E) filler, the dental photocurable composition comprises an aryl iodonium salt as the (C) photoacid generator, wherein the aryl iodonium salt is a salt of an anion having an organic group and one or more atoms of P, B, Al, S and Ga, and an aryl iodonium cation. the dental photocurable composition comprises (B-1) α-diketone compound as the (B) photosensitizer, and the dental photocurable composition comprises, with respect to 100 parts by mass of the (A) polymerizable monomer, 0.15 parts by mass or less of the (B-1) α-diketone compound, 0.5 parts by mass or more of the (C) photoacid generator, and 100 parts by mass or more of the (E) filler, 0.15 parts by mass or less of the (B-1) α-diketone compound, 0.5 parts by mass or more of the (C) photoacid generator, and 100 parts by mass or more of the (E) filler, the dental photocurable composition comprises an aryl iodonium salt as the (C) photoacid generator, wherein the aryl iodonium salt is a salt of an anion having an organic group and one or more atoms of P, B, Al, S and Ga, and an aryl iodonium cation.
A method performed by an electronic apparatus in a communication system, the method comprising: transmitting, to a first server an identifier of an embedded universal integrated circuit card, eUICC; receiving, from the first server, an address of a second server and an identifier for an event; transmitting, to the second server, the identifier for the event, the second server being identified based on the address of the second server; receiving, from the second server, a profile associated with the identifier for the event; and installing the profile in the eUICC, wherein the first server is a subscription manager discovery service, SM-DS, and wherein the second server is a subscription manager data preparation plus, SM-DP+. transmitting, to a first server an identifier of an embedded universal integrated circuit card, eUICC; receiving, from the first server, an address of a second server and an identifier for an event; transmitting, to the second server, the identifier for the event, the second server being identified based on the address of the second server; receiving, from the second server, a profile associated with the identifier for the event; and installing the profile in the eUICC, wherein the first server is a subscription manager discovery service, SM-DS, and wherein the second server is a subscription manager data preparation plus, SM-DP+.
A magnetic pouch clamp assembly comprising: a first clamping arm having a first clamping surface ; a second clamping arm having a second clamping surface opposed to the first clamping surface, the second clamping arm being slidably connected to the first clamping arm such that the first and second clamping arms are movable between open and closed positions, the first and second clamping surfaces being engaged in the closed position; a magnet assembly including a first magnet having a first polarity carried by the first clamping arm and a second magnet having a second polarity carried by the second clamping arm, the first and second polarities being oriented such that a closing attractive force therebetween holds the first and second clamping surfaces in the closed position; characterized in that the first clamping arm defines a first guide slot and the second clamping arm defines a second guide slot , the first clamping arm includes a first magnet housing slidably received in the second guide slot and carrying the first magnet, and the second clamping arm includes a second magnet housing slidably received in the first guide slot and carrying the second magnet. a first clamping arm having a first clamping surface ; a second clamping arm having a second clamping surface opposed to the first clamping surface, the second clamping arm being slidably connected to the first clamping arm such that the first and second clamping arms are movable between open and closed positions, the first and second clamping surfaces being engaged in the closed position; a magnet assembly including a first magnet having a first polarity carried by the first clamping arm and a second magnet having a second polarity carried by the second clamping arm, the first and second polarities being oriented such that a closing attractive force therebetween holds the first and second clamping surfaces in the closed position; characterized in that the first clamping arm defines a first guide slot and the second clamping arm defines a second guide slot , the first clamping arm includes a first magnet housing slidably received in the second guide slot and carrying the first magnet, and the second clamping arm includes a second magnet housing slidably received in the first guide slot and carrying the second magnet.