mhurhangee/patent-ind-claim-en huggingface dataset:
A wire harness assembly system comprising: at least one grid tile for receiving at least one repositionable accessory to route wires, wherein the at least one grid tile has a top , a bottom , and sides ; wherein the at least one grid tile has a plurality of keyed holes , the plurality of keyed holes extending from the top , through the at least one grid tile , to the bottom of the grid tile for receiving the at least one repositionable accessory to route wires along the at least one grid tile ; wherein the at least one grid tile has a locking surface on the bottom of the at least one grid tile , wherein the locking surface has a plurality of ramps and a plurality of grooves and complements the plurality of keyed holes for maintaining the at least one repositionable accessory in a locked position; and a locking mount installed in the at least one grid tile for receiving the at least one repositionable accessory to route wires, wherein the locking mount has a keyed lower portion for mating engagement with the keyed holes and locking surface of the at least one grid tile , whereby the installed locking mount is configured to be rotated to a locked position; wherein the keyed lower portion of the locking mount has a shaft that includes side projections with an angled top portion ; and wherein the side projections and angled top portion of the locking mount are configured to slide over one of the plurality of ramps and into one of the plurality of grooves in the locking surface to secure the locking mount to the grid tile . at least one grid tile for receiving at least one repositionable accessory to route wires, wherein the at least one grid tile has a top , a bottom , and sides ; wherein the at least one grid tile has a plurality of keyed holes , the plurality of keyed holes extending from the top , through the at least one grid tile , to the bottom of the grid tile for receiving the at least one repositionable accessory to route wires along the at least one grid tile ; wherein the at least one grid tile has a locking surface on the bottom of the at least one grid tile , wherein the locking surface has a plurality of ramps and a plurality of grooves and complements the plurality of keyed holes for maintaining the at least one repositionable accessory in a locked position; and a locking mount installed in the at least one grid tile for receiving the at least one repositionable accessory to route wires, wherein the locking mount has a keyed lower portion for mating engagement with the keyed holes and locking surface of the at least one grid tile , whereby the installed locking mount is configured to be rotated to a locked position; wherein the keyed lower portion of the locking mount has a shaft that includes side projections with an angled top portion ; and wherein the side projections and angled top portion of the locking mount are configured to slide over one of the plurality of ramps and into one of the plurality of grooves in the locking surface to secure the locking mount to the grid tile .
An aerosol generating article comprising: a first portion including an aerosol generating material impregnated with an aerosol generating element; a second portion including a tobacco element; a third portion including a cooling element; and a fourth portion including a filter element, wherein the first portion , the second portion , the third portion , and the fourth portion are sequentially arranged in a longitudinal direction of the aerosol generating article , and the filter element includes a cellulose acetate tow having a denier per filament of about 17 to about 29 and a total denier of about 10,000 to about 40,000, wherein the fourth portion includes about 320 mg to about 510 mg of the cellulose acetate tow. a first portion including an aerosol generating material impregnated with an aerosol generating element; a second portion including a tobacco element; a third portion including a cooling element; and a fourth portion including a filter element, wherein the first portion , the second portion , the third portion , and the fourth portion are sequentially arranged in a longitudinal direction of the aerosol generating article , and the filter element includes a cellulose acetate tow having a denier per filament of about 17 to about 29 and a total denier of about 10,000 to about 40,000, wherein the fourth portion includes about 320 mg to about 510 mg of the cellulose acetate tow.
A method for targeted haplotyping of an organism comprising; incubating a cell of the organism or a nucleus thereof, wherein the cell or nucleus thereof contains a set of chromosomes having genomic DNA, with a fixation agent for a period of time to allow crosslinking of the genomic DNA in situ and thereby to form crosslinked genomic DNA; fragmenting the crosslinked genomic DNA and ligating the proximally located crosslinked and fragmented DNA to form a proximally ligated complex having a first genomic DNA fragment and a second genomic DNA fragment; shearing the proximally ligated complex to form proximally-ligated DNA fragments; contacting the proximally-ligated DNA fragments with one or more oligonucleotides that hybridize to pre-selected regions of a subset of the proximally-ligated fragments to provide a subset of proximally-ligated fragments hybridized to the oligonucleotides, isolating the subset of proximally-ligated fragments hybridized to the oligonucleotides to form a library, and separating the subset of proximally-ligated fragments from the oligonucleotides; sequencing the subset of proximally-ligated DNA fragments to obtain a plurality of sequence reads and assembling the plurality of sequence reads to construct a targeted haplotype.
A method comprising: forming a bilayer polymer film comprising an oriented polypropylene film and a metallocene-catalyzed polypropylene film, wherein the metallocene-catalyzed polypropylene film has a seal initiation temperature of from 80 °C to 130 °C characterized in that the bilayer polymer film comprises a corona treated biaxially oriented polypropylene film and that the metallocene-catalyzed polypropylene film includes a metallocene-catalyzed random ethylene-propylene copolymer.
A combustor of a gas turbine engine , comprising: a support shell , and a liner panel comprising: a perimeter rail that extends from a cold side of the liner panel, the perimeter rail formed by a forward circumferential rail, an aft circumferential rail parallel to the forward circumferential rail, and axial rails that interconnect the forward and aft circumferential rail wherein the perimeter rail seals the liner panel with respect to the support shell to form an impingement cavity therebetween wherein the aft circumferential rail comprises a radiused edge that blends into the hot side of the liner panel, the axial rails comprise a radiused edge that blends into the hot side of the liner panel and the forward circumferential rail does not comprise a radiused edge; and a thermal barrier coating on the hot side and the radiused edges of the aft circumferential rail and the axial rails. a support shell , and a liner panel comprising: a perimeter rail that extends from a cold side of the liner panel, the perimeter rail formed by a forward circumferential rail, an aft circumferential rail parallel to the forward circumferential rail, and axial rails that interconnect the forward and aft circumferential rail wherein the perimeter rail seals the liner panel with respect to the support shell to form an impingement cavity therebetween wherein the aft circumferential rail comprises a radiused edge that blends into the hot side of the liner panel, the axial rails comprise a radiused edge that blends into the hot side of the liner panel and the forward circumferential rail does not comprise a radiused edge; and a thermal barrier coating on the hot side and the radiused edges of the aft circumferential rail and the axial rails. a perimeter rail that extends from a cold side of the liner panel, the perimeter rail formed by a forward circumferential rail, an aft circumferential rail parallel to the forward circumferential rail, and axial rails that interconnect the forward and aft circumferential rail wherein the perimeter rail seals the liner panel with respect to the support shell to form an impingement cavity therebetween wherein the aft circumferential rail comprises a radiused edge that blends into the hot side of the liner panel, the axial rails comprise a radiused edge that blends into the hot side of the liner panel and the forward circumferential rail does not comprise a radiused edge; and a thermal barrier coating on the hot side and the radiused edges of the aft circumferential rail and the axial rails.
A semiconductor device comprising: a high frequency semiconductor chip ; an input matching circuit disposed at an input side of the high frequency semiconductor chip ; an output matching circuit disposed at an output side of the high frequency semiconductor chip ; a high frequency input terminal connected to the input matching circuit ; a high frequency output terminal connected to the output matching circuit ; a capacitor connection circuit disposed at the output side of the high frequency semiconductor chip ; a smoothing capacitor terminal connected to the capacitor connection circuit , and a smoothing capacitor (C BR ) connected between the smoothing capacitor terminal and ground potential, wherein the high frequency semiconductor chip , the input matching circuit and the output matching circuit are housed by one package, wherein the capacitor connection circuit comprises: a feed through utilized for the smoothing capacitor; and a bonding wire (BW1) for connecting the smoothing capacitor, and the smoothing capacitor terminal is connected to a drain terminal electrode (D) of the high frequency semiconductor chip via the feed through utilized for the smoothing capacitor and the bonding wire (BW1) for connecting the smoothing capacitor, wherein the feed through is directly connected to the drain terminal electrode (D) through the bonding wire (BW1); wherein high frequency is frequencies over 2 GHz. a high frequency semiconductor chip ; an input matching circuit disposed at an input side of the high frequency semiconductor chip ; an output matching circuit disposed at an output side of the high frequency semiconductor chip ; a high frequency input terminal connected to the input matching circuit ; a high frequency output terminal connected to the output matching circuit ; a capacitor connection circuit disposed at the output side of the high frequency semiconductor chip ; a smoothing capacitor terminal connected to the capacitor connection circuit , and a smoothing capacitor (C BR ) connected between the smoothing capacitor terminal and ground potential, wherein the high frequency semiconductor chip , the input matching circuit and the output matching circuit are housed by one package, wherein the capacitor connection circuit comprises: a feed through utilized for the smoothing capacitor; and a bonding wire (BW1) for connecting the smoothing capacitor, and the smoothing capacitor terminal is connected to a drain terminal electrode (D) of the high frequency semiconductor chip via the feed through utilized for the smoothing capacitor and the bonding wire (BW1) for connecting the smoothing capacitor, wherein the feed through is directly connected to the drain terminal electrode (D) through the bonding wire (BW1); wherein high frequency is frequencies over 2 GHz.
A turbomachine comprising: a housing that includes an e-machine housing with a removably attached insert ; a rotating group supported for rotation within the housing; an e-machine that is configured as at least one of an electric motor and an electric generator, that is operatively coupled to the rotating group, and that includes a stator that is housed within the e-machine housing, wherein the e-machine housing includes a surface that spans across and covers over at least part of the stator; a thermal bridge member that extends between the stator and the e-machine housing to define a thermal path for heat to transfer from the stator to the e-machine housing; and the e-machine housing including a thermal bridge retainer member that defines an outer boundary of the thermal bridge member, wherein the insert includes a plurality of dam walls that are continuous and that are connected via a connecting member, the plurality of continuous dam walls overlying the surface to define a plurality of receptacles of the retainer member, the plurality of receptacles defining respective outer boundaries of the thermal bridge member. a housing that includes an e-machine housing with a removably attached insert ; a rotating group supported for rotation within the housing; an e-machine that is configured as at least one of an electric motor and an electric generator, that is operatively coupled to the rotating group, and that includes a stator that is housed within the e-machine housing, wherein the e-machine housing includes a surface that spans across and covers over at least part of the stator; a thermal bridge member that extends between the stator and the e-machine housing to define a thermal path for heat to transfer from the stator to the e-machine housing; and the e-machine housing including a thermal bridge retainer member that defines an outer boundary of the thermal bridge member, wherein the insert includes a plurality of dam walls that are continuous and that are connected via a connecting member, the plurality of continuous dam walls overlying the surface to define a plurality of receptacles of the retainer member, the plurality of receptacles defining respective outer boundaries of the thermal bridge member.
A cutting machine for cutting a laminated glass sheet comprising two side glass sheets and an intermediate layer of thermoplastic material, the machine comprising: - a fixed frame ; - at least a table for supporting the glass sheets to be cut; - cutting means for cutting said side glass sheets along a cutting line ; - pressing means for pushing said glass sheet against said support table ; - stretching means for exerting a stretching action on said intermediate layer of thermoplastic material in a stretching direction orthogonal to said cutting line ; - said pressing means comprising a horizontal crossbeam parallel and raised with respect to said support table, at least a deformable tubular body arranged between said support table and said crossbeam parallel to the support table and to said cutting line and delimiting at least a pressurizable air chamber , and means for connecting said tubular body to said crossbeam; characterised in that said connection means comprise a pre-deformation plate for the tubular body arranged inside said tubular body parallel to said support table and extending for the entire length of said tubular body ; said pre-deformation plate having a width measured orthogonally to said cutting line which is wider than an outer diameter of said tubular body when arranged in an undeformed condition. - a fixed frame ; - at least a table for supporting the glass sheets to be cut; - cutting means for cutting said side glass sheets along a cutting line ; - pressing means for pushing said glass sheet against said support table ; - stretching means for exerting a stretching action on said intermediate layer of thermoplastic material in a stretching direction orthogonal to said cutting line ; - said pressing means comprising a horizontal crossbeam parallel and raised with respect to said support table, at least a deformable tubular body arranged between said support table and said crossbeam parallel to the support table and to said cutting line and delimiting at least a pressurizable air chamber , and means for connecting said tubular body to said crossbeam;
Use of at least one malate, wherein the cation of the malate is selected from the group comprising Li, Na, K, Cs, Fr, Rb, Ca and Mg as a corrosion inhibition composition.
A detergent composition for hard water scale control comprising: at least 50 wt-% of alkali metal hydroxide; and at least one carboxylic acid terpolymer comprising in copolymerized form from 30 to 90% by weight of at least one monoethylenically unsaturated C 3 -C 8 -carboxylic acid, or an anhydride or salt thereof, from 3 to 60% by weight of at least one monomer comprising a sulfo group, and from 3 to 20% by weight of at least one nonionic monomer of the formula I H 2 C=C(R 1 )(CH 2 ) x O[R 2 -O] y -R 3 (I) in which R 1 is hydrogen or methyl, R 2 are identical or different, linear or branched C 2 -C 6 -alkylene wherein R 2 -O may be arranged in blocks or randomly, and R 3 is hydrogen or a straight-chain or branched C 1 -C 4 -alkyl, x is 0 or 1 and y is a number from 8 to 40; and wherein the detergent composition is free of phosphate, the terpolymer having a K value of 15 to 30 measured at pH 7 in 1% by weight aqueous solution at 25°C as described in the specification. at least 50 wt-% of alkali metal hydroxide; and at least one carboxylic acid terpolymer comprising in copolymerized form from 30 to 90% by weight of at least one monoethylenically unsaturated C 3 -C 8 -carboxylic acid, or an anhydride or salt thereof, from 3 to 60% by weight of at least one monomer comprising a sulfo group, and from 3 to 20% by weight of at least one nonionic monomer of the formula I H 2 C=C(R 1 )(CH 2 ) x O[R 2 -O] y -R 3 (I) in which R 1 is hydrogen or methyl, R 2 are identical or different, linear or branched C 2 -C 6 -alkylene wherein R 2 -O may be arranged in blocks or randomly, and R 3 is hydrogen or a straight-chain or branched C 1 -C 4 -alkyl, x is 0 or 1 and y is a number from 8 to 40; and wherein the detergent composition is free of phosphate, the terpolymer having a K value of 15 to 30 measured at pH 7 in 1% by weight aqueous solution at 25°C as described in the specification.
A pivot bearing, in particular, of a pivoting fitting or pivoting-/tilting fitting of a window, a French door or the like, with a bearing fork part having a fork leg , with a bearing eye part that can be inserted between the fork legs with a bearing bolt for mounting the bearing eye part on the fork leg and with a securing element for axially securing the bearing bolt on one of the fork legs , wherein the securing element is held in constrictions of the bearing bolt by a latching connection , wherein the security element is held by a second latching connection in one of the fork legs and that the fork leg has a stop for supporting the securing element , characterized in that the securing element is designed in a sleeve-shaped manner enclosing the bearing bolt and has a latching element pointing inwards and a latching element pointing outwards, that the securing element is made of spring steel and the latching elements are designed as angled web or tongue , that the latching elements have ramps , that the securing element has two partial ring pieces , that the partial ring pieces are connected to the web , that the web is bent centrally inwards in order to form the ramps and that the tongue points outwards.
A composition comprising an air-free and stable aqueous solution of acetic acid and hypochlorous acid.
Multistage process for recovering energy from water vapour-containing vapours, in particular baking vapours, from vapour-liberating installations, in particular baking installations, and exhaust gases of at least one burner of such installations, comprising the steps - introduction of the vapours S into at least one condensation space (K1) to form a vapour condensate SK having the temperature T SK1 ; - introduction of the vapour condensate SK leaving the first condensation space (K1) into at least one first heat exchange installation (W1) with cooling of the vapour condensate SK to a temperature T SK2 ; - spraying of at least part of the cooled vapour condensate SK having the temperature T SK2 into at least one quench cooler (Q) and quenching of exhaust gases A having a temperature T A introduced into the at least one quench cooler (Q) to the dew point temperature TP A ; wherein the vapour condensate mixed with the exhaust gas is vaporized and the exhaust gas is cooled at the same time; - introduction of the exhaust gases A which have been cooled in the at least one quench cooler (Q) to the dew point temperature TP A and have been mixed with the vaporized vapor condensate into a second condensation space (K2) to form an exhaust gas condensate AK having the temperature T AK1 , and - introduction of the exhaust gas condensate having the temperature T AK1 leaving the second condensation space (K2) into at least one second heat exchange installation (W2) with cooling of the exhaust gas condensate AK to a temperature T AK2 . - introduction of the vapours S into at least one condensation space (K1) to form a vapour condensate SK having the temperature T SK1 ; - introduction of the vapour condensate SK leaving the first condensation space (K1) into at least one first heat exchange installation (W1) with cooling of the vapour condensate SK to a temperature T SK2 ; - spraying of at least part of the cooled vapour condensate SK having the temperature T SK2 into at least one quench cooler (Q) and quenching of exhaust gases A having a temperature T A introduced into the at least one quench cooler (Q) to the dew point temperature TP A ; wherein the vapour condensate mixed with the exhaust gas is vaporized and the exhaust gas is cooled at the same time; - introduction of the exhaust gases A which have been cooled in the at least one quench cooler (Q) to the dew point temperature TP A and have been mixed with the vaporized vapor condensate into a second condensation space (K2) to form an exhaust gas condensate AK having the temperature T AK1 , and - introduction of the exhaust gas condensate having the temperature T AK1 leaving the second condensation space (K2) into at least one second heat exchange installation (W2) with cooling of the exhaust gas condensate AK to a temperature T AK2 .
Electric motor with a multiplicity of SMD components which are arranged in depressions or chambers of a carrier of the electric motor, and with a connecting part for the SMD components with an electrically conductive housing part of the electric motor, the connecting part being configured as a contact spring which is clipped onto the carrier , characterized in that the connecting part electrically connects a multiplicity of SMD components to the housing part and, to this end, comprises a main portion , a multiplicity of resilient contact fingers for the SMD components which extend from one side of the said main portion , engage into the individual depressions or chambers, and come into contact there with the SMD components which are arranged in the depressions or chambers, and at least one resilient contact portion which extends from the other side of the main portion for electric connection to the housing part, and the main portion of the contact spring comprising, on the side of the contact fingers for the SMD components and/or on the side of the at least one contact portion for the housing part, at least one fixing terminal which is configured as an inwardly projecting portion.