mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for producing a corrugated product, comprising: a roller train comprising: - a first corrugating roller having a first set of corrugating teeth , - a second corrugating roller having a second set of corrugating teeth , - a third corrugating roller having a third set of corrugating teeth , and - a fourth corrugating roller having a fourth set of corrugating teeth ; a first nip (N 1 ) defined between said first and second corrugating rollers opposing one another; a second nip (N 2 ) defined between said second and third corrugating rollers opposing one another; and a third nip (N 3 ) defined between said third and fourth corrugating rollers opposing one another; each tooth in each of said first , second , third and fourth sets of teeth comprising a distal face , a leading flank and a trailing flank , the distal faces of each of said first and second sets of teeth being rounded, the distal faces of each of said third and fourth sets of teeth being flattened. a roller train comprising: - a first corrugating roller having a first set of corrugating teeth , - a second corrugating roller having a second set of corrugating teeth , - a third corrugating roller having a third set of corrugating teeth , and - a fourth corrugating roller having a fourth set of corrugating teeth ; - a first corrugating roller having a first set of corrugating teeth , - a second corrugating roller having a second set of corrugating teeth , - a third corrugating roller having a third set of corrugating teeth , and - a fourth corrugating roller having a fourth set of corrugating teeth ; a first nip (N 1 ) defined between said first and second corrugating rollers opposing one another; a second nip (N 2 ) defined between said second and third corrugating rollers opposing one another; and a third nip (N 3 ) defined between said third and fourth corrugating rollers opposing one another; each tooth in each of said first , second , third and fourth sets of teeth comprising a distal face , a leading flank and a trailing flank , the distal faces of each of said first and second sets of teeth being rounded, the distal faces of each of said third and fourth sets of teeth being flattened.
An in-plane magnetic image sensor chip, for detecting a magnetic image, comprising: a Si substrate with a surface from which an etch pit extends into the Si substrate, the etch pit having a flattened bottom surface , a magnetoresistive sensor deposited on the bottom surface of the etch pit, and an insulating layer , the insulating layer being located above the magnetoresistive sensor, the insulating layer being provided with a window corresponding to input and output ends of the magnetoresistive sensor, the input and output ends of the magnetoresistive sensor being directly connected with leads, or bonded with leads through pads or through a conducting post and pads to form connections at the window, the conducting post connecting the input and output ends of the magnetoresistive sensor and the pads being located on the input and output ends of the magnetoresistive sensor or the conducting post, wherein the image sensor chip is configured to detect a magnetic image moving in scanning direction in a magnetic image detection plane that is parallel or coplanar with the surface of the Si substrate, and wherein, the height of the leads is lower than the height of the surface of the Si substrate,. a Si substrate with a surface from which an etch pit extends into the Si substrate, the etch pit having a flattened bottom surface , a magnetoresistive sensor deposited on the bottom surface of the etch pit, and an insulating layer , the insulating layer being located above the magnetoresistive sensor, the insulating layer being provided with a window corresponding to input and output ends of the magnetoresistive sensor, the input and output ends of the magnetoresistive sensor being directly connected with leads, or bonded with leads through pads or through a conducting post and pads to form connections at the window, the conducting post connecting the input and output ends of the magnetoresistive sensor and the pads being located on the input and output ends of the magnetoresistive sensor or the conducting post,
A composition comprising a consortium of bacteria having no urease gene content or urease activity for use in a method of treating hyperammonemia, hepatic encephalopathy, or another liver disorder characterised by hyperammonemia, in a subject in need thereof, wherein a) prior to administration of the composition, the subject is given an effective amount of one or more antibiotics sufficient to reduce the population of bacteria in the gut microbiota to a level suitable for repopulation of newly introduced bacteria; and wherein b) prior to administration of the composition, the subject is further given an effective amount of a purgative agent; said method comprising c) administering to the subject the composition under conditions wherein said bacteria colonize the gut, wherein said composition comprises Paraprevotella clara, Bifidobacterium longum, Collinsella aerofaciens, Coprococcus comes, Dorea longicatena, Bacteroides eggerthii str., and Bacteroides vulgates bacteria. a) prior to administration of the composition, the subject is given an effective amount of one or more antibiotics sufficient to reduce the population of bacteria in the gut microbiota to a level suitable for repopulation of newly introduced bacteria; and wherein b) prior to administration of the composition, the subject is further given an effective amount of a purgative agent; said method comprising c) administering to the subject the composition under conditions wherein said bacteria colonize the gut, wherein said composition comprises Paraprevotella clara, Bifidobacterium longum, Collinsella aerofaciens, Coprococcus comes, Dorea longicatena, Bacteroides eggerthii str., and Bacteroides vulgates bacteria.
Electrolysis cell E <100> comprising at least one anode chamber K A <101>, at least one cathode chamber K K <102> and at least one interposed middle chamber K M <103>, wherein K A . <101> comprises an anodic electrode E A <104> and an outlet A KA <106>, wherein K K <102> comprises a cathodic electrode E K <105>, an inlet Z KK <107> and an outlet A KK <109>, wherein K M <103> comprises an inlet Z KM <108>, is divided from K A <101> by a diffusion barrier D <110> and is divided from K K <102> by an alkali metal cation-conducting solid-state electrolyte F K <111>, wherein K M <103> and K A <101> are connected to one another by a connection V AM <112> through which liquid can be routed from K M <103> into K A <101>, characterized in that the middle chamber K M <103> comprises internals, wherein the internals are configured to lead to turbulence and vortexing in an electrolyte L 3 <114> that flows through the middle chamber K M <103>. wherein K K <102> comprises a cathodic electrode E K <105>, an inlet Z KK <107> and an outlet A KK <109>, wherein K M <103> comprises an inlet Z KM <108>, is divided from K A <101> by a diffusion barrier D <110> and is divided from K K <102> by an alkali metal cation-conducting solid-state electrolyte F K <111>, wherein K M <103> and K A <101> are connected to one another by a connection V AM <112> through which liquid can be routed from K M <103> into K A <101>, characterized in that the middle chamber K M <103> comprises internals, wherein the internals are configured to lead to turbulence and vortexing in an electrolyte L 3 <114> that flows through the middle chamber K M <103>.
A polynucleotide comprising a nucleic acid sequence encoding an antibody that specifically binds to CD38, the antibody comprising a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 156 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 185.
An SCR system urea mixer, comprising an outer pipe and an inner pipe disposed in the outer pipe, wherein the outer pipe comprises an intake cone pipe and an intake straight pipe connected with the intake cone pipe , the inner pipe comprises an intake rectifying pipe and a porous pipe , the porous pipe is sleeved inside the intake rectifying pipe , and the intake rectifying pipe is provided with an exhaust gas flow rotating mechanism configured to rotate exhaust gas entering the intake cone pipe , the exhaust gas flow rotating mechanism is partially disposed inside the intake cone pipe , a urea nozzle installation plate is provided at an intake port of the SCR system urea mixer, and the urea nozzle installation plate is installed at an inlet of the intake rectifying pipe .
A method, comprising: measuring channel state information on a downlink from a base station; identifying a selected beam group out of a set of beam groups according to a wideband property of said channel state information, wherein a characteristic of said set of beam groups depends on a transmission rank; and identifying a selected subset of beams in said selected beam group according to at least one subband, wherein a number of beams in said selected subset of beams is equal to said transmission rank; wherein an angular range from a direction of maximum array gain of a first beam to a direction of maximum array gain of a last beam in said selected beam group overlaps in angular domain with an angular range from a direction of maximum array gain of a first beam to a direction of maximum array gain of a last beam in an adjacent beam group. measuring channel state information on a downlink from a base station; identifying a selected beam group out of a set of beam groups according to a wideband property of said channel state information, wherein a characteristic of said set of beam groups depends on a transmission rank; and identifying a selected subset of beams in said selected beam group according to at least one subband, wherein a number of beams in said selected subset of beams is equal to said transmission rank; wherein an angular range from a direction of maximum array gain of a first beam to a direction of maximum array gain of a last beam in said selected beam group overlaps in angular domain with an angular range from a direction of maximum array gain of a first beam to a direction of maximum array gain of a last beam in an adjacent beam group.
A process for preparing glucaric acid or lactone thereof, the process comprising: reacting glucose with oxygen in the presence of a carbon-supported heterogeneous oxidation catalyst comprising Pt, to convert at least a portion of the glucose to glucaric acid or lactone thereof, wherein the pH of the reaction mixture is less than 7, the reaction is conducted in the substantial absence of added base, the reaction mixture is maintained at a temperature from 70°C to 150°C and under a partial pressure of oxygen that is at least 60 psia (414 kPa), and wherein at least 50% of the glucose is converted to glucaric acid or lactone thereof.
A fluid pump , in particular an axial piston pump, having at least one swash plate with adjustable inclination, characterized in that the fluid pump includes at least two sensing systems each having at least one sensor for detecting the inclination of the swash plate , at least one sensing system being part of a power limitation system .
Shearing device having a blade and having a counterpart blade assigned to the blade , wherein the blade , in order to generate a cutting movement relative to a counterpart blade cutting edge of the counterpart blade , is rotatable about an axis of rotation (R) and has at least one blade cutting edge which is helically coiled about its axis of rotation (R), characterized in that the counterpart blade cutting edge is a notched counterpart blade cutting edge provided with cutting notches .
Computer-implemented method for generating control data (PCD, PCD') for a device for additive manufacturing of a component by selectively solidifying an assembly material in an additive manufacturing process, wherein the control data (PCD, PCD') are generated in such a way that they comprise instructions for the device for additive manufacturing, such that: - the component is built up with at least one support structure mechanically connected to the component (1, 1 '), - wherein the support structure comprises at least two support structure elements arranged side by side in a direction along a surface of the component (1, 1 '), - wherein at least one of the support structure elements mechanically connects the surface of the component and the support structure , wherein at least one of the support structure elements comprises at least one predetermined breaking point and - wherein the at least two support structure elements form together a chain-like structure , which can be removed from the component by applying a force (f) at an access point of the support structure . - the component is built up with at least one support structure mechanically connected to the component (1, 1 '), - wherein the support structure comprises at least two support structure elements arranged side by side in a direction along a surface of the component (1, 1 '), - wherein at least one of the support structure elements mechanically connects the surface of the component and the support structure , wherein at least one of the support structure elements comprises at least one predetermined breaking point and - wherein the at least two support structure elements form together a chain-like structure , which can be removed from the component by applying a force (f) at an access point of the support structure .
A kettle comprising: - a container having a central longitudinal axis (A) and delimiting an internal volume intended to contain water and in which the water is intended to be heated and in particular boiled, the container comprising an upper filling opening emerging into the internal volume , - a grip handle , - a pouring spout configured to be located opposite the grip handle with respect to the central longitudinal axis (A) of the container , - a lid configured to be arranged at the upper filling opening and to close the container , the lid being equipped with an annular seal configured to sealingly cooperate with the container , and - a fastening device configured to removably fasten the lid to the container , the fastening device comprising at least one locking member housed at least partially in the lid and configured to project from the lid through a through opening provided on the lid , and at least one locking element provided on the container , the at least one locking member being movably mounted relative to the lid between a locking position in which the at least one locking member projects through the through opening provided on the lid and is configured to cooperate with the at least one locking element so as to fasten the lid to the container , and a release position in which the at least one locking member is configured to release the at least one locking element so that the lid can be removed from the container , characterized in that the fastening device further includes at least one sealing member distinct from the annular seal and configured to ensure sealing at the through opening provided on the lid . - a container having a central longitudinal axis (A) and delimiting an internal volume intended to contain water and in which the water is intended to be heated and in particular boiled, the container comprising an upper filling opening emerging into the internal volume , - a grip handle , - a pouring spout configured to be located opposite the grip handle with respect to the central longitudinal axis (A) of the container , - a lid configured to be arranged at the upper filling opening and to close the container , the lid being equipped with an annular seal configured to sealingly cooperate with the container , and - a fastening device configured to removably fasten the lid to the container , the fastening device comprising at least one locking member housed at least partially in the lid and configured to project from the lid through a through opening provided on the lid , and at least one locking element provided on the container , the at least one locking member being movably mounted relative to the lid between a locking position in which the at least one locking member projects through the through opening provided on the lid and is configured to cooperate with the at least one locking element so as to fasten the lid to the container , and a release position in which the at least one locking member is configured to release the at least one locking element so that the lid can be removed from the container ,
A sterile dead-end filtration filter assembly comprising a) a first sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; b) a second sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; c) a tube connecting the outlet of the first filter to the inlet of the second filter ; characterized by d) a shrink tubing enveloping at least parts of both filters , attaching the filters to each other and fastening the filters in a fixed position. a) a first sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; b) a second sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; c) a tube connecting the outlet of the first filter to the inlet of the second filter ; characterized by d) a shrink tubing enveloping at least parts of both filters , attaching the filters to each other and fastening the filters in a fixed position.
A tile system comprising: at least one tile having an upper surface, an underside and a plurality of side edges, wherein: the underside of the tile comprises a plurality of cells , adjacent cells being interconnected to form a plurality of channels parallel to the upper surface , wherein the channels are open underneath and at least some of the channels end in openings at the side edges of the tile ; the channels comprise a first set of channels that extend between one pair of opposite side edges and a second set of channels that extend between a second pair of opposite side edges; and at least one of the side edges comprises engagement means suitable for securing the tile to an adjacent, similar tile; characterized in that each engagement means comprises a flexure that extends from the side edge of the tile and terminates in a boss , the flexure extending into an opening at a side edge of the adjacent tile, and the boss fitting into a cell on the underside of the adjacent tile. the underside of the tile comprises a plurality of cells , adjacent cells being interconnected to form a plurality of channels parallel to the upper surface , wherein the channels are open underneath and at least some of the channels end in openings at the side edges of the tile ; the channels comprise a first set of channels that extend between one pair of opposite side edges and a second set of channels that extend between a second pair of opposite side edges; and at least one of the side edges comprises engagement means suitable for securing the tile to an adjacent, similar tile; characterized in that each engagement means comprises a flexure that extends from the side edge of the tile and terminates in a boss , the flexure extending into an opening at a side edge of the adjacent tile, and the boss fitting into a cell on the underside of the adjacent tile.
A receiver assembly, comprising: a first receiver housing comprising a first sound outlet port ; a second receiver housing comprising a second sound outlet port ; a spout ; wherein the second receiver housing is positioned over the first sound outlet port ; further comprising an acoustic duct located between the first and second receiver housing acoustically connecting the first sound outlet port to the spout ; and an acoustic mass positioned in an end portion of the acoustic duct close to the spout ; characterised in that the acoustic duct is provided as a plate with a cut-out portion, said cut-out portion constituting the acoustic duct. a first receiver housing comprising a first sound outlet port ; a second receiver housing comprising a second sound outlet port ; a spout ; wherein the second receiver housing is positioned over the first sound outlet port ; further comprising an acoustic duct located between the first and second receiver housing acoustically connecting the first sound outlet port to the spout ; and an acoustic mass positioned in an end portion of the acoustic duct close to the spout ; characterised in that the acoustic duct is provided as a plate with a cut-out portion, said cut-out portion constituting the acoustic duct.
A method for upgrading crude oil and crude oil residues, and producing mesophase pitch, the method characterized by the steps of: flushing a vessel with nitrogen in addition to or alternative to an inert gas to remove air and oxygen from the vessel; charging the vessel with a hydrocarbon feed, wherein the hydrocarbon feed is at least one of the group consisting of: heavy crude oil, light crude oil, and crude oil residue with a boiling point greater than 500 °C; pressurizing the vessel to an initial pressure with nitrogen in addition to or alternative to an inert gas, wherein the initial pressure is between 2.0 MPa (290 psig) and 5.0 MPa (725 psig); heating the vessel to a pre-determined temperature, where the pre-determined temperature is between 350 °C and 450 °C; and maintaining the vessel proximate the pre-determined temperature for an amount of time operable to upgrade the hydrocarbon feed to a product comprising solid, liquid, and gas portions; wherein the pressure in the vessel increases from the initial pressure to between 11.7 MPa (1,700 psig) and 17.2 MPa (2,500 psig); wherein the solid portion comprises mesophase pitch, and the liquid portion comprises upgraded oil having a reduced asphaltene content compared to the hydrocarbon feed. flushing a vessel with nitrogen in addition to or alternative to an inert gas to remove air and oxygen from the vessel; charging the vessel with a hydrocarbon feed, wherein the hydrocarbon feed is at least one of the group consisting of: heavy crude oil, light crude oil, and crude oil residue with a boiling point greater than 500 °C; pressurizing the vessel to an initial pressure with nitrogen in addition to or alternative to an inert gas, wherein the initial pressure is between 2.0 MPa (290 psig) and 5.0 MPa (725 psig); heating the vessel to a pre-determined temperature, where the pre-determined temperature is between 350 °C and 450 °C; and maintaining the vessel proximate the pre-determined temperature for an amount of time operable to upgrade the hydrocarbon feed to a product comprising solid, liquid, and gas portions; wherein the pressure in the vessel increases from the initial pressure to between 11.7 MPa (1,700 psig) and 17.2 MPa (2,500 psig); wherein the solid portion comprises mesophase pitch, and the liquid portion comprises upgraded oil having a reduced asphaltene content compared to the hydrocarbon feed.