mhurhangee/patent-ind-claim-en huggingface dataset:
A nanopore membrane device comprising: (a) a substrate having an upper surface, a lower surface, and an aperture , the aperture having one or more walls connecting the upper and lower surfaces and forming a well; and (b) a membrane forming a floor of the well, the membrane having a thickness of less than 10 nm and comprising a nanopore , wherein the membrane is crack-free such that the background conductance of the membrane is less than 1 nS/μm 2 , wherein the membrane device is obtainable by a process comprising the steps of: (a) providing the substrate ; (b) depositing a passivating layer on the lower surface of the substrate; (c) depositing a sacrificial layer having an upper surface and a lower surface on the passivating layer and across the aperture, thereby forming a floor of the well; (d) forming on the upper surface of the sacrificial layer, and optionally also of the passivating layer, the membrane , such as a membrane comprising graphene, that extends across the aperture; (e) removing the sacrificial layer, leaving the membrane as the floor of the well; and (f) creating one or more nanopores in the membrane. (a) a substrate having an upper surface, a lower surface, and an aperture , the aperture having one or more walls connecting the upper and lower surfaces and forming a well; and (b) a membrane forming a floor of the well, the membrane having a thickness of less than 10 nm and comprising a nanopore , wherein the membrane is crack-free such that the background conductance of the membrane is less than 1 nS/μm 2 , wherein the membrane device is obtainable by a process comprising the steps of: (a) providing the substrate ; (b) depositing a passivating layer on the lower surface of the substrate; (c) depositing a sacrificial layer having an upper surface and a lower surface on the passivating layer and across the aperture, thereby forming a floor of the well; (d) forming on the upper surface of the sacrificial layer, and optionally also of the passivating layer, the membrane , such as a membrane comprising graphene, that extends across the aperture; (e) removing the sacrificial layer, leaving the membrane as the floor of the well; and (f) creating one or more nanopores in the membrane. (a) providing the substrate ; (b) depositing a passivating layer on the lower surface of the substrate; (c) depositing a sacrificial layer having an upper surface and a lower surface on the passivating layer and across the aperture, thereby forming a floor of the well; (d) forming on the upper surface of the sacrificial layer, and optionally also of the passivating layer, the membrane , such as a membrane comprising graphene, that extends across the aperture; (e) removing the sacrificial layer, leaving the membrane as the floor of the well; and (f) creating one or more nanopores in the membrane.
Baby carriage, in particular a stroller, buggy or similar vehicle for children, comprising a baby carriage frame and a collapsible child seat that comprises - a backrest , - a seat surface element , - one adapter element or multiple adapter elements via which the child seat can be connected to the baby carriage frame, wherein the baby carriage comprises: - a first locking element , by means of which the seat surface element can be locked in relation to the adapter element or adapter elements , wherein the first locking element is designed in such a way that by reducing the angle between the backrest and the seat surface element , the locking of the seat surface element with respect to the adapter element or adapter elements can be released, - characterized by : - a second locking element , by means of which a restraining element for restraining a child in the child seat can be locked in relation to the seat surface element , wherein the second locking element is designed in such a way that the locking of the restraining element with respect to the seat surface element can be released by reducing the angle between the backrest and the seat surface element . - a backrest , - a seat surface element , - one adapter element or multiple adapter elements via which the child seat can be connected to the baby carriage frame, wherein the baby carriage comprises: - a first locking element , by means of which the seat surface element can be locked in relation to the adapter element or adapter elements , wherein the first locking element is designed in such a way that by reducing the angle between the backrest and the seat surface element , the locking of the seat surface element with respect to the adapter element or adapter elements can be released, - characterized by : - a second locking element , by means of which a restraining element for restraining a child in the child seat can be locked in relation to the seat surface element , wherein the second locking element is designed in such a way that the locking of the restraining element with respect to the seat surface element can be released by reducing the angle between the backrest and the seat surface element .
An agricultural mower-conditioner comprising an impeller apparatus, the impeller apparatus comprising: a rotor ; a plurality of coupling mechanisms arranged on the rotor ; and a plurality of tine devices , wherein each of the plurality of tine devices comprises at least two tine elements which are arranged in opposed parallel relation to one another, wherein the two tine elements have a first end configured to be rotatably coupled to the rotor via a respective coupling mechanism of the plurality of coupling mechanisms , characterized in that the at least two tine elements have a second end positioned on a first side of a radial line extending through the first end, and a curved portion located on an opposite second side of the radial line between the first and second ends. a rotor ; a plurality of coupling mechanisms arranged on the rotor ; and a plurality of tine devices , wherein each of the plurality of tine devices comprises at least two tine elements which are arranged in opposed parallel relation to one another, wherein the two tine elements have a first end configured to be rotatably coupled to the rotor via a respective coupling mechanism of the plurality of coupling mechanisms , characterized in that the at least two tine elements have a second end positioned on a first side of a radial line extending through the first end, and a curved portion located on an opposite second side of the radial line between the first and second ends.
A device for mounting objects , consisting of: - a plate-shaped carrier frame in which a plurality of rectangular accommodation openings are worked, - a holding body on which a locking pedestal is formed, which can be inserted in one of the accommodation openings and can be rotated there within areas, - and of a base arranged between the holding body and the locking pedestal , the width or diameter of which base is larger than the width o the two narrow sides of the particular accommodation opening , characterised in that, immediately adjacent to the base , a circular support section is provided as a component of the locking pedestal which, in the condition when the holding body is mounted on the support frame , makes contact with two opposite long sides of the accommodation opening , that immediately adjacent to the support section , a rectangular holding plate is provided as a component of the locking pedestal , the two narrow sides of which are smaller than the two narrow sides of the accommodation opening , that a flexibly elastic pin is attached to or worked onto the base and runs parallel to an outer wall of the support section at a distance from that support section , that one or two curving recess(es) is/are worked into each of the accommodation openings , with the recess(es) running in one or one each of the long sides of the accommodation opening and in their central axis of symmetry , and that the pin engages in one of the recesses in an end position of the holding body and is released or clamped therein. - a plate-shaped carrier frame in which a plurality of rectangular accommodation openings are worked, - a holding body on which a locking pedestal is formed, which can be inserted in one of the accommodation openings and can be rotated there within areas, - and of a base arranged between the holding body and the locking pedestal , the width or diameter of which base is larger than the width o the two narrow sides of the particular accommodation opening ,
Press assembly, in particular container press assembly , for pressing a pressed part from a powdery and/or granular ceramic material for pressing , wherein the press assembly comprises - a first press mould component which has a membrane which can be applied with pressure (pl) as a pressing pressure on the rear side, - an at least sectionally elastic outer mould which can be inserted or is inserted in the first press mould component , - a second press mould component disposable as a mating element for forming a mould space between an inner mould having an inner mould membrane and an inner mould core arranged at the second press mould component and an inside mould portion of the outer mould , and - a pressure line and a volume and/or pressure control means which is designed to fill a volume into the inner mould via the pressure line depending on a position or distance value (ss) of a cylinder of the volume and/or pressure control means for forming an inner mould membrane gap between the inner mould membrane and the inner mould core . - a first press mould component which has a membrane which can be applied with pressure (pl) as a pressing pressure on the rear side, - an at least sectionally elastic outer mould which can be inserted or is inserted in the first press mould component , - a second press mould component disposable as a mating element for forming a mould space between an inner mould having an inner mould membrane and an inner mould core arranged at the second press mould component and an inside mould portion of the outer mould , and - a pressure line and a volume and/or pressure control means which is designed to fill a volume into the inner mould via the pressure line depending on a position or distance value (ss) of a cylinder of the volume and/or pressure control means for forming an inner mould membrane gap between the inner mould membrane and the inner mould core .
Method for modernizing an existing escalator or an existing moving walkway , comprising the steps of removing electrical and mechanical parts from the existing framework of the existing escalator or of the existing moving walkway , the existing framework having two framework side parts and a base structure connecting said framework side parts, and the framework side parts being connected to each other by means of cross members disposed at a distance from the base structure , characterized by the further step of removing all the existing cross members of the existing framework and replacing at least some of the removed existing cross members with new cross members , the two framework side parts of the existing framework being connected to each other in a mutually stabilizing manner at least at one point at a distance from the base structure of the framework , during replacement of the cross members.
A method of restricting allocations in a cache , comprising: in a restricted mode , allowing only a predetermined set of instructions to allocate cache entries; and in a non-restricted mode , allowing any memory access instruction to allocate cache entries, characterized in that the predetermined set of instructions comprises locking cache allocation instructions wherein the cache is divided into two or more banks, and wherein restricted and non-restricted modes are separately applicable to each bank. in a restricted mode , allowing only a predetermined set of instructions to allocate cache entries; and in a non-restricted mode , allowing any memory access instruction to allocate cache entries, characterized in that the predetermined set of instructions comprises locking cache allocation instructions wherein the cache is divided into two or more banks, and wherein restricted and non-restricted modes are separately applicable to each bank.
A preparation of ethylene by ethanol dehydration, comprising an ethanol dehydration reaction system, a quenching compression system, an alkaline washing system, a molecular sieve drying system, an ethylene purification system and a propylene refrigeration cycle system; wherein a technical solution adopted by the molecular sieve drying system comprises the following steps: feeding crude ethylene and water from the alkaline washing system into the molecular sieve drying system, and after removing the water therefrom, feeding the obtained crude ethylene into the ethylene purification system; and feeding part of ethylene, acting as circulating ethylene, produced by the ethylene purification system into the molecular sieve drying system to serve as desorbed gas for regeneration of drying towers; and feeding the desorbed circulating ethylene back to the quenching compression system after cooling compression. feeding crude ethylene and water from the alkaline washing system into the molecular sieve drying system, and after removing the water therefrom, feeding the obtained crude ethylene into the ethylene purification system; and feeding part of ethylene, acting as circulating ethylene, produced by the ethylene purification system into the molecular sieve drying system to serve as desorbed gas for regeneration of drying towers; and feeding the desorbed circulating ethylene back to the quenching compression system after cooling compression.
An evaporation cell for vacuum evaporation chamber, the evaporation cell comprising a crucible , the crucible being adapted to receive a solid or liquid material to be sublimated or evaporated, heating means to heat the material in the crucible, a nozzle placed at an open end of the crucible , the nozzle comprising a frustoconical portion having an opening adapted for the passage of a flow of evaporated or sublimated material towards the vacuum evaporation chamber, and a cover placed on the nozzle , the cover having an opening arranged about the frustoconical portion of the nozzle , characterized in that the cover has at least one frustoconical portion arranged about the frustoconical portion of the nozzle , the cover forming a thermal barrier between the crucible and the vacuum evaporation chamber, the nozzle includes a cylindrical wall and two bottom plates , the cylindrical wall connecting the two bottom plates to the frustoconical portion of the nozzle , the cylindrical wall including openings directed radially and the two bottom plates each comprising at least one opening , said at least one opening of the two bottom plates being arranged in zig zag and the heating means divided in two parts comprising a first heating area arranged about a lower portion of the crucible and a second heating area arranged about the nozzle , the first heating area and the second heating area being adapted to adjust independently the heating temperature in the bottom of the crucible and about the nozzle .
A metal-resin composite, comprising: a metal substrate ; a porous resin layer formed on the metal substrate ; a plastic layer formed on the porous resin layer ; and at least a pore passage having a pore diameter of 0.1 microns to 20 microns; characterised in that the pore passage passes through the porous resin layer and extends inside the metal substrate , and the plastic layer fills in the pore passage to bond with the metal substrate . a metal substrate ; a porous resin layer formed on the metal substrate ; a plastic layer formed on the porous resin layer ; and at least a pore passage having a pore diameter of 0.1 microns to 20 microns; characterised in that the pore passage passes through the porous resin layer and extends inside the metal substrate , and the plastic layer fills in the pore passage to bond with the metal substrate .
A bicycle-type game simulation device comprising: a crank pedal unit including a crankshaft, a pair of crank arms respectively fixed at one end thereof to opposite ends of the crankshaft so as to be angularly diametrically opposed to each other, a pedal shaft rotatably supported by a free end of each crank arm, and a crank pedal rotatably coupled to the pedal shaft; a swing footrest horizontally rotatably installed to the crank pedal; a swing detector configured to detect leftward/rightward rotation of the swing footrest and transmit a signal thereof; and a forward-and-backward rotation detector configured to detect forward/reverse rotation of the crankshaft and transmit a signal thereof. a crank pedal unit including a crankshaft, a pair of crank arms respectively fixed at one end thereof to opposite ends of the crankshaft so as to be angularly diametrically opposed to each other, a pedal shaft rotatably supported by a free end of each crank arm, and a crank pedal rotatably coupled to the pedal shaft; a swing footrest horizontally rotatably installed to the crank pedal; a swing detector configured to detect leftward/rightward rotation of the swing footrest and transmit a signal thereof; and a forward-and-backward rotation detector configured to detect forward/reverse rotation of the crankshaft and transmit a signal thereof.
A flowable composition comprising: a. a solvent, wherein the solvent is an alcohol, a diol, an ether alcohol, an ether, a ketone, an ester or an ether ester; b. an organic resin, wherein the organic resin is a polyester binder, a cellulose-based binder, a melamine-based binder or a cycloaliphatic-based binder; c. a blend of conductive flakes and substantially spherical conductive particles, wherein the conductive flakes and conductive particles comprise silver; the conductive flakes, on average, are greater than a micron in at least one dimension; and the conductive particles comprise a microparticle portion and a nanoparticle portion, the microparticle portion being particles that have all dimensions that are less than a micron and greater than 0.1 micron on average and the nanoparticle portion being particles having all dimensions less than 0.1 microns and wherein the substantially spherical particles have an aspect ratio of from 1:1 to 1:1.5; wherein the solvent together with the organic resin are together less than 10 wt% of the entire flowable composition, and wherein the conductive flakes together with the conductive particles are together greater than 90 weight percent of the entire flowable composition. a. a solvent, wherein the solvent is an alcohol, a diol, an ether alcohol, an ether, a ketone, an ester or an ether ester; b. an organic resin, wherein the organic resin is a polyester binder, a cellulose-based binder, a melamine-based binder or a cycloaliphatic-based binder; c. a blend of conductive flakes and substantially spherical conductive particles, wherein the conductive flakes and conductive particles comprise silver; the conductive flakes, on average, are greater than a micron in at least one dimension; and the conductive particles comprise a microparticle portion and a nanoparticle portion, the microparticle portion being particles that have all dimensions that are less than a micron and greater than 0.1 micron on average and the nanoparticle portion being particles having all dimensions less than 0.1 microns and wherein the substantially spherical particles have an aspect ratio of from 1:1 to 1:1.5;
Device for coating web-shaped materials , comprising - a first roller and a second roller , which are arranged against each other and form a gap through which the web-shaped material runs, and - a trough , which is formed by the first roller , the second roller and two side walls , and which receives a coating composition , wherein at least one opening for delivery of the coating composition into the trough is formed in each of the side walls , characterized in that , in each of the side walls , a plurality of openings are arranged horizontally in a row, or a plurality of openings are arranged vertically in a row, or a plurality of openings are arranged in a row in an arc shape, corresponding to the diameter of one of the rollers . - a first roller and a second roller , which are arranged against each other and form a gap through which the web-shaped material runs, and - a trough , which is formed by the first roller , the second roller and two side walls , and which receives a coating composition , wherein at least one opening for delivery of the coating composition into the trough is formed in each of the side walls , characterized in that ,
An uplink frequency selection scheduling method, comprising: receiving , by a base station, sounding reference signals, SRS, sent from User Equipment, UE; determining a physical resource block, PRB, interference intensity by calculating said PRB interference intensity based on average power of said PRB and average PRB power in a full bandwidth in frequency domain; determining PRB scheduling priority based on SRS channel quality and said PRB interference intensity; performing uplink frequency selection scheduling based on said scheduling priority, wherein determining the PRB scheduling priority is based on: SP = SINR / 1 + PI / PN where SP is said scheduling priority, SINR is said SRS channel quality corresponding to a signal to interference plus noise ratio, PN is average noise power, and PI is said PRB interference intensity. receiving , by a base station, sounding reference signals, SRS, sent from User Equipment, UE; determining a physical resource block, PRB, interference intensity by calculating said PRB interference intensity based on average power of said PRB and average PRB power in a full bandwidth in frequency domain; determining PRB scheduling priority based on SRS channel quality and said PRB interference intensity; performing uplink frequency selection scheduling based on said scheduling priority, wherein determining the PRB scheduling priority is based on: SP = SINR / 1 + PI / PN where SP is said scheduling priority, SINR is said SRS channel quality corresponding to a signal to interference plus noise ratio, PN is average noise power, and PI is said PRB interference intensity.
A β2 integrin agonist having the formula or a pharmaceutically acceptable salt thereof, for use in reducing the amount of inflammatory leukocytes in a breast cancer tumor and reducing breast tumor growth to treat breast cancer.
A flavor inhaler , comprising: a tubular holder that extends from a mouthpiece end toward a distal end ; a flavor source that is provided in the holder ; and a combustion type heat source that is provided at the distal end , and includes a protruding portion protruding from the distal end , and a proximal end surface , wherein the protruding portion comprises a distal end surface , and an outer peripheral surface adjacent to the distal end surface , and wherein the flavor source is provided downstream of the combustion type heat source at a position adjacent to the combustion type heat source , characterized in that a flavorant is carried on the protruding portion , wherein the flavorant is carried on a position exposed outside the combustion type heat source . a tubular holder that extends from a mouthpiece end toward a distal end ; a flavor source that is provided in the holder ; and a combustion type heat source that is provided at the distal end , and includes a protruding portion protruding from the distal end , and a proximal end surface , wherein the protruding portion comprises a distal end surface , and an outer peripheral surface adjacent to the distal end surface , and wherein the flavor source is provided downstream of the combustion type heat source at a position adjacent to the combustion type heat source , characterized in that a flavorant is carried on the protruding portion , wherein the flavorant is carried on a position exposed outside the combustion type heat source .