mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor air cleaning device comprising: a housing having an inner space, an inlet formed on one side thereof through which contaminated air is introduced from an indoor space and an outlet formed on an opposite side thereof through which purified air is discharged to the outside; a first opening and closing member configured to open and close the inlet ; a second opening and closing member configured to open and close the outlet ; a first filter unit configured to collect and separate foreign substances from the contaminated air in the housing and disposed so that both end portions thereof each face the inlet and the outlet in a state in which an outer peripheral portion of the first filter unit is hermetically sealed with an inner peripheral portion of the housing; a circulation tube having a first end portion disposed at the inlet to communicate with the housing, and a second end portion disposed at the outlet to communicate with the housing; a third opening and closing member configured to open and close the circulation tube ; a first heater installed inside the circulation tube to heat air in the circulation tube ; and a blower installed inside the circulation tube to deliver the air in the circulation tube into the housing , characterized in that the indoor air cleaning device further comprises: a second filter unit configured to collect and separate the foreign substances from the contaminated air in the circulation tube , and wherein a catalyst for decreasing a combustion temperature of the collected foreign substances is coated on the first filter unit and the second filter unit . a housing having an inner space, an inlet formed on one side thereof through which contaminated air is introduced from an indoor space and an outlet formed on an opposite side thereof through which purified air is discharged to the outside; a first opening and closing member configured to open and close the inlet ; a second opening and closing member configured to open and close the outlet ; a first filter unit configured to collect and separate foreign substances from the contaminated air in the housing and disposed so that both end portions thereof each face the inlet and the outlet in a state in which an outer peripheral portion of the first filter unit is hermetically sealed with an inner peripheral portion of the housing; a circulation tube having a first end portion disposed at the inlet to communicate with the housing, and a second end portion disposed at the outlet to communicate with the housing; a third opening and closing member configured to open and close the circulation tube ; a first heater installed inside the circulation tube to heat air in the circulation tube ; and a blower installed inside the circulation tube to deliver the air in the circulation tube into the housing , characterized in that the indoor air cleaning device further comprises: a second filter unit configured to collect and separate the foreign substances from the contaminated air in the circulation tube , and wherein a catalyst for decreasing a combustion temperature of the collected foreign substances is coated on the first filter unit and the second filter unit .
A system for packaging a gas turbine , the gas turbine including a compressor , one or more combustors and a turbine , the system comprising: a. the gas turbine ; b. an enclosure peripherally surrounding and extending along a length of the gas turbine , wherein said enclosure comprises a first end and a second end ; c. a passage between said enclosure and the gas turbine ; d. an air filtration system connected to said first end of said enclosure ; e. an exhaust system connected to said second end of said enclosure ; f. a plurality of supports connected to and extending radially inward from said enclosure ; and g. means for connecting said plurality of supports to the gas turbine , wherein the connection of the air filtration system to the first end of the enclosure allows air provided by the air filtration system to flow from the air filtration system into the compressor and into the passage between the enclosure and the gas turbine . a. the gas turbine ; b. an enclosure peripherally surrounding and extending along a length of the gas turbine , wherein said enclosure comprises a first end and a second end ; c. a passage between said enclosure and the gas turbine ; d. an air filtration system connected to said first end of said enclosure ; e. an exhaust system connected to said second end of said enclosure ; f. a plurality of supports connected to and extending radially inward from said enclosure ; and g. means for connecting said plurality of supports to the gas turbine , wherein the connection of the air filtration system to the first end of the enclosure allows air provided by the air filtration system to flow from the air filtration system into the compressor and into the passage between the enclosure and the gas turbine .
A separator for a secondary battery, comprising a porous substrate and a heat-resistant layer disposed on at least one surface of the porous substrate , wherein the heat-resistant layer comprises an acrylic heat-resistant binder, an adhering binder, and a filler, the acrylic heat-resistant binder comprises a structural unit derived from (meth)acrylate or (meth)acrylic acid, a cyano group-containing structural unit, and a sulfonate group-containing structural unit, and the adhering binder comprises a structural unit comprising a hydroxyl group, a structural unit comprising an acetate group, and a structural unit comprising an alkali metal. a porous substrate and a heat-resistant layer disposed on at least one surface of the porous substrate , wherein the heat-resistant layer comprises an acrylic heat-resistant binder, an adhering binder, and a filler, the acrylic heat-resistant binder comprises a structural unit derived from (meth)acrylate or (meth)acrylic acid, a cyano group-containing structural unit, and a sulfonate group-containing structural unit, and the adhering binder comprises a structural unit comprising a hydroxyl group, a structural unit comprising an acetate group, and a structural unit comprising an alkali metal.
A method in a user equipment, UE , for performing a random access procedure in an unlicensed spectrum, the method comprising: selecting , by processing hardware and based on a first channel state information reference signal, CSI-RS, or a first synchronization signal block, SSB, a first random access, RA, preamble and a first occasion for transmitting the first RA preamble to a base station ; performing , by the processing hardware , a first channel access, CA, procedure including transmitting the first RA preamble during the first occasion, to determine whether a channel to which the first occasion corresponds is idle; in response to detecting a failure related to the first CA procedure, selecting a second RA preamble different from the first RA preamble and a second occasion for transmitting the second RA preamble to the base station , the second occasion different from the first occasion, based on a second CSI-RS different from the first CSI-RS or a second SSB different from the first SSB; and performing , by the processing hardware , a second CA procedure including transmitting the second RA preamble during the second occasion, to determine whether a channel to which the second occasion corresponds is idle. selecting , by processing hardware and based on a first channel state information reference signal, CSI-RS, or a first synchronization signal block, SSB, a first random access, RA, preamble and a first occasion for transmitting the first RA preamble to a base station ; performing , by the processing hardware , a first channel access, CA, procedure including transmitting the first RA preamble during the first occasion, to determine whether a channel to which the first occasion corresponds is idle; in response to detecting a failure related to the first CA procedure, selecting a second RA preamble different from the first RA preamble and a second occasion for transmitting the second RA preamble to the base station , the second occasion different from the first occasion, based on a second CSI-RS different from the first CSI-RS or a second SSB different from the first SSB; and performing , by the processing hardware , a second CA procedure including transmitting the second RA preamble during the second occasion, to determine whether a channel to which the second occasion corresponds is idle.
A system for measuring a relative position of a building block for a mechanical construction relative to a sensor , the system comprising the building block and the sensor, the building block comprising a first printed material printed via an additive manufacturing process on or at least partially embedded in a second material , wherein the first printed material is printed in a pattern configured and constructed for cooperating with the sensor for providing, in use, position information of the building block relative to the sensor, wherein at least a part of the building block is constituted of the second material , being a second printed material printed via an additive manufacturing process, wherein an interface between the first printed material and the second printed material comprises a functionally graded interface layer, and wherein a composition of the functionally graded interface layer is configured to gradually change from the first printed material via a mixture of the first printed material and the second printed material to the second printed material.
A split ring advancing mechanism suitable for assembling a split ring seal assembly that is radially distributed about a central axis thereof, the split ring advancing mechanism including: a seal ring that is split into first and second split ring halves ; a housing that is split into first and second housing halves , the first and second housing halves including respective first and second ring seat halves into which the first and second split ring halves can be respectively seated; an elastomeric sealing member split into first and second elastomeric halves that form seals respectively between the first ring half and first housing half , and between the second ring half and the second housing half , the split ring advancing mechanism further comprising: a flexible alignment component attachable to an exterior of the first housing half and configured to shift the first split ring half radially inward while the first split ring half remains axially seated in the first ring seat half, so that ends of the first split ring half extend circumferentially beyond corresponding ends of the first elastomeric half, the flexible alignment component being flexible so as to allow the first split ring half to move radially outward into a radially seated configuration as the first and second housing halves are assembled. a seal ring that is split into first and second split ring halves ; a housing that is split into first and second housing halves , the first and second housing halves including respective first and second ring seat halves into which the first and second split ring halves can be respectively seated; an elastomeric sealing member split into first and second elastomeric halves that form seals respectively between the first ring half and first housing half , and between the second ring half and the second housing half , the split ring advancing mechanism further comprising: a flexible alignment component attachable to an exterior of the first housing half and configured to shift the first split ring half radially inward while the first split ring half remains axially seated in the first ring seat half, so that ends of the first split ring half extend circumferentially beyond corresponding ends of the first elastomeric half, the flexible alignment component being flexible so as to allow the first split ring half to move radially outward into a radially seated configuration as the first and second housing halves are assembled. a flexible alignment component attachable to an exterior of the first housing half and configured to shift the first split ring half radially inward while the first split ring half remains axially seated in the first ring seat half, so that ends of the first split ring half extend circumferentially beyond corresponding ends of the first elastomeric half, the flexible alignment component being flexible so as to allow the first split ring half to move radially outward into a radially seated configuration as the first and second housing halves are assembled.
An article comprising a protective sheet bonded to at least one portion thereof, the protective sheet being adhered to the underlying surface of the article with or without using one or more additional layers therebetween, wherein the protective sheet is extensible and comprises a carrier and a topcoat, and wherein both carrier and topcoat are polyurethane-based, characterized in that the topcoat is uncrosslinked, and wherein the protective sheet comprises at least one of outwardly visible printed material and outwardly visible graphical material.
Assembly of nozzle units for a wiper arm, wherein at least one nozzle unit ∘ is designed as a rigid body, ∘ has a channel through which liquid can flow into the nozzle unit and/or from the nozzle unit and ∘ has a nozzle which is connected to the channel, wherein the nozzle units are connected to one another in series in such a manner that a liquid can flow from one nozzle unit into a nozzle unit which follows in the series, wherein at least one nozzle unit has a bearing surface which is designed in such a manner that this nozzle unit cannot turn about its longitudinal axis when the bearing surface rests against a surface of a wiper arm, characterised in that at least one nozzle unit has a conductor segment of a conductor for a heating unit, wherein the conductor segment has at least one connection for another conductor segment from another nozzle unit. ∘ is designed as a rigid body, ∘ has a channel through which liquid can flow into the nozzle unit and/or from the nozzle unit and ∘ has a nozzle which is connected to the channel, wherein the nozzle units are connected to one another in series in such a manner that a liquid can flow from one nozzle unit into a nozzle unit which follows in the series, wherein at least one nozzle unit has a bearing surface which is designed in such a manner that this nozzle unit cannot turn about its longitudinal axis when the bearing surface rests against a surface of a wiper arm, characterised in that at least one nozzle unit has a conductor segment of a conductor for a heating unit, wherein the conductor segment has at least one connection for another conductor segment from another nozzle unit. wherein the nozzle units are connected to one another in series in such a manner that a liquid can flow from one nozzle unit into a nozzle unit which follows in the series, wherein at least one nozzle unit has a bearing surface which is designed in such a manner that this nozzle unit cannot turn about its longitudinal axis when the bearing surface rests against a surface of a wiper arm, characterised in that at least one nozzle unit has a conductor segment of a conductor for a heating unit, wherein the conductor segment has at least one connection for another conductor segment from another nozzle unit.
A semiconductor module , comprising: a first circuit carrier comprising one or more heat generating elements mounted on an upper surface of the first circuit carrier ; a second circuit carrier mounted over the first circuit carrier and being vertically spaced apart from the upper surface of the first circuit carrier ; a temperature sensor that is fixedly attached to the second circuit carrier and is arranged in a vertical space between the lower surface of the second circuit carrier and the upper surface of the first circuit carrier ; and a plurality of elements extending from the upper surface of the first circuit carrier towards the second circuit carrier , and supporting the second circuit carrier , wherein the temperature sensor is arranged in sufficient proximity to a first one of the heat generating elements to obtain a direct temperature measurement from the first one of the heat generating elements , and wherein the semiconductor module further comprises a dielectric material that fills a space between the temperature sensor and the first one of the heat generating elements , wherein the dielectric material is a potting compound that encapsulates each of the one or more heat generating elements . a first circuit carrier comprising one or more heat generating elements mounted on an upper surface of the first circuit carrier ; a second circuit carrier mounted over the first circuit carrier and being vertically spaced apart from the upper surface of the first circuit carrier ; a temperature sensor that is fixedly attached to the second circuit carrier and is arranged in a vertical space between the lower surface of the second circuit carrier and the upper surface of the first circuit carrier ; and a plurality of elements extending from the upper surface of the first circuit carrier towards the second circuit carrier , and supporting the second circuit carrier , wherein the temperature sensor is arranged in sufficient proximity to a first one of the heat generating elements to obtain a direct temperature measurement from the first one of the heat generating elements , and wherein the semiconductor module further comprises a dielectric material that fills a space between the temperature sensor and the first one of the heat generating elements , wherein the dielectric material is a potting compound that encapsulates each of the one or more heat generating elements .
A method for predicting response to treatment with 7-(6-(2-hydroxypropan-2-yl)pyridin-3-yl)-1-(( trans )-4-methoxycyclohexyl)-3,4-dihydropyrazino[2,3 -b ]pyrazin-2(1 H one or a pharmaceutically acceptable salt or tautomer thereof in a patient having hepatocellular carcinoma (HCC), the method comprising: a) analyzing a biological test sample from the patient for HBV infection; b) predicting an increased likelihood of response to treatment with 7-(6-(2-hydroxypropan-2-yl)pyridin-3-yl)-1-(( trans )-4-methoxycyclohexyl)-3,4-dihydropyrazino[2,3- b ]pyrazin-2(1 H one or a pharmaceutically acceptable salt or tautomer thereof in the patient having HCC if HBV infection is determined in the sample.
A method for preparing a composition for treatment of a lower urinary tract condition by instilling the composition into the urinary bladder, the composition comprising a mixture comprising a heparinoid, a local anesthetic, and a buffer, the method comprising the steps of: (a) providing a heparinoid in solid form; (b) providing a local anesthetic in solid form; (c) dissolving the heparinoid in solid form and the local anesthetic in solid form in water; (d) adding a liquid buffer to the mixture of the heparinoid and the local anesthetic dissolved in water to form a mixture of the liquid buffer, the heparinoid, and the local anesthetic; and (e) adjusting the pH of the mixture of the liquid buffer, the local anesthetic, and the heparinoid so that a pH of from 6.7 to 8.3 is achieved without precipitation of the local anesthetic. (a) providing a heparinoid in solid form; (b) providing a local anesthetic in solid form; (c) dissolving the heparinoid in solid form and the local anesthetic in solid form in water; (d) adding a liquid buffer to the mixture of the heparinoid and the local anesthetic dissolved in water to form a mixture of the liquid buffer, the heparinoid, and the local anesthetic; and (e) adjusting the pH of the mixture of the liquid buffer, the local anesthetic, and the heparinoid so that a pH of from 6.7 to 8.3 is achieved without precipitation of the local anesthetic.
A seal assembly for a pump , comprising: a gland housing for mounting to the pump casing; a staging flow pathway within the gland housing defining first and second seal chambers ; a rotor assembly pumping a coolant fluid through said gland housing, the rotor assembly having at least one acceleration surface , wherein fluid passing through the staging flow pathway is accelerated by said at least one acceleration surface ; first and second seal stages within said first and second seal chambers , each having a static sealing element and a rotating sealing element , said sealing elements engaging one another to form a fluid-tight seal, wherein said sealing elements are configured to thermally expand; an inlet passage for feeding the coolant fluid into said staging flow pathway and past said at least one acceleration surface ; characterised by expansion-control rings configured to restrict expansion of said rotating sealing element below a threshold temperature, wherein said expansion-control rings comprise a first expansion control ring around said rotating sealing element and a second expansion control ring around said rotating sealing element , wherein said first expansion control ring is configured to expand out of contact with said rotating sealing element at a lower temperature than said second expansion control ring. a gland housing for mounting to the pump casing; a staging flow pathway within the gland housing defining first and second seal chambers ; a rotor assembly pumping a coolant fluid through said gland housing, the rotor assembly having at least one acceleration surface , wherein fluid passing through the staging flow pathway is accelerated by said at least one acceleration surface ; first and second seal stages within said first and second seal chambers , each having a static sealing element and a rotating sealing element , said sealing elements engaging one another to form a fluid-tight seal, wherein said sealing elements are configured to thermally expand; an inlet passage for feeding the coolant fluid into said staging flow pathway and past said at least one acceleration surface ; characterised by expansion-control rings configured to restrict expansion of said rotating sealing element below a threshold temperature, wherein said expansion-control rings comprise a first expansion control ring around said rotating sealing element and a second expansion control ring around said rotating sealing element , wherein said first expansion control ring is configured to expand out of contact with said rotating sealing element at a lower temperature than said second expansion control ring.