mhurhangee/patent-ind-claim-en huggingface dataset:
A soundproofing transformer, comprising: a tank ; a winding portion and a core portion provided inside the tank; and an insulating fluid provided inside the tank, a reinforcing member provided outside of the tank; a cavity having a resonance space and connected to the reinforcing member by a coupling member ; a partition member stacked on the cavity and forming an acoustic absorption space , characterized in that the soundproofing transformer further comprises, a noise inlet member having a first inlet facing the tank, connected to the cavity through the acoustic absorption space , and configured to transmit noise introduced from the first inlet to the resonance space , and a noise reduction panel connected to the partition member and the noise inlet member , and having a second inlet provided to communicate with the acoustic absorption space while facing the tank, and wherein the partition member connects the cavity and noise reduction panel , and is provided to separate the noise reduction panel from the cavity . a tank ; a winding portion and a core portion provided inside the tank; and an insulating fluid provided inside the tank, a reinforcing member provided outside of the tank; a cavity having a resonance space and connected to the reinforcing member by a coupling member ; a partition member stacked on the cavity and forming an acoustic absorption space , characterized in that the soundproofing transformer further comprises, a noise inlet member having a first inlet facing the tank, connected to the cavity through the acoustic absorption space , and configured to transmit noise introduced from the first inlet to the resonance space , and a noise reduction panel connected to the partition member and the noise inlet member , and having a second inlet provided to communicate with the acoustic absorption space while facing the tank, and wherein the partition member connects the cavity and noise reduction panel , and is provided to separate the noise reduction panel from the cavity .
A composition for use in diagnosing and/or treating cancer, the composition comprising a prostate specific membrane antigen (PSMA) ligand that includes general formula (I): wherein: n and n 1 are each independently 1, 2, 3, or 4; L is an optionally substituted aliphatic or heteroaliphatic linking group; B comprises at least one negatively charged amino acid; and Y is a H of B or includes at least one of a detectable moiety, therapeutic agent, or a theranostic agent that is directly or indirectly linked to B, wherein B has the following formula: wherein m is 2, 3, or 4, X 1 is an amino acid, and Y 1 is a H of X 1 or includes at least one of an amino acid, peptide, detectable moiety, therapeutic agent, or theranostic agent that is directly or indirectly linked to X 1 . n and n 1 are each independently 1, 2, 3, or 4; L is an optionally substituted aliphatic or heteroaliphatic linking group; B comprises at least one negatively charged amino acid; and Y is a H of B or includes at least one of a detectable moiety, therapeutic agent, or a theranostic agent that is directly or indirectly linked to B, wherein B has the following formula:
Brush with a carrier comprising multiple cleaning elements and a casing supporting a drive shaft for said carrier , characterized in that said brush comprises a plurality of carriers with multiple cleaning elements which are each connected to a shaft , that said casing pivotably mounts said shafts , and that a common drive shaft is provided for said carriers and is drive-coupled to said shafts .
A system for supplying pressurized fluid to a combustor of a gas turbine , the system comprising: an end cover ; a fuel nozzle extending from said end cover , said fuel nozzle including a downstream end ; a cap assembly configured to receive at least a portion of said fuel nozzle , said cap assembly including an upstream wall spaced apart from said downstream end , a downstream wall disposed proximate to said downstream end and a cap chamber defined between said upstream and downstream walls ; and a conduit extending through said end cover and said upstream wall such that a discharge end of said conduit is in flow communication with said cap chamber , further comprising a pressurized fluid source in flow communication with said conduit , said pressurized fluid source being configured to supply a flow of pressurized fluid through said conduit , wherein said pressurized fluid source comprises a compressor of the gas turbine , wherein said downstream wall comprises a first plate and a second plate disposed downstream of said first plate , wherein said first plate is configured as an impingement plate and said second plate is configured as an effusion plate. an end cover ; a fuel nozzle extending from said end cover , said fuel nozzle including a downstream end ; a cap assembly configured to receive at least a portion of said fuel nozzle , said cap assembly including an upstream wall spaced apart from said downstream end , a downstream wall disposed proximate to said downstream end and a cap chamber defined between said upstream and downstream walls ; and a conduit extending through said end cover and said upstream wall such that a discharge end of said conduit is in flow communication with said cap chamber , further comprising a pressurized fluid source in flow communication with said conduit , said pressurized fluid source being configured to supply a flow of pressurized fluid through said conduit , wherein said pressurized fluid source comprises a compressor of the gas turbine , wherein said downstream wall comprises a first plate and a second plate disposed downstream of said first plate , wherein said first plate is configured as an impingement plate and said second plate is configured as an effusion plate.
Method for providing a patterned structure on a substrate, the method comprising - providing a donor substrate arranged between a light source and an acceptor substrate , wherein the donor substrate comprises a donor material ; - providing a mask arranged between the light source and the donor substrate , wherein the mask comprises a mask pattern for patterning light from the light source impinging the donor substrate , wherein the patterned light matches the patterned structure to be created, wherein the patterned light impinging the donor substrate causes the donor material to be released from the donor substrate and transfer to the acceptor substrate to form the patterned structure thereon; characterized in that - the patterned light is divided by the mask pattern or by a second mask into a plurality of separate homogeneously sized beams simultaneously impinging the donor substrate for causing the donor material to be released from the donor substrate in the form of separate homogeneously sized droplets . - providing a donor substrate arranged between a light source and an acceptor substrate , wherein the donor substrate comprises a donor material ; - providing a mask arranged between the light source and the donor substrate , wherein the mask comprises a mask pattern for patterning light from the light source impinging the donor substrate , wherein the patterned light matches the patterned structure to be created, wherein the patterned light impinging the donor substrate causes the donor material to be released from the donor substrate and transfer to the acceptor substrate to form the patterned structure thereon; characterized in that - the patterned light is divided by the mask pattern or by a second mask into a plurality of separate homogeneously sized beams simultaneously impinging the donor substrate for causing the donor material to be released from the donor substrate in the form of separate homogeneously sized droplets .
A diagnostic method for predicting a therapeutic effect of chemotherapy with a combination drug of tegafur/gimeracil/oteracil potassium with respect to renal cell carcinoma patients, the method comprising the steps of: measuring an expression level of thymidylate synthase gene in a biological sample, which is obtained from a patient and is likely to contain cancer cells; and predicting that the patient is likely to sufficiently respond to the chemotherapy when the expression level measured in Step is equal to or less than a corresponding predetermined cut-off point, wherein the predetermined cut-off point is a ratio to beta actin in the real-time PCR method of 2.5x10 -2 . measuring an expression level of thymidylate synthase gene in a biological sample, which is obtained from a patient and is likely to contain cancer cells; and predicting that the patient is likely to sufficiently respond to the chemotherapy when the expression level measured in Step is equal to or less than a corresponding predetermined cut-off point,
A dual connectivity method, wherein the method comprises: sending , by a first access network device, a request message to a second access network device, wherein the request message is used to request the second access network device to serve as a secondary access network device of a terminal served by the first access network device, wherein the request message comprises an identifier of a network slice accessed by the terminal and one or more of the following quality of service, QoS, attributes: a security level, a service continuity level, a delay level, a flow priority indicator, FPI, a reflective quality of service indicator, RQI, a packet drop priority indicator, PDPI, and a traffic filter template, TFT, wherein the identifier of the network slice is corresponding to the one or more of the QoS attributes; and receiving , by the first access network device, an acknowledgment message from the second access network device, wherein the acknowledgment message is used to acknowledge to the first access network device that the second access network device serves as the secondary access network device of the terminal. sending , by a first access network device, a request message to a second access network device, wherein the request message is used to request the second access network device to serve as a secondary access network device of a terminal served by the first access network device, wherein the request message comprises an identifier of a network slice accessed by the terminal and one or more of the following quality of service, QoS, attributes: a security level, a service continuity level, a delay level, a flow priority indicator, FPI, a reflective quality of service indicator, RQI, a packet drop priority indicator, PDPI, and a traffic filter template, TFT, wherein the identifier of the network slice is corresponding to the one or more of the QoS attributes; and receiving , by the first access network device, an acknowledgment message from the second access network device, wherein the acknowledgment message is used to acknowledge to the first access network device that the second access network device serves as the secondary access network device of the terminal.
A spinner for a gas turbine engine comprising: an inner surface of the spinner having frustoconical geometry; a flange having semi-torroidal geometry and extending from the spinner , wherein an inner curved surface of the flange is substantially tangential to the inner surface ; a mating portion extending from the flange , wherein an inner mating surface of the mating portion is substantially tangential to the inner curved surface ; and an extension extending aft from the spinner , wherein the extension is defined by an external surface parallel to the inner surface with the external surface having a frustoconical geometry, characterised in that : the spinner further comprises a filler contacting the flange , wherein the filler comprises an annular geometry with a triangular cross section. an inner surface of the spinner having frustoconical geometry; a flange having semi-torroidal geometry and extending from the spinner , wherein an inner curved surface of the flange is substantially tangential to the inner surface ; a mating portion extending from the flange , wherein an inner mating surface of the mating portion is substantially tangential to the inner curved surface ; and an extension extending aft from the spinner , wherein the extension is defined by an external surface parallel to the inner surface with the external surface having a frustoconical geometry, characterised in that : the spinner further comprises a filler contacting the flange , wherein the filler comprises an annular geometry with a triangular cross section.
An aqueous solution comprising: (i) at least one photo-curable polysaccharide, and (ii) lithium phenyl-2,4,6-trimethylbenzoylphosphinate (LAP) as photoinitiator, wherein the at least one photo-curable polysaccharide is contained in a concentration between 0.1 and 25% w/v, preferably between 0.2 and 20% w/v, more preferably between 0.5 and 15% w/v, and wherein LAP is contained in a concentration between 0.01 and 1 % w/v, preferably 0.02 and 0.5% w/v, more preferably 0.03 and 0.1% w/v. (i) at least one photo-curable polysaccharide, and (ii) lithium phenyl-2,4,6-trimethylbenzoylphosphinate (LAP) as photoinitiator, wherein the at least one photo-curable polysaccharide is contained in a concentration between 0.1 and 25% w/v, preferably between 0.2 and 20% w/v, more preferably between 0.5 and 15% w/v, and wherein LAP is contained in a concentration between 0.01 and 1 % w/v, preferably 0.02 and 0.5% w/v, more preferably 0.03 and 0.1% w/v.
Method for controlling a loading process of a feed mixing wagon having a feed hopper , at least one loading component and a loading control unit for controlling the loading component so as to perform the process of loading the feed mixing wagon with feed, the method comprising the following steps: - the control unit receiving information about at least one feed component to be introduced into the feed mixing wagon , - the control unit actuating the at least one loading component as a function of the at least one feed component to be introduced, wherein the control unit only actuates the at least one loading component once the driver of the feed mixing wagon has activated a filling process or activated the corresponding loading component. - the control unit receiving information about at least one feed component to be introduced into the feed mixing wagon , - the control unit actuating the at least one loading component as a function of the at least one feed component to be introduced,
L-triiodothyronine (T3) for use in the treatment of microvascular obstruction (MVO), wherein the MVO treatment is commenced after primary percutaneous coronary intervention (PPCI), wherein the PPCI is performed in ST-segment-elevation myocardial infarction (STEMI) patients.
An alarm setting method comprising: acquiring a target smart scene of a home device via a smart home application for controlling said device, the target smart scene indicating performance of a target operation at a triggering time; acquiring the triggering time from the target smart scene; and setting an alarm time based on the triggering time, the alarm time being set in an alarm application, characterized in that the step of setting the alarm time based on the triggering time comprises: acquiring a setting property of the alarm time, the setting property indicating a time sequence relation between the alarm time and the triggering time; and setting the alarm time, via a specified port between the smart home application and the alarm application, based on the setting property and the triggering time. acquiring a target smart scene of a home device via a smart home application for controlling said device, the target smart scene indicating performance of a target operation at a triggering time; acquiring the triggering time from the target smart scene; and setting an alarm time based on the triggering time, the alarm time being set in an alarm application, characterized in that the step of setting the alarm time based on the triggering time comprises: acquiring a setting property of the alarm time, the setting property indicating a time sequence relation between the alarm time and the triggering time; and setting the alarm time, via a specified port between the smart home application and the alarm application, based on the setting property and the triggering time. acquiring a setting property of the alarm time, the setting property indicating a time sequence relation between the alarm time and the triggering time; and setting the alarm time, via a specified port between the smart home application and the alarm application, based on the setting property and the triggering time.
An electronic printable medium comprising: a conductive sheet-shaped member; and an organic-metallic hybrid polymer deposited on the conductive sheet-shaped member, wherein the organic-metallic hybrid polymer is deposited on both sides of the conductive sheet-shaped member, and the organic-metallic hybrid polymer has a structure represented by the following general formula: wherein N represents an integer of 2 or more; each of M 1 to M N represents multiple types of metal ions having a various redox potential; each of X 1 to X N independently represents a counter anion; each of R 1 to R N independently represents a spacer containing a carbon atom and a hydrogen atom, or a spacer directly connecting two terpyridyl groups; each of R 1 1 to R 1 N , R 2 1 to R 2 N , R 3 1 to R 3 N , and R 4 1 to R 4 N independently represents a hydrogen atom or a substituent; and each of n 1 to n N independently represents an integer of 2 or more which indicates a degree of polymerization. a conductive sheet-shaped member; and an organic-metallic hybrid polymer deposited on the conductive sheet-shaped member, wherein the organic-metallic hybrid polymer is deposited on both sides of the conductive sheet-shaped member, and the organic-metallic hybrid polymer has a structure represented by the following general formula: wherein N represents an integer of 2 or more; each of M 1 to M N represents multiple types of metal ions having a various redox potential; each of X 1 to X N independently represents a counter anion; each of R 1 to R N independently represents a spacer containing a carbon atom and a hydrogen atom, or a spacer directly connecting two terpyridyl groups; each of R 1 1 to R 1 N , R 2 1 to R 2 N , R 3 1 to R 3 N , and R 4 1 to R 4 N independently represents a hydrogen atom or a substituent; and each of n 1 to n N independently represents an integer of 2 or more which indicates a degree of polymerization.
A roll-to-roll vapor deposition system suited for the deposition of thin CIGS (Cu(In,Ga)Se 2 , copper indium gallium di selenide) films on a thin web comprising a vacuum deposition chamber enclosing at least three sets of evaporation sources, each set comprising at least three evaporation source apparatuses , whereby the web , for example made of polymer or metal foil, departs a pay-off roll and gets coated by said evaporation sources sets as it travels on a path between tensioning rolls until it gets rolled-up by a take-up roll , wherein the at least three evaporation source apparatuses are linear evaporation source apparatuses for atomic vapor deposition of metal atoms suited for the production of CIGS thin films comprise: at least one elongated horizontal crucible for containing, up to a given level in the crucible , material to be melted and evaporated, a heater assembly , and a plurality of nozzles that have an inclination, wherein the plurality of nozzles are on a face of the apparatus that is parallel to the longest centerline of the crucible , the plurality of nozzles have a flux-wise axis that is oriented towards the path of the web at between +45 degrees and +60 degrees with respect to the plane supporting the base of the plurality of nozzles , so as to direct the evaporated flux in a predetermined direction. at least one elongated horizontal crucible for containing, up to a given level in the crucible , material to be melted and evaporated, a heater assembly , and a plurality of nozzles that have an inclination, wherein the plurality of nozzles are on a face of the apparatus that is parallel to the longest centerline of the crucible , the plurality of nozzles have a flux-wise axis that is oriented towards the path of the web at between +45 degrees and +60 degrees with respect to the plane supporting the base of the plurality of nozzles , so as to direct the evaporated flux in a predetermined direction.
Sealing element for sealing a building structure, in particular a wall, in the area of the surface of a structural element , in particular a pipe, protruding from a building structure, wherein the sealing element is formed at least substantially planar and has a sealing zone made of an elastic material for abutment against the structural element , wherein the sealing zone has a pass through zone for guiding the structural element through the sealing element , wherein the sealing zone has a thickened portion surrounding the pass through zone , wherein the thickened portion is dimensioned such that, when the structural element is guided through the sealing element , it is forcibly subjected to a deformation, characterized in that the sealing zone has a zone surrounded by the thickened portion, wherein the perimeter of the zone of the sealing zone surrounded by the thickened portion is smaller than the perimeter of the surface of the structural element against which the sealing zone abuts.
A stable liquid eutectic system comprising : - an active ingredient chosen from catechins, - a choline salt, - a polar protic solvent or aprotic polar solvent which is pharmaceutically, dermo-cosmetically or nutraceutically acceptable, wherein the molar ratio between the active ingredient, the choline salt, and the solvent is 0.25-3.5:1:5-75. wherein the concentration of the active ingredient is at least 100 mg/mL. - an active ingredient chosen from catechins, - a choline salt, - a polar protic solvent or aprotic polar solvent which is pharmaceutically, dermo-cosmetically or nutraceutically acceptable, wherein the molar ratio between the active ingredient, the choline salt, and the solvent is 0.25-3.5:1:5-75. wherein the concentration of the active ingredient is at least 100 mg/mL.
A toilet for an animal having an up-down direction comprising: an upper container including a bottom part in which a plurality of holes that penetrate in the up-down direction are formed; and a lower container provided below the upper container , an outer periphery of each of the holes being surrounded with first ribs along a direction intersecting with the up-down direction and second ribs along a direction intersecting with the up-down direction and the first ribs, an uppermost part of the second ribs being higher than an uppermost part (21 H) of the first ribs, a part of the first ribs connected to the second ribs being provided with an inclined surface inclined obliquely downward from the second ribs , characterized in that the first ribs positioned in both ends of the plurality of first ribs protrude downward with respect to the other first ribs , and in that the upper container is a box-shaped member with an open upper side and includes, in an outer periphery of the bottom part , an outer peripheral part provided continuously on an outer periphery of the bottom part , a side face arranged vertically upward from a peripheral edge of the outer peripheral part , and a folded part formed by folding back an upper end of the side face downwardly, a part of the outer peripheral part includes plate members along the second ribs provided in both sides of the plurality of second ribs , and the plate members protrude further downward than the first ribs positioned in both ends of the plurality of first ribs . a part of the outer peripheral part includes plate members along the second ribs provided in both sides of the plurality of second ribs , and the plate members protrude further downward than the first ribs positioned in both ends of the plurality of first ribs .