mhurhangee/patent-ind-claim-en huggingface dataset:
A hot-rolled strip steel product having a chemical composition consisting of, in terms of weight percentages (wt. %): C 0.025%-0.080%, preferably 0.030%-0.060%, more preferably 0.033%-0.055% Si 0%-1.1%, preferably 0.0050%-0.80%, more preferably 0.0050%-0.60% Mn 0.50%-2.0%, preferably 0.70%-1.6%, more preferably 0.80%-1.5% P <0.020%, preferably <0.010% S <0.050%, preferably <0.0050% N <0.010%, preferably <0.0050% Cr 0%-0.60%, preferably 0%-0.15%, more preferably 0%-0.090% Ni 0%-0.20% Cu 0%-0.25%, preferably 0%-0.10% Mo 0%-0.20%, preferably 0%-0.15%, more preferably 0%-0.12% Al 0%-0.15%, preferably 0.015%-0.070% Nb 0%-0.050%, preferably 0%-0.040%, more preferably 0%-0.025% V 0.020%-0.20%, preferably 0.020%-0.15%, more preferably 0.030%-0.12% Ti 0.020%-0.15%, preferably 0.050%-0.12%, more preferably 0.060%-0.11% B 0-0.0010%, preferably 0%-0.00050% remainder being Fe and inevitable impurities, wherein the hot rolled strip steel product has a microstructure comprising of, in terms of volume percentages vol. %, ferrite ≥90%, preferably ≥95%, more preferably ≥98%, wherein the ferrite structure comprises 10%-50% quasi-polygonal ferrite and a remainder of the ferrite structure is polygonal ferrite and/or bainite; and wherein the steel strip product has an average ferrite grain size of <10μm as measured by using crystallographic orientation data as performed in the description, an average hole expansion ratio of ≥50% as performed in accordance with the ISO 16630 standard, a yield strength Rp 0.2% longitudinal to rolling direction of ≥700 MPa and a tensile strength of ≥760 MPa longitudinal to the rolling direction as performed according to ISO standard SFS-EN-ISO6892-1. remainder being Fe and inevitable impurities, wherein the hot rolled strip steel product has a microstructure comprising of, in terms of volume percentages vol. %, ferrite ≥90%, preferably ≥95%, more preferably ≥98%, wherein the ferrite structure comprises 10%-50% quasi-polygonal ferrite and a remainder of the ferrite structure is polygonal ferrite and/or bainite; and wherein the steel strip product has an average ferrite grain size of <10μm as measured by using crystallographic orientation data as performed in the description, an average hole expansion ratio of ≥50% as performed in accordance with the ISO 16630 standard, a yield strength Rp 0.2% longitudinal to rolling direction of ≥700 MPa and a tensile strength of ≥760 MPa longitudinal to the rolling direction as performed according to ISO standard SFS-EN-ISO6892-1.
A method of assessing an amount of donor-specific cell-free DNA in a sample from a subject, wherein the subject is a transplant recipient, the sample comprising donor-specific and subject cell-free DNA, the method comprising: for each of 38-40 single nucleotide variant (SNV) targets, performing an amplification-based quantification assay on the sample, or portion thereof, with at least two primer pairs, wherein each primer pair comprises a forward primer and a reverse primer, wherein one of the at least two primer pairs comprises a 3' penultimate mismatch in a primer relative to one allele of the SNV target but a 3' double mismatch relative to another allele of the SNV target and specifically amplifies the one allele of the SNV target, and the another of the at least two primer pairs specifically amplifies the another allele of the SNV target, and obtaining or providing results from the amplification-based quantification assays to determine the amount of donor-specific cell-free DNA in the sample, wherein the donor genotype is not known, and the method further comprises predicting the donor genotype or assessing results based on a prediction of the donor genotype; wherein the results comprise the amount of the donor-specific cell-free DNA in the sample or wherein the method further comprises determining the amount of the donor-specific cell-free DNA in the sample based on the results. for each of 38-40 single nucleotide variant (SNV) targets, performing an amplification-based quantification assay on the sample, or portion thereof, with at least two primer pairs, wherein each primer pair comprises a forward primer and a reverse primer, wherein one of the at least two primer pairs comprises a 3' penultimate mismatch in a primer relative to one allele of the SNV target but a 3' double mismatch relative to another allele of the SNV target and specifically amplifies the one allele of the SNV target, and the another of the at least two primer pairs specifically amplifies the another allele of the SNV target, and obtaining or providing results from the amplification-based quantification assays to determine the amount of donor-specific cell-free DNA in the sample, wherein the donor genotype is not known, and the method further comprises predicting the donor genotype or assessing results based on a prediction of the donor genotype; wherein the results comprise the amount of the donor-specific cell-free DNA in the sample or wherein the method further comprises determining the amount of the donor-specific cell-free DNA in the sample based on the results.
Casting mould for casting complex-shaped, large-volume castings (Z) from a molten metal, wherein the casting mould has a mould cavity forming the casting (Z) and a delivery system for delivery of the molten metal, which is to be cast into the casting (Z), into the mould cavity , wherein the delivery system comprises a sprue , a runner connected to the sprue and a feeder system connected to the runner , and wherein the mould cavity is connected to the feeder system or the runner via connections , characterised in that when seen in the flow direction (S) of the molten metal flowing from the sprue into the runner during the casting operation, the runner , having a branch directed away from the sprue along the feeder system and having a directed-back branch adjoining the directed-away branch , is guided along the feeder system in the opposite direction to the directed-away branch , and in that the feeder system is connected to both the directed-away branch and the directed-back branch via two or more gates distributed along the respective branch .
A method for producing a nerve growth promotor, including an enzyme treatment step of degrading a cock's comb with a protease, whereby the method includes, after the enzyme treatment step, and a purification step of purifying the degradation product obtained by the enzyme treatment step, wherein the purification step includes a liquid-liquid separation step for liquid-liquid separation of the degradation product with water and water-saturated 1-butanol to give a water-saturated 1-butanol fraction.
A measuring assembly for a thermal analysis of a sample, having - a crucible for storing a sample (P) in the crucible , - a sensor for measuring a sample temperature of the sample (P) when the crucible is arranged on the sensor , characterized by an anti-rotation protection for the crucible , wherein the anti-rotation protection comprises a protrusion (21; 19') and a depression (19; 21'), in order to provide a predetermined rotational position of the crucible with respect to the sensor by means of a positive engagement of the protrusion (21; 19') with the depression (19; 21') when the crucible is arranged on the sensor , wherein the protrusion (21; 19') is arranged on the sensor or a further component of the measuring assembly, which is arranged in a stationary manner to the sensor , and the depression (19; 21') is arranged in the region of the outer side of the crucible , or vice versa. - a crucible for storing a sample (P) in the crucible , - a sensor for measuring a sample temperature of the sample (P) when the crucible is arranged on the sensor ,
An apparatus for use in a core network, the apparatus comprising: a non-transitory memory having instructions stored thereon for managing a server transition between a first server and a second server which are configured to provide a service to a user equipment, UE; and a processor, operably coupled to the non-transitory memory, configured to perform the instructions of: receiving a first request from the first server to switch responsibility for providing the service to the UE from the first server to the second server ; determining, in response to the first request, that a first core network terminating point, CNTP, needs to be changed to a second CNTP, wherein a CNTP is a network function within the core network which acts as a gateway to and/or from a packet data network; selecting the second CNTP; sending a second message to the UE indicating the second CNTP and identifying that a session with the first CNTP needs to change; and sending a notification to the service that the UE is associated with the second CNTP. a non-transitory memory having instructions stored thereon for managing a server transition between a first server and a second server which are configured to provide a service to a user equipment, UE; and a processor, operably coupled to the non-transitory memory, configured to perform the instructions of: receiving a first request from the first server to switch responsibility for providing the service to the UE from the first server to the second server ; determining, in response to the first request, that a first core network terminating point, CNTP, needs to be changed to a second CNTP, wherein a CNTP is a network function within the core network which acts as a gateway to and/or from a packet data network; selecting the second CNTP; sending a second message to the UE indicating the second CNTP and identifying that a session with the first CNTP needs to change; and sending a notification to the service that the UE is associated with the second CNTP. receiving a first request from the first server to switch responsibility for providing the service to the UE from the first server to the second server ; determining, in response to the first request, that a first core network terminating point, CNTP, needs to be changed to a second CNTP, wherein a CNTP is a network function within the core network which acts as a gateway to and/or from a packet data network; selecting the second CNTP; sending a second message to the UE indicating the second CNTP and identifying that a session with the first CNTP needs to change; and sending a notification to the service that the UE is associated with the second CNTP.
A compressor section for use in a gas turbine engine comprising: a plurality of compressor stages, each stage including a disk having an inner periphery defining a bore that faces a shaft; a flow path flowing in a generally axial direction between the shaft and the bores of each disk; and at least one deflector positioned between bores of an upstream disk and an adjacent downstream disk to direct an air flow radially outwardly into a cavity formed between the upstream and downstream disks ; the at least one deflector comprises a main body extending between the upstream and downstream disks, characterised in that the main body includes an upstream end that is positioned adjacent the upstream disk and a downstream end that is adjacent the downstream disk, and wherein the main body is attached to the upstream and the downstream disk, and wherein the main body includes a first deflector portion that extends radially inwardly from the main body toward the shaft to block the flow path and force the flow to go radially outwardly and into at least one inlet port that is formed within the main body upstream of the first deflector portion . a plurality of compressor stages, each stage including a disk having an inner periphery defining a bore that faces a shaft; a flow path flowing in a generally axial direction between the shaft and the bores of each disk; and at least one deflector positioned between bores of an upstream disk and an adjacent downstream disk to direct an air flow radially outwardly into a cavity formed between the upstream and downstream disks ; the at least one deflector comprises a main body extending between the upstream and downstream disks, characterised in that the main body includes an upstream end that is positioned adjacent the upstream disk and a downstream end that is adjacent the downstream disk, and wherein the main body is attached to the upstream and the downstream disk, and wherein the main body includes a first deflector portion that extends radially inwardly from the main body toward the shaft to block the flow path and force the flow to go radially outwardly and into at least one inlet port that is formed within the main body upstream of the first deflector portion .
A method for manufacturing a self-healing heat insulation layer on a substrate by means of atmospheric plasma spraying (APS) of a heat insulation layer powder, characterized in - that MoSi 2 powder comprising aluminum is introduced into the heat insulation layer, wherein the MoSi 2 powder comprises aluminum with a content of 2 to 15 wt.-%, - that MoSi 2 powder with a mass fraction between 0.5 and 5 wt. % is used, based on the heat insulation layer, and - that the heat insulation layer powder is injected at a first point remote from the burner in an axial direction and that MoSi 2 powder is injected into the plasma jet at a second point further remote from the burner in the axial direction, - wherein an injection distance (I) between 20 and 60 mm is set between the first and the second point. - that MoSi 2 powder comprising aluminum is introduced into the heat insulation layer, wherein the MoSi 2 powder comprises aluminum with a content of 2 to 15 wt.-%, - that MoSi 2 powder with a mass fraction between 0.5 and 5 wt. % is used, based on the heat insulation layer, and - that the heat insulation layer powder is injected at a first point remote from the burner in an axial direction and that MoSi 2 powder is injected into the plasma jet at a second point further remote from the burner in the axial direction, - wherein an injection distance (I) between 20 and 60 mm is set between the first and the second point.
A radiation module configured for generating a dual polarization comprising: a reflector and four radiation elements symmetrically combined in four directions, wherein each of the four radiation elements includes a cup-shaped radiation arm and a support configured for supporting and fixing the cup-shaped radiation arm on the reflector , wherein the cup-shaped radiation arms of the four radiation elements are combined with each other to generate the dual polarization of the radiation module, wherein each cup-shaped radiation arms of the four radiation elements include a lower surface adjacent to the reflector and a side surface completely enclosing the lower surface, wherein each of the cup-shaped radiation arms is a square-shaped cup, and characterized in that the cup shape of each of the cup-shaped radiation arms is a stepped cup shape in which an upper portion is wider than a lower portion . a reflector and four radiation elements symmetrically combined in four directions, wherein each of the four radiation elements includes a cup-shaped radiation arm and a support configured for supporting and fixing the cup-shaped radiation arm on the reflector , wherein the cup-shaped radiation arms of the four radiation elements are combined with each other to generate the dual polarization of the radiation module, wherein each cup-shaped radiation arms of the four radiation elements include a lower surface adjacent to the reflector and a side surface completely enclosing the lower surface, wherein each of the cup-shaped radiation arms is a square-shaped cup, and characterized in that the cup shape of each of the cup-shaped radiation arms is a stepped cup shape in which an upper portion is wider than a lower portion .
A resin composite in which the core material including a resin foam and a fiber-reinforced resin sheet are integrally laminated, wherein said fiber-reinforced resin sheet comprises a substrate sheet including a fiber woven fabric and a resin impregnated in said substrate sheet, a surface of the core material on which said fiber-reinforced resin sheet is laminated has a surface roughness (Ra) of less than 2.5 μm, and the core material is a polyester-based resin foam being a polyester-based resin expanded sheet obtained by extrusion foaming.
An auxiliary weight supporting device , configured for supporting a user to carry an object, the auxiliary weight supporting device comprising: a back rack , configured for the user to wear and for carrying the object characterized by the auxiliary weight supporting device further comprising: a walking-stick , configured for the user to hold to be propped against the ground in accordance with the user's steps to provide a supporting force, the walking-stick comprising a gripping part , a main body and a contacting end , the gripping part and the contacting end being configured on two ends of the main body respectively, the gripping part being configured for the user to hold, and the contacting end being configured to touch the ground when the user is walking; and a connecting rod , having a first end and a second end opposite to the first end , the first end being connected to the main body of the walking-stick , and the second end being coupled to the back rack ; wherein, when the user wears the auxiliary weight supporting device and walks, the walking-stick is controlled by the user to be propped against the ground and swings back and forth in accordance with the user's steps; the connecting rod drives the back rack to rise when the walking-stick swings backwards. a walking-stick , configured for the user to hold to be propped against the ground in accordance with the user's steps to provide a supporting force, the walking-stick comprising a gripping part , a main body and a contacting end , the gripping part and the contacting end being configured on two ends of the main body respectively, the gripping part being configured for the user to hold, and the contacting end being configured to touch the ground when the user is walking; and a connecting rod , having a first end and a second end opposite to the first end , the first end being connected to the main body of the walking-stick , and the second end being coupled to the back rack ; wherein, when the user wears the auxiliary weight supporting device and walks, the walking-stick is controlled by the user to be propped against the ground and swings back and forth in accordance with the user's steps; the connecting rod drives the back rack to rise when the walking-stick swings backwards.
A mower combination comprising an agricultural vehicle and a number of work units suitable for cutting a standing crop connected to the agricultural vehicle , including a front work unit and two lateral work units located behind and to the sides of the front work unit , each of the lateral work units being provided with conveyor units to deposit the cut crop as a swath , the mower combination further comprising a control unit receiving a plurality of signals, including signals representing the speed of the mower combination, the control unit being configured to monitor the plurality of signals representing the speed of the mower combination, characterised in that a tranverse position of each of the conveyor units may be altered and in that the plurality of signals further includes signals representing the speed of each of the conveyor units and a transverse position of each of the conveyor units , the control unit being configured to compare the signals representing the speed of the mower combination, a speed of operation of the conveyor units and a transverse position of each of the conveyor units against a predetermined set of values and to adjust the speed of operation and the transverse position of at least one conveyor unit based on this comparison.
A refrigerator water dispenser , comprising: a shelf having a lower surface ; a water dispenser tube disposed adjacent to the shelf for dispensing water into a container ; an actuator support operably coupled to the lower surface of the shelf ; a load cell disposed on the actuator support , wherein the load cell sends a signal in response to movement by the actuator support ; and a controller operably coupled to the load cell , wherein the controller activates a water dispensing sequence to dispense water via the water dispenser tube in response to the signal from the load cell , characterised by further comprising: a housing coupled to the lower surface of the shelf and first and second support rods extending at least partially below a bottom surface of the housing for engaging the container . a shelf having a lower surface ; a water dispenser tube disposed adjacent to the shelf for dispensing water into a container ; an actuator support operably coupled to the lower surface of the shelf ; a load cell disposed on the actuator support , wherein the load cell sends a signal in response to movement by the actuator support ; and a controller operably coupled to the load cell , wherein the controller activates a water dispensing sequence to dispense water via the water dispenser tube in response to the signal from the load cell , a housing coupled to the lower surface of the shelf and first and second support rods extending at least partially below a bottom surface of the housing for engaging the container .
A joint structure comprising: - a first member having a fit-in groove ; - a second member made of a material different from a material of the first member and comprising an insertion section to be inserted into the fit-in groove ; and a plurality of bonding layers having different hardness and formed between the fit-in groove and the insertion section , and characterized in that , among the plurality of bonding layers, a bonding layer that is softer than another bonding layer is disposed between a deepest section of the fit-in groove and a distal end of the insertion section, and the another bonding layer is disposed further away from the deepest section than the bonding layer that is softer than the another boding layer. - a first member having a fit-in groove ; - a second member made of a material different from a material of the first member and comprising an insertion section to be inserted into the fit-in groove ; and a plurality of bonding layers having different hardness and formed between the fit-in groove and the insertion section , and characterized in that , among the plurality of bonding layers, a bonding layer that is softer than another bonding layer is disposed between a deepest section of the fit-in groove and a distal end of the insertion section, and the another bonding layer is disposed further away from the deepest section than the bonding layer that is softer than the another boding layer.