mhurhangee/ep-ind-claims huggingface dataset:
Flow body for an aircraft, comprising a torsion box with a plurality of spars and at least two skin portions (16, 32) for enveloping the spars, wherein at least one inner cell is formed in the torsion box, wherein a gas tank with a gas tank shell is arranged in the at least one inner cell, and the gas tank comprises fastening elements (26, 36) coupled to retaining elements in the relevant inner cell in order to hold the gas tank such that the gas tank shell is supported at a distance from the spars and the skin portions (16, 32) and is supported in three spatial directions, and the gas tank is designed to store liquid hydrogen, wherein the fastening elements (26, 36) are arranged on or coupled to the gas tank shell, and the fastening elements (26, 36) comprise tension elements which are connected to the retaining elements, wherein the tension elements comprise bracing means by which the tension elements are firmly braced, and wherein the retaining elements are positioned at intersections between the spars and a first skin portion or an oppositely disposed second skin portion, where they are connected to the spars and the skin portions (16, 32). a torsion box with a plurality of spars and at least two skin portions (16, 32) for enveloping the spars, a plurality of spars and at least two skin portions (16, 32) for enveloping the spars, wherein at least one inner cell is formed in the torsion box, wherein a gas tank with a gas tank shell is arranged in the at least one inner cell, and the gas tank comprises fastening elements (26, 36) coupled to retaining elements in the relevant inner cell in order to hold the gas tank such that the gas tank shell is supported at a distance from the spars and the skin portions (16, 32) and is supported in three spatial directions, and the gas tank is designed to store liquid hydrogen, wherein the fastening elements (26, 36) are arranged on or coupled to the gas tank shell, and the fastening elements (26, 36) comprise tension elements which are connected to the retaining elements, wherein the tension elements comprise bracing means by which the tension elements are firmly braced, and wherein the retaining elements are positioned at intersections between the spars and a first skin portion or an oppositely disposed second skin portion, where they are connected to the spars and the skin portions (16, 32).
A method for measuring stable glycated hemoglobin sA1c, which comprises a step of subjecting a blood sample after hemolysis to cation exchange chromatography to elute sA1c as separated from other hemoglobin components thereby to obtain a chromatogram showing elution of hemoglobin fractions, a step of identifying a sA1c peak in the obtained chromatogram and calculating its peak area, a step of identifying peaks of hemoglobin components other than sA1c in the obtained chromatogram and calculating their peak areas, a step of calculating the proportion (%) of the sA1c peak area to the total hemoglobin peak area, a step of identifying a non-glycated peak of abnormal hemoglobin D, abnormal hemoglobin S or abnormal hemoglobin C from peaks which appear after a non-glycated peak of hemoglobin A, and a step of estimating the area of a glycated peak of abnormal hemoglobin D, abnormal hemoglobin S or abnormal hemoglobin C based on a non-glycated peak area and the like of the abnormal hemoglobin identified, wherein the proportion (%) of the sA1c peak area in the above step 4 is corrected based on the estimated calculation results.
An exercise device (100,3600,3700) attachable to a structure, said exercise device comprising: an inelastic elongated member (120,3620) having a length between a pair of grips; an anchor (110,2910,3300) attachable to the structure and having a support (2911, 3112) for said inelastic elongated member (120,3620) with a distance between each of said pair of grips and said support (2911, 3112), where, when said anchor (110,2910,3300) is attached to the structure and the grips are pulled away from the structure, said elongated member (120,3620) is movable through said support (2911, 3112) such that the distance between each of said pair of grips and said support is adjustable by pulling one of said one or more of said pair of grips away from said anchor (110,2910,3300); and means for limiting the range of positions at which said anchor (110,2910,3300) supports said elongated member (120,3620), characterised in that said means includes a loop formed by a length of material attached to said elongated member (120,3620), and where said anchor (110,2910,3300) passes through said loop.
A method, performed by a terminal (1h-01) in a wireless communication system, the method comprising: transmitting (1h-10), to a first cell (1h-02), capability information of the terminal comprising information on whether the terminal supports a plurality of cell reselection priorities, CRPs,; receiving (1h-15), from the first cell, a radio resource control, RRC, connection release message comprising an alternativeCRPindication parameter indicating to apply CRP broadcast in system information; transitioning to an RRC idle mode or an RRC inactive mode based on the RRC connection release message, and camping on a second cell; receiving (1h-25), from the second cell, system information including a first CRP and a second CRP; and based on the altemativeCRPindication parameter and the system information, applying (1h-30) the second CRP for evolved universal mobile telecommunications system, UMTS, terrestrial radio access network, EUTRAN, frequency. transmitting (1h-10), to a first cell (1h-02), capability information of the terminal comprising information on whether the terminal supports a plurality of cell reselection priorities, CRPs,; receiving (1h-15), from the first cell, a radio resource control, RRC, connection release message comprising an alternativeCRPindication parameter indicating to apply CRP broadcast in system information; transitioning to an RRC idle mode or an RRC inactive mode based on the RRC connection release message, and camping on a second cell; receiving (1h-25), from the second cell, system information including a first CRP and a second CRP; and based on the altemativeCRPindication parameter and the system information, applying (1h-30) the second CRP for evolved universal mobile telecommunications system, UMTS, terrestrial radio access network, EUTRAN, frequency.
Method for selecting data-packages received by a host-device, the host-device being part of a host-vehicle, the method comprising the following steps: a. the host-device receiving a number of N data-packages, b. for each data-package of the N data-packages: calculating a data-package parameter, c. for each of the N data-packages determining a priority rank based on the data-package parameters, d. sorting the data-packages according to a predetermined sorting-scheme considering the priority ranks, e. selecting a number of M data-packages from the N data-packages, wherein M < N, f. processing one or more of the selected data-packages, characterized in that the data-package parameter is a prioritized range between the host-vehicle and a remote-vehicle, wherein the prioritized range is calculated from a ratio of - a range between the host-vehicle and the remote-vehicle as first data-package associated parameter, and - a predefined function of the range rate as second data-package associated parameter. a. the host-device receiving a number of N data-packages, b. for each data-package of the N data-packages: calculating a data-package parameter, c. for each of the N data-packages determining a priority rank based on the data-package parameters, d. sorting the data-packages according to a predetermined sorting-scheme considering the priority ranks, e. selecting a number of M data-packages from the N data-packages, wherein M < N, f. processing one or more of the selected data-packages, - a range between the host-vehicle and the remote-vehicle as first data-package associated parameter, and - a predefined function of the range rate as second data-package associated parameter.
A composition for use in local anesthesia to be added to a local anesthetic agent, the composition comprising dexmedetomidine or a salt thereof, and adrenaline or a salt thereof.
A method for transmission, applied to a User Equipment, UE, comprising: when the UE performs inter-frequency measurements without measurement gap, performing at least one of: when a cell of the inter-frequency measurements is synchronous with a serving cell, the UE being not expected to transmit on a first symbol; or when the cell of the inter-frequency measurements is not synchronous with the serving cell, the UE being not expected to transmit within a measurement window; wherein the first symbol comprises one or more items of: symbols to be measured, one or more symbols before the symbols to be measured, or one or more symbols after the symbols to be measured; and characterized by: wherein the cell of the inter-frequency measurements being synchronous with the serving cell represents one or more of: a sub-frame boundary across the serving cell and inter-frequency neighbor cells is aligned; a System Frame Number, SFN, across the serving cell and the inter-frequency neighbor cells is aligned; the UE can utilize a serving cell timing to derive a SSB index of inter-frequency neighbor cell; or timings of SSBs across the serving cell and the inter-frequency cells are aligned. when a cell of the inter-frequency measurements is synchronous with a serving cell, the UE being not expected to transmit on a first symbol; or when the cell of the inter-frequency measurements is not synchronous with the serving cell, the UE being not expected to transmit within a measurement window; wherein the first symbol comprises one or more items of: symbols to be measured, one or more symbols before the symbols to be measured, or one or more symbols after the symbols to be measured; and characterized by: wherein the cell of the inter-frequency measurements being synchronous with the serving cell represents one or more of: a sub-frame boundary across the serving cell and inter-frequency neighbor cells is aligned; a System Frame Number, SFN, across the serving cell and the inter-frequency neighbor cells is aligned; the UE can utilize a serving cell timing to derive a SSB index of inter-frequency neighbor cell; or timings of SSBs across the serving cell and the inter-frequency cells are aligned. a sub-frame boundary across the serving cell and inter-frequency neighbor cells is aligned; a System Frame Number, SFN, across the serving cell and the inter-frequency neighbor cells is aligned; the UE can utilize a serving cell timing to derive a SSB index of inter-frequency neighbor cell; or timings of SSBs across the serving cell and the inter-frequency cells are aligned.
Apparatus for deploying a conformal structure in a body lumen, said apparatus comprising: a length of polymer film or fabric material; and a tension member attached to a distal location on the length of material, the tension member having sufficient column strength to advance the length of material distally in the body lumen by distal movement of the tension member, said tension member being incorporated into the length of material and adapted to compact the material into an occluding structure when the member is pulled proximally relative to the length of material when present in a body lumen; the apparatus characterised in that the length of polymer film or fabric material is ribbon-like. a length of polymer film or fabric material; and a tension member attached to a distal location on the length of material, the tension member having sufficient column strength to advance the length of material distally in the body lumen by distal movement of the tension member, said tension member being incorporated into the length of material and adapted to compact the material into an occluding structure when the member is pulled proximally relative to the length of material when present in a body lumen;
A method of manufacturing a biocompatible tissue implant, comprising: providing a solution comprising a foam forming, biocompatible polymer in a solvent, said solvent having a freezing point; providing a biocompatible polymeric reinforcement member, wherein the polymeric reinforcement member is soluble in the said solvent; placing the polymeric reinforcement member in a cavity of a suitable mold, wherein the mold is cooled to below the freezing point of the said solvent prior to placement of the reinforcement member in the cavity of the mold; adding the solution to the cavity of the mold such that at least a part of the cavity is filled with the solution and at least part of the reinforcing member is in contact with the solution; quenching the reinforcement member and solution to below the freezing point of the solvent, and lyophilizing. providing a solution comprising a foam forming, biocompatible polymer in a solvent, said solvent having a freezing point; providing a biocompatible polymeric reinforcement member, wherein the polymeric reinforcement member is soluble in the said solvent; placing the polymeric reinforcement member in a cavity of a suitable mold, wherein the mold is cooled to below the freezing point of the said solvent prior to placement of the reinforcement member in the cavity of the mold; adding the solution to the cavity of the mold such that at least a part of the cavity is filled with the solution and at least part of the reinforcing member is in contact with the solution; quenching the reinforcement member and solution to below the freezing point of the solvent, and lyophilizing.
Tunnel luminaire consisting of a preferably flat luminaire housing with a housing bottom and a housing cover that can be connected with the housing bottom, which bottom and cover jointly enclose a housing interior, wherein a plurality of lighting means in the form of light-emitting diodes are received in the housing interior, wherein the lighting means are connected with at least the housing bottom in a thermally conductive manner, wherein the housing bottom is formed by a metal profile manufactured by bending a metallic flat material, forming a heat sink and comprising a rectangular, planar bottom section (3.1) and first side sections (3.2) joined to at least two longitudinal sides of the bottom section (3.1), wherein the first side sections (3.2) point away from the housing cover and protrude outwardly from the luminaire housing and comprise a plurality of recesses or openings for enlarging the cooling surface.
Nanoparticle-coated fibre material, the coating of which includes between 0.01 and less than 2.0 wt% of nanoparticles based on the dry weight of the coated fibre material and is capable of undergoing further reactions, wherein these reactions comprise ring-opening polymerization of epoxides, and wherein the nanoparticles are surface-modified spherical silica nanoparticles and have an average diameter of 1 to 300 nm, and wherein the SiO 2 particles have a surface treatment to render them hydrophobic.
A semiconductor package, comprising: a metal baseplate having a die attach region and a peripheral region; a transistor die having a reference terminal attached to the die attach region and an RF terminal facing away from the baseplate; and a multilayer circuit board having a first side attached to the peripheral region and a second side facing away from the baseplate, the multilayer circuit board comprising: a first embedded electrically conductive layer that is separated from the second side by a first layer of composite fiber; a second embedded electrically conductive layer that is separated from the first side by a second layer of composite fiber; and an embedded dielectric layer disposed between the first and second embedded electrically conductive layers (138, 140), wherein the embedded dielectric layer has a higher dielectric constant than each of the first and second layers of composite fiber (144, 146). a metal baseplate having a die attach region and a peripheral region; a transistor die having a reference terminal attached to the die attach region and an RF terminal facing away from the baseplate; and a multilayer circuit board having a first side attached to the peripheral region and a second side facing away from the baseplate, the multilayer circuit board comprising: a first embedded electrically conductive layer that is separated from the second side by a first layer of composite fiber; a second embedded electrically conductive layer that is separated from the first side by a second layer of composite fiber; and an embedded dielectric layer disposed between the first and second embedded electrically conductive layers (138, 140), a first embedded electrically conductive layer that is separated from the second side by a first layer of composite fiber; a second embedded electrically conductive layer that is separated from the first side by a second layer of composite fiber; and an embedded dielectric layer disposed between the first and second embedded electrically conductive layers (138, 140), wherein the embedded dielectric layer has a higher dielectric constant than each of the first and second layers of composite fiber (144, 146).
A cable assembly (A1, A1', A1", A1''', A2, A3, A3') comprising: a first connecting member (400a, 610a, 610a') having electrical conductivity; a cable; an electroconductive plate (200, 200'); and a shield case (500, 500'), wherein the cable includes: an outer insulator, a shield conductor disposed inside the outer insulator, and at least one first wire inside the shield conductor, the at least one first wire being a signal wire, the first wire includes a protruding portion (Pa), the protruding portion (Pa) protrudes substantially in a first direction (Y-Y') from the shield conductor and the outer insulator, and a core wire of the protruding portion (Pa) is connected to the first connecting member (400a, 610a, 610a'), the first direction (Y-Y') being a longitudinal direction of the cable, wherein the shield case houses the protruding portion (Pa) of the first wire, the electroconductive plate (200, 200'), and a connection point at which the core wire of the protruding portion (Pa) is connected to the first connecting member (400a, 610a, 610a'), characterized in that the electroconductive plate (200, 200') is wound around at least a part in the first direction (Y-Y') of the protruding portion (Pa), and the shield case (500, 500') is separate from the electroconductive plate a first connecting member (400a, 610a, 610a') having electrical conductivity; a cable; an electroconductive plate (200, 200'); and a shield case (500, 500'), wherein the cable includes: an outer insulator, a shield conductor disposed inside the outer insulator, and at least one first wire inside the shield conductor, the at least one first wire being a signal wire, an outer insulator, a shield conductor disposed inside the outer insulator, and at least one first wire inside the shield conductor, the at least one first wire being a signal wire, the first wire includes a protruding portion (Pa), the protruding portion (Pa) protrudes substantially in a first direction (Y-Y') from the shield conductor and the outer insulator, and a core wire of the protruding portion (Pa) is connected to the first connecting member (400a, 610a, 610a'), the first direction (Y-Y') being a longitudinal direction of the cable, wherein the shield case houses the protruding portion (Pa) of the first wire, the electroconductive plate (200, 200'), and a connection point at which the core wire of the protruding portion (Pa) is connected to the first connecting member (400a, 610a, 610a'), characterized in that the electroconductive plate (200, 200') is wound around at least a part in the first direction (Y-Y') of the protruding portion (Pa), and the shield case (500, 500') is separate from the electroconductive plate
A transmission apparatus, comprising: an application data transmission section adapted to transmit data of an application for HbbTV, HbbTV standing for hybrid broadcast broadband television; and an application information table transmission section adapted to transmit an application information table which has an application profile field including an application profile which represents functions required by the application, wherein the application profile is configured from a first bit region of high-order n bits and a second bit region of lower-order (16-n) bits of a bitmap structure for specifying an additional function to the application, wherein each bit position in the second bit region is assigned to a different function and a type of a function assigned to each bit position in the second bit region rely upon the bit values of the bits in the first bit region. an application data transmission section adapted to transmit data of an application for HbbTV, HbbTV standing for hybrid broadcast broadband television; and an application information table transmission section adapted to transmit an application information table which has an application profile field including an application profile which represents functions required by the application, wherein the application profile is configured from a first bit region of high-order n bits and a second bit region of lower-order (16-n) bits of a bitmap structure for specifying an additional function to the application, wherein each bit position in the second bit region is assigned to a different function and a type of a function assigned to each bit position in the second bit region rely upon the bit values of the bits in the first bit region.
Microscope having ∘ an imaging optical unit which receives light emitted by a sample into a first aperture angle via an imaging objective in a first direction y, ∘ a detecting apparatus for detecting the light, emitted by the sample into the first aperture angle and received by the imaging optical unit, ∘ an illumination apparatus, comprising an illumination light source with a wavelength λ and an illumination beam path for illuminating the sample with an illumination light distribution in a second direction z, wherein the second direction z is substantially perpendicular to the first direction y, - characterized in that the illumination apparatus comprises means, such that ∘ the illumination light distribution is substantially constant within a section in the second direction z, ∘ the power of the illumination light is less than 20% within the cone, spanned by the first aperture angle, outside a region of an extension in the first direction y, where: LY < 2 λ, LZ > 8 λ, wherein the means comprise a filter, arranged at least partially in or in the vicinity of a pupil plane of an illumination optical unit, with a sinc(z) filter function for limiting a z-component in the spatial frequency spectrum of the illumination light. ∘ an imaging optical unit which receives light emitted by a sample into a first aperture angle via an imaging objective in a first direction y, ∘ a detecting apparatus for detecting the light, emitted by the sample into the first aperture angle and received by the imaging optical unit, ∘ an illumination apparatus, comprising an illumination light source with a wavelength λ and an illumination beam path for illuminating the sample with an illumination light distribution in a second direction z, wherein the second direction z is substantially perpendicular to the first direction y, - characterized in that the illumination apparatus comprises means, such that - characterized in that the illumination apparatus comprises means, such that ∘ the illumination light distribution is substantially constant within a section in the second direction z, ∘ the power of the illumination light is less than 20% within the cone, spanned by the first aperture angle, outside a region of an extension in the first direction y, where: LY < 2 λ, LZ > 8 λ, wherein the means comprise a filter, arranged at least partially in or in the vicinity of a pupil plane of an illumination optical unit, with a sinc(z) filter function for limiting a z-component in the spatial frequency spectrum of the illumination light. LY < 2 λ, LZ > 8 λ,