mhurhangee/ep-ind-claims huggingface dataset:
An aptamer comprising a nucleic acid, comprising or consisting of: - the sequence GGAACGCAAGAACUGAGGCCAUGAGGCGCCUUCCCUUGCUCAGGACGC (SEQ NO: 1), or - the sequence AGCUAGGCCGCAAGGUGCCUCAACGCCAUCUGAGUGCCGACCCGAUCGC (SEQ ID NO: 2), or - a sequence comprising, or consisting of, at least 25 consecutive nucleotides of a sequence having at least 80% identity with SEQ NO: 1 or SEQ NO: 2, provided that a nucleic acid consisting of this sequence binds to annexin 2. - the sequence GGAACGCAAGAACUGAGGCCAUGAGGCGCCUUCCCUUGCUCAGGACGC (SEQ NO: 1), or - the sequence AGCUAGGCCGCAAGGUGCCUCAACGCCAUCUGAGUGCCGACCCGAUCGC (SEQ ID NO: 2), or - a sequence comprising, or consisting of, at least 25 consecutive nucleotides of a sequence having at least 80% identity with SEQ NO: 1 or SEQ NO: 2, provided that a nucleic acid consisting of this sequence binds to annexin 2.
A membrane electrode assembly (30, 30A-30G, 130) comprising: a polymer electrolyte membrane; a catalyst layer (34, 36) disposed on a surface of said polymer electrolyte membrane; a gas diffusion layer (40, 45, 46) disposed on a surface of said catalyst layer (34, 36), said surface opposite to a surface on which said polymer electrolyte membrane is disposed; and a resin frame for reinforcement disposed on a peripheral edge of a stacked body in which said catalyst layer (34, 36) and said gas diffusion layer (40, 45, 46) are stacked on said polymer electrolyte membrane, and integrated with said stacked body, wherein the membrane electrode assembly (30, 30A-30G, 130) is in the shape of a rectangle, characterised in that only said gas diffusion layer (40, 45, 46) includes a corner portion (31A-31D) which is chamfered such that the corner portion (31A-31D) does not have an acute angle. a polymer electrolyte membrane; a catalyst layer (34, 36) disposed on a surface of said polymer electrolyte membrane; a gas diffusion layer (40, 45, 46) disposed on a surface of said catalyst layer (34, 36), said surface opposite to a surface on which said polymer electrolyte membrane is disposed; and a resin frame for reinforcement disposed on a peripheral edge of a stacked body in which said catalyst layer (34, 36) and said gas diffusion layer (40, 45, 46) are stacked on said polymer electrolyte membrane, and integrated with said stacked body, wherein the membrane electrode assembly (30, 30A-30G, 130) is in the shape of a rectangle, characterised in that only said gas diffusion layer (40, 45, 46) includes a corner portion (31A-31D) which is chamfered such that the corner portion (31A-31D) does not have an acute angle.
A heavy load tire that includes a pair of bead portions and a carcass extending toroidally between the pair of bead portions, the heavy load tire, on an outer circumferential side of a crown region of the carcass, comprising: a first belt layer comprising a cord extending in a tire circumferential direction; a second belt layer comprising a cord extending to be inclined with respect to the tire circumferential direction; and a third belt layer comprising a cord extending to be inclined at an angle of 30° or less with respect to the tire circumferential direction in a direction opposite to that of the cord of the second belt layer, the first belt layer, the second belt layer, and the third belt layer being arranged in the stated order from an inner side to an outer side in a tire radial direction, wherein the third belt layer has a width w 3 that is 80 % or more of a tread width w, the second belt layer has a width w 2, the width w 2 and the width w 3 satisfying the relation w 2 < w 3, and the cord of the second belt layer is inclined at an angle of greater than 45° with respect to the tire circumferential direction. a first belt layer comprising a cord extending in a tire circumferential direction; a second belt layer comprising a cord extending to be inclined with respect to the tire circumferential direction; and a third belt layer comprising a cord extending to be inclined at an angle of 30° or less with respect to the tire circumferential direction in a direction opposite to that of the cord of the second belt layer, the first belt layer, the second belt layer, and the third belt layer being arranged in the stated order from an inner side to an outer side in a tire radial direction, wherein the third belt layer has a width w 3 that is 80 % or more of a tread width w, the second belt layer has a width w 2, the width w 2 and the width w 3 satisfying the relation w 2 < w 3, and the cord of the second belt layer is inclined at an angle of greater than 45° with respect to the tire circumferential direction.
A seat comprising a seat cushion; and a seatback having a seat surface curving and gradually bulging in an up-down direction, along the occupant's shoulder blades, and curving in a left-right direction and receding to support the occupant's ribs, characterized in that the seat surface of the seatback extends in the up-down direction to the occupant's neck to support the lower part of the neck, the seat surface of the seatback curves and recedes to support the occupant's shoulder blades in the left-right direction, and the seatback is composed of an upper half for supporting mainly an occupant's shoulder blades, and a lower half for supporting mainly the occupant's lower ribs, being narrower than the upper half; and the seat cushion has a U-notch made in a middle part of the rear end and loosely holds the lower half of the seatback in the U-notch. the seat surface of the seatback curves and recedes to support the occupant's shoulder blades in the left-right direction, and the seatback is composed of an upper half for supporting mainly an occupant's shoulder blades, and a lower half for supporting mainly the occupant's lower ribs, being narrower than the upper half; and the seat cushion has a U-notch made in a middle part of the rear end and loosely holds the lower half of the seatback in the U-notch.
A managed file transfer, MFT, method, comprising: receiving by an MFT enterprise server operating on one or more server machines a request from a sender to send a file to a recipient, the MFT enterprise server configured for providing a plurality of server functions including a managed file transfer web service and a managed file transfer service; the MFT enterprise server determining a location of the recipient; the MFT enterprise server determining a first MFT location server of a plurality of MFT location servers that is closest to the location of the recipient, the first MFT location server having an MFT transfer server and a file server, the first MFT location server having no web services or databases; and the MFT enterprise server automatically initiating a server-to-server transfer to move the file to the first MFT location server that is closest to the location of the recipient. receiving by an MFT enterprise server operating on one or more server machines a request from a sender to send a file to a recipient, the MFT enterprise server configured for providing a plurality of server functions including a managed file transfer web service and a managed file transfer service; the MFT enterprise server determining a location of the recipient; the MFT enterprise server determining a first MFT location server of a plurality of MFT location servers that is closest to the location of the recipient, the first MFT location server having an MFT transfer server and a file server, the first MFT location server having no web services or databases; and the MFT enterprise server automatically initiating a server-to-server transfer to move the file to the first MFT location server that is closest to the location of the recipient.
An apparatus comprising: a processor operable to enter a low power state; a communication device for allowing at least part of the apparatus to communicate with one or more devices; and a logic to enable the processor to remain in low power state by taking over management of each communication link with the one or more devices according to a policy, wherein the policy includes identification information and reply methods for interacting with the one or more devices, and wherein based on the policy the logic is to send at least one keep alive message via the communication device to the one or more devices and to turn off unnecessary links. a processor operable to enter a low power state; a communication device for allowing at least part of the apparatus to communicate with one or more devices; and a logic to enable the processor to remain in low power state by taking over management of each communication link with the one or more devices according to a policy, wherein the policy includes identification information and reply methods for interacting with the one or more devices, and wherein based on the policy the logic is to send at least one keep alive message via the communication device to the one or more devices and to turn off unnecessary links.
Roof system comprising an isolation layer and a covering layer, wherein a watertight intermediate layer is provided below the covering layer, wherein the intermediate layer is build up from a single standard core component complemented with at most four mutually different ancillary components (B, C, D, E) that each differ from the single standard core component, wherein the standard core component and one or more of the mutually different ancillary components (B, C, D, E) are substantially in a same plane placeable adjacent to each other as part of the intermediate layer to meet requirements of a specific situation, and wherein all said ancillary components (B, C, D, E) are processable with a hand saw, characterized in that the core component is applied directly on top of a roof deck in the form of of insulation deck plates of the isolation layer and is provided with an overlap region to enable easy and unambiguous placement of neighbouring elements selected from the group of the standard core component and the mutually different ancillary components (B, C, D, E), and wherein said core component has a pre-formed breaking strip along a side flange.
An association comprising: a) at least one ceramide, b) at least one saturated fatty acid C 12 -C 22, c) cholesterol d) cholesterol sulfate for topic use in restructuring the altered cutaneous barrier following psoriasis. a) at least one ceramide, b) at least one saturated fatty acid C 12 -C 22, c) cholesterol d) cholesterol sulfate
A photoacoustic wave measurement device to be applied against a measurement object and comprising: a pulsed-light outputter for outputting a pulsed light, wherein the pulsed-light outputter is connected to a pulsed light source, an arrangement member (32, 34, 36) disposed between a pulsed-light output end of the pulsed-light outputter and the measurement object when the measurement device is applied against said measurement object, the arrangement member (32, 34, 36) being adapted to allow the pulsed light to pass therethrough; and a photoacoustic wave detector for receiving a photoacoustic wave generated by the measurement object by the pulsed light and for converting the photoacoustic wave into an electric signal, wherein the photoacoustic wave detector is farther from the measurement object than the pulsed-light output end when the measurement device is applied against the measurement object, characterised in that the arrangement member (32, 34, 36) has such a sufficient thickness that noise to be detected by the photoacoustic wave detector after a start time of detection of the photoacoustic wave starts to be detected after an end time of the detection of the photoacoustic wave, and said noise is caused by another photoacoustic wave, which is generated in the vicinity of the pulsed-light output end and which is reflected by a boundary surface between the arrangement member (32, 34, 36) and the measurement object. a pulsed-light outputter for outputting a pulsed light, wherein the pulsed-light outputter is connected to a pulsed light source, an arrangement member (32, 34, 36) disposed between a pulsed-light output end of the pulsed-light outputter and the measurement object when the measurement device is applied against said measurement object, the arrangement member (32, 34, 36) being adapted to allow the pulsed light to pass therethrough; and a photoacoustic wave detector for receiving a photoacoustic wave generated by the measurement object by the pulsed light and for converting the photoacoustic wave into an electric signal, wherein the photoacoustic wave detector is farther from the measurement object than the pulsed-light output end when the measurement device is applied against the measurement object, characterised in that the arrangement member (32, 34, 36) has such a sufficient thickness that noise to be detected by the photoacoustic wave detector after a start time of detection of the photoacoustic wave starts to be detected after an end time of the detection of the photoacoustic wave, and said noise is caused by another photoacoustic wave, which is generated in the vicinity of the pulsed-light output end and which is reflected by a boundary surface between the arrangement member (32, 34, 36) and the measurement object.
A simulation battery construction device comprising: a first recognition element configured to recognize a measurement result of a complex impedance of a rechargeable battery; a first calculation element configured to identify parameter values of a rechargeable battery model based on the measurement result of the complex impedance of the rechargeable battery recognized by the first recognition element, the rechargeable battery model expressing an impedance of an internal resistance of the rechargeable battery with transfer functions representing an IIR system and an FIR system, respectively; a second recognition element configured to recognize a time series of a current command value; a second calculation element configured to calculate a time series of voltage simulating the rechargeable battery as an output of the rechargeable battery model by inputting the time series of the current command value recognized by the second recognition element to the rechargeable battery model; and a simulation battery control element configured to control an operation of a simulation battery connected to a designated apparatus so as to cause the time series of the voltage simulating the rechargeable battery calculated by the second calculation element to be applied to the designated apparatus. a first recognition element configured to recognize a measurement result of a complex impedance of a rechargeable battery; a first calculation element configured to identify parameter values of a rechargeable battery model based on the measurement result of the complex impedance of the rechargeable battery recognized by the first recognition element, the rechargeable battery model expressing an impedance of an internal resistance of the rechargeable battery with transfer functions representing an IIR system and an FIR system, respectively; a second recognition element configured to recognize a time series of a current command value; a second calculation element configured to calculate a time series of voltage simulating the rechargeable battery as an output of the rechargeable battery model by inputting the time series of the current command value recognized by the second recognition element to the rechargeable battery model; and a simulation battery control element configured to control an operation of a simulation battery connected to a designated apparatus so as to cause the time series of the voltage simulating the rechargeable battery calculated by the second calculation element to be applied to the designated apparatus.
A method for performing passenger grouping, the method comprising: receiving, at a controller, a call request placed by a user; receiving, at the controller, user condition data for a user obtained using one or more sensors operably coupled to the controller; calculating, at the controller, a final exposure rating based at least in part on the user condition data, the final exposure rating indicating the likelihood or probability that an individual has been exposed to an identified risk; and assigning, using the controller, the user to an elevator based at least in part on the final exposure rating, the method being characterised in that responsive to the final exposure rating exceeding a configurable threshold, the user is assigned to an individual elevator car. receiving, at a controller, a call request placed by a user; receiving, at the controller, user condition data for a user obtained using one or more sensors operably coupled to the controller; calculating, at the controller, a final exposure rating based at least in part on the user condition data, the final exposure rating indicating the likelihood or probability that an individual has been exposed to an identified risk; and assigning, using the controller, the user to an elevator based at least in part on the final exposure rating, the method being characterised in that responsive to the final exposure rating exceeding a configurable threshold, the user is assigned to an individual elevator car.
A method for mounting a rotor blade with a rotor blade shell and an internal space defined by the rotor blade shell, by at least one rotor blade clamp being applied around the outside of the rotor blade shell, by means of which at least one clamping force is exerted from the outside on the rotor blade shell, directed into the internal space, by at least one expansion device being introduced into the internal space, by the expansion device inside the internal space being moved into at least one segment of the rotor blade around which the at least one rotor blade clamp is applied, by the at least one expansion device being expanded inside the at least one segment until at least one outwardly-acting counteracting force is exerted from the inside on the rotor blade shell, which at least partially compensates the at least one clamping force.
An endodontic instrument for use in performing root canal therapy on a tooth which endodontic instrument comprises an elongate shank having a cutting edge extending from a distal end of the shank along an axial length of the shank, wherein the shank comprises a titanium alloy characterised in that said titanium alloy comprises 54-57 weight percent nickel and 43-46 weight percent titanium, and in that the endodontic instrument is obtained by a process comprising a step of: heat-treating the shank at a temperature from 400°C up to but not equal to the melting point of the titanium alloy in an atmosphere consisting essentially of a gas unreactive with the shank. heat-treating the shank at a temperature from 400°C up to but not equal to the melting point of the titanium alloy in an atmosphere consisting essentially of a gas unreactive with the shank.
A conveyor, including a modular conveyor mat of the straight-running type comprising rows of modules successive in a direction of movement that are coupled with the aid of hinge pins which reach transversely to the direction of movement through hinge holes which are provided in cooperating coupling ends of the modules, which conveyor mat circulates in an endless loop between return elements located at a beginning and an end of the conveyor, further including a conveying track for during use holding flat and guiding a conveying part of the conveyor mat, a return guide extending at a distance underneath along the conveying part for return guidance of a return part of the conveyor mat, and an end drive located at the end of the conveyor between the conveying track and the return guide, the end drive including a gear drive located between the conveying track and the return guide for, through engagement of the conveyor mat, drivingly having the conveyor mat round from the conveying track to the return guide, wherein the conveying track and the return guide are of straight design, wherein the gear drive drives the conveyor mat over the width thereof, wherein the return guide comprises a guiding envelope, linking up with the gear drive and extending along successive rows of modules, the guiding envelope comprising an upper guide which counteracts upward movement of the conveyor mat's bottom surface, facing up in the return part, and which through cooperation with guiding elements counteracts sideways movement, and a lower guide which counteracts downward movement of the top surface of the conveyor mat, facing down in the return part, in which guiding envelope movement of the return part of the conveyor mat both sideways in the plane of the conveyor mat and transversely to the conveying plane is limited, characterized in that said hinge holes of the forward and/or rearward reaching coupling ends of the mat are oversized with respect to said hinge pins so that successive modules of the straight-running mat can slide into each other throughout the width of the conveyor mat, wherein the guiding envelope comprises a compression zone in which, during use, successive modules of the conveyor mat are slid into each other without buckling of the mat.
A substrate holder for use in a lithographic apparatus, the substrate holder comprising: a main body having a surface; a thin-film stack provided on the surface and forming an electric component; and a plurality of burls provided on the thin-film stack and having end surfaces to support a substrate, wherein the main body is formed of a different material than the burls; wherein the main body is formed from a material selected from the group consisting of: Zerodur, Cordierite, SiC, AIN, SiSiC, ceramic and glass-ceramic. a main body having a surface; a thin-film stack provided on the surface and forming an electric component; and a plurality of burls provided on the thin-film stack and having end surfaces to support a substrate, wherein the main body is formed of a different material than the burls; wherein the main body is formed from a material selected from the group consisting of: Zerodur, Cordierite, SiC, AIN, SiSiC, ceramic and glass-ceramic.