mhurhangee/patent-ind-claim-en huggingface dataset:
A footwear assembly comprising: a footwear upper including a toe box portion, a medial side, a lateral side, a central portion , and a heel portion , the medial side and the lateral side each extending proximally from the toe box portion to a heel portion on either side of the central portion ; a lace cable with a first end anchored along a distal outside portion of the medial side and a second end anchored along a distal outside portion of the lateral side; a plurality of lace guides distributed along the medial side and the lateral side, each lace guide of the plurality of lace guides adapted to receive a length of the lace cable , wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and the lateral side of the footwear upper , without crossing over the central portion ; and a reinforcement member coupling at least one medial side lace guide with a corresponding lateral side lace guide across the central portion . a footwear upper including a toe box portion, a medial side, a lateral side, a central portion , and a heel portion , the medial side and the lateral side each extending proximally from the toe box portion to a heel portion on either side of the central portion ; a lace cable with a first end anchored along a distal outside portion of the medial side and a second end anchored along a distal outside portion of the lateral side; a plurality of lace guides distributed along the medial side and the lateral side, each lace guide of the plurality of lace guides adapted to receive a length of the lace cable , wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and the lateral side of the footwear upper , without crossing over the central portion ; and a reinforcement member coupling at least one medial side lace guide with a corresponding lateral side lace guide across the central portion .
A resin composition comprising polyalkylene carbonate comprising a repeat unit represented by the following Chemica Formula 1; polylactide comprising a repeat unit represented by the following Chemical Formula 2; polyalkyl(meth)acrylate; and cellulose: in the Chemical Formula 1, R 1 to R 4 are hydrogen group, m is an integer of 10 to 1,000 and wherein the polyalkylene carbonate is polyethylene carbonate; in the Chemical Formula 2, n is an integer of 10 to 1000; and the alkyl group of the polyalkyl(meth)acrylate is a C1-20 linear or branched alkyl group, or a C3-10 cycloalkyl group; wherein the composition comprises 0.5 to 20 parts by weight of the polylactide, based on 100 parts by weight of polyalkylene carbonate; wherein the composition comprises 0.1 to 10 parts by weight of the polyalkyl(meth)acrylate, based on 100 parts by weight of the polyalkylene carbonate; wherein the composition comprises 0.5 to 20 parts by weight of the cellulose, based on 100 parts by weight of the polyalkylene carbonate. R 1 to R 4 are hydrogen group, m is an integer of 10 to 1,000 and wherein the polyalkylene carbonate is polyethylene carbonate;
An IC tag attachable to an article, the IC tag comprising: an inlay including an IC chip and an antenna electrically connected to the IC chip ; at least one reinforcing member that is disposed on at least one face of the inlay so as to protect the IC chip , wherein the reinforcing member is disposed so as to cover the IC chip , in order to protect the IC chip ; and at least one sheet-like cover member that is disposed on at least one face side of the inlay and that covers the reinforcing member , characterized in that the cover member is not adhesively joined in a region (U) around the reinforcing member and is adhesively joined to at least one of the inlay and the reinforcing member in another region (V, W), so that an air layer (S) is provided around an outer peripheral edge of the reinforcing member . an inlay including an IC chip and an antenna electrically connected to the IC chip ; at least one reinforcing member that is disposed on at least one face of the inlay so as to protect the IC chip , wherein the reinforcing member is disposed so as to cover the IC chip , in order to protect the IC chip ; and at least one sheet-like cover member that is disposed on at least one face side of the inlay and that covers the reinforcing member , characterized in that the cover member is not adhesively joined in a region (U) around the reinforcing member and is adhesively joined to at least one of the inlay and the reinforcing member in another region (V, W), so that an air layer (S) is provided around an outer peripheral edge of the reinforcing member .
A flowmeter having a sensor assembly connected to meter electronics , wherein the sensor assembly comprises at least one driver and at least one pickoff , characterised by : the flowmeter comprising a variably modulated conduit configured to change a flow area therein.
A method performed by a User Equipment, UE, for Scheduling Request, SR resource prioritization, the method comprising: receiving , from a Base Station, BS, a first SR configuration indicating a first SR index associated with a first SR resource, the first SR configuration specifically for Beam Failure Recovery, BFR; receiving , from the BS, a second SR configuration indicating a second SR index associated with a second SR resource; triggering a first SR procedure for requesting an uplink resource for transmitting information regarding a beam failure event based on the first SR configuration and depending on availability of uplink resources; triggering a second SR procedure for a Buffer Status Report, BSR, procedure based on the second SR configuration; and in a case that the first SR procedure and the second SR procedure are triggered and not cancelled, and the first SR resource overlaps the second SR resource in a time domain, prioritizing the first SR resource over the second SR resource; and transmitting an SR on the first SR resource rather than the second SR resource after prioritizing the first SR resource over the second SR resource. receiving , from a Base Station, BS, a first SR configuration indicating a first SR index associated with a first SR resource, the first SR configuration specifically for Beam Failure Recovery, BFR; receiving , from the BS, a second SR configuration indicating a second SR index associated with a second SR resource; triggering a first SR procedure for requesting an uplink resource for transmitting information regarding a beam failure event based on the first SR configuration and depending on availability of uplink resources; triggering a second SR procedure for a Buffer Status Report, BSR, procedure based on the second SR configuration; and in a case that the first SR procedure and the second SR procedure are triggered and not cancelled, and the first SR resource overlaps the second SR resource in a time domain, prioritizing the first SR resource over the second SR resource; and transmitting an SR on the first SR resource rather than the second SR resource after prioritizing the first SR resource over the second SR resource. prioritizing the first SR resource over the second SR resource; and transmitting an SR on the first SR resource rather than the second SR resource after prioritizing the first SR resource over the second SR resource.
A method for determining a location of a device , the method comprising: collecting image data captured by a camera on the device and global coordinates detected by a global positioning system, GPS, receiver on the device; and characterized by : assigning a score to each of a plurality of localization models based on historical performance of the plurality of localization models in determining locations based on data collected within a threshold distance of the global coordinates, the score indicating a likelihood of the corresponding localization model generating an accurate location; selecting , based on the scores of the plurality of localization models, one or more localization models to be applied on the image data and the global coordinates; applying the selected one or more localization models on the image data and the global coordinates to generate one or more potential locations of the device; and determining the location of the device based on the one or more potential locations. assigning a score to each of a plurality of localization models based on historical performance of the plurality of localization models in determining locations based on data collected within a threshold distance of the global coordinates, the score indicating a likelihood of the corresponding localization model generating an accurate location; selecting , based on the scores of the plurality of localization models, one or more localization models to be applied on the image data and the global coordinates; applying the selected one or more localization models on the image data and the global coordinates to generate one or more potential locations of the device; and determining the location of the device based on the one or more potential locations.
An isolated protein comprising an amino acid sequence of SEQ ID NO:2 or a fragment thereof comprising the amino acid sequence TTSTE (SEQ ID NO:3), which comprises a deletion of one or more of the amino acid residues of the amino acid sequence TTSTE (SEQ ID NO: 3), and wherein the isolated protein or fragment thereof is capable of binding α2-3-linked N-glycolylneuraminic acid and α2-6-linked N-glycolylneuraminic acid.
A method for sizing the second damping stage of a torsional oscillation damper belonging to a vehicle power train , said power train including: - a system upstream of the torsional oscillation damper, including an engine, - a system downstream of the torsional oscillation damper, including a gearbox , and - the torsional oscillation damper, including: - a first damping stage, including first resilient return members, - the second damping stage, including second resilient return members, and - a pendular damping device, including a mounting and pendulum bodies that are movable relative to said mounting , the mounting being arranged between the first and second resilient return members in the direction of transmission of the torque from the engine to the gearbox , said method in which knowing: - the value of the moment of inertia (I_transmission) of the system downstream, - the value of the moment of inertia of the pendular damping device, - the stiffness value (K1) of the single resilient return member modeling the first resilient return members, and - the stiffness value (Kgis) of the input shaft of the gearbox , characterized in that the stiffness value (K2) of the single resilient return member modelling the second resilient return members is determined so that the mounting of the pendular damping device is a node for the wave propagating in the power train due to a cyclic irregularity of the drive engine. - a system upstream of the torsional oscillation damper, including an engine, - a system downstream of the torsional oscillation damper, including a gearbox , and - the torsional oscillation damper, including: - a first damping stage, including first resilient return members, - the second damping stage, including second resilient return members, and - a pendular damping device, including a mounting and pendulum bodies that are movable relative to said mounting , the mounting being arranged between the first and second resilient return members in the direction of transmission of the torque from the engine to the gearbox , - a first damping stage, including first resilient return members, - the second damping stage, including second resilient return members, and - a pendular damping device, including a mounting and pendulum bodies that are movable relative to said mounting , the mounting being arranged between the first and second resilient return members in the direction of transmission of the torque from the engine to the gearbox , - the value of the moment of inertia (I_transmission) of the system downstream, - the value of the moment of inertia of the pendular damping device, - the stiffness value (K1) of the single resilient return member modeling the first resilient return members, and - the stiffness value (Kgis) of the input shaft of the gearbox ,
A rotor blade for a wind turbine, comprising: at least one blade segment defining an airfoil surface and comprising an internal support structure , wherein the internal support structure is formed, at least in part, of a first portion constructed of a first composite material and a second portion constructed of a different, second composite material , the second composite material arranged in a plurality of layers , the first and second portions connected together via a scarf joint , each of the plurality of layers of the second composite material comprising an end that terminates at the scarf j oint, the scarf joint comprising a different, third composite material arranged between the first and second composite materials, the third composite material comprising a plurality of segments , characterized in that the plurality of segments are arranged so as to completely wrap the ends of the plurality of layers of the second composite material. at least one blade segment defining an airfoil surface and comprising an internal support structure , wherein the internal support structure is formed, at least in part, of a first portion constructed of a first composite material and a second portion constructed of a different, second composite material , the second composite material arranged in a plurality of layers , the first and second portions connected together via a scarf joint , each of the plurality of layers of the second composite material comprising an end that terminates at the scarf j oint, the scarf joint comprising a different, third composite material arranged between the first and second composite materials, the third composite material comprising a plurality of segments , characterized in that the plurality of segments are arranged so as to completely wrap the ends of the plurality of layers of the second composite material.
A method, comprising: sending, by a base station , a configurable parameter set to a user equipment to be used in determining locations of a starting sub-frame of a physical downlink control channel that is repeatedly transmitted for the user equipment ; and sending to the user equipment , by the base station , the physical downlink control channel scheduled according to the configurable parameter set, wherein the configurable parameter set sent to the user equipment comprises a repetition level, and sub-frame offset information to determine the locations of the starting sub-frame of the physical downlink control channel. sending, by a base station , a configurable parameter set to a user equipment to be used in determining locations of a starting sub-frame of a physical downlink control channel that is repeatedly transmitted for the user equipment ; and sending to the user equipment , by the base station , the physical downlink control channel scheduled according to the configurable parameter set, wherein the configurable parameter set sent to the user equipment comprises a repetition level, and sub-frame offset information to determine the locations of the starting sub-frame of the physical downlink control channel.
A mask apparatus configured for use in sensing incoming gamma-ray or neutron radiation, comprising: a plurality of coded masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72), each of the masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72) having a body being formed of a material that modulates the intensity of the incoming radiation; wherein each of the coded masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72) has a respective mask pattern comprising a plurality of mask aperture regions (18; 34; 41, 43; 91, 92) that allow a higher transmission of the radiation relative to other portions of the coded masks; characterised in that one or more of the coded masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72) are configured to rotate such that at least one of the coded masks (30; 42; 61; 71) is configured to rotate relative to another of the coded masks (31; 44; 62; 72); and said coded masks are cylindrical (11; 30, 31; 42, 44), hemispherical , spherical or part of a sphere; and are nested. a plurality of coded masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72), each of the masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72) having a body being formed of a material that modulates the intensity of the incoming radiation; wherein each of the coded masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72) has a respective mask pattern comprising a plurality of mask aperture regions (18; 34; 41, 43; 91, 92) that allow a higher transmission of the radiation relative to other portions of the coded masks; characterised in that one or more of the coded masks (11; 30, 31; 42, 44; 51; 61, 62; 71, 72) are configured to rotate such that at least one of the coded masks (30; 42; 61; 71) is configured to rotate relative to another of the coded masks (31; 44; 62; 72); and said coded masks are cylindrical (11; 30, 31; 42, 44), hemispherical , spherical or part of a sphere; and are nested.
Electronic chip manufacturing method , comprising the following successive steps: a) forming of a first layer (63; 65) on top of and in contact with a second doped semiconductor layer of a first conductivity type (N), the second layer being on top of and in contact with a third doped semiconductor layer of a second conductivity type (P) opposite to the first conductivity type; b) doping of the first layer (63; 65) to form, on the second layer, a first doped sub-layer of the first conductivity type (N) and a second doped sub-layer of the second conductivity type (P); c) forming of islands in the first layer (63; 65) organized in an array of rows and columns at the surface of the second layer ; and d) forming of memory cells (M1) based on a phase-change material on the islands of the first layer (63; 65), the second layer , the third layer , and the second sub-layer of the first layer (63; 65) forming a bipolar transistor (T2)and characterized in , after step c), an epitaxy step e) during which a fourth semiconductor layer is formed between the islands of the first layer (63; 65), and, between steps c) and e), a step of forming of electrically-insulating spacers around the islands . a) forming of a first layer (63; 65) on top of and in contact with a second doped semiconductor layer of a first conductivity type (N), the second layer being on top of and in contact with a third doped semiconductor layer of a second conductivity type (P) opposite to the first conductivity type; b) doping of the first layer (63; 65) to form, on the second layer, a first doped sub-layer of the first conductivity type (N) and a second doped sub-layer of the second conductivity type (P); c) forming of islands in the first layer (63; 65) organized in an array of rows and columns at the surface of the second layer ; and d) forming of memory cells (M1) based on a phase-change material on the islands of the first layer (63; 65), the second layer , the third layer , and the second sub-layer of the first layer (63; 65) forming a bipolar transistor (T2)and characterized in , after step c), an epitaxy step e) during which a fourth semiconductor layer is formed between the islands of the first layer (63; 65), and, between steps c) and e), a step of forming of electrically-insulating spacers around the islands .
A process for decorating external surfaces of casings or bodies, made of metal material or polymeric material, of household appliances, comprising the steps of: making a decal having a graphic pattern to be transferred onto an external surface of a casing or body, made of metal material or polymeric material, of a household appliance to be decorated; transferring the graphic pattern onto the surface of the household appliance by decalcomania technique comprising, in succession, the steps of: applying a first primer on the surface ; applying the decal on the surface having the first primer and transferring the graphic pattern from the decal to the surface ; applying a second primer on the surface decorated with the graphic pattern transferred from the decal ; applying a transparent finishing paint on the decorated surface ; wherein the first primer is a polyester or acrylic base primer; and the second primer is an acrylic base primer.
A pouch packaging of a pouch-type secondary battery, comprising an upper pouch and a lower pouch, the upper pouch and the lower pouch each formed by laminating an outer insulating layer, a metal layer, and an inner insulating layer in a sequential order, and the upper pouch and the lower pouch having a sealing part formed along each outer peripheral surface, wherein the inner insulating layer includes a moisture adsorbent material, and the moisture adsorbent material includes an oxazolidine-based compound.
A radiolabelling kit comprising: - a suitable amount of acetate salt or buffer to balance at least the acidic pH eluate from a gallium-68 generator to a pH value ranging from 3 to 5 when said generator is eluted in the kit; - a chelate-functionalized targeting agent, said chelate function being able to chelate gallium-68 in the radiolabelling conditions; and - a metal inhibitor, which is a co-chelating agent, capable of inactivating contaminating metals without interfering with the chelation between gallium-68 and said chelate-functionalized targeting agent, under the conditions of the labelling reaction, wherein said radiolabelling reaction is carried out at a temperature near or equal to room temperature and at a pH of between 3 and 5, wherein said metal inhibitor is selected from the group comprising: DOTA, monosaccharides, and disaccharides, wherein said targeting agent is a peptide consisting essentially of 2 to 20 amino acids, and wherein said chelate functional group of the targeting agent is selected from the group comprising: NOTA, Tris(hydroxypyridinone) (THP), open-chain chelators such as HBED, DFO, EDTA, 6SS, B6SS, PLED, TAME, and YM103; NTP(PRHP) 3 , H 2 dedpa, (4,6-MeO 2 sal) 2 -BAPEN, and citrate, wherein said metal inhibitor and said chelate-functionalized targeting agent are not chemically linked. - a suitable amount of acetate salt or buffer to balance at least the acidic pH eluate from a gallium-68 generator to a pH value ranging from 3 to 5 when said generator is eluted in the kit; - a chelate-functionalized targeting agent, said chelate function being able to chelate gallium-68 in the radiolabelling conditions; and - a metal inhibitor, which is a co-chelating agent, capable of inactivating contaminating metals without interfering with the chelation between gallium-68 and said chelate-functionalized targeting agent, under the conditions of the labelling reaction,