mhurhangee/ep-ind-claims huggingface dataset:
A method for a User Equipment, in the following also referred to as UE, comprising: the UE performs transmission and/or reception in a serving cell, wherein the serving cell is in unlicensed spectrum; the UE is configured to receive slot format indication, in the following also referred to as SFI, which is for indicating slot format/s of one or more slots, on periodic SFI monitoring occasion/s, wherein periodic SFI monitoring occasion/s is/are configured or pre-configured by a network, and the periodic SFI monitoring occasion/s is/are associated with a periodicity in unit of slot; and in response to receiving and/or detecting a channel indicator, the UE monitors and/or detects a first SFI-related signal on a first occasion, wherein the first occasion is not one of said periodic SFI monitoring occasion/s, and the channel indicator indicates or implies occurring of a network's channel occupancy time, in the following also referred to as COT. the UE performs transmission and/or reception in a serving cell, wherein the serving cell is in unlicensed spectrum; the UE is configured to receive slot format indication, in the following also referred to as SFI, which is for indicating slot format/s of one or more slots, on periodic SFI monitoring occasion/s, wherein periodic SFI monitoring occasion/s is/are configured or pre-configured by a network, and the periodic SFI monitoring occasion/s is/are associated with a periodicity in unit of slot; and in response to receiving and/or detecting a channel indicator, the UE monitors and/or detects a first SFI-related signal on a first occasion, wherein the first occasion is not one of said periodic SFI monitoring occasion/s, and the channel indicator indicates or implies occurring of a network's channel occupancy time, in the following also referred to as COT.
An in vitro method for the normalization of an immunological test characterized in that the presence of a comparable amount of cells is determined by a sandwich ELISA test wherein the capture antibody is at least one antibody which binds to at least one keratin selected from the group consisting of keratin 5, 8 and 18 and the detection antibody is at least one antibody which binds to said keratin, whereby the method for normalization is performed together with a second test for detecting another biomarker in the sample.
A patient support comprising a frame, a deck supported by the frame, a mattress supported by the deck, a plurality of actuators (1264, 1266) each configured to move at least one of a portion of the frame and a portion of the deck, and first and second electrical foot-operated controls (1555, 1575) supported by the frame and configured to control movement of the actuators, characterized in that the patient support, further comprises a first housing coupled to the frame to support the first electrical foot-operated control on the frame, and a second housing coupled to the frame in a position spaced apart from the first housing, the second housing supporting the second electrical foot-operated control.
Drilling apparatus for producing a cased bore, with - a first drill drive for driving a drill rod in a rotating manner, at the lower end of which a drilling tool for removing ground material is arranged, - a mast, along which the first drill drive is movable with a sledge, - a second drive, with which a support tube for the bore can be introduced into the ground, and - a computer unit, characterized in that - in the computer unit a current drilling depth of the drilling tool and a depth of introduction of the support tube are indicated, and - a monitor is provided, on which the current drilling depth in relation to the depth of introduction of the support tube can be displayed graphically by the computer unit. - a first drill drive for driving a drill rod in a rotating manner, at the lower end of which a drilling tool for removing ground material is arranged, - a mast, along which the first drill drive is movable with a sledge, - a second drive, with which a support tube for the bore can be introduced into the ground, and - a computer unit, - in the computer unit a current drilling depth of the drilling tool and a depth of introduction of the support tube are indicated, and - a monitor is provided, on which the current drilling depth in relation to the depth of introduction of the support tube can be displayed graphically by the computer unit.
A glow plug controller for controlling activation and deactivation of a glow plug with a relay in an internal combustion engine that undergoes automatic stopping and automatic starting, wherein in a state in which the engine is stopped due to the automatic stopping during a period in which activation of the glow plug is required, the glow plug controller deactivates the glow plug with the relay, restarts activation of the glow plug when the engine starts operating due to the automatic starting, and prohibits activation of the glow plug when the number of times the automatic stopping is performed exceeds a predetermined value during the period in which the activation is required.
A surface mount apparatus comprising a package having an electrical circuit component, the package being bonded onto a substrate, the apparatus comprising a first electrically conductive bonding pad fixed to said package, a second electrically conductive bonding pad fixed to said substrate, said second bonding pad being divided into at least two parts (38, 40), with electrical discontinuity between said at least two parts (38, 40), and an electrically conductive bond between said first and second bonding pads (20, 36) such that electrical continuity is established from a first part of said second bonding pad, through said first bonding pad to a second part of said second bonding pad, whereby the arrangement enables evaluating integrity of the electrically conductive bond by testing electrical continuity between said first and second parts (38, 40), characterised in that the first electrically conductive bonding pad is electrically isolated from the electrical circuit component and any other element of said package.
An injection molding method comprising: injecting a material that solidifies at a first temperature into a cavity (114; 604; 704) of an injection molding tool (102; 602; 702) with a zero or low-draft angle wall; characterised by expanding the cavity (114; 604; 704) of the injection molding tool (102; 602; 702) by heating an outer portion of the injection molding tool (102; 602; 702) above the first temperature to form an air gap between the material and the cavity while cooling an inner portion of the injection molding tool (102; 602; 702) that is between the cavity (114; 604; 704) and the outer portion of the injection molding tool (102; 602; 702) to regulate a surface temperature of the cavity (114; 604; 704) lower than the first temperature; and ejecting, from the cavity (114; 604; 704), a molded part. injecting a material that solidifies at a first temperature into a cavity (114; 604; 704) of an injection molding tool (102; 602; 702) with a zero or low-draft angle wall; characterised by expanding the cavity (114; 604; 704) of the injection molding tool (102; 602; 702) by heating an outer portion of the injection molding tool (102; 602; 702) above the first temperature to form an air gap between the material and the cavity while cooling an inner portion of the injection molding tool (102; 602; 702) that is between the cavity (114; 604; 704) and the outer portion of the injection molding tool (102; 602; 702) to regulate a surface temperature of the cavity (114; 604; 704) lower than the first temperature; and ejecting, from the cavity (114; 604; 704), a molded part.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a midsole with an upper surface, an opposite lower surface, and an outer edge extending between the upper surface and the lower surface, the outer edge having a forefoot portion, a heel portion, a lateral portion, and a medial portion, and the midsole having an inwardly-extending elongate groove continuously disposed along the medial portion, the heel portion, and the lateral portion; an elongate spring extending continuously along the elongate groove from the lateral portion to the medial portion and secured to the outer edge of the midsole within the elongate groove along an entire length of the elongate groove; and an outsole secured to the lower surface of the midsole, the outsole forming a ground-engaging portion of the footwear, wherein the elongate spring has an upper flange and a lower flange, and a pair of stability fins extend between the upper flange and the lower flange. a midsole with an upper surface, an opposite lower surface, and an outer edge extending between the upper surface and the lower surface, the outer edge having a forefoot portion, a heel portion, a lateral portion, and a medial portion, and the midsole having an inwardly-extending elongate groove continuously disposed along the medial portion, the heel portion, and the lateral portion; an elongate spring extending continuously along the elongate groove from the lateral portion to the medial portion and secured to the outer edge of the midsole within the elongate groove along an entire length of the elongate groove; and an outsole secured to the lower surface of the midsole, the outsole forming a ground-engaging portion of the footwear, wherein the elongate spring has an upper flange and a lower flange, and a pair of stability fins extend between the upper flange and the lower flange.
Method for producing a brake disk having a ceramic friction ring of carbon fiber reinforced silicon carbide ceramic with remainders of silicon and a connection flange, wherein the connection flange is located concentrically to the friction ring, and the friction ring provides, in an inner region thereof, a mounting ring with mounting bores, and is connected, at the mounting bores, with the connection flange by mounting means, and wherein the mounting ring and the friction ring have different thicknesses, so that a step is present between the mounting ring and the friction ring, and wherein, in the mounting ring between the mounting bores, the friction ring comprises relieve slits which extend radially from an inner region of the mounting ring in the direction of a friction region of the friction ring, and wherein outer ends of the relieve slits are provided with relieve bores, wherein the production of the ceramic friction ring comprises the following steps: - pressing and thereafter hardening a mixture of resin and carbon fibers, by applying temperature, to form a CFRP body after hardening, - carbonizing the CFRP body under exclusion of air to form a preform from carbon fiber reinforced carbon, wherein the relieve slits and the relieve bores are made in the preform, or the relieve slits and the relieve bores are pressed into the CFRP body by a corresponding press mold, wherein the relieve slits are extended radially outward so far that the step is crossed and the relieve slits extend into the friction region, - thereafter, infiltrating the preform under the exclusion of air with silicon at approximately 1600° C to form the ceramic friction ring after cooling. - pressing and thereafter hardening a mixture of resin and carbon fibers, by applying temperature, to form a CFRP body after hardening, - carbonizing the CFRP body under exclusion of air to form a preform from carbon fiber reinforced carbon, - thereafter, infiltrating the preform under the exclusion of air with silicon at approximately 1600° C to form the ceramic friction ring after cooling.
An optical communication device in free space, multiplexed in wavelengths comprised between 400 nm and 1,600 nm, said device comprising demultiplexing means configured so as to distinctly dissociate a number n1 of wavelengths from each other, the demultiplexing means comprising one or several detectors having a number n2 of optical filters and active elements corresponding to the number n1 of wavelengths, each active element being arranged for selectively detecting a wavelength from among said wavelengths (λ1... λn) via an optical filter distinct from the active element which is comprised in a casing, characterized in the the optical filter is in contact with a protective means interposed between the optical filter and the active element, said protective means containing said casing.
A gate system, comprising: a first fixed support structure comprising a plurality of fixed rails (70, 72, 74) defining respective passageways (76, 78, 86); and a gate configured to move relative to the fixed support structure between an open position and a closed position, wherein the gate comprises: a plurality of gate rails (40, 42, 44) configured to slide within the respective passageways (76, 78, 86) as the gate moves between the open position and the closed position, the plurality of gate rails (40, 42, 44) collectively spanning a plane that forms a general shape of the gate; and one or more compressible sheets (50, 51, 53) coupled to the plurality of gate rails (40, 42, 44), wherein the one or more compressible sheets (50, 51, 53) are configured to move from a compressed position to an expanded position as the gate moves from the open position to the closed position, the gate system comprising a plurality of biasing members, wherein each biasing member of the plurality of biasing members is configured to bias the gate toward the open position by exerting an axial force on a first end of a respective gate rail of the plurality of gate rails (40, 42, 44), wherein each of the plurality of biasing members is included in a respective one of the passageways (76, 78, 86). a first fixed support structure comprising a plurality of fixed rails (70, 72, 74) defining respective passageways (76, 78, 86); and a gate configured to move relative to the fixed support structure between an open position and a closed position, wherein the gate comprises: a plurality of gate rails (40, 42, 44) configured to slide within the respective passageways (76, 78, 86) as the gate moves between the open position and the closed position, the plurality of gate rails (40, 42, 44) collectively spanning a plane that forms a general shape of the gate; and one or more compressible sheets (50, 51, 53) coupled to the plurality of gate rails (40, 42, 44), wherein the one or more compressible sheets (50, 51, 53) are configured to move from a compressed position to an expanded position as the gate moves from the open position to the closed position, a plurality of gate rails (40, 42, 44) configured to slide within the respective passageways (76, 78, 86) as the gate moves between the open position and the closed position, the plurality of gate rails (40, 42, 44) collectively spanning a plane that forms a general shape of the gate; and one or more compressible sheets (50, 51, 53) coupled to the plurality of gate rails (40, 42, 44), wherein the one or more compressible sheets (50, 51, 53) are configured to move from a compressed position to an expanded position as the gate moves from the open position to the closed position, the gate system comprising a plurality of biasing members, wherein each biasing member of the plurality of biasing members is configured to bias the gate toward the open position by exerting an axial force on a first end of a respective gate rail of the plurality of gate rails (40, 42, 44), wherein each of the plurality of biasing members is included in a respective one of the passageways (76, 78, 86).
Arrangement for aligning a measurement object relative to a detector, having illumination means, which generate an illumination beam path, for illuminating the measurement object and having actuating means for setting the relative position of the measurement object to the detector, wherein the illumination means have at least two individually driveable partial illumination means (12, 13), characterized in that the detector is configured for determining the light intensities of the light beams which were generated by the partial illumination means (12, 13), reflected at the measurement object and are incident on the detector.
A method of suppressing the reduction in measurement value due to water soluble silicone and/or surfactant contaminating the measurement system of a latex immunoagglutination assay for the measurement of an analyte in a biological sample, characterized in that the method includes adding a polyether-modified silicone oil to a reagent solution containing latex particles supporting a substance having high affinity for the analyte; incubating the reagent solution with the added polyether-modified silicone oil at a temperature from 30 to 65 degrees C; and performing the latex immunoagglutination assay with the sample and the incubated reagent solution.
A container for food having a concave compartment or receptacle for receiving foodstuff and a flat rim, made by thermoforming a first paper-based board having a coextruded barrier layer of polymer, with a plurality of angular reinforcements thermally welded under the corners of the flat rim, wherein the angular reinforcements are flat corner-shaped elements of a second paper-based board having a coextruded weldable layer of polymer.
A computer-implemented defect prediction method for a device manufacturing process involving processing a pattern onto a substrate, the method comprising: identifying hot spots from the pattern; obtaining measured values of processing parameters under which the hot spots are processed, and/or obtaining inferred values of the processing parameters under which the hot spots are processed from data obtained from metrology performed on the substrate, wherein the measured and/or inferred values of the processing parameters are values of lithographic parameters or processing conditions corresponding to locations on the substrate associated with said hot spots; and predicting, using the measured or inferred values of the processing parameters or a value derived therefrom, an existence, probability of existence, a characteristic, or a combination thereof, of a defect produced from the hot spots with the device manufacturing process. identifying hot spots from the pattern; obtaining measured values of processing parameters under which the hot spots are processed, and/or obtaining inferred values of the processing parameters under which the hot spots are processed from data obtained from metrology performed on the substrate, wherein the measured and/or inferred values of the processing parameters are values of lithographic parameters or processing conditions corresponding to locations on the substrate associated with said hot spots; and predicting, using the measured or inferred values of the processing parameters or a value derived therefrom, an existence, probability of existence, a characteristic, or a combination thereof, of a defect produced from the hot spots with the device manufacturing process.
A method for determining the amount of free Epidermal Growth Factor receptor (EGFR) in a sample comprising: (a) contacting a sample comprising EGFR with an aptamer that specifically binds to free EGFR under conditions that allow binding of the aptamer to the free EGFR in the sample to form an aptamer-EGFR complex, wherein the free EGFR is EGFR that is not bound to a therapeutic molecule, and wherein the aptamer comprises the structure defined by the sequence of: GGGNCGGANNGNNGGANNCNNNAAGNN (SEQ ID NO: 8), wherein each N is independently a 5-position modified 2'-deoxyuridine; (b) determining the amount of the free EGFR bound by the aptamer; and (c) relating the amount of free EGFR bound by the aptamer to the amount of free EGFR in the sample. (a) contacting a sample comprising EGFR with an aptamer that specifically binds to free EGFR under conditions that allow binding of the aptamer to the free EGFR in the sample to form an aptamer-EGFR complex, wherein the free EGFR is EGFR that is not bound to a therapeutic molecule, and wherein the aptamer comprises the structure defined by the sequence of: GGGNCGGANNGNNGGANNCNNNAAGNN (SEQ ID NO: 8), wherein each N is independently a 5-position modified 2'-deoxyuridine; GGGNCGGANNGNNGGANNCNNNAAGNN (SEQ ID NO: 8), wherein each N is independently a 5-position modified 2'-deoxyuridine; (b) determining the amount of the free EGFR bound by the aptamer; and (c) relating the amount of free EGFR bound by the aptamer to the amount of free EGFR in the sample.
A method of producing a rubber composition for a tire component and a pneumatic tire, comprising: a step of preparing butadiene by catalysis from at least one biomass-derived ingredient selected from the group consisting of biomass-derived ethanol, alkenes, and unsaturated carboxylic acids; a step of polymerizing the butadiene prepared in the step to prepare a biomass-derived polybutadiene rubber having a pMC (percent modern carbon) value of 1% or more as determined in conformity with ASTM D6866-10, and having a Tg (glass transition temperature) value of -120°C to -80°C, and a step of kneading the components of the rubber composition using a rubber kneading device, wherein the rubber composition contains the biomass-derived polybutadiene rubber prepared in step and carbon black having a nitrogen adsorption specific surface area of 50 to 180 m 2 /g, and then vulcanizing the mixture; wherein the Tg is measured using an automatic differential scanning calorimeter at a temperature increase rate of 10°C/min in conformity with JIS K7121, and wherein the N 2 SA of carbon black is determined in conformity with JIS K6217-2:2001. a step of preparing butadiene by catalysis from at least one biomass-derived ingredient selected from the group consisting of biomass-derived ethanol, alkenes, and unsaturated carboxylic acids; a step of polymerizing the butadiene prepared in the step to prepare a biomass-derived polybutadiene rubber having a pMC (percent modern carbon) value of 1% or more as determined in conformity with ASTM D6866-10, and having a Tg (glass transition temperature) value of -120°C to -80°C, and a step of kneading the components of the rubber composition using a rubber kneading device, wherein the rubber composition contains the biomass-derived polybutadiene rubber prepared in step and carbon black having a nitrogen adsorption specific surface area of 50 to 180 m 2 /g, and then vulcanizing the mixture; wherein the Tg is measured using an automatic differential scanning calorimeter at a temperature increase rate of 10°C/min in conformity with JIS K7121, and wherein the N 2 SA of carbon black is determined in conformity with JIS K6217-2:2001.
A delivery device for delivering a medical implant, the delivery device comprising: a handle defining a handle cavity and comprising a grip and at least one guide, the at least one guide extending from the handle; and a sliding body comprising a body portion and a plurality of flange portions, the flange portions extending from the body portion and being longitudinally offset from one another, wherein at least a portion of the sliding body is slidable along the at least one guide between an extended configuration and a retracted configuration. a handle defining a handle cavity and comprising a grip and at least one guide, the at least one guide extending from the handle; and a sliding body comprising a body portion and a plurality of flange portions, the flange portions extending from the body portion and being longitudinally offset from one another, wherein at least a portion of the sliding body is slidable along the at least one guide between an extended configuration and a retracted configuration.