mhurhangee/ep-ind-claims huggingface dataset:
An apparatus configured to detect gas usage by two or more gas appliances, the apparatus comprises: a processing module configured to run on a computational unit; and a sensing unit configured to be coupled to a gas regulator, the sensing unit comprising: at least one acoustic sensor configured to detect two or more acoustic signals produced by the gas regulator and convert the two or more acoustic signals into one or more first digital acoustic data signals; and a transmitter electrically coupled to the at least one acoustic sensor and configured to transmit the one or more first digital acoustic data signals to the computational unit, wherein: the processing module is configured to use the one or more first digital acoustic data signals to determine the individual gas usage by each of the two or more gas appliances coupled to the gas regulator based upon changes in a magnitude of a resonant frequency intensity of the one or more first digital acoustic data signals. a processing module configured to run on a computational unit; and a sensing unit configured to be coupled to a gas regulator, the sensing unit comprising: at least one acoustic sensor configured to detect two or more acoustic signals produced by the gas regulator and convert the two or more acoustic signals into one or more first digital acoustic data signals; and a transmitter electrically coupled to the at least one acoustic sensor and configured to transmit the one or more first digital acoustic data signals to the computational unit, wherein: the processing module is configured to use the one or more first digital acoustic data signals to determine the individual gas usage by each of the two or more gas appliances coupled to the gas regulator based upon changes in a magnitude of a resonant frequency intensity of the one or more first digital acoustic data signals. at least one acoustic sensor configured to detect two or more acoustic signals produced by the gas regulator and convert the two or more acoustic signals into one or more first digital acoustic data signals; and a transmitter electrically coupled to the at least one acoustic sensor and configured to transmit the one or more first digital acoustic data signals to the computational unit,
A channel access method, applied to a wireless local area network, and comprising: a) generating, by a station, a backoff counter value, wherein the backoff counter value is randomly selected from a range from zero to CWo, CWo is a contention window for orthogonal frequency division multiple access, OFDMA, subchannel contention, and CWo is an integer greater than 0; b) receiving, by the station, a first trigger frame from an access point, the first trigger frame indicates a quantity of subchannels for random access, and the quantity of subchannels for random access is an integer greater than 0; c) if the backoff counter value is not greater than the quantity of subchannels for random access, randomly selecting, by the station, one subchannel from the subchannels for random access to send an uplink frame; and d) if the backoff counter value is greater than the quantity of subchannels for random access, decreasing, by the station, the backoff counter value by the quantity of subchannels for random access to obtain a new backoff counter value and performing again the step b. a) generating, by a station, a backoff counter value, wherein the backoff counter value is randomly selected from a range from zero to CWo, CWo is a contention window for orthogonal frequency division multiple access, OFDMA, subchannel contention, and CWo is an integer greater than 0; b) receiving, by the station, a first trigger frame from an access point, the first trigger frame indicates a quantity of subchannels for random access, and the quantity of subchannels for random access is an integer greater than 0; c) if the backoff counter value is not greater than the quantity of subchannels for random access, randomly selecting, by the station, one subchannel from the subchannels for random access to send an uplink frame; and d) if the backoff counter value is greater than the quantity of subchannels for random access, decreasing, by the station,
A sorbent for removing metabolic waste products from a dialysis liquid, the sorbent comprising a primary layer of immobilized uremic toxin-treating enzyme particles intermixed with cation exchange particles, wherein the cation exchange particles have an average particle size of from 50 to 250 microns.
Articulated mast of a large manipulator, in particular a truck-mounted concrete pump, comprising a plurality of mast segments (4, 4a) connected to one another via joints, wherein at least one of the mast segments (4, 4a) comprises a welded construction in the form of an edge profile in which an upper flange and a lower flange are connected to one another by lateral web plates, wherein at least one of the web plates and/or the upper flange and/or the lower flange are formed by at least one plate portion which comprises at least one bend extending substantially in the longitudinal direction of the mast segment (4, 4a), wherein the at least one bend terminates at a distance from the end of the plate portion so that the end of the plate portion is not bent, characterized in that the last mast segment, forming the segment known as the dart, of the articulated mast comprises the bend extending substantially in the longitudinal direction of the mast segment, wherein a profile angle (α) of the edge profile is formed in the region of the at least one bend between one of the web plates and the upper flange and/or between one of the web plates and the lower flange, offset by 2 to 15 degrees from a right angle.
Use of an interfering peptide having peptide sequence S1 or S2, of 7 to 12 amino acids, wherein sequence S1 originates from the peptide sequence of an antigenic protein of a interfering microorganism M1 and peptide sequence S2 is included in the peptide sequence of a target protein of a microorganism M2 to be detected and being different from microorganism M1, said sequences S1 and S2 being aligned with respect to one another, it being understood that said sequences S1 and S2 exhibit at least 50% identity over their length of 7 to 12 amino acids and at least 4 identical or analogous contiguous amino acids, that their length is identical or that they exhibit a difference of 1 or 2 amino acids distributed at one and/or the other end of said sequences, in a method for the in vitro immunoassay-based detection of an analyte representative of a microorganism M2 to be detected in a biological sample, wherein said analyte is the target protein of microorganism M2 from which sequence S2 comes from, or an antibody directed against this protein, to block the false-positive results linked to the presence of antibodies directed against the interfering microorganism M1, present in the biological sample.
Method for at least semi-autonomously parking a motor vehicle in a parking gap having a step, said parking gap being identified in a surrounding area of the motor vehicle by means of a vehicle-side sensor device, wherein a proportion of the parking gap occupied by the step along a predetermined direction of extent of the parking gap is determined and, depending on the proportion occupied by the step, a parking position (S1, S2) for the motor vehicle is determined in which the motor vehicle is at least partly positioned on the step after the end of the at least semi-autonomous parking procedure, characterized in that a transverse parking gap is identified as the parking gap and the proportion of the transverse parking gap that is occupied by the step is taken as a basis for determining whether the motor vehicle is positioned on the step with the wheels of only one axle in the first parking position or with the wheels of both axles in the second parking position.
A Ti-Ni-based alloy, which has a torsion angle for Interface I that is a junction plane between habit plane variants of a martensitic phase, of less than 1.00°; in which the alloy comprises 25.0 to 35.0 atom% of Ni, 0.0 to 10.0 atom% of Hf, and 15.0 to 25.0 atom% of Cu, with the balance being Ti and unavoidable impurities in which the content of each unavoidable impurity is 0.1 atom% or less; in which the Ti-Ni-based alloy is a Ti-Ni-based shape memory alloy or a Ti-Ni-based superelastic alloy; in which the Ti-Ni-based alloy has a recrystallized structure and the crystal structure of the martensitic phase of the alloy material is a single phase of the B19' phase or the B19 phase, or is in a mixed phase state in which the B19' phase or the B19 phase co-exists simultaneously with another phase; and in which the torsion angle is confirmed by X-ray diffraction measurement using CuKα as the X-ray source, a tube voltage of 45 kV, a tube current of 40 mA, and a measurement range of 15° to 120°; and in which the value of the torsion angle is determined by the method defined in the description. in which the alloy comprises 25.0 to 35.0 atom% of Ni, 0.0 to 10.0 atom% of Hf, and 15.0 to 25.0 atom% of Cu, with the balance being Ti and unavoidable impurities in which the content of each unavoidable impurity is 0.1 atom% or less; in which the Ti-Ni-based alloy is a Ti-Ni-based shape memory alloy or a Ti-Ni-based superelastic alloy; in which the Ti-Ni-based alloy has a recrystallized structure and the crystal structure of the martensitic phase of the alloy material is a single phase of the B19' phase or the B19 phase, or is in a mixed phase state in which the B19' phase or the B19 phase co-exists simultaneously with another phase; and in which the torsion angle is confirmed by X-ray diffraction measurement using CuKα as the X-ray source, a tube voltage of 45 kV, a tube current of 40 mA, and a measurement range of 15° to 120°; and in which the value of the torsion angle is determined by the method defined in the description.
An inlet box mounting structure of a car, comprising: an outer panel of a car having a hole; an inlet box inserted into the hole; a flange provided around the opening of the inlet box, wherein the flange is set onto an edge of the hole from the outside; and an engaging claw provided on an outer peripheral surface of the inlet box, wherein the engaging claw engages the edge of the hole of the outer panel from the inside when the flange is set on the edge of the hole, and wherein the engaging claw is capable of disengaging from the edge of the hole by a disengagement operation of the outer panel, characterized in that said inlet box mounting structure further comprises: a positioning hole provided on the edge of the hole of the outer panel, a positioning pin provided in the flange of the inlet box, wherein the positioning pin is curved along the insertion path of the inlet box into the hole in the outer panel, for insertion of the positioning pin into the positioning hole; and wherein the flanger is screwed to the edge of the hole of the outer panel from the inside. an outer panel of a car having a hole; an inlet box inserted into the hole; a flange provided around the opening of the inlet box, wherein the flange is set onto an edge of the hole from the outside; and an engaging claw provided on an outer peripheral surface of the inlet box, wherein the engaging claw engages the edge of the hole of the outer panel from the inside when the flange is set on the edge of the hole, and wherein the engaging claw is capable of disengaging from the edge of the hole by a disengagement operation of the outer panel, characterized in that said inlet box mounting structure further comprises: a positioning hole provided on the edge of the hole of the outer panel, a positioning pin provided in the flange of the inlet box, wherein the positioning pin is curved along the insertion path of the inlet box into the hole in the outer panel, for insertion of the positioning pin into the positioning hole; and wherein the flanger is screwed to the edge of the hole of the outer panel from the inside.
Winding roller for a sun shade sail, having a hollow winding jacket which is rotatably mounted on two stub shafts (2, 3) held for conjoint rotation, having a coaxial pneumatic spring provided within the winding jacket and having a tensioning drive which comprises a threaded spindle which is connected to a stub shaft for conjoint rotation and displacement therewith and a spindle nut which is drivingly connected to the pneumatic spring so as to be guided in a non-rotational but axially displaceable manner with respect to the winding jacket, characterised in that the bottom of the cylinder of the pneumatic spring remote from the threaded spindle is held in a guide head which is guided in a non-rotational manner with respect to the winding jacket and so as to be axially displaceable along the winding jacket, said guide head forming - with the spindle nut and a support sleeve which surrounds the pneumatic spring between the guide head and the spindle nut - a control unit, and in that the piston rod of the pneumatic spring is connected to the threaded spindle for conjoint displacement therewith.
An antibody or antibody fragment for binding to a non-functional P2X 7 receptor, comprising an antigen binding site defined by a general formula: FR1 a - CDR1 a - FR2a - CDR2a - FR3a - CDR3a - FR4a - linker - FR1 - CDR1 -FR2-CDR2-FR3-CDR3-FR4 wherein: FR1, FR2, FR3, FR4, FR1a, FR2a, FR3a and FR4a are each framework regions; CDR1, CDR2, CDR3, CDR1 a, CDR2a, CDR3a are each complementarity determining regions; wherein: CDR1 a has an amino acid sequence of KASQNVGTNVA; CDR2a has an amino acid sequence of SASFRYS; and CDR3a has an amino acid sequence of QQYNSYPFT; wherein: CDR1 has an amino acid sequence of: SYYMS; CDR2 has an amino acid sequence of: AINSNGGSTYYPDTVKG; and CDR3 has an amino acid sequence selected from the group consisting of: HFSRGYYDV, HFQRGYYNI, HYSKEYYNI and NFKLMYYNV. FR1, FR2, FR3, FR4, FR1a, FR2a, FR3a and FR4a are each framework regions; CDR1, CDR2, CDR3, CDR1 a, CDR2a, CDR3a are each complementarity determining regions; CDR1 a has an amino acid sequence of KASQNVGTNVA; CDR2a has an amino acid sequence of SASFRYS; and CDR3a has an amino acid sequence of QQYNSYPFT; CDR1 has an amino acid sequence of: SYYMS; CDR2 has an amino acid sequence of: AINSNGGSTYYPDTVKG; and CDR3 has an amino acid sequence selected from the group consisting of: HFSRGYYDV, HFQRGYYNI, HYSKEYYNI and NFKLMYYNV.
Agitator for building materials such as tile adhesive or mortar, comprising an agitator element and a shaft protruding from the agitator element, the agitator element having at least one base portion (2.1) and at least one spiral portion (2.2) which proceeds from the base portion (2.1) and runs in a spiral around the shaft, at least in sections, characterized in that a wear part is detachably fastened to the lower face of the base portion (2.1) opposite to the shaft, which wear part can be replaced if necessary, the stirring element being designed as a stirring basket, the wear part being provided at the free end of the stirring basket so that, during a stirring process, it comes into abutment at the bottom area of a container in which the stirring process takes place, the base portion (2.1) being designed in such a way that it is ring-shaped and/or circumferentially closed, and the wear part being designed in ring-shaped fashion with at least one inner opening (4.1) so that the material to be mixed can be conveyed upwards through the inner opening of the wear part during rotation.
Method for identifying deviations from a norm of one or more urine compounds and physicochemical parameters, the method comprising: - A step of separating a urine accumulation element from its diagnostic diaper, - A step of impregnating a urine indicator strip, comprising one or more indicator reagents, by wetting via the urine accumulation element, and - A step of reading the result of the analysis, characterized in that the diagnostic diaper comprises a an impermeable outer envelope pierced with one or more orifices opposite its central area, the urine accumulation element being disposed outside the diaper removably disposed on the orifices, the accumulation element comprises a removable fastening element and an absorption device, the absorption device comprises a fastening interface which keeps it associated with the removable fastening element, the absorption device being integral with the removable fastening element, and in that the method comprises the intermediate steps for separating the fastening element, for removing the absorption device integral with the fastening element, and for separating the absorption device from the fastening interface. - A step of separating a urine accumulation element from its diagnostic diaper, - A step of impregnating a urine indicator strip, comprising one or more indicator reagents, by wetting via the urine accumulation element, and - A step of reading the result of the analysis, characterized in that the diagnostic diaper comprises a an impermeable outer envelope pierced with one or more orifices opposite its central area, the urine accumulation element being disposed outside the diaper removably disposed on the orifices, the accumulation element comprises a removable fastening element and an absorption device, the absorption device comprises a fastening interface which keeps it associated with the removable fastening element, the absorption device being integral with the removable fastening element, and in that the method comprises the intermediate steps for separating the fastening element, for removing the absorption device integral with the fastening element, and for separating the absorption device from the fastening interface.
A hand-held reader for electro-optically reading indicia, comprising: a) a gun-shaped housing having a hollow, upper body portion extending along a body axis, and a hollow, lower handle portion connected to, and extending along a handle axis downwardly away from, the body portion; b) a generally planar, printed circuit board mounted in the housing and being the sole printed circuit board within the housing, the sole printed circuit board having an upper region located within the body portion, and a lower region located within the handle portion, the sole printed circuit board extending between the upper and lower regions in a direction perpendicular to the body axis; c) a light-transmissive window located in the body portion; d) a scan module mounted at the upper region of the sole printed circuit board, for scanning light passing through the window; and e) a coupler mounted at the lower region of the sole board and being in electrical communication with the scan module. a) a gun-shaped housing having a hollow, upper body portion extending along a body axis, and a hollow, lower handle portion connected to, and extending along a handle axis downwardly away from, the body portion; b) a generally planar, printed circuit board mounted in the housing and being the sole printed circuit board within the housing, the sole printed circuit board having an upper region located within the body portion, and a lower region located within the handle portion, the sole printed circuit board extending between the upper and lower regions in a direction perpendicular to the body axis; c) a light-transmissive window located in the body portion; d) a scan module mounted at the upper region of the sole printed circuit board, for scanning light passing through the window; and e) a coupler mounted at the lower region of the sole board and being in electrical communication with the scan module.
Integrated magnetic component for a power converter including N >= 2 LLC converters configured for interleaved operation, said integrated magnetic component includes a) a first yoke (131.1), a second yoke (133.1) and a third yoke (132.1), b) for each LLC converter a winding carrying leg, c) wherein the third yoke (132.1) is arranged between the first and the second yoke (131.1, 133.1) dividing each winding carrying leg in a transformer section and a first choke section, d) wherein each transformer section comprises a transformer air gap (119a, 119b), a primary winding (120a, 120b) and a secondary winding (121a, 121b), the primary winding (120a, 120b) and the secondary winding (121a, 121b) being wound on the respective winding carrying leg, e) wherein each first choke section of each winding carrying leg comprises a first choke air gap (116a, 116b) and a first choke winding (117a, 117b) for defining a first series inductance of a first series inductor of a LLC converter, f) the integrated magnetic component further includes one or more return legs, g) wherein the winding carrying legs and the one or more return legs are arranged side by side, each leg being magnetically connected to the first yoke (131.1) and the second yoke (133.1), wherein the at least one return leg is air gap free and h) wherein at least one return leg is arranged between two winding carrying legs. a) a first yoke (131.1), a second yoke (133.1) and a third yoke (132.1), b) for each LLC converter a winding carrying leg, c) wherein the third yoke (132.1) is arranged between the first and the second yoke (131.1, 133.1) dividing each winding carrying leg in a transformer section and a first choke section, d) wherein each transformer section comprises a transformer air gap (119a, 119b), a primary winding (120a, 120b) and a secondary winding (121a, 121b), the primary winding (120a, 120b) and the secondary winding (121a, 121b) being wound on the respective winding carrying leg, e) wherein each first choke section of each winding carrying leg comprises a first choke air gap (116a, 116b) and a first choke winding (117a, 117b) for defining a first series inductance of a first series inductor of a LLC converter, f) the integrated magnetic component further includes one or more return legs, g) wherein the winding carrying legs and the one or more return legs are arranged side by side, each leg being magnetically connected to the first yoke (131.1) and the second yoke (133.1), wherein the at least one return leg is air gap free and h) wherein at least one return leg is arranged between two winding carrying legs.
A battery pack, comprising a battery box and a battery module and a liquid cooling pipe which are arranged inside the battery box, wherein the liquid cooling pipe is arranged at the bottom of the battery module, a moisture absorbing area is arranged inside the battery box, and the moisture absorbing area is configured to absorb inner moisture of the battery box, wherein a flow converging plate is arranged in the battery box, the flow converging plate is fixedly connected with a box side plate of the battery box, the flow converging plate has a concave shape, and the flow converging plate is arranged to converge and aggregate cooling liquid and condensation water when the liquid cooling pipe is leaking liquid.