mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for testing web applications, performed by at least one computer, the method comprising: receiving a web application to be tested; receiving a test script including a plurality of user-specified instructions for testing the web application; converting the plurality of user-specified instructions from the test script into a plurality of commands that includes first-type commands executable by a browser automation module to control operations of a web browser, and second-type commands that are not executable by the browser automation module, wherein the total number of commands in the plurality of commands exceeds the number of instructions in the test script; executing the plurality of commands while the web application is executing on the web browser, wherein executing the plurality of commands comprises: providing the first-type commands to the browser automation module to control operations of the web browser; executing the second-type commands to control operations of the at least one computer that cannot be controlled by the browser automation module; dynamically generating one or more commands based on one or more results of executing one or more previous commands of the plurality of commands; and outputting a report based at least on executing the first-type commands and the second-type commands. receiving a web application to be tested; receiving a test script including a plurality of user-specified instructions for testing the web application; converting the plurality of user-specified instructions from the test script into a plurality of commands that includes first-type commands executable by a browser automation module to control operations of a web browser, and second-type commands that are not executable by the browser automation module, wherein the total number of commands in the plurality of commands exceeds the number of instructions in the test script; executing the plurality of commands while the web application is executing on the web browser, wherein executing the plurality of commands comprises: providing the first-type commands to the browser automation module to control operations of the web browser; executing the second-type commands to control operations of the at least one computer that cannot be controlled by the browser automation module; dynamically generating one or more commands based on one or more results of executing one or more previous commands of the plurality of commands; and providing the first-type commands to the browser automation module to control operations of the web browser; executing the second-type commands to control operations of the at least one computer that cannot be controlled by the browser automation module; dynamically generating one or more commands based on one or more results of executing one or more previous commands of the plurality of commands; and outputting a report based at least on executing the first-type commands and the second-type commands.
Multi-component composition comprising A) a solid component comprising calcined paper sludge and one or more aggregates, and B) a binder component comprising an organic binder selected from one or more polyols and one or more epoxy resins and, C) a hardener component comprising an isocyanate hardener for polyol or an amine hardener for epoxy resin, wherein the multi-component composition further comprises water which is contained in the binder component and/or in the hardener component. A) a solid component comprising calcined paper sludge and one or more aggregates, and B) a binder component comprising an organic binder selected from one or more polyols and one or more epoxy resins and, C) a hardener component comprising an isocyanate hardener for polyol or an amine hardener for epoxy resin,
A method of wireless communication performed by a user entity, the method comprising: receiving at least one identifier, wherein the at least one identifier determines, at least in part, at least one interference measurement resource that partially overlaps with another at least one interference measurement resource by no more than two resource elements, wherein the at least one interference measurement resource comprises a number of resource elements out of a set of resource elements, wherein the at least one identifier is one of a virtual cell ID associated with the at least one interference measurement resource, an index pointing to the virtual cell ID of a non-zero power channel state information reference signal, NZP CSI-RS, resource in the Coordinated Multi-Point, CoMP, measurement set, or a physical cell ID; and measuring interference based at least in part on the at least one interference measurement resource. receiving at least one identifier, wherein the at least one identifier determines, at least in part, at least one interference measurement resource that partially overlaps with another at least one interference measurement resource by no more than two resource elements, wherein the at least one interference measurement resource comprises a number of resource elements out of a set of resource elements, wherein the at least one identifier is one of a virtual cell ID associated with the at least one interference measurement resource, an index pointing to the virtual cell ID of a non-zero power channel state information reference signal, NZP CSI-RS, resource in the Coordinated Multi-Point, CoMP, measurement set, or a physical cell ID; and measuring interference based at least in part on the at least one interference measurement resource.
A fastener comprising: a head; a shank connected to the head at a first end and forming a tip at a second end, the shank having a first portion proximate the head, a second portion adjacent to the tip, and a third portion between the first and second portions, the shank having a longitudinal axis extending from the head to the tip, the first portion having a substantially constant diameter along a length of the shank, the second portion having a substantially constant diameter along the length of the shank, and the third portion having a diameter that decreases along the length of the shank in a direction along the longitudinal axis from the head to the tip; a first helical thread formation having a thread form thereon formed from two portions disposed upon opposite lateral sides of the thread form, the thread form having a root, the root positioned along the second and third portions of the shank; and a second helical thread formation between the first helical thread formation; wherein an outer diameter of the first helical thread formation and an outer diameter of the second helical thread formation on the third portion of the shank increases along the length of the shank in a direction along the longitudinal axis from the head to the tip. a head; a shank connected to the head at a first end and forming a tip at a second end, the shank having a first portion proximate the head, a second portion adjacent to the tip, and a third portion between the first and second portions, the shank having a longitudinal axis extending from the head to the tip, the first portion having a substantially constant diameter along a length of the shank, the second portion having a substantially constant diameter along the length of the shank, and the third portion having a diameter that decreases along the length of the shank in a direction along the longitudinal axis from the head to the tip; a first helical thread formation having a thread form thereon formed from two portions disposed upon opposite lateral sides of the thread form, the thread form having a root, the root positioned along the second and third portions of the shank; and a second helical thread formation between the first helical thread formation; wherein an outer diameter of the first helical thread formation and an outer diameter of the second helical thread formation on the third portion of the shank increases along the length of the shank in a direction along the longitudinal axis from the head to the tip.
A composition comprising: a first plurality of adapter-target-adapter molecules comprising double-stranded target fragments isolated from a first source, wherein the adapter comprises a first sample-specific universal adapter, wherein the first sample-specific universal adapter comprises (i) a region of double stranded nucleic acid, and (ii) a region of single-stranded non-complementary nucleic acid strands comprising at least one universal primer binding site, wherein the first sample-specific universal adapter further comprises a first set of sample-specific tag sequences that differentiates the first plurality of adaptor-target-adapter molecules from adaptor-target-adaptor molecules originating from a different source, the first set of sample-specific tag sequences present in the single stranded non-complementary nucleic acid strands, and an exonuclease wherein the exonuclease comprises a 5' to 3' DNA exonuclease activity and 3' to 5' DNA exonuclease activity and wherein the adaptor-target-adaptor molecules comprise a modification at each of the 3' ends to block the 3' to 5' DNA exonuclease activity. a first plurality of adapter-target-adapter molecules comprising double-stranded target fragments isolated from a first source, wherein the adapter comprises a first sample-specific universal adapter, wherein the first sample-specific universal adapter comprises (i) a region of double stranded nucleic acid, and (ii) a region of single-stranded non-complementary nucleic acid strands comprising at least one universal primer binding site, wherein the first sample-specific universal adapter further comprises a first set of sample-specific tag sequences that differentiates the first plurality of adaptor-target-adapter molecules from adaptor-target-adaptor molecules originating from a different source, the first set of sample-specific tag sequences present in the single stranded non-complementary nucleic acid strands, and wherein the adapter comprises a first sample-specific universal adapter, wherein the first sample-specific universal adapter comprises (i) a region of double stranded nucleic acid, and (ii) a region of single-stranded non-complementary nucleic acid strands comprising at least one universal primer binding site, (i) a region of double stranded nucleic acid, and (ii) a region of single-stranded non-complementary nucleic acid strands comprising at least one universal primer binding site, wherein the first sample-specific universal adapter further comprises a first set of sample-specific tag sequences that differentiates the first plurality of adaptor-target-adapter molecules from adaptor-target-adaptor molecules originating from a different source, the first set of sample-specific tag sequences present in the single stranded non-complementary nucleic acid strands, and an exonuclease wherein the exonuclease comprises a 5' to 3' DNA exonuclease activity and 3' to 5' DNA exonuclease activity and wherein the adaptor-target-adaptor molecules comprise a modification at each of the 3' ends to block the 3' to 5' DNA exonuclease activity.
A method comprising the steps of: solution heat-treating an atomized nickel-base alloy powder at a solutionizing temperature above gamma-prime and/or gamma-double prime solvus temperatures of the nickel-base alloy; quenching the nickel-base alloy powder to a temperature less than the gamma-prime and gamma-double prime solvus temperatures; introducing a powder feedstock into a cold-spray apparatus, wherein the feedstock comprises particles comprising the solution heat-treated and quenched powder of the nickel-base alloy; and operating the cold-spray apparatus to deposit the feedstock. solution heat-treating an atomized nickel-base alloy powder at a solutionizing temperature above gamma-prime and/or gamma-double prime solvus temperatures of the nickel-base alloy; quenching the nickel-base alloy powder to a temperature less than the gamma-prime and gamma-double prime solvus temperatures; introducing a powder feedstock into a cold-spray apparatus, wherein the feedstock comprises particles comprising the solution heat-treated and quenched powder of the nickel-base alloy; and operating the cold-spray apparatus to deposit the feedstock.
An RFID receiver, comprising: an antenna configured to receive a radio signal from an RFID transmitter, and to generate an electrical signal from the radio signal received from the RFID transmitter; and a decoder circuit connected to the antenna and configured to extract from the electrical signal generated by the antenna data bits encoded in the electrical signal; wherein the decoder circuit comprises: an analog-to-digital converter connected directly to the antenna and configured to generate a digital input signal from the electrical signal generated by the antenna, and a bit extractor comprising an electronic circuit connected to the analog-to-digital converter and configured to extract the data bits from the digital input signal generated by the analog-to-digital converter connected directly to the antenna, wherein the bit extractor comprises a pulse extractor configured to extract sub-bit pulses (17a, 17b) from the digital input signal generated by the analog-to-digital converter, and a bit detector configured to detect data bits in the sub-bit pulses (17a, 17b). an antenna configured to receive a radio signal from an RFID transmitter, and to generate an electrical signal from the radio signal received from the RFID transmitter; and a decoder circuit connected to the antenna and configured to extract from the electrical signal generated by the antenna data bits encoded in the electrical signal; wherein the decoder circuit comprises: an analog-to-digital converter connected directly to the antenna and configured to generate a digital input signal from the electrical signal generated by the antenna, and a bit extractor comprising an electronic circuit connected to the analog-to-digital converter and configured to extract the data bits from the digital input signal generated by the analog-to-digital converter connected directly to the antenna, wherein the bit extractor comprises a pulse extractor configured to extract sub-bit pulses (17a, 17b) from the digital input signal generated by the analog-to-digital converter, and a bit detector configured to detect data bits in the sub-bit pulses (17a, 17b). an analog-to-digital converter connected directly to the antenna and configured to generate a digital input signal from the electrical signal generated by the antenna, and a bit extractor comprising an electronic circuit connected to the analog-to-digital converter and configured to extract the data bits from the digital input signal generated by the analog-to-digital converter connected directly to the antenna, wherein the bit extractor comprises a pulse extractor configured to extract sub-bit pulses (17a, 17b) from the digital input signal generated by the analog-to-digital converter, and a bit detector configured to detect data bits in the sub-bit pulses (17a, 17b).
Suspension device at the top of a powertrain of a vehicle, designed to filter vibrations generated by said powertrain, the device being characterized in that it comprises: - an input member intended to be fastened to the gearbox of said vehicle, bearing against a first stop plate by way of a first elastic body interposed between the input member and the first stop plate, - a mass to which the first stop plate is fastened by way of at least one fastening screw passing through the input member and the first elastic body, - an output member intended to be fastened to the chassis of said vehicle, from which the mass is suspended by way of a second stop plate, fastened to the mass by a fastening screw, and a second elastic body interposed between the second stop and the output member. - an input member intended to be fastened to the gearbox of said vehicle, bearing against a first stop plate by way of a first elastic body interposed between the input member and the first stop plate, - a mass to which the first stop plate is fastened by way of at least one fastening screw passing through the input member and the first elastic body, - an output member intended to be fastened to the chassis of said vehicle, from which the mass is suspended by way of a second stop plate, fastened to the mass by a fastening screw, and a second elastic body interposed between the second stop and the output member.
Compound of formula: or a pharmaceutically acceptable salt thereof for use in inducing neuroprotection, in a subject suffering from, suspected of suffering from or considered to be at risk of suffering from a neurodegenerative pathology.
An adaptive analytical instrument, comprising a computer controlled target-analyte permeation testing instrument programmed to periodically measure target-analyte transmission rate throughout a permeation testing period using a target-analyte sensor; characterised in that the computer controlled target-analyte permeation testing instrument is further programmed to - periodically rezero the target-analyte sensor throughout the permeation testing period; and - adjust frequency of future rezeros of the target-analyte sensor based upon the value of at least one previous target-analyte transmission rate measurement by bypassing a scheduled rezero when the value of at least one previous target-analyte transmission rate measurement exceeds a predetermined threshold value. - periodically rezero the target-analyte sensor throughout the permeation testing period; and - adjust frequency of future rezeros of the target-analyte sensor based upon the value of at least one previous target-analyte transmission rate measurement by bypassing a scheduled rezero when the value of at least one previous target-analyte transmission rate measurement exceeds a predetermined threshold value.
A catheter, comprising an elongate shaft (107; 134; 154; 389; 495; 702; 780) including a proximal end and a distal end, the elongate shaft defining a shaft longitudinal axis, a coupler (324; 364; 462; 560; 720; 760; 802) disposed within the distal end of the elongate shaft, the coupler defining a first sensor groove (330-1; 450-1; 480-1; 732-1; 768-1; 806-1; 884-1) and a second sensor groove (330-2; 450-2; 732-2; 768-2; 884-2) in an exterior surface of the coupler and a coupler longitudinal axis, a first five degree of freedom magnetic position sensor (328-1; 382-1; 499-1; 714-1; 801-1) disposed in the first sensor groove and a second five degree of freedom magnetic position sensor (328-2; 382-2; 499-2; 714-2) disposed in the second sensor groove, the first five degree of freedom magnetic position sensor defining a first sensor longitudinal axis and the second five degree of freedom magnetic position sensor defining a second sensor longitudinal axis, and a flexible tip portion (110; 122; 156; 202; 228; 248; 282; 322; 362; 491) located adjacent to the distal end of the catheter shaft, wherein the first sensor longitudinal axis and the second sensor longitudinal axis are divergent with respect to each other and the coupler longitudinal axis, and a first sensor magnetic axis and a second sensor magnetic axis are divergent with respect to each other and the coupler longitudinal axis such that the first five degree of freedom magnetic position sensor and second five degree of freedom magnetic position sensor form a six degree of freedom sensor assembly, and the coupler is configured to connect the flexible tip portion with the catheter shaft. a flexible tip portion (110; 122; 156; 202; 228; 248; 282; 322; 362; 491) located adjacent to the distal end of the catheter shaft, wherein the first sensor longitudinal axis and the second sensor longitudinal axis are divergent with respect to each other and the coupler longitudinal axis, and a first sensor magnetic axis and a second sensor magnetic axis are divergent with respect to each other and the coupler longitudinal axis such that the first five degree of freedom magnetic position sensor and second five degree of freedom magnetic position sensor form a six degree of freedom sensor assembly, and the coupler is configured to connect the flexible tip portion with the catheter shaft.
Method for capturing a blade angle of a rotor blade of a rotor of a wind turbine, comprising the steps - disposing and aligning a contactless measuring device in front of the wind turbine, - aligning the wind turbine in its azimuth position in relation to the measuring device, such that a distance measurement of a rotor blade is effected in a first and in a second position with a constant azimuth setting, the rotor blade in the first position being opposite the second position, - rotating the rotor of the wind turbine, - sampling and capturing the profile of the rotor blade, or a part thereof, at a predefined height, by means of the contactless measuring device, and - determining the blade angle of the rotor blade from the data recorded during the sampling of the profile. - disposing and aligning a contactless measuring device in front of the wind turbine, - aligning the wind turbine in its azimuth position in relation to the measuring device, such that a distance measurement of a rotor blade is effected in a first and in a second position with a constant azimuth setting, the rotor blade in the first position being opposite the second position, - rotating the rotor of the wind turbine, - sampling and capturing the profile of the rotor blade, or a part thereof, at a predefined height, by means of the contactless measuring device, and - determining the blade angle of the rotor blade from the data recorded during the sampling of the profile.
A pharmaceutical composition, comprising: a polymer unit α having a hydrophilic polymer chain segment and a cationic polymer chain segment; a polymer unit β having a hydrophilic polymer chain segment and a cationic polymer chain segment; and a drug, wherein the polymer unit α and the polymer unit β form a micelle by being radially arranged so that the cationic polymer chain segments are directed inward and the hydrophilic polymer chain segments are directed outward, the micelle encapsulating the drug, wherein the cationic polymer chain segment of the polymer unit α has a phenylboronic acid group in a side chain, and the cationic polymer chain segment of the polymer unit β has a phenylboronic acid binding site in a side chain, and wherein the phenylboronic acid group and the phenylboronic acid binding site form a cross-linked structure that is disintegrable under an acidic environment or in a presence of a substance capable of competitive binding. a polymer unit α having a hydrophilic polymer chain segment and a cationic polymer chain segment; a polymer unit β having a hydrophilic polymer chain segment and a cationic polymer chain segment; and a drug, wherein the polymer unit α and the polymer unit β form a micelle by being radially arranged so that the cationic polymer chain segments are directed inward and the hydrophilic polymer chain segments are directed outward, the micelle encapsulating the drug, wherein the cationic polymer chain segment of the polymer unit α has a phenylboronic acid group in a side chain, and the cationic polymer chain segment of the polymer unit β has a phenylboronic acid binding site in a side chain, and wherein the phenylboronic acid group and the phenylboronic acid binding site form a cross-linked structure that is disintegrable under an acidic environment or in a presence of a substance capable of competitive binding.