mhurhangee/ep-ind-claims huggingface dataset:
A method for retransmitting uplink data in a multi carrier system, the method comprising: receiving a first grant message including first scheduling information for transmitting uplink data and a first new data indicator, NDI, indicating that the uplink data is new data; transmitting the uplink data using the first scheduling information; and receiving an acknowledgement message representing whether the uplink data is successfully received or not; characterized in that it further comprises: adaptively retransmitting the uplink data by using second scheduling information, if a second grant message is received after the acknowledgement message has been received, the second grant message including the second scheduling information for the uplink data retransmission and a second NDI indicating a retransmission; or non-adaptively retransmitting the uplink data by using the first scheduling information, if the second grant message is not received after the acknowledgement message has been received and the acknowledgement message is a negative acknowledgement, NACK, signal. receiving a first grant message including first scheduling information for transmitting uplink data and a first new data indicator, NDI, indicating that the uplink data is new data; transmitting the uplink data using the first scheduling information; and receiving an acknowledgement message representing whether the uplink data is successfully received or not; adaptively retransmitting the uplink data by using second scheduling information, if a second grant message is received after the acknowledgement message has been received, the second grant message including the second scheduling information for the uplink data retransmission and a second NDI indicating a retransmission; or non-adaptively retransmitting the uplink data by using the first scheduling information, if the second grant message is not received after the acknowledgement message has been received and the acknowledgement message is a negative acknowledgement, NACK, signal.
A method for processing content at an electronic device, the method comprising: generating first content by capturing an image corresponding to an area of content displayed via the electronic device, the area corresponding to an input applied to the content displayed via the electronic device, and determining the captured image as the first content; and displaying a floating user interface, UI,, which displays first scrap information associated with the first content, on a screen of the electronic device, wherein the first content includes a plurality of types of content, and wherein the method further comprises determining whether the first content includes text; and if the first content includes the text, displaying a menu providing a function for extracting the text from the first content. generating first content by capturing an image corresponding to an area of content displayed via the electronic device, the area corresponding to an input applied to the content displayed via the electronic device, and determining the captured image as the first content; and displaying a floating user interface, UI,, which displays first scrap information associated with the first content, on a screen of the electronic device, wherein the first content includes a plurality of types of content, and wherein the method further comprises determining whether the first content includes text; and if the first content includes the text, displaying a menu providing a function for extracting the text from the first content.
A nontherapeutic use of a nanoemulsion composition for tooth whitening, comprising: a water phase part containing water; and an oil phase part dispersed in the water phase part and made of nanoparticle containing a perfluorocarbon compound, wherein the oil phase part contains oxygen gas. a water phase part containing water; and an oil phase part dispersed in the water phase part and made of nanoparticle containing a perfluorocarbon compound, wherein the oil phase part contains oxygen gas.
A method for performing alien noise reduction, the method comprising: receiving DSL data from the upstream ends of a plurality of digital subscriber lines (113; 213)-DSLs-coupled to a line card set in a central office (110; 210), the line card set comprising one or more DSL line cards; converting the received DSL data to frequency domain DSL data in the line card set; transmitting the frequency domain DSL data from the line card set to a vectoring chip set external to the line card set comprising one or more DSL vectoring chips; generating vectoring chip data by performing self far-end crosstalk-self-FEXT-cancellation on the frequency domain DSL data in the vectoring chip set for an active DSL line group comprising the plurality of DSL lines, the active DSL line group comprising distinct DSL line sets comprising: a donor DSL line set comprising one or more donor DSL lines; and a receptor DSL line set comprising one or more receptor DSL lines; transmitting the vectoring chip data to the line card set; generating slicer errors in the line card set for the donor DSL line set vectoring chip data; and performing alien noise reduction in the line card set on the receptor DSL line set vectoring chip data using the generated slicer errors. receiving DSL data from the upstream ends of a plurality of digital subscriber lines (113; 213)-DSLs-coupled to a line card set in a central office (110; 210), the line card set comprising one or more DSL line cards; converting the received DSL data to frequency domain DSL data in the line card set; transmitting the frequency domain DSL data from the line card set to a vectoring chip set external to the line card set comprising one or more DSL vectoring chips; generating vectoring chip data by performing self far-end crosstalk-self-FEXT-cancellation on the frequency domain DSL data in the vectoring chip set for an active DSL line group comprising the plurality of DSL lines, the active DSL line group comprising distinct DSL line sets comprising: a donor DSL line set comprising one or more donor DSL lines; and a receptor DSL line set comprising one or more receptor DSL lines; a donor DSL line set comprising one or more donor DSL lines; and a receptor DSL line set comprising one or more receptor DSL lines; transmitting the vectoring chip data to the line card set; generating slicer errors in the line card set for the donor DSL line set vectoring chip data; and performing alien noise reduction in the line card set on the receptor DSL line set vectoring chip data using the generated slicer errors.
A computer implemented method comprising: capturing data streams received at a framework of a web facing application; capturing a first set of functions triggered by the framework processing the data streams; matching a subset of the captured first set of functions to data packets of the captured data streams; extracting the matched subset of the captured first set of functions and data of the data packets into a dataset; identifying a chain of instructions used in processing the data streams by correlating functions and data packets in the extracted dataset, the chain of instructions being extracted into the dataset to represent vulnerabilities in the web facing application; and detecting security attacks by probing activities of the web facing application based on the chain of instructions in the extracted dataset. capturing data streams received at a framework of a web facing application; capturing a first set of functions triggered by the framework processing the data streams; matching a subset of the captured first set of functions to data packets of the captured data streams; extracting the matched subset of the captured first set of functions and data of the data packets into a dataset; identifying a chain of instructions used in processing the data streams by correlating functions and data packets in the extracted dataset, the chain of instructions being extracted into the dataset to represent vulnerabilities in the web facing application; and detecting security attacks by probing activities of the web facing application based on the chain of instructions in the extracted dataset.
An agricultural crop cutting header comprising a tine reel support and a first rotary tine reel arranged for rotation about a transverse rotational axis, the first tine reel having a plurality of tine bars arranged generally parallel to the rotational axis, each tine bar being pivotable by action of a cam follower connected thereto, the tine reel support comprising: a cam support structure having a cam oriented in a plane generally perpendicular to the rotational axis and a cam support width extending along the rotational axis, the cam having a curved surface for guiding the cam follower as the tine reel rotates, the cam being outwardly bounded by a peripheral end; characterized in that the tine reel support further comprises a bearing support connected to the cam support structure generally in the plane of the cam for rotatably supporting the first tine reel; and a reel support arm having generally opposing proximal and distal ends, the proximal end being connected to the header, the distal end being connected to the peripheral end of the cam support structure and extending generally rearwardly therefrom and being laterally bounded by a pair of parallel planes spaced apart by the cam support width. a cam support structure having a cam oriented in a plane generally perpendicular to the rotational axis and a cam support width extending along the rotational axis, the cam having a curved surface for guiding the cam follower as the tine reel rotates, the cam being outwardly bounded by a peripheral end; characterized in that the tine reel support further comprises a bearing support connected to the cam support structure generally in the plane of the cam for rotatably supporting the first tine reel; and a reel support arm having generally opposing proximal and distal ends, the proximal end being connected to the header, the distal end being connected to the peripheral end of the cam support structure and extending generally rearwardly therefrom and being laterally bounded by a pair of parallel planes spaced apart by the cam support width.
A method for correction of vertical position faults of a track by means of a track tamping machine and a dynamic track stabilizer, wherein - starting from a registered actual track position - an over-lift value (u) is prescribed for a treated track location (i) with which the track is lifted into a preliminary over-lift track position and tamped and is subsequently lowered by means of dynamic stabilization into a resulting final track position, characterized in that a smoothed actual position course is formed from a course of the actual track position, and that an over-lift value (u) is prescribed for the treated track location (i) in dependence of the course of the actual track position with regard to the smoothed actual position course.
Micromechanical component comprising a substrate, a seismic mass and first and second detection means (4, 5), wherein the micromechanical component comprises an acceleration sensor, wherein the substrate has a plane of main extent and wherein the first detection means are intended for the detection of a substantially translational first deflection of the seismic mass along a first direction substantially parallel to the plane of main extent as the result of an acceleration acting on the micromechanical component parallel to the first direction, wherein the second detection means are intended for the detection of a substantially rotational second deflection of the seismic mass about a first rotation axis (15") parallel to a second direction substantially perpendicular to the plane of main extent as the result of an acceleration acting on the micromechanical component parallel to a third direction extending perpendicularly to the first direction and perpendicularly to the second direction, and the micromechanical component has third detection means for the detection of a substantially rotational third deflection of the seismic mass about a second rotation axis (16") parallel to the third direction substantially parallel to the plane of main extent as the result of an acceleration acting on the micromechanical component parallel to the second direction, wherein the first, second and third directions (14', 15', 16') are aligned perpendicularly to one another, wherein the seismic mass has an asymmetrical mass distribution with respect to a line intersecting the first rotation axis (15") and extending parallel to the third direction, characterized in that the seismic mass is connected to the substrate by way of spring elements in the form of precisely two torsion-flexion springs, which are respectively arranged such that they are rotatable about the second rotation axis (16"), wherein the spring elements are formed in such a way that the first, second and/or third deflections (14, 15, 16) of the seismic mass are made possible.
A well tool, comprising: a housing assembly; a tubular closure member; and a sealing device for sealing between the housing assembly and the tubular closure member, the sealing device including at least a first metal seal and at least a first non-metal seal, a sealing surface of the first metal seal contacting a selected one of the housing assembly and the tubular closure member when the closure member blocks flow through the housing assembly, characterized in that the first non-metal seal biases the first metal seal into sealing contact against the selected one of the housing assembly and the tubular closure member in response to a first pressure differential across the sealing device. a housing assembly; a tubular closure member; and a sealing device for sealing between the housing assembly and the tubular closure member, the sealing device including at least a first metal seal and at least a first non-metal seal, a sealing surface of the first metal seal contacting a selected one of the housing assembly and the tubular closure member when the closure member blocks flow through the housing assembly, characterized in that the first non-metal seal biases the first metal seal into sealing contact against the selected one of the housing assembly and the tubular closure member in response to a first pressure differential across the sealing device.
Axle, in particular running axle, for vehicles, in particular trailers, wherein the axle has an axle body with an outer carrying axle part, in particular an outer axle tube, and an angled oscillating lever arrangement which is mounted therein, characterized in that the oscillating lever arrangement which is angled once or more than once is formed as a single-part, tubular, punched and bent part from metal.
An electrophotographic photosensitive member comprising a conductive substrate and a photosensitive layer that is a single-layer photosensitive layer containing at least a charge generating material, an electron transport material, a hole transport material, and a binder resin, characterized in that the electron transport material includes a naphthoquinone derivative represented by a general formula, and an amount of triboelectric charge of calcium carbonate as measured by charging the calcium carbonate through friction with the photosensitive layer according to the method disclosed in the description is at least +7 μC/g, where in the general formula, R 11 and R 12 each represent, independently of each other, a chemical group selected from the group consisting of: an alkyl group having a carbon number of at least 1 and no greater than 8; an aryl group having a carbon number of at least 6 and no greater than 14 and optionally having a substituent; an aralkyl group having a carbon number of at least 7 and no greater than 20 and optionally having a substituent; and a cycloalkyl group having a carbon number of at least 3 and no greater than 10 and optionally having a substituent, and at least one of the chemical groups respectively represented by R 11 and R 12 is substituted with one or more halogen atoms.
A method of forming a flash memory integrated circuit comprising: forming a floating gate layer; forming a dielectric layer on the floating gate layer; forming a control gate layer on the dielectric layer; removing portions of the control gate layer and the dielectric layer in opening areas; forming an additional control gate layer such that the additional control gate layer directly overlies the floating gate layer in the opening areas and directly overlies the control gate layer in other areas; changing the majority carrier of selected areas of the additional control gate layer and portions of the floating gate layer underlying the selected areas by ion implantation of only the additional control gate layer; then performing a first etch step that etches through the control gate layer, the dielectric layer, and the floating gate layer, to form separate floating gate structures; and performing a second etch step through opening areas to form separate select gate structures. forming a floating gate layer; forming a dielectric layer on the floating gate layer; forming a control gate layer on the dielectric layer; removing portions of the control gate layer and the dielectric layer in opening areas; forming an additional control gate layer such that the additional control gate layer directly overlies the floating gate layer in the opening areas and directly overlies the control gate layer in other areas; changing the majority carrier of selected areas of the additional control gate layer and portions of the floating gate layer underlying the selected areas by ion implantation of only the additional control gate layer;
An AC voltage regulator with protection components comprising a regulating unit which includes a transformer, a switching unit in the form of two switching elements, each of which is made as a pair of series-connected normally-closed, NC (8, 9), and normally-opened, NO (10, 11), contacts, wherein in a normal mode of operation when mains voltage is within preset limits, the NC contacts (8, 9) of the switching elements are closed, while the NO contacts (10, 11) are open, bridging and output capacitors (12, 15) and four RC circuits, as well as a control and switching unit, the transformer primary winding being connected via the switching unit to the input and output of the regulating unit, while the secondary winding being connected into a load circuit, moreover, the primary winding being connected in parallel with the secondary winding by the opposite ends via NC contacts (8, 9) of the switching elements, likewise, the bridging capacitor being respectively connected in parallel with the transformer primary winding, and the RC circuit being connected in parallel with each contact of the switching elements, the output capacitor being connected in parallel with the load, characterized in that a double-pole power circuit-breaker with a shunt release is inserted having its contacts connected in series into the load circuit at the input and output of the regulating unit between a phase conductor of the mains and the input of the regulating unit, and between the load and the output of the regulating unit, furthermore, an additional protection unit is inserted which is connected by the input to the point of connection of the double-pole power circuit-breaker and the input of the regulating unit, and by the output - to the mains neutral conductor, the said additional protection unit having the first, second and third contacts (23, 24, 25) of a triple-pole circuit-breaker connected between the neutral conductor and the point of connection of NO contacts (10, 11) of both switching elements, and between the output of the transformer primary winding and a point of connection of the pair of NO and NC contacts (10, 11; 8, 9) of the second switching element.
A two-part moisture-curing composition comprising: (a) a first part comprising at least one hydroxyl-terminated polydiorganosiloxane and water; (b) a second part comprising at least one moisture curing silyl-functionalized hydrocarbon, at least one alkoxy crosslinker and at least one moisture cure catalyst. (a) a first part comprising at least one hydroxyl-terminated polydiorganosiloxane and water; (b) a second part comprising at least one moisture curing silyl-functionalized hydrocarbon, at least one alkoxy crosslinker and at least one moisture cure catalyst.
. A composite pipe termination comprising: a) a composite pipe formed of composite material and having an interior pipe surface, an exterior pipe surface and a pipe end, wherein composite material is a material comprising a polymer matrix and a plurality of reinforcing fibres embedded in the polymer matrix; b) a liner, wherein the interior pipe surface is fused to the liner; c) an annular portion of composite material having an internal surface attached to the exterior pipe surface and an external surface, wherein the external surface comprises circumferentially extending ridges; d) a collet having an interior collet surface, wherein the collet encloses at least a part of the annular portion and wherein the interior collet surface comprises circumferentially extending grooves, and wherein circumferentially extending ridges on the external surface of the annular portion mesh with circumferentially extending grooves on the interior collet surface to provide axial movement blocking means which prevent or limit axial movement of the collet relative to the annular portion; e) an annular collar which encloses and mates with the collet to prevent the collet from moving axially relative to the annular collar; f) an end-fitting; g) locking means which lock the end-fitting to the annular collar to prevent the end-fitting from moving axially with respect to the annular collar. a) a composite pipe formed of composite material and having an interior pipe surface, an exterior pipe surface and a pipe end, wherein composite material is a material comprising a polymer matrix and a plurality of reinforcing fibres embedded in the polymer matrix; b) a liner, wherein the interior pipe surface is fused to the liner; c) an annular portion of composite material having an internal surface attached to the exterior pipe surface and an external surface, wherein the external surface comprises circumferentially extending ridges; d) a collet having an interior collet surface, wherein the collet encloses at least a part of the annular portion and wherein the interior collet surface comprises circumferentially extending grooves, and wherein circumferentially extending ridges on the external surface of the annular portion mesh with circumferentially extending grooves on the interior collet surface to provide axial movement blocking means which prevent or limit axial movement of the collet relative to the annular portion; e) an annular collar which encloses and mates with the collet to prevent the collet from moving axially relative to the annular collar; f) an end-fitting; g) locking means which lock the end-fitting to the annular collar to prevent the end-fitting from moving axially with respect to the annular collar.
A process for detecting enzymatic activity in vitro, comprising: contacting a sample containing a target enzyme with a substrate and one or more oleate salts, wherein said oleate salt is selected from the group consisting of sodium oleate, potassium oleate, magnesium oleate, calcium oleate, zinc oleate, or lithium oleate, said step of contacting under conditions wherein the target enzyme is capable of acting on the substrate to produce an enzymatic product and wherein said target enzyme is acid α-galactosidase A, acid β-glucocerebrosidase, galactocerebrosidase, acid α-glucosidase, acid sphingomylenase, α-L-iduronidase, or combinations thereof; and detecting said enzymatic product, wherein the process excludes the addition of oleic acid at any point in the preparation for or performance of the assay; wherein said substrate and the oleate salt are combined and dried prior to said contacting; and wherein the step of contacting is in an aqueous buffer.