mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a receiver coupled to a digital subscriber line, DSL, between an exchange site and a customer premise equipment, CPE, and configured to send a feedback error message (800, 900, 1000) to train a crosstalk precoder coupled to the exchange site, wherein the feedback error message (800, 900, 1000) comprises a plurality of error components (810, 910, 1010) and an indication of a quantity of bits per error component (820, 1020); wherein the error components (810, 910, 1010) correspond to a plurality of tones in a received pilot symbol, wherein the error components (810, 910, 1010) comprise a real error component (812, 912, 1012) and an imaginary error component (814, 914, 1014) for each one of the tones; and the error components (810, 910, 1010) are transmitted using the indicated quantity of bits. a receiver coupled to a digital subscriber line, DSL, between an exchange site and a customer premise equipment, CPE, and configured to send a feedback error message (800, 900, 1000) to train a crosstalk precoder coupled to the exchange site, wherein the feedback error message (800, 900, 1000) comprises a plurality of error components (810, 910, 1010) and an indication of a quantity of bits per error component (820, 1020); wherein the error components (810, 910, 1010) correspond to a plurality of tones in a received pilot symbol, wherein the error components (810, 910, 1010) comprise a real error component (812, 912, 1012) and an imaginary error component (814, 914, 1014) for each one of the tones; and the error components (810, 910, 1010) are transmitted using the indicated quantity of bits.
An optical structure comprising: a waveguide resonator (15, 15') comprising an optical input, an optical output, and a waveguide (21, 21') having a resonant wavelength, the waveguide comprising a strained waveguide core and at least one cladding (27, 35a) arranged to surround the waveguide core, wherein the at least one cladding comprises at least a lower cladding below the waveguide core and an upper cladding which extends over the waveguide core; wherein the waveguide core has a different thermal coefficient of expansion than the upper cladding material; a thermo-optic compensating material on the upper cladding, wherein the thermo-optic compensating material has a negative thermo-optic coefficient and the waveguide core material has a positive thermo-optic coefficient; and at least a pair of electrodes (17, 19, 47a, 47b) electrically coupled to the waveguide resonator for providing an electric field which changes the resonant wavelength of the waveguide resonator. a waveguide resonator (15, 15') comprising an optical input, an optical output, and a waveguide (21, 21') having a resonant wavelength, the waveguide comprising a strained waveguide core and at least one cladding (27, 35a) arranged to surround the waveguide core, wherein the at least one cladding comprises at least a lower cladding below the waveguide core and an upper cladding which extends over the waveguide core; wherein the waveguide core has a different thermal coefficient of expansion than the upper cladding material; a thermo-optic compensating material on the upper cladding, wherein the thermo-optic compensating material has a negative thermo-optic coefficient and the waveguide core material has a positive thermo-optic coefficient; and at least a pair of electrodes (17, 19, 47a, 47b) electrically coupled to the waveguide resonator for providing an electric field which changes the resonant wavelength of the waveguide resonator.
N -ethyl-4-[2-(4-fluoro-2,6-dimethylphenoxy)-5-(2-hydroxypropan-2-yl)phenyl]-6-methyl-7-oxo-6,7-dihydro-1 H -pyrrolo[2,3- c]pyridine-2-carboxamide, or a pharmaceutically acceptable salt thereof.
Towed agricultural machine, comprising: - a chassis with at least one vehicle axle, - a drive train for at least one working unit, wherein the drive train comprises at least one drive shaft that can be driven by a towing vehicle and a warning device that is energy-autonomous from an electrical energy supply of the towing vehicle, characterised in that the energy-autonomous warning device comprises at least the following components: - a generator coupled to the drive train of the agricultural machine for generating electrical energy; - at least one sensor for detecting a driving movement of the agricultural machine and/or a movement of the working unit of the agricultural machine; - a signal generator; - a control unit for activating the signal generator; - a timer for the time-delayed activation and/or deactivation of the signal generator. - a chassis with at least one vehicle axle, - a drive train for at least one working unit, wherein the drive train comprises at least one drive shaft that can be driven by a towing vehicle and a warning device that is energy-autonomous from an electrical energy supply of the towing vehicle, - a generator coupled to the drive train of the agricultural machine for generating electrical energy; - at least one sensor for detecting a driving movement of the agricultural machine and/or a movement of the working unit of the agricultural machine; - a signal generator; - a control unit for activating the signal generator; - a timer for the time-delayed activation and/or deactivation of the signal generator.
A device for minimally invasive bone harvesting surgery, comprising a cutter, a sleeve, and a drive control system for driving and controlling the cutter to work, the cutter comprises a head and a spiral conveying portion, an external screw thread is disposed on a surface of the spiral conveying portion, the sleeve is sleeved on the cutter, the head and at least a part of the external screw thread of the surface of the spiral conveying portion are exposed from the sleeve, a spiral angle of the spiral conveying portion ranges from 10° to 89°, and the external screw thread of the spiral conveying portion is provided with a plurality of spiral blades, characterized in that a major diameter of a first spiral blade of the spiral conveying portion close to the head is less than that of other spiral blades.
A method of operation of a radio access node in a cellular communications network, the method comprising: selecting a bit rate associated with a radio bearer between the radio access node and a wireless device, the radio bearer between the radio access node and the wireless device being part of an end-to-end communication path between the wireless device, as a first end-point for the end-to-end communication path, and a second end-point for the end-to-end communication path; and transmitting the bit rate associated with the radio bearer to the wireless device to control a bit rate for the end-to-end communication path, wherein transmitting the bit rate associated with the radio bearer comprises transmitting a Medium Access Control, MAC, Control Element, CE, to the wireless device, the MAC CE comprising the bit rate associated with the radio bearer. selecting a bit rate associated with a radio bearer between the radio access node and a wireless device, the radio bearer between the radio access node and the wireless device being part of an end-to-end communication path between the wireless device, as a first end-point for the end-to-end communication path, and a second end-point for the end-to-end communication path; and transmitting the bit rate associated with the radio bearer to the wireless device to control a bit rate for the end-to-end communication path, wherein transmitting the bit rate associated with the radio bearer comprises transmitting a Medium Access Control, MAC, Control Element, CE, to the wireless device, the MAC CE comprising the bit rate associated with the radio bearer.
Method for producing a volume hologram in a photopolymer material, the method comprising exposing the photopolymer material with an exposure pattern that forms the volume hologram and fixing the volume hologram by introducing thermal energy into the exposed photopolymer material, the thermal energy being introduced by radiating in electromagnetic radiation in the short-wave infrared spectral region, characterized in that the photopolymer material is processed in a roll-to-roll process, the thermal energy being radiated into the exposed photopolymer material from both sides, at least two NIR radiators (1521, 1522) being arranged in succession along a travel path of the photopolymer material, the at least two NIR radiators (1521, 1522) on one side of the travel path each being opposite a reflector device (1523, 1524) on the other side of the travel path, the NIR radiators (1521, 1522) and the reflector devices (1523, 1524) being arranged alternately on the respective sides.
A method, comprising: receiving, by a media playback system from a computing device, an authorization code unique to a media service, the computing device being authorized to access media from the media service; obtaining, by the media playback system from the media service, using the authorization code, an authorization token that facilitates obtaining media from the media service, the authorization token being associated with a media service account of a user of the computing device; obtaining, by the media playback system from the media service using the authorization token, identification information associated with the media service account; and transmitting, by the media playback system to the media service, a request, using the authorization token, for a media item for playback by the media playback system. receiving, by a media playback system from a computing device, an authorization code unique to a media service, the computing device being authorized to access media from the media service; obtaining, by the media playback system from the media service, using the authorization code, an authorization token that facilitates obtaining media from the media service, the authorization token being associated with a media service account of a user of the computing device; obtaining, by the media playback system from the media service using the authorization token, identification information associated with the media service account; and transmitting, by the media playback system to the media service, a request, using the authorization token, for a media item for playback by the media playback system.
A fluid measurement system for measuring moving fluid along a length of a conduit, the system comprising: an elongate structure physically divided into a plurality of sampling sections along it's length and located in the conduit; a heated core element and a distributed temperature sensor along the length of the structure, said heated core element and said distributed temperature sensor arranged so that the temperature sensor is physically between the heated core and an outside surface of the structure to sense heat loss from the core to its environment, and said heated core element and said distributed temperature sensor are encased in a material which thermally isolates the heated core element from the moving fluid; one or more wires arranged along the length of the structure, said wires being configured to be usable as a transmission line; at least one high frequency signal generator for injecting a high frequency pulse along the wire of at least one sampling section of the structure; and a data acquisition unit for recording the heat loss along the distributed temperature sensor and the velocity of the high frequency pulse along each sampling section of the structure to provide a two-dimensional measure of fluid type and velocity simultaneously for the length of the conduit. an elongate structure physically divided into a plurality of sampling sections along it's length and located in the conduit; a heated core element and a distributed temperature sensor along the length of the structure, said heated core element and said distributed temperature sensor arranged so that the temperature sensor is physically between the heated core and an outside surface of the structure to sense heat loss from the core to its environment, and said heated core element and said distributed temperature sensor are encased in a material which thermally isolates the heated core element from the moving fluid; one or more wires arranged along the length of the structure, said wires being configured to be usable as a transmission line; at least one high frequency signal generator for injecting a high frequency pulse along the wire of at least one sampling section of the structure; and a data acquisition unit for recording the heat loss along the distributed temperature sensor and the velocity of the high frequency pulse along each sampling section of the structure to provide a two-dimensional measure of fluid type and velocity simultaneously for the length of the conduit.
Use of an aqueous dispersion of a vinyl acetate-ethylene copolymer, and of at least one polyethyleneimine, as binders in a carpet coating composition for producing carpets.
Locking device for a motor vehicle, comprising an operating means, in particular an internal or external operating lever, a latch and a Bowden cable (3, 4) arranged between the operating means and the latch, wherein the latch can be operated by means of the operating means and the Bowden cable (3, 4), and a functional unit arranged in the Bowden cable (3, 4), wherein the latch can be operated at least indirectly by means of the functional unit, wherein a mechanical idle stroke of the operating means can be implemented by means of the functional unit, wherein the Bowden cable (3, 4) interacts with a first deflection unit in the functional unit, wherein a switch element is arranged between the deflection unit and the Bowden cable (3, 4), wherein the switch element has a bistably mounted rocker lever, wherein the rocker lever is arranged pivotably on the first deflection unit, wherein the switch element has a pivotably mounted lever element, wherein the lever element can be brought into engagement with the rocker lever, wherein the lever element is constructed in two parts, wherein the lever element has at least a first bearing lever mounted in the functional unit and a second switch lever accommodated on the bearing lever, wherein the Bowden cable (3, 4) is directly connected to the bearing lever such that the first part of the Bowden cable is in engagement with the functional unit, wherein the first part of the Bowden cable is in engagement with the deflection unit via the switch element, wherein the first deflection unit has a coupling element by means of which a second deflection unit can be operated, wherein the second deflection unit has a control contour which operates a switch means when the second deflection unit is operated, as a result of which a drive unit is initialized.
A structure for a spring brake chamber formed by connecting a chamber case and a return spring housing case or a cylinder body base, comprising: a piston member having a spring receiving section which holds a power spring inside the chamber case and a cylinder body section which is interlocked with the spring receiving section; a diaphragm, arranged inside a return spring housing case chamber in the return spring housing case or inside a cylinder body base chamber in the cylinder body base, defining a pressure medium chamber, and deformed by an advancing and retracting operation of the cylinder body section; and a push rod member, advancing and retracting with an operation of the diaphragm, and performing braking or releasing of a brake, wherein the push rod member is formed with integral molding of a push plate and an axle body section with aluminum material, characterized in that the axle body section is formed with a central hole, and a protruding rod is fitted to the central hole. a piston member having a spring receiving section which holds a power spring inside the chamber case and a cylinder body section which is interlocked with the spring receiving section; a diaphragm, arranged inside a return spring housing case chamber in the return spring housing case or inside a cylinder body base chamber in the cylinder body base, defining a pressure medium chamber, and deformed by an advancing and retracting operation of the cylinder body section; and a push rod member, advancing and retracting with an operation of the diaphragm, and performing braking or releasing of a brake, wherein the push rod member is formed with integral molding of a push plate and an axle body section with aluminum material, characterized in that the axle body section is formed with a central hole, and a protruding rod is fitted to the central hole.
A cleaning device for an optical sensor module of a motor vehicle comprising a housing, an optical sensor housed in the housing, characterized in that the cleaning device comprises a cylindrical flange having first snap-fitting members shaped to engage with second snap-fitting members borne by the sensor module, the first and second snap-fitting members being configured in such a way that, in the mounted state, the axis of the cylindrical flange coincides with the optical axis of the optical sensor, and at least one pipe (35; 37) having spray orifices (350; 370) is fixed to the inner wall of the cylindrical flange, the spray orifices (350; 370) being oriented toward the optic.
A method performed by a data processing system and comprising: generating a machine tool post processor having a plurality of layers including a library layer, a controller layer, and at least one other layer (206, 208, 210, 212, 214); interacting with a user in a dynamic user interface corresponding to the machine tool post processor; and storing the machine tool post processor; wherein each of the plurality of layers (202, 204, 206, 208, 210, 212, 214) is associated with an access level defined by properties of the layers (202, 204, 206, 208, 210, 212, 214); wherein the dynamic user interface selectively displays the plurality of layers (202, 204, 206, 208, 210, 212, 214) based on corresponding access levels; wherein the at least one other layer includes one or more of a customer layer, a service layer, a machine layer, an original equipment manufacturer layer, and a machine tool builder layer; wherein the data processing system also extracts kinematics and NC data from a machine tool and stores the kinematics and NC data in the machine tool post processor; wherein the dynamic user interface is dynamically generated from the machine tool post processor; wherein the dynamic user interface is provided with objects, each object having associated properties, and each property having a value; and wherein for every property item in each layer, the post processor author may decide which type of license is necessary to see the value for the property or to do some modifications to it. generating a machine tool post processor having a plurality of layers including a library layer, a controller layer, and at least one other layer (206, 208, 210, 212, 214); interacting with a user in a dynamic user interface corresponding to the machine tool post processor; and storing the machine tool post processor; wherein each of the plurality of layers (202, 204, 206, 208, 210, 212, 214) is associated with an access level defined by properties of the layers (202, 204, 206, 208, 210, 212, 214); wherein the dynamic user interface selectively displays the plurality of layers (202, 204, 206, 208, 210, 212, 214) based on corresponding access levels; wherein the at least one other layer includes one or more of a customer layer, a service layer, a machine layer, an original equipment manufacturer layer, and a machine tool builder layer; wherein the data processing system also extracts kinematics and NC data from a machine tool and stores the kinematics and NC data in the machine tool post processor; wherein the dynamic user interface is dynamically generated from the machine tool post processor; wherein the dynamic user interface is provided with objects, each object having associated properties, and each property having a value; and wherein for every property item in each layer, the post processor author may decide which type of license is necessary to see the value for the property or to do some modifications to it.
An apparatus for use in association with a vehicle having a windshield, said apparatus comprising: a bracket adapted to be connected with the windshield of the vehicle, and a module, said module comprising a rain sensor and a rain sensor coupler and being adapted to be connected with said bracket to position said rain sensor disposed within said module relative to the windshield of the vehicle, said module having a first end portion which pivotally engages a first end portion of said bracket to position said module for pivotal movement relative to said bracket from a disengaged condition in which a second end portion of said module is spaced from a second end portion of said bracket and in which said rain sensor coupler connected to said module is spaced from the windshield to an engaged condition in which said second end portion of said module engages said second end portion of said bracket and in which said rain sensor coupler is pressed against the windshield with a predetermined force; characterized in that said module includes a base section and a cover section that enclose the rain sensor, said rain sensor coupler extending through an opening in said base section. a bracket adapted to be connected with the windshield of the vehicle, and a module, said module comprising a rain sensor and a rain sensor coupler and being adapted to be connected with said bracket to position said rain sensor disposed within said module relative to the windshield of the vehicle, said module having a first end portion which pivotally engages a first end portion of said bracket to position said module for pivotal movement relative to said bracket from a disengaged condition in which a second end portion of said module is spaced from a second end portion of said bracket and in which said rain sensor coupler connected to said module is spaced from the windshield to an engaged condition in which said second end portion of said module engages said second end portion of said bracket and in which said rain sensor coupler is pressed against the windshield with a predetermined force; characterized in that said module includes a base section and a cover section that enclose the rain sensor, said rain sensor coupler extending through an opening in said base section.