mhurhangee/ep-ind-claims huggingface dataset:
A discovery signal transmission method, comprising: receiving, by first user equipment, a first message sent by a base station; determining, by the first user equipment, a first resource according to the first message, wherein the first resource is a time and/or frequency resource; and detecting, by the first user equipment, a discovery signal on the first resource, characterized in that the first message indicates the first resource used to detect the discovery signal, the determining, by the first user equipment, the first resource according to the first message comprises: determining, by the first user equipment, a first bearer resource that bears the first message, wherein the first bearer resource is a time resource and/or frequency resource that bear the first message; and determining, by the first user equipment, the first resource according to the first bearer resource and first mapping information, wherein the first mapping information is a preset mapping relationship between the first bearer resource and the first resource. receiving, by first user equipment, a first message sent by a base station; determining, by the first user equipment, a first resource according to the first message, wherein the first resource is a time and/or frequency resource; and detecting, by the first user equipment, a discovery signal on the first resource, characterized in that the first message indicates the first resource used to detect the discovery signal, the determining, by the first user equipment, the first resource according to the first message comprises: determining, by the first user equipment, a first bearer resource that bears the first message, wherein the first bearer resource is a time resource and/or frequency resource that bear the first message; and determining, by the first user equipment, the first resource according to the first bearer resource and first mapping information, wherein the first mapping information is a preset mapping relationship between the first bearer resource and the first resource. determining, by the first user equipment, a first bearer resource that bears the first message, wherein the first bearer resource is a time resource and/or frequency resource that bear the first message; and determining, by the first user equipment, the first resource according to the first bearer resource and first mapping information, wherein the first mapping information is a preset mapping relationship between the first bearer resource and the first resource.
A system for combining a plurality of laser beamlets to form a single annular beam using spectral beam combination, the system comprising: a plurality of laser sources (211, 212, 213) that emit a plurality of beamlets, wherein each one of the plurality of beamlets has a different wavelength; a beam annularizer (111, 113, 220, 221, 222, 402, 416, 517, 527, 801, 802, 1001) that includes a plurality of optical units arranged to receive the beamlets, and configured to convert each beamlet into a respective annular beam that has an annular cross-sectional power profile; a beam-intersection transform element (230, 510, 520); and a beam combiner grating, wherein the beam-intersection transform element (230, 510, 520) is configured to point each respective one of the plurality of annular beams in an angular intersection arrangement toward a first area of the beam combiner grating, and wherein the beam combiner grating is configured to combine the plurality of wavelengths in the plurality of annular beams into a first annular spectrally combined beam. a plurality of laser sources (211, 212, 213) that emit a plurality of beamlets, wherein each one of the plurality of beamlets has a different wavelength; a beam annularizer (111, 113, 220, 221, 222, 402, 416, 517, 527, 801, 802, 1001) that includes a plurality of optical units arranged to receive the beamlets, and configured to convert each beamlet into a respective annular beam that has an annular cross-sectional power profile; a beam-intersection transform element (230, 510, 520); and a beam combiner grating, wherein the beam-intersection transform element (230, 510, 520) is configured to point each respective one of the plurality of annular beams in an angular intersection arrangement toward a first area of the beam combiner grating, and wherein the beam combiner grating is configured to combine the plurality of wavelengths in the plurality of annular beams into a first annular spectrally combined beam.
Cooking chamber device having at least one cooking chamber unit (10; 46; 66), which has at least one heating element (18, 20; 48; 70), wherein the at least one heating element (18, 20; 48; 70) is embodied at least partially as a thick-film element, which is attached to a support made of metal, characterised in that the thick-film element is produced by applying a film by means of plasma spraying.
Method for preparing a pattern to be printed on a plate or mask by electron beam lithography, comprising the following steps: - modelling of the pattern by breaking down this pattern into a set (M f) of elementary geometric shapes (M f [1,1],..., M f [N f, N f]) intended to be printed individually in order to reproduce said pattern, and recording of the model obtained in memory, and - for each elementary geometric shape of the model, determination (104, 106), by a processor having access to the memory, of a dose of electrical charges to be applied to the electron beam during the individual printing of this elementary geometric shape, this dose being chosen from a discrete set of doses that includes several predetermined non-zero doses recorded in memory, wherein the set of elementary geometric shapes (M f [1,1],..., M f [N f, N f]) is a bidimensional paving of identical elementary geometric shapes covering the pattern to be printed, and characterized in that, when the doses to be applied to the geometric shapes are determined (104, 106), a discretisation error correction is performed by dithering. - modelling of the pattern by breaking down this pattern into a set (M f) of elementary geometric shapes (M f [1,1],..., M f [N f, N f]) intended to be printed individually in order to reproduce said pattern, and recording of the model obtained in memory, and - for each elementary geometric shape of the model, determination (104, 106), by a processor having access to the memory, of a dose of electrical charges to be applied to the electron beam during the individual printing of this elementary geometric shape, this dose being chosen from a discrete set of doses that includes several predetermined non-zero doses recorded in memory,
A method, comprising: transmitting a service request by a user equipment, UE, to initiate a service request procedure in a mobile communication network (311, 411); wherein the method is characterized by further comprising: stopping a first timer and starting a second timer upon the service request procedure is completed (321, 421), wherein the service request procedure is completed when the UE receives a security protected non-access stratum, NAS, message or an indication that user plane radio bearers are setup up; receiving a SERVICE ACCEPT message from a mobility management entity, MME, after the service request procedure is completed (323, 424); determining whether the second timer has expired when receiving the SERVICE ACCEPT message; and transmitting an error status to the MME when the SERVICE ACCEPT message is received after the expiry of the second timer. transmitting a service request by a user equipment, UE, to initiate a service request procedure in a mobile communication network (311, 411); wherein the method is characterized by further comprising: stopping a first timer and starting a second timer upon the service request procedure is completed (321, 421), wherein the service request procedure is completed when the UE receives a security protected non-access stratum, NAS, message or an indication that user plane radio bearers are setup up; receiving a SERVICE ACCEPT message from a mobility management entity, MME, after the service request procedure is completed (323, 424); determining whether the second timer has expired when receiving the SERVICE ACCEPT message; and transmitting an error status to the MME when the SERVICE ACCEPT message is received after the expiry of the second timer. stopping a first timer and starting a second timer upon the service request procedure is completed (321, 421), wherein the service request procedure is completed when the UE receives a security protected non-access stratum, NAS, message or an indication that user plane radio bearers are setup up; receiving a SERVICE ACCEPT message from a mobility management entity, MME, after the service request procedure is completed (323, 424); determining whether the second timer has expired when receiving the SERVICE ACCEPT message; and transmitting an error status to the MME when the SERVICE ACCEPT message is received after the expiry of the second timer.
A remote combustion deposition system (600, 700) for use in combustion deposition depositing a coating on a substrate, comprising: an infrared burner configured to generate radiant energy in an area between the burner and the substrate; and a distribution device, wherein the distribution device is arranged externally to the burner, configured to provide a stream comprising a vaporized precursor and a carrier gas from a location that is remote from the radiant energy generated by the IR burner, the distribution device being further configured to cause the stream to flow parallel to the substrate between the substrate and the IR burner, wherein, in operation, the stream is laminar when exiting the distribution device, and wherein, in operation, the radiant energy is sufficient to cause the precursor in the stream to be combusted and to heat the substrate to allow at least a portion of the combusted precursor to form the coating, directly or indirectly, on the substrate. an infrared burner configured to generate radiant energy in an area between the burner and the substrate; and a distribution device, wherein the distribution device is arranged externally to the burner, configured to provide a stream comprising a vaporized precursor and a carrier gas from a location that is remote from the radiant energy generated by the IR burner, the distribution device being further configured to cause the stream to flow parallel to the substrate between the substrate and the IR burner, wherein, in operation, the stream is laminar when exiting the distribution device, and wherein, in operation, the radiant energy is sufficient to cause the precursor in the stream to be combusted and to heat the substrate to allow at least a portion of the combusted precursor to form the coating, directly or indirectly, on the substrate.
A device for collecting water from the outer surface of a flexible hose for water delivery that is extractable from a wall associated to a sanitary apparatus, said device comprising furthermore: - a hose, - a tubular guide body of the extractable flexible hose, which can be fixed with respect to said wall, preferably in a position relatively close thereto, wherein - said hose is flexible and extractable, - the device comprises a container for collection of water, that surrounds at least partially said tubular guide body so as to define a chamber for collection of water; and - sealing means, preferably carried by said tubular guide body, within which the flexible hose is engaged in a slidable way, said sealing means being capable to prevent a passage of water between the outer surface of the flexible hose and the internal surface of the tubular guide body so as to force the water that has remained on the outer surface of the flexible hose to trickle on the outside of the tubular guide body within said collection chamber, wherein said chamber for collection of water comprises a connector defining a channel which is provided for the discharge of the water. - a hose, - a tubular guide body of the extractable flexible hose, which can be fixed with respect to said wall, preferably in a position relatively close thereto, wherein - said hose is flexible and extractable, - the device comprises a container for collection of water, that surrounds at least partially said tubular guide body so as to define a chamber for collection of water; and - sealing means, preferably carried by said tubular guide body, within which the flexible hose is engaged in a slidable way, said sealing means being capable to prevent a passage of water between the outer surface of the flexible hose and the internal surface of the tubular guide body so as to force the water that has remained on the outer surface of the flexible hose to trickle on the outside of the tubular guide body within said collection chamber,
A distributor device of fertilizer substances comprising storing means of a fertilizer substance, a plurality of distribution conduits connected to the storing means, at least a source of high-velocity air connected to the distribution conduits for distributing, in use, the fertilizer substance, the device further comprising: - at least a connecting element, comprising at least two infeeds and at least one outfeed, - the connecting element being connected to at least two of the distribution conduits so as to convey, in use, the fertilizer substance coming from at least the two distribution conduits to the at least one outfeed, characterised in that - the connecting element comprises at least a venting device. - at least a connecting element, comprising at least two infeeds and at least one outfeed, - the connecting element being connected to at least two of the distribution conduits so as to convey, in use, the fertilizer substance coming from at least the two distribution conduits to the at least one outfeed, characterised in that - the connecting element comprises at least a venting device.
A torque tube for a brake assembly, the torque tube comprising: a first tube segment having a first end, the first tube segment including a first outer diameter extending from the first end to a concatenation location and defining a first length; and a second tube segment coupled to said first tube segment at the concatenation location, the second tube segment having a conical back leg portion, the second tube segment including a second outer diameter extending from the concatenation location to the conical back leg portion and defining a second length; and a foot extending radially from said concatenation location, and characterized in that said torque tube undergoes a change of thickness at the concatenation location resulting in said first tube segment having a first thickness along the first length different from a second thickness along the second length of said second tube segment; wherein said second thickness is sized to be 50% to 75% greater than said first thickness, with a tolerance of plus or minus 10%. a first tube segment having a first end, the first tube segment including a first outer diameter extending from the first end to a concatenation location and defining a first length; and a second tube segment coupled to said first tube segment at the concatenation location, the second tube segment having a conical back leg portion, the second tube segment including a second outer diameter extending from the concatenation location to the conical back leg portion and defining a second length; and a foot extending radially from said concatenation location, and characterized in that said torque tube undergoes a change of thickness at the concatenation location resulting in said first tube segment having a first thickness along the first length different from a second thickness along the second length of said second tube segment; wherein said second thickness is sized to be 50% to 75% greater than said first thickness, with a tolerance of plus or minus 10%.
An access device which copies data between a first wireless information recording device and a second wireless information recording device, the access device comprising: a file copy controller which retrieves a first file system management information of a file system constructed on the first wireless information recording device and a second file system management information of a file system constructed on the second wireless information recording device, the file copy controller identifying a logical address of a transfer source, a logical address of a transfer destination and a transfer data size from the first file system management information and the second file system management information, and generating a FS (File System) transfer list which lists the logical addresses together with the transfer data size; and the file copy controller inputting the generated FS (File System) transfer list to the first non-volatile memory controller which controls the first non-volatile memory of the first wireless information recording device and making the first non-volatile memory controller of the first wireless information recording device copy data between the first wireless information recording device and the second wireless information recording device based on the FS (File System) transfer list. a file copy controller which retrieves a first file system management information of a file system constructed on the first wireless information recording device and a second file system management information of a file system constructed on the second wireless information recording device, the file copy controller identifying a logical address of a transfer source, a logical address of a transfer destination and a transfer data size from the first file system management information and the second file system management information, and generating a FS (File System) transfer list which lists the logical addresses together with the transfer data size; and the file copy controller inputting the generated FS (File System) transfer list to the first non-volatile memory controller which controls the first non-volatile memory of the first wireless information recording device and making the first non-volatile memory controller of the first wireless information recording device copy data between the first wireless information recording device and the second wireless information recording device based on the FS (File System) transfer list.
A method comprising: tracking channel variation of a wireless channel by a wireless station (102, 103, 104), hereinafter STA, in an orthogonal frequency division multiplexing, hereinafter OFDM, communication network, wherein the STA measures pilots and estimates the wireless channel at multiple OFDM symbols; determining a channel variation metric based on the channel estimation at the multiple OFDM symbols; inserting a channel variation information element, hereinafter IE, based on the channel variation metric into a radio frame; and transmitting the radio frame to an access point, hereinafter AP, of the OFDM communication network; characterized in that the IE includes an element ID field identifying the IE, a length field identifying the length of the IE, and multiple consecutive channel variation metric fields, wherein each of the channel variation metric fields comprises a time distance in OFDM symbols followed by a quantized value of the channel variation metric within a time difference corresponding to the respective time distance in OFDM symbols. tracking channel variation of a wireless channel by a wireless station (102, 103, 104), hereinafter STA, in an orthogonal frequency division multiplexing, hereinafter OFDM, communication network, wherein the STA measures pilots and estimates the wireless channel at multiple OFDM symbols; determining a channel variation metric based on the channel estimation at the multiple OFDM symbols; inserting a channel variation information element, hereinafter IE, based on the channel variation metric into a radio frame; and transmitting the radio frame to an access point, hereinafter AP, of the OFDM communication network;
A fabric for acquiring physiological signals comprising at least an elastic and electrically conductive track having a thickness of from 120 μm to 800 μm wherein the elastic and electrically conductive track is integrated into the fabric, characterised in that the elastic and electrically conductive track consists of a silicone rubber loaded with an electrically conductive material which has penetrated into interstices between strands of the fabric thereby integrating and anchoring the elastic and electrically conductive track into the fabric.
A system comprising: an antenna array having a plurality of antenna elements; a plurality of phase shifters, wherein each phase shifter is coupled with a respective one of the plurality of antenna elements; and logic configured to vary an effective radiation pattern of the antenna array to determine a spatial location of a wireless device communicatively coupled with the system; wherein the logic configured to vary the effective radiation pattern of the antenna array is configured to first perform a 180 degrees search for a broad location of the wireless device communicatively coupled with the system and to then perform a 45 degrees search to determine an accurate location of the wireless device communicatively coupled with the system. an antenna array having a plurality of antenna elements; a plurality of phase shifters, wherein each phase shifter is coupled with a respective one of the plurality of antenna elements; and logic configured to vary an effective radiation pattern of the antenna array to determine a spatial location of a wireless device communicatively coupled with the system; wherein the logic configured to vary the effective radiation pattern of the antenna array is configured to first perform a 180 degrees search for a broad location of the wireless device communicatively coupled with the system and to then perform a 45 degrees search to determine an accurate location of the wireless device communicatively coupled with the system.
A welding system comprising: a welding torch, a welding power supply, a wire feeder, a welding stand, a computer, a sensing device coupled to the computer and a display, wherein the sensing device includes a motion tracking system comprising a camera having a lens; characterized in that the camera has a face on a side of the camera having the lens, that the camera includes one or more infrared emitters configured to emit infrared light, and that the welding system further comprises a cover disposed over the lens of the camera, wherein the emitters and the cover are arranged such that the cover is configured to enable infrared light from the emitters to pass therethrough and to block environmental elements from contacting the lens of the camera, and wherein the cover is disposed over the lens of the camera at an angle relative to the face of the camera, and the angle is between approximately 10 and 60 degrees. a welding torch, a welding power supply, a wire feeder, a welding stand, a computer, a sensing device coupled to the computer and a display, wherein the sensing device includes a motion tracking system comprising a camera having a lens; characterized in that the camera has a face on a side of the camera having the lens, that the camera includes one or more infrared emitters configured to emit infrared light, and that the welding system further comprises a cover disposed over the lens of the camera, wherein the emitters and the cover are arranged such that the cover is configured to enable infrared light from the emitters to pass therethrough and to block environmental elements from contacting the lens of the camera, and wherein the cover is disposed over the lens of the camera at an angle relative to the face of the camera, and the angle is between approximately 10 and 60 degrees.