mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: retrieving , by at least one computer processor , a first set of television program data for television programming provided on a plurality of television channels; retrieving, by at least one computer processor, a second set of television program data for television programming provided on a requested television channel; comparing , by at least one computer processor, the retrieved first set of television program data for television programming provided on the plurality of television channels to the second set of television program data for television programming provided on a requested television channel; in response to the comparing, determining , by at least one computer processor, which one of the plurality of television channels matches the requested television channel based on the comparison of the retrieved first set of television program data for television programming provided on the plurality of television channels to the second set of television program data for television programming provided on the requested television channel; and in response to the determining, retrieving , by at least one computer processor, a channel identifier for the one of the plurality of television channels that matches the requested television channel, the channel identifier associated with a first service provider that provides access to the plurality of television channels. retrieving , by at least one computer processor , a first set of television program data for television programming provided on a plurality of television channels; retrieving, by at least one computer processor, a second set of television program data for television programming provided on a requested television channel; comparing , by at least one computer processor, the retrieved first set of television program data for television programming provided on the plurality of television channels to the second set of television program data for television programming provided on a requested television channel; in response to the comparing, determining , by at least one computer processor, which one of the plurality of television channels matches the requested television channel based on the comparison of the retrieved first set of television program data for television programming provided on the plurality of television channels to the second set of television program data for television programming provided on the requested television channel; and in response to the determining, retrieving , by at least one computer processor, a channel identifier for the one of the plurality of television channels that matches the requested television channel, the channel identifier associated with a first service provider that provides access to the plurality of television channels.
A method for producing a polycrystalline diamond body, the method comprising: a first step of heat-treating a powder of high-pressure-phase carbon at higher than or equal to 1300°C in an atmosphere free from oxygen to obtain a heat-treated carbon powder; and a second step of sintering the heat-treated carbon powder under conditions of greater than or equal to 12 GPa and less than or equal to 25 GPa and higher than or equal to 1200°C and lower than or equal to 2300°C to obtain a polycrystalline diamond body, wherein the high-pressure-phase carbon includes at least one of diamond and hexagonal diamond. a first step of heat-treating a powder of high-pressure-phase carbon at higher than or equal to 1300°C in an atmosphere free from oxygen to obtain a heat-treated carbon powder; and a second step of sintering the heat-treated carbon powder under conditions of greater than or equal to 12 GPa and less than or equal to 25 GPa and higher than or equal to 1200°C and lower than or equal to 2300°C to obtain a polycrystalline diamond body, wherein the high-pressure-phase carbon includes at least one of diamond and hexagonal diamond.
A method, executable by a computing device, the method comprising: identifying a statistical evaluation for a member amongst multiple members within a cluster that is dedicated to a microservice; based on the statistical evaluation, identifying one of the multiple members within the cluster experiencing a soft failure, wherein a soft failure is a degradation of a system and/or component over time; in response to the identification of the one of the members within the cluster experiencing a soft failure: determining which action among multiple actions should be performed at the one of the members within the cluster experiencing a soft failure; and performing the action such that the cluster continues to execute the microservice, collecting metric data from each of the multiple members; storing the metric data within a data store; and retrieving the metric data from the data store to calculate the statistical evaluation for each member, characterized in that the method further comprises: performing a recycle on each member in the cluster on a random basis so that the metric data provides a baseline measurement for each of the multiple members and wherein each of the multiple members performs a recycle at different times. identifying a statistical evaluation for a member amongst multiple members within a cluster that is dedicated to a microservice; based on the statistical evaluation, identifying one of the multiple members within the cluster experiencing a soft failure, wherein a soft failure is a degradation of a system and/or component over time; in response to the identification of the one of the members within the cluster experiencing a soft failure: determining which action among multiple actions should be performed at the one of the members within the cluster experiencing a soft failure; and performing the action such that the cluster continues to execute the microservice, determining which action among multiple actions should be performed at the one of the members within the cluster experiencing a soft failure; and performing the action such that the cluster continues to execute the microservice, collecting metric data from each of the multiple members; storing the metric data within a data store; and retrieving the metric data from the data store to calculate the statistical evaluation for each member, characterized in that the method further comprises: performing a recycle on each member in the cluster on a random basis so that the metric data provides a baseline measurement for each of the multiple members and wherein each of the multiple members performs a recycle at different times.
A camera module comprising: a lens group ; a lens support unit configured to accommodate the lens group ; a magnet disposed on an outer surface of the lens support unit ; a yoke part that is disposed apart from and faces the magnet ; and a coil disposed on the yoke part to face and be spaced apart from the magnet between the magnet and the yoke part , wherein: all the lens group , the lens support unit , and the magnet move along an optical axis according to a current applied to the coil ; characterised in that : the yoke part includes a first yoke (322-1) and a second yoke (322-2) disposed on the first yoke (322-1); the second yoke (322-2) is disposed between the first yoke (322-1) and the coil ; and magnetic permeability of the first yoke (322-1) is greater than magnetic permeability of the second yoke (322-2). a lens group ; a lens support unit configured to accommodate the lens group ; a magnet disposed on an outer surface of the lens support unit ; a yoke part that is disposed apart from and faces the magnet ; and a coil disposed on the yoke part to face and be spaced apart from the magnet between the magnet and the yoke part , wherein: all the lens group , the lens support unit , and the magnet move along an optical axis according to a current applied to the coil ; characterised in that : the yoke part includes a first yoke (322-1) and a second yoke (322-2) disposed on the first yoke (322-1); the second yoke (322-2) is disposed between the first yoke (322-1) and the coil ; and magnetic permeability of the first yoke (322-1) is greater than magnetic permeability of the second yoke (322-2). all the lens group , the lens support unit , and the magnet move along an optical axis according to a current applied to the coil ; characterised in that : the yoke part includes a first yoke (322-1) and a second yoke (322-2) disposed on the first yoke (322-1); the second yoke (322-2) is disposed between the first yoke (322-1) and the coil ; and magnetic permeability of the first yoke (322-1) is greater than magnetic permeability of the second yoke (322-2).
A data transmission method for transmitting an uplink OFDMA PPDU in a bandwidth, wherein the bandwidth is of multiple 20MHz channels, wherein the uplink OFDMA PPDU comprises a common signaling portion and a data portion, wherein a frequency resource unit, RU, within the bandwidth is allocated for the data portion; wherein the RU is located in one 20MHz channel and is smaller than 20MHz, or, the RU is located in multiple 20MHz channels and is smaller than the multiple 20MHz; wherein the common signaling portion includes a legacy preamble and an HE-SIG-A; wherein the method comprises: sending, by a station STA, the legacy preamble and the HE-SIG-A only on the one or multiple 20MHz channels where the allocated RU is located; and sending, by the STA, the data portion in the uplink OFDMA PPDU on the allocated RU. sending, by a station STA, the legacy preamble and the HE-SIG-A only on the one or multiple 20MHz channels where the allocated RU is located; and sending, by the STA, the data portion in the uplink OFDMA PPDU on the allocated RU.
Blood treatment apparatus configured for carrying out a hemodialysis and/or hemofiltration and/or hemodiafiltration having a drive unit for an impeller blood pump and having a control and processing unit which is configured and/or programmed to control and/or regulate the drive unit for the impeller blood pump, wherein the control and processing unit is configured for an operation in which the impeller blood pump is operated in a pulsating manner by adding a pulsating speed portion to a first constant speed, characterized in that the control and processing unit is configured and/or programmed in such a manner that the pump pulsations are set based upon measured pressure pulse waves in the extracorporeal blood circuit.
A needle device comprising: a needle having a longitudinal axis , a proximal end , and a sharp distal tip ; a needle shield assembly including a needle blocker (39; 110), the needle shield assembly being associated with the needle and moveable from a non-shielding position to a shielding position in which the sharp distal tip is covered by at least part of the needle shield assembly ; a hub substantially coaxial with the needle, the hub having an engaging member on an exterior side thereof, a bushing disposed about the needle and disposed at least partly within the needle shield assembly in both the non-shielding and shielding positions, wherein the bushing has an inner surface and an outer surface, and in the shielding position, the sharp distal tip is positioned within the bushing , and at least a portion of the needle blocker (39; 110) extends over a distal end of the bushing , blocking distal movement of the sharp distal tip of the needle , characterized in that in the non-shielding position, the needle blocker (39; 110) is biased radially inward against the outer surface of the bushing . a needle having a longitudinal axis , a proximal end , and a sharp distal tip ; a needle shield assembly including a needle blocker (39; 110), the needle shield assembly being associated with the needle and moveable from a non-shielding position to a shielding position in which the sharp distal tip is covered by at least part of the needle shield assembly ; a hub substantially coaxial with the needle, the hub having an engaging member on an exterior side thereof, a bushing disposed about the needle and disposed at least partly within the needle shield assembly in both the non-shielding and shielding positions, wherein the bushing has an inner surface and an outer surface, and in the shielding position, the sharp distal tip is positioned within the bushing , and at least a portion of the needle blocker (39; 110) extends over a distal end of the bushing , blocking distal movement of the sharp distal tip of the needle , characterized in that in the non-shielding position, the needle blocker (39; 110) is biased radially inward against the outer surface of the bushing .
A method of managing file security in a multi-host cluster environment, comprising: passing a request for a file from a secure file system layer on one of a plurality of hosts in the multi-host cluster environment through a cluster file system layer on the one of the plurality of hosts to a secure volume manager layer on the one of the plurality of hosts, wherein the file is to be written to or read from a network shared storage coupled to the plurality of hosts; locking at least a portion of the file as affected by the request, at the cluster file system layer the locking preventing access by other requests; passing one or more keys from the secure file system layer to the secure volume manager layer; decrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a read request for the file, prior to sending the decrypted file to the secure file system layer; and encrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a write request for the file, prior to sending the encrypted file to an input/output layer wherein at least one method operation is executed through a processor. passing a request for a file from a secure file system layer on one of a plurality of hosts in the multi-host cluster environment through a cluster file system layer on the one of the plurality of hosts to a secure volume manager layer on the one of the plurality of hosts, wherein the file is to be written to or read from a network shared storage coupled to the plurality of hosts; locking at least a portion of the file as affected by the request, at the cluster file system layer the locking preventing access by other requests; passing one or more keys from the secure file system layer to the secure volume manager layer; decrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a read request for the file, prior to sending the decrypted file to the secure file system layer; and encrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a write request for the file, prior to sending the encrypted file to an input/output layer wherein at least one method operation is executed through a processor.
Lighting module , in particular for a street lighting apparatus, extending between two module ends symmetrical with respect to a module axis (X) and defining a front edge orthogonal to the module axis (X), said the lighting module comprising two module portions suitable to illuminate respective portions of an object, said module portions being equal to each other and symmetrical with respect to the module axis (X), each module portion comprising a lighting source and a corresponding reflector , where said lighting sources lie on a same source plane (α), have a source axis (W) being orthogonal to the source plane (α) and are placed at said module ends, each reflector comprising a side wall that extends parallel to the module axis (X) and that extends from the source plane (α) forming a parabolic surface with a parabola axis (Y) inclined with respect to the source plane (α), a first inclined plane that extends with increasing width from the lighting source until in proximity of the module axis (X), and a second inclined plane that extends with increasing width from the lighting source toward the front edge of the lighting module substantially orthogonal to the module axis (X).
Classifying apparatus for classifying and/or homogenizing a granular material flow, comprising a first classifying stage and a second classifying stage , wherein each classifying stage has a respective material inlet for admitting material to be classified into the respective classifying stage , a coarse-material outlet for discharging coarse material from the respective classifying stage , and a fine-material outlet for discharging the fine material from the respective classifying stage , characterized in that each classifying stage has a respective rotary cage , which can be rotated about its vertically aligned longitudinal axis, wherein the fine-material outlet of the first classifying stage is connected to the second classifying stage , with the result that fine material of the first classifying stage can be fed to the second classifying stage , wherein the second classifying stage is arranged completely below the first classifying stage .
A robotic device (10.1) for handling catalyst material in an interior of a reactor , characterized in that the robotic device (10.1) comprises: a body configured to engage a flange of the reactor , wherein an inner edge of the flange defines an opening in the reactor ; and a handling arm connected to the body and having a free end, the handling arm comprising at least one segment which is telescopically extendible/retractable relative to the body , wherein at least a part of the handling arm including the free end is configured to extend through the opening in the reactor into the interior of the reactor, and wherein the handling arm is configured to receive or connect to a vacuum line to form a cleaning arm for removing catalyst material from the interior of the reactor such that the free end of the handling arm and an inlet end of the vacuum line are proximate each other, wherein the body includes a base plate which is configured to engage the flange of the reactor and a head which is articulated to the base plate for rotation relative to the base plate about a rotation axis ; wherein the handling arm is in the form of a multistage telescopic handling arm which comprises a frame assembly which defines a central passageway along its length which is configured to receive or connect to the vacuum line to form the cleaning arm , and wherein the head of the body defines a longitudinally extending receiving channel therein, the handling arm being connected to the head of the body and being longitudinally displaceable relative to the head of the body within the receiving channel. a body configured to engage a flange of the reactor , wherein an inner edge of the flange defines an opening in the reactor ; and a handling arm connected to the body and having a free end, the handling arm comprising at least one segment which is telescopically extendible/retractable relative to the body , wherein at least a part of the handling arm including the free end is configured to extend through the opening in the reactor into the interior of the reactor, and wherein the handling arm is configured to receive or connect to a vacuum line to form a cleaning arm for removing catalyst material from the interior of the reactor such that the free end of the handling arm and an inlet end of the vacuum line are proximate each other, wherein the body includes a base plate which is configured to engage the flange of the reactor and a head which is articulated to the base plate for rotation relative to the base plate about a rotation axis ; wherein the handling arm is in the form of a multistage telescopic handling arm which comprises a frame assembly which defines a central passageway along its length which is configured to receive or connect to the vacuum line to form the cleaning arm , and wherein the head of the body defines a longitudinally extending receiving channel therein, the handling arm being connected to the head of the body and being longitudinally displaceable relative to the head of the body within the receiving channel.
Optical system for EUV lithography, comprising a reflective optical element for grazing incidence in the extreme ultraviolet wavelength range, having a reflective coating on a substrate , characterized in that - the reflective coating is configured to have one, two, three or four layers, - the reflective coating has a thickness (D) of more than 50 nm and - the reflective coating is designed as a single layer made of a boride of any stoichiometry of one or more metals of the group of molybdenum, ruthenium, niobium, zircon, rhodium, rhenium, palladium, gold, platinum, tantalum, tungsten, osmium, iridium, titanium, hafnium, magnesium, calcium and strontium, or as a system with different layers made of borides of different metals or metal combinations of said group of metals. - the reflective coating is configured to have one, two, three or four layers, - the reflective coating has a thickness (D) of more than 50 nm and - the reflective coating is designed as a single layer made of a boride of any stoichiometry of one or more metals of the group of molybdenum, ruthenium, niobium, zircon, rhodium, rhenium, palladium, gold, platinum, tantalum, tungsten, osmium, iridium, titanium, hafnium, magnesium, calcium and strontium, or as a system with different layers made of borides of different metals or metal combinations of said group of metals.
A chemiluminescence analyzer comprising: a reactor to cause waste liquid discharged from a blood purification apparatus to react with a reagent solution; a photodetector to measure an intensity of chemiluminescence arising in the reactor ; a first liquid conveyor to convey the waste liquid from a waste liquid passage of the blood purification apparatus to the reactor ; a second liquid conveyor to convey the reagent solution to the reactor ; a liquid mixture passage extending from the reactor to convey a liquid mixture including the waste liquid and the reagent solution after reaction; a joint to couple the liquid mixture passage to the waste liquid passage of the blood purification apparatus ; means for communicating (165; 160) with an external device (310; 320); and characterised by comprising a non-return valve to prevent the liquid mixture from flowing to the first liquid conveyor . a reactor to cause waste liquid discharged from a blood purification apparatus to react with a reagent solution; a photodetector to measure an intensity of chemiluminescence arising in the reactor ; a first liquid conveyor to convey the waste liquid from a waste liquid passage of the blood purification apparatus to the reactor ; a second liquid conveyor to convey the reagent solution to the reactor ; a liquid mixture passage extending from the reactor to convey a liquid mixture including the waste liquid and the reagent solution after reaction; a joint to couple the liquid mixture passage to the waste liquid passage of the blood purification apparatus ; means for communicating (165; 160) with an external device (310; 320); and characterised by comprising a non-return valve to prevent the liquid mixture from flowing to the first liquid conveyor .