mhurhangee/ep-ind-claims huggingface dataset:
A method of limiting traffic, wherein the method is applied to a content delivery network comprising a central node and a plurality of distributed nodes, comprising: sending, by a distributed node, a service volume in a current preset time period to a central node according to a fixed period; wherein the service volume in the current preset time period is a service volume within a period of time before the current time; performing calculation, by the central node, to determine a traffic proportion of each of the plurality of distributed nodes according to the service volume received from each distributed node, and performing calculation to determine a decision quota corresponding to each distributed node according to the traffic proportion of each distributed node, and sending the decision quota to each corresponding distributed node; the larger the traffic proportion is, the higher the corresponding decision quota is; receiving, by the distributed node, the decision quota sent by the central node; determining, by the distributed node based on the latest received decision quota after receiving an access request, whether traffic limitation needs to be performed for the access request. sending, by a distributed node, a service volume in a current preset time period to a central node according to a fixed period; wherein the service volume in the current preset time period is a service volume within a period of time before the current time; performing calculation, by the central node, to determine a traffic proportion of each of the plurality of distributed nodes according to the service volume received from each distributed node, and performing calculation to determine a decision quota corresponding to each distributed node according to the traffic proportion of each distributed node, and sending the decision quota to each corresponding distributed node; the larger the traffic proportion is, the higher the corresponding decision quota is; receiving, by the distributed node, the decision quota sent by the central node; determining, by the distributed node based on the latest received decision quota after receiving an access request, whether traffic limitation needs to be performed for the access request.
A method for producing a vial, comprising providing the vial made from a glass tube with an opening and a bottom, a fire blast process of scanning throughout an inner surface of a vial with a flame of a burner while emitting the flame of the burner to the internal space of the vial and applying the flame to the inner surface of the vial, characterized in that the scanning of a plasma rich portion of the flame occurs throughout a path which extends from a portion of the inner surface near the bottom to a portion near the opening, wherein the vial is fixed to a support member while the opening and the bottom face each other in the horizontal direction, and wherein, in the fire blast process, a distance from the inner surface of the vial to the top end of a nozzle of the burner is uniformly held and the axis of a nozzle portion extends upwardly relative to the inner surface near the bottom of the vial.
An article (1, 2, 3) for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, wherein the article (1, 2, 3) comprises a mass of smokable material, and wherein an exterior of the article (1, 2, 3) has a length, a width perpendicular to the length, and a depth perpendicular to each of the length and the width, wherein the length is greater than or equal to the width, and wherein the width is greater than the depth, wherein the article (1, 2, 3) comprises a substrate, wherein the mass of smokable material is on the substrate, and wherein the substrate is within the mass of smokable material, and wherein the substrate comprises heating material that is heatable by penetration with a varying magnetic field to heat the smokable material, the heating material comprising a magnetic material.
A method for transmitting frames in a wireless network to an access terminal, comprising: identifying at an edge function a first plurality of frames with a first route identifier; providing by the edge function the first plurality of frames to a first access function, based upon the first route identifier, for transmission over a wireless link to the access terminal; processing channel quality information, CQI, received from the access terminal at a second access function; transmitting a request from the second access function to both the first access function and the edge function to become a new serving access function for the access terminal; identifying at the edge function a second plurality of frames with a second route identifier; providing by the edge function the second plurality of frames to the second access function, based upon the second route identifier, for transmission over another wireless link to the access terminal; wherein each one of the first and the second access functions may include some or all functionality of a base station, and the edge function may include some or all functionality of a base station controller or a radio network controller. identifying at an edge function a first plurality of frames with a first route identifier; providing by the edge function the first plurality of frames to a first access function, based upon the first route identifier, for transmission over a wireless link to the access terminal; processing channel quality information, CQI, received from the access terminal at a second access function; transmitting a request from the second access function to both the first access function and the edge function to become a new serving access function for the access terminal; identifying at the edge function a second plurality of frames with a second route identifier; providing by the edge function the second plurality of frames to the second access function, based upon the second route identifier, for transmission over another wireless link to the access terminal; wherein each one of the first and the second access functions may include some or all functionality of a base station, and the edge function may include some or all functionality of a base station controller or a radio network controller.
An optical product consisting of a base and an optical multilayer film on one or both surfaces of the base, the multilayer film satisfies each of the following conditions: the multilayer film consists of a seven-layer structure in which low refractive index layers and high refractive index layers are alternately layered, and is formed on the base, the low refractive index layers are formed by using SiO 2, the high refractive index layers are formed by using a material in which a refractive index for light having a wavelength of 500 nm is greater than or equal to 2.145, when a layer closest to the base is a first layer, a fifth layer is one of the low refractive index layers, and a physical film thickness of the fifth layer is greater than or equal to 145 nm and not greater than 165 nm, and a total of optical film thicknesses at λ=500 nm of a fourth layer, the fifth layer, and a sixth layer is greater than or equal to 1.3λ and not greater than 1.5λ an optical film thickness of the sixth layer is not less than 0.44λ, wherein the optical product is constructed in a way that near-infrared rays are cut while reflection of light in the visible region is prevented. the multilayer film consists of a seven-layer structure in which low refractive index layers and high refractive index layers are alternately layered, and is formed on the base, the low refractive index layers are formed by using SiO 2, the high refractive index layers are formed by using a material in which a refractive index for light having a wavelength of 500 nm is greater than or equal to 2.145, when a layer closest to the base is a first layer, a fifth layer is one of the low refractive index layers, and a physical film thickness of the fifth layer is greater than or equal to 145 nm and not greater than 165 nm, and a total of optical film thicknesses at λ=500 nm of a fourth layer, the fifth layer, and a sixth layer is greater than or equal to 1.3λ and not greater than 1.5λ an optical film thickness of the sixth layer is not less than 0.44λ, wherein the optical product is constructed in a way that near-infrared rays are cut while reflection of light in the visible region is prevented.
An injection device comprising: a housing containing a cartridge holder, the cartridge holder containing a cartridge; a needle holder including an injection needle; a cap that is removably engaged with the housing; characterised in that the injection device further comprises: a translating mechanism comprising a gear assembly, the gear assembly comprising a first linear gear arranged on an inner surface of the cap, a second linear gear arranged on an outer surface of the needle holder, and a first rotary gear rotatably mounted at a distal end of the cartridge holder, wherein the first rotary gear is arranged to mesh with the first linear gear and the second linear gear during linear distal movement of the cap to cause proximal movement of the needle holder such that the injection needle pierces the cartridge. a housing containing a cartridge holder, the cartridge holder containing a cartridge; a needle holder including an injection needle; a cap that is removably engaged with the housing; characterised in that the injection device further comprises: a translating mechanism comprising a gear assembly, the gear assembly comprising a first linear gear arranged on an inner surface of the cap, a second linear gear arranged on an outer surface of the needle holder, and a first rotary gear rotatably mounted at a distal end of the cartridge holder, wherein the first rotary gear is arranged to mesh with the first linear gear and the second linear gear during linear distal movement of the cap to cause proximal movement of the needle holder such that the injection needle pierces the cartridge. a translating mechanism comprising a gear assembly, the gear assembly comprising a first linear gear arranged on an inner surface of the cap, a second linear gear arranged on an outer surface of the needle holder, and a first rotary gear rotatably mounted at a distal end of the cartridge holder, wherein the first rotary gear is arranged to mesh with the first linear gear and the second linear gear during linear distal movement of the cap to cause proximal movement of the needle holder such that the injection needle pierces the cartridge.
A polynucleotide comprising: i) a 5' long terminal repeat and a self-inactivating 3' LTR; ii) a polyadenylation signal; iii) a promoter; iv) a globin gene locus control region; v) an ankyrin insulator element (Ank); vi) a Woodchuck Post-Regulatory Element (WPRE), wherein said WPRE is after the self-inactivating 3' LTR; and vii) a sequence that is a reverse complement of a sequence encoding modified human beta-globin comprising a βT87Q mutation (B-globinM), wherein the sequence encoding the B-globinM comprises a first intron (intron 1) between exon 1 and exon 2, and a second intron (intron 2) between exon 2 and exon 3 of said B-globinM sequence, wherein intron 2 comprises more than 476 nucleotides of human B-globinM intron 2 sequence. i) a 5' long terminal repeat and a self-inactivating 3' LTR; ii) a polyadenylation signal; iii) a promoter; iv) a globin gene locus control region; v) an ankyrin insulator element (Ank); vi) a Woodchuck Post-Regulatory Element (WPRE), wherein said WPRE is after the self-inactivating 3' LTR; and vii) a sequence that is a reverse complement of a sequence encoding modified human beta-globin comprising a βT87Q mutation (B-globinM), wherein the sequence encoding the B-globinM comprises a first intron (intron 1) between exon 1 and exon 2, and a second intron (intron 2) between exon 2 and exon 3 of said B-globinM sequence, wherein intron 2 comprises more than 476 nucleotides of human B-globinM intron 2 sequence.
An organic electrolytic solution, comprising: a first lithium salt; an organic solvent; and a bicyclic sulfate-based compound represented by Formula 6 below: a first lithium salt; an organic solvent; and a bicyclic sulfate-based compound represented by Formula 6 below:
A method for heat treating a synthetic quartz glass having a hydroxyl concentration of 400 to 600 ppm in a central portion, comprising: a first heat treatment by holding at a temperature of 1,150 to 1,060°C for a predetermined time, cooling at a rate of from -7.5°C/hr to -30°C/hr down to a second heat treatment temperature, a second heat treatment by holding at a temperature of 1,030 to 950°C for a predetermined time which is at least 5 hours, and then annealing at a rate of -25°C/hr to -85°C/hr; provided that if a difference (ΔOH) between the maximum and minimum hydroxyl concentration in the glass is 350 ppm or more, the predetermined time of the second heat treatment is from 10 to 15 hours. a first heat treatment by holding at a temperature of 1,150 to 1,060°C for a predetermined time, cooling at a rate of from -7.5°C/hr to -30°C/hr down to a second heat treatment temperature, a second heat treatment by holding at a temperature of 1,030 to 950°C for a predetermined time which is at least 5 hours, and then annealing at a rate of -25°C/hr to -85°C/hr; provided that if a difference (ΔOH) between the maximum and minimum hydroxyl concentration in the glass is 350 ppm or more, the predetermined time of the second heat treatment is from 10 to 15 hours.
A method comprising: executing, by a process running on a processor, an instruction to store a first value in a memory, wherein the processor may store a plurality of values, including the first value, from a plurality of processes (160-1, 160-2) to the memory; reading a first error count from an error counter maintained by a memory controller prior to executing the instruction to store the first value in the memory, wherein the error counter is a count of the number of errors that have occurred writing to the memory; reading a second error count from the error counter after executing the instruction to store the first value in the memory, and comparing the first error count and the second error count, wherein a difference between the first error count and the second error count indicates an error in storing at least one of the plurality of values and the process is made aware of the error at approximately the same time as the instruction to store the first value is executed and waits to receive an indication that the error is associated with the process, wherein the error counter is mapped into the process's address space, and the method further comprises steps of determining the process associated with the error in writing the first value to the memory, wherein the error caused a change in the error counter, and sending a signal to the process indicating that the error is related to the process. executing, by a process running on a processor, an instruction to store a first value in a memory, wherein the processor may store a plurality of values, including the first value, from a plurality of processes (160-1, 160-2) to the memory; reading a first error count from an error counter maintained by a memory controller prior to executing the instruction to store the first value in the memory, wherein the error counter is a count of the number of errors that have occurred writing to the memory; reading a second error count from the error counter after executing the instruction to store the first value in the memory, and comparing the first error count and the second error count, wherein a difference between the first error count and the second error count indicates an error in storing at least one of the plurality of values and the process is made aware of the error at approximately the same time as the instruction to store the first value is executed and waits to receive an indication that the error is associated with the process, wherein the error counter is mapped into the process's address space, and the method further comprises steps of determining the process associated with the error in writing the first value to the memory, wherein the error caused a change in the error counter, and sending a signal to the process indicating that the error is related to the process.
An annuloplasty device (10; 100) for use in heart valve tissue repair, comprising: an elongate band comprising a flexible elastic or deformable material and having a plurality of anchors spaced at predetermined intervals along the length of the band wherein the flexible elastic or deformable material of the elongate band enables the length between each anchor to be extended and retracted by between 5 and 50%, characterised in that each anchor being capable of assuming an unengaged and engaged configuration, thereby facilitating attachment of the device (10; 100) to the periphery of an annulus. an elongate band comprising a flexible elastic or deformable material and having a plurality of anchors spaced at predetermined intervals along the length of the band wherein the flexible elastic or deformable material of the elongate band enables the length between each anchor to be extended and retracted by between 5 and 50%, characterised in that each anchor being capable of assuming an unengaged and engaged configuration, thereby facilitating attachment of the device (10; 100) to the periphery of an annulus.
A method in a gas shielded arc welding device, such as a MIG/MAG-welder, for reducing sticking of the wire electrode to the welding current tip of the welding torch in connection with the termination of a welding step, wherein the method utilizes a gas shielded arc welding device comprising a welding torch, a power source, wire feeding means, and a control means for controlling at least the power source and the wire feeding means, and wherein, in connection with the termination of a welding step, a step of switching off the welding current is performed, wherein the welding current is switched off and the electric arc, as a consequence of the welding current being switched off, is extinguished, and a step of stopping the wire feeding is performed, wherein the wire feeding is stopped, and characterised in that, after the step of switching off the welding current and the step of stopping the wire feeding are performed, a step of post stop feeding is performed, wherein the wire electrode, by means of the wire feeding means, is moved in the feed direction of the wire electrode in relation to the welding current tip of the welding torch wherein the step of post stop feeding is performed 0 milliseconds - 450 milliseconds after the performing of the step of stopping the wire feeding, more preferably about 30 milliseconds after the performing of the step of stopping the wire feeding, and that the step of switching off the welding current comprises a step of attenuating the welding current, wherein the welding current U is continuously and/or gradually decreased to zero, and the step of stopping the wire feeding comprises a step of decelerating the wire feeding velocity, wherein the wire feeding velocity V is continuously and/or gradually decreased to zero. wherein the method utilizes a gas shielded arc welding device comprising a welding torch, a power source, wire feeding means, and a control means for controlling at least the power source and the wire feeding means, and wherein, in connection with the termination of a welding step, a step of switching off the welding current is performed, wherein the welding current is switched off and the electric arc, as a consequence of the welding current being switched off, is extinguished, and a step of stopping the wire feeding is performed, wherein the wire feeding is stopped, and characterised in that, after the step of switching off the welding current and the step of stopping the wire feeding are performed, a step of post stop feeding is performed, wherein the wire electrode, by means of the wire feeding means, is moved in the feed direction of the wire electrode in relation to the welding current tip of the welding torch wherein the step of post stop feeding is performed 0 milliseconds - 450 milliseconds after the performing of the step of stopping the wire feeding, more preferably about 30 milliseconds after the performing of the step of stopping the wire feeding, and
A flooded-type lead acid storage battery having a configuration in which a plate pack is accommodated in a container together with an electrolyte, the plate pack being obtained by stacking separators between negative plates comprising a negative active material packed into a negative collector and positive plates comprising a positive active material packed into a positive collector, the lead acid storage battery being characterized in that: at least a carbonaceous electrically conductive material and an organic compound for reducing coarsening of the negative active material due to charging and discharging are added to the negative active material; the specific surface area of the active material of the positive plate is set to 6 m 2 /g or more; the organic compound for reducing coarsening of the negative active material due to charging and discharging is an organic compound having a bisphenol aminobenzenesulfonic acid formaldehyde condensate as a main component; and the carbonaceous electrically conductive material is flake graphite, the average primary particle diameter of which being 100 μm or more. at least a carbonaceous electrically conductive material and an organic compound for reducing coarsening of the negative active material due to charging and discharging are added to the negative active material; the specific surface area of the active material of the positive plate is set to 6 m 2 /g or more; the organic compound for reducing coarsening of the negative active material due to charging and discharging is an organic compound having a bisphenol aminobenzenesulfonic acid formaldehyde condensate as a main component; and the carbonaceous electrically conductive material is flake graphite, the average primary particle diameter of which being 100 μm or more.
A biometric authentication device comprising: a determining unit configured to determine, when authentication with first biometric information has been successful, whether second biometric information different from the first biometric information is from a user corresponding to the first biometric information using a determining method corresponding to one of a plurality of security levels, the determining method being selected from among a plurality of determining methods based on the one of the plurality of security levels, wherein the determining unit is configured to identify a positional relation between a first living body portion according to the first biometric information and a second living body portion according to the second biometric information based on the determining method, and to determine whether or not the positional relation satisfies a certain condition; and a registration unit configured to register, when the second biometric information has been determined to be from the user, the second biometric information associated with the user. a determining unit configured to determine, when authentication with first biometric information has been successful, whether second biometric information different from the first biometric information is from a user corresponding to the first biometric information using a determining method corresponding to one of a plurality of security levels, the determining method being selected from among a plurality of determining methods based on the one of the plurality of security levels, wherein the determining unit is configured to identify a positional relation between a first living body portion according to the first biometric information and a second living body portion according to the second biometric information based on the determining method, and to determine whether or not the positional relation satisfies a certain condition; and a registration unit configured to register, when the second biometric information has been determined to be from the user, the second biometric information associated with the user.